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<strong>Saiccor</strong><br />
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Sinclair Stone<br />
i
Copyright © 2002 by the author<br />
All rights reserved� No part of this publication may be reproduced or<br />
transmitted in any form or by any means without the prior written<br />
permission of the publisher�<br />
ISBN 1 919780 52 1<br />
<strong>First</strong> edition, first impression 2002<br />
Published by Rollerbird Press<br />
An imprint of Troupant Publishers<br />
P�O� Box 3622<br />
Pinegowrie 2123<br />
e-mail bvr@iafrica�com<br />
Cover design by Sally Whines<br />
Typesetting by Lebone Publishing Services, Kempton Park<br />
Printed and bound by ABC Press, Cape Town<br />
Although <strong>Sappi</strong> has funded the publishing of this book, the conclusions<br />
and opinions expressed in this book are those of the author�
Foreword<br />
In the typical Sinclair Stone manner, this history of <strong>Saiccor</strong> has been<br />
thoroughly researched, is precise in its rendering and is, where<br />
necessary, blunt in its comments�<br />
While parts of the work are necessarily technically detailed, the<br />
work is largely the story of the people who have worked at <strong>Saiccor</strong>;<br />
and appropriately so, for it is the people associated with <strong>Saiccor</strong> who<br />
have made it what it is�<br />
Sinclair Stone stands front and centre of this host of good people,<br />
with his unwavering commitment to the business and his real<br />
affection for the disciples of <strong>Saiccor</strong>�<br />
It is fitting that this legacy has been given to us by the man who<br />
is, in himself, a legend at <strong>Saiccor</strong>, and it is with sincere gratitude that<br />
I acknowledge the work that Sinclair has put into this history,<br />
compiled on the eve of his retirement after thirty years with the<br />
Company� No one else could pretend to take on the task�<br />
Anyone aspiring to make a career at <strong>Saiccor</strong>, or wishing to<br />
understand what makes <strong>Saiccor</strong> tick, should read this book�<br />
ALAN TUBB<br />
Umkomaas<br />
April 2002<br />
iii
Preface<br />
Not only is the story of <strong>Saiccor</strong> an important part of South African<br />
industrial history, it is also a fascinating tale of enterprise and<br />
endeavour that deserves to be preserved for posterity�<br />
<strong>The</strong> pioneers of <strong>Saiccor</strong> have all died, but the legacy they created<br />
grew into a highly successful business which, as the twenty-first<br />
century approached, was the world leader in its field�<br />
It is the only South African company outside of the mining<br />
industry that has successfully survived for <strong>50</strong> years by exporting its<br />
entire production� It is also unique in the history of immigration,<br />
where a large number of people from a small area of Italy emigrated<br />
at the same time to a small area in South Africa�<br />
<strong>The</strong> secret of <strong>Saiccor</strong>’s success has been its people� During its first<br />
<strong>50</strong> years some 10 000 people have been employed by <strong>Saiccor</strong>� In a<br />
story of this nature, it is only possible to mention a few of these<br />
employees� However, each and every one of the 10 000 people made<br />
a contribution to <strong>Saiccor</strong>’s success�<br />
Numerous outside companies and individuals have also worked<br />
for <strong>Saiccor</strong> from its inception, and they too have contributed to its<br />
success�<br />
Sinclair Stone<br />
March 2002<br />
iv
Contents<br />
References vi<br />
Acknowledgements vii<br />
1 <strong>The</strong> Cantacuzene period, 1952–1965 1<br />
2 <strong>The</strong> Yeomans period, 1966–1967 55<br />
3 <strong>The</strong> Wharton period, 1967–1970 63<br />
4 <strong>The</strong> Tainton period, 1971–1983 71<br />
5 <strong>The</strong> Dell period, 1983–1985 101<br />
6 <strong>The</strong> Campbell period, 1986–1987 119<br />
7 <strong>The</strong> Mackenzie period, 1987–1989 129<br />
8 <strong>The</strong> Mazery period, 1989–1996 141<br />
9 <strong>The</strong> Tubb period, 1996– 165<br />
v
References<br />
Aldred, F C, ‘SAICCOR – Where it started’, Paper Southern Africa,<br />
January 1982, reproduced in <strong>Sappi</strong> News-Nuus, September 1988�<br />
Bernstein, M, ‘<strong>The</strong> Story of <strong>Saiccor</strong>’, CBI Report SAI1323L2�<br />
Cantacuzene, M S, Trials and Tribulations of a Tumbleweed (privately<br />
published),1999�<br />
‘Flood Report’, July 1959�<br />
Hastie, W, Factory Report, April 1954�<br />
Hastie, W, Factory Report, June 1957�<br />
<strong>The</strong> Digester, 1995–2002�<br />
<strong>The</strong> Raypulp Recorder (<strong>Saiccor</strong> Magazine), Vol� 1 Nos 1, 2, 3 (1960);<br />
Vol� 2 Nos 1, 2, 3 (1961); Vol�3 Nos 1, 2 (1962)�<br />
<strong>Saiccor</strong> News, 1986–1988�<br />
SAICI Contract Blue Book, May 1954�<br />
Torviscosa, SAICI brochure (1967)�<br />
<strong>The</strong> following were also consulted:<br />
<strong>Saiccor</strong> archives, photographs and documentation�<br />
Works Manager/Director monthly factory reports from September<br />
1953�<br />
Minutes of Board meetings from 4 October 1951�<br />
vi
Acknowledgements<br />
During the course of the writing of this book, I was grateful for<br />
discussions with Ferruccio Monte, Silvano Moro, Enoc Baldin and<br />
Eridanio di Marco, particularly on the early years, and with Norman<br />
Boulter and Ted Beesley on events in the 1960s� Jacqui Bertossi was<br />
helpful in supplying dates from personnel records� My thanks to my<br />
wife Yvonne, Alfredo Battiston, Alan Tubb and Derek Weightman<br />
for proof reading, and to Linda Johns for typing text and arranging<br />
pictures� Mike Gangle scanned the photographs� I am grateful to all<br />
those employees, both past and present, who provided photographs<br />
from their personal collections�<br />
vii
Dedication<br />
For all those people who worked for –<br />
or performed work for – <strong>Saiccor</strong>
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
<strong>The</strong> Cantacuzene Period<br />
(1952 –1965)<br />
<strong>Saiccor</strong>’s first Managing Director<br />
(although the title at the time was<br />
General Manager) was Michel<br />
Cantacuzene, or more properly,<br />
Prince Michel Surgueyevitch<br />
Cantacuzène, Count Spéransky, a<br />
Russian aristocrat who had fled with<br />
his family to France in 1919 during<br />
the Russian Revolution when he was<br />
six years old� (<strong>The</strong> family name has<br />
been traced back to the eleventh<br />
century in Russia�)<br />
Cantacuzene joined Courtaulds<br />
(France) in September 1933 after his<br />
father had put in a good word with<br />
John Hanbury-Williams, a senior<br />
director of Courtaulds (London) who<br />
was married to Cantuzene’s cousin�<br />
In January 19<strong>50</strong>, Cantacuzene<br />
married Barbara, his second cousin,<br />
Michel Surgueyevitch Cantacuzene,<br />
Managing Director of <strong>Saiccor</strong>, 1952–1965<br />
and daughter of Hanbury-Williams (by then Sir John, and Chairman of Courtaulds)�<br />
In September 1952, Cantacuzene was asked to run <strong>Saiccor</strong> by Sir John Hanbury-<br />
Williams and Dr Franco Marinotti (Count of Torviscosa), President of SNIA�<br />
1
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> origins of <strong>Saiccor</strong>, however, go back to 1912 when<br />
a young Scots immigrant, Major Peter Rattray (later<br />
DSO), purchased a farm in Kwambonambi� <strong>The</strong><br />
area was completely underdeveloped when Rattray<br />
started cultivating sugar cane and cattle ranching� During his absence<br />
at World War I, his wife Ethel planted some Eucalyptus saligna (blue<br />
gums) around a shack as a windbreak� On his return, Rattray noticed<br />
the phenomenal growth of these trees, which he discussed with a<br />
Government Forestry Officer who encouraged him to embark on an<br />
extensive saligna-planting programme�<br />
<strong>The</strong> first plantation started in 1922 and in 1928 the first commercial<br />
trees were felled and sold as props for the mining industry� In 1928,<br />
Rattray had his timber tested for making paper by the Imperial<br />
Institute in London, but it was found to be unsuitable because of the<br />
short fibres� In 1933 the mines expanded and Rattray sold his timber<br />
plantation to Hunt, Leuchars and Hepburn, who set up a mining<br />
timber mill at Kwambonambi� (Rattray continued planting�) This<br />
encouraged others to grow timber in the area� In 1937, Major Rattray<br />
died from an attack of malaria, and his son, Loring Rattray, took over<br />
the family interests�<br />
Saligna plantations had expanded to the point where a surplus<br />
was developing� In 1941, Loring Rattray founded the Waterton timber<br />
mill, the first sawmill in Zululand to produce sawn timber<br />
commercially� This, however, was not sufficient to mop up the surplus<br />
and Rattray contacted the Imperial Institute to see whether saligna<br />
could be used to make rayon pulp (now more commonly called<br />
dissolving pulp, as wood pulp is first dissolved in chemicals and then<br />
reformed into rayon or viscose or cellophane)� When the tests proved<br />
positive, Rattray started to look for overseas interests to build a rayon<br />
pulp mill on the Nseleni River, near Kwambonambi�<br />
Courtaulds, a large British textile fibre producer, on a visit to the<br />
Imperial Institute, learned of the surplus timber in Zululand, and<br />
was attracted by the possibilities� <strong>The</strong> original Courtaulds were a<br />
Huguenot family who in 1686 sought religious freedom in London,<br />
where they became gold and silversmiths� <strong>The</strong> first to enter the textile<br />
industry was George Courtauld (1761-1823), whose son Samuel set<br />
up his own silk factory in Bocking, Essex, in 1816� In 1828 the<br />
company converted into a partnership, then a private company in<br />
1891, called Samuel Courtaulds and Company Limited� <strong>The</strong> firm<br />
became a public company in 1904 and was reorganised under the<br />
title Courtaulds Limited in 1913�<br />
Legend has it that Courtaulds received a kick-start by supplying<br />
black silk to the courtiers of Queen Victoria after the death of Prince<br />
Albert� <strong>The</strong> company produced silk and silk products such as crepe<br />
2<br />
Major Peter Rattray<br />
Loring Rattray in a<br />
saligna plantation,<br />
1960<br />
Loring Rattray
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
ABOVE: Before the saligna plantations, c�1920<br />
BELOW: <strong>The</strong> first nursery, in the 1920s<br />
de Chine and chiffon� In 1904, they bought the patent rights of the<br />
viscose process for producing textile yarn from the cellulosic solution,<br />
discovered and developed by British chemists Cross, Bevan and Beadle�<br />
A new factory, the first commercially successful venture for the<br />
manufacture of viscose rayon, was set up in Coventry in 1905� <strong>The</strong>y<br />
expanded the business in the UK, then into the USA in 1910, into<br />
Canada in 1925, and helped develop the industry in France, Germany,<br />
Italy and Spain� Sir John Hanbury-Willliams was appointed chairman<br />
of Courtaulds in 1946�<br />
Until the end of World War II, Courtaulds bought all their wood<br />
pulp on the open market� After the war, they were encouraged by<br />
the British Government to search within the Commonwealth (to<br />
keep expenditure in sterling) for a source of raw material from which<br />
cellulose could be extracted� <strong>The</strong> Zululand timber they heard about<br />
at the Imperial Institute sounded ideal� Courtaulds soon<br />
demonstrated to their own satisfaction that here was a very promising<br />
raw material for the production of rayon pulp� <strong>The</strong>y then looked for<br />
a partner with pulp-making experience, which they lacked, to form<br />
a joint venture in South Africa� <strong>The</strong>y found SNIA (Societa Nazionale<br />
3<br />
Sir John Hanbury-Williams,<br />
Chairman of Courtaulds<br />
1946–1962
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
December 1960 <strong>The</strong> Raypulp Recorder 5<br />
Samuel Courtaulds and Company’s stand at the Rand Easter Show, April, 1960<br />
TODAYS RANGE OF COURTAULDS PRODUCTS INCLUDES:<br />
MAN-MADE FIBRES – viscose rayon, acetate, triacetate,<br />
regenerated protein, alginate, acrylic, and polythene yarns and<br />
fires. Nylon yarn and staple is manufactured by an associate<br />
company.<br />
CHEMICALS – sulphuric acid, carbon disulphide, petrochemicals,<br />
acetate flake, methyl cellulose, etc.<br />
PACKAGING – transparent cellulose film, polythene and other<br />
films, conversion and printing of packaging films, fine fluted<br />
corrugated paper, metallic capsules, foil, collapsible tubes,<br />
steel drums, tin boxes, cans, waxed cartons, etc.<br />
PAINT – industrial, marine, aircraft, transport and decorative paints<br />
and finishes.<br />
PLASTICS – acetate moulding powders, transparent film,<br />
extrusions and sheet; moulded articles and components in<br />
different types of plastic; developing extruded sheeting in<br />
polystyrene, polythene and polypropylene.<br />
ENGINEERING – EHQ provide an authoritative service on all<br />
architectural, civil, mechanical and electrical engineering<br />
matters. <strong>The</strong> Engineering Production Shops manufacture<br />
specialist machinery.<br />
WOODPULP – Cellulose Pulp from <strong>Saiccor</strong> and Kraft Pulp from<br />
Usutu.<br />
FABRICS AND GARMENTS – using man-made fibres, silk and<br />
blends.<br />
STEEL TYRE CORD – being developed.<br />
Jacquard woven fabric by Courtaulds used<br />
RESEARCH – eight main research laboratories.<br />
for a hallroom model by Victor Stiebel<br />
TRADE DEVELOPMENT – a large staff of technologists have at<br />
their disposal a wide range of textile machinery and experimental<br />
plants to promote the use of Courtaulds products.<br />
An excerpt from <strong>The</strong> Raypulp Recorder (December 1960), advertising the<br />
range of products produced by Courtaulds<br />
Industria Applicazioni), a large Italian chemical company whose<br />
subsidiary SAICI (Societa Agricola Industriale Cellulosa Italiana)<br />
operated a rayon pulp mill at Torviscosa, in the northern Italian region<br />
of Friuli (north-east of Venice, bordering on Austria and Slovenia),<br />
and who were also using Eucalyptus as an alternative raw<br />
material�SAICI was the brainchild of SNIA’s president, Dr Franco<br />
Marinotti� <strong>The</strong> increasing demand for rayon in the years before World<br />
War II encouraged Marinotti to build a pulp mill� As Italy had no<br />
timber resources, Marinotti urged his laboratories to develop a method<br />
to make pulp from the reed Arundo donax (similar to sugar cane)� <strong>The</strong><br />
4
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
laboratories succeeded and in the year Marinotti became President of<br />
SNIA, 1937, a marshland north-east of Venice was developed into<br />
Arundo donax plantations (the total site including plant and equipment<br />
covered 5 300 hectares)�<br />
<strong>The</strong> pulp mill was built in 1938-39, eventually reaching a capacity<br />
of 100 000 tons per annum� Benito Mussolini officially opened the<br />
site on 21 September 1938� Also on the site was a chloralkali plant,<br />
an alcohol distillery, a caprolactam plant and a dairy herd of some<br />
2 <strong>50</strong>0 head� SAICI were the first to successfully produce dissolving<br />
pulp from Eucalyptus, previously considered unsuitable, and set up<br />
an associate company, SNIACE, to build the first Eucalyptus (globulus)<br />
dissolving pulp mill (in operation in 1951) in Torrelavega, Spain� (At<br />
the time of building <strong>Saiccor</strong>, SAICI also built a similar mill in<br />
Chihuahua, (Mexico) but with a prehydrolysis stage for softwoods�<br />
SAICI later built two further mills in South America, two in Russia<br />
and one in India�)<br />
<strong>The</strong> first Courtaulds/SNIA mission came to South Africa in<br />
September 19<strong>50</strong> (two members of the mission arrived on the last<br />
flying boat to land on the Vaal Dam on a scheduled flight from<br />
London)� In the mission from Courtaulds were W G Daroux, D R B<br />
Mynors, and F C Aldred; from SAICI, A Brunetti and E Stefanelli� All<br />
in time became directors of <strong>Saiccor</strong>�<br />
<strong>The</strong> other members of the mission were Dr W D Spencer<br />
of Courtaulds and Mr D Bassi and Col� A Hancock of SNIA�<br />
5<br />
Dr Franco Marinotti, Count of<br />
Torviscosa, President of SNIA<br />
1937–1956<br />
An Arundo donax plantation� This reed was utilised at first for the production of pulp and alcohol
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Fred Aldred, a bright young chemist, had a close association with<br />
<strong>Saiccor</strong> until his retirement in the 1980s� From the mid 1960s as a<br />
technical adviser to Lord Kearton, then Chairman of Courtaulds, he<br />
was a powerful figure at <strong>Saiccor</strong>� Fred would often appear<br />
unannounced in the plant dressed in a tweed sports jacket, with<br />
leather patches on the elbows, and a camera slung around his neck�<br />
He would discuss what he had seen with the local management, and<br />
he certainly knew what he was looking at, and then report back to<br />
Kearton� Oakley Tainton, then MD of <strong>Saiccor</strong>, would soon know of<br />
anything that displeased Kearton� Thus the relationship between<br />
Aldred and Tainton became strained and the story of an exchange of<br />
telexes between the two is as follows:<br />
Aldred: ‘I will be arriving on the 18 th � ’<br />
Tainton: ‘That will not be convenient as I will be away�’<br />
Aldred: ‘As I am a director, it is not absolutely necessary that you<br />
are there when I visit�’<br />
Tainton: ‘I have instructed the gate guard not to let you in�’<br />
Fred kept in touch with <strong>Saiccor</strong>’s process, gave advice on expansion<br />
plans, and was quite involved in the development of the flock plant�<br />
When Kearton retired from Courtaulds in 1975 to run British North<br />
Sea Gas, Aldred’s power base disappeared and he ceased to be a force<br />
at <strong>Saiccor</strong>� He retired to the Lake District in 1982 and died in 1993�<br />
<strong>The</strong> mission’s objectives were to confirm the timber supply, to<br />
find a suitable site for the mill that had an adequate water supply (at<br />
least 100 000 m 3 /day, according to SAICI), access to a port (for the<br />
product) and to find a local partner�<br />
<strong>The</strong> mission first called on the local pulp and paper company <strong>Sappi</strong>,<br />
in Johannesburg, where they received a cool reception� <strong>Sappi</strong> had<br />
already decided to build a paper mill on the Tugela, and were not<br />
keen to have a competitor for timber� <strong>The</strong> mission then went to<br />
Durban to consult Mark Bernstein of Campbell Bernstein and Irving<br />
(CBI) on what rivers, other than the Tugela, could supply 100 000<br />
m 3 /day� <strong>The</strong> choice was either the Mkomazi or Mzimkulu� <strong>The</strong><br />
Mkomazi was selected as it was closer to the port of Durban, and of<br />
course closer to the forests in Zululand� A visit to Rattray’s plantations<br />
in Zululand impressed the mission and confirmed all they had heard�<br />
<strong>The</strong> mission sought and found a local partner, the Industrial<br />
Development Corporation (IDC)� <strong>The</strong> IDC had been set up in 1940<br />
as a parastatal organisation to help develop industry in South Africa<br />
and had been involved in the formation of such well-known<br />
companies as <strong>Sappi</strong>, Sasol, Foscor, Safmarine and Masonite�<br />
<strong>The</strong> mission went back to prepare feasibility studies� SNIA started<br />
the plant design with Dr Alessandro Brunetti, MD of SAICI, heading<br />
6<br />
Fred Aldred of Courtaulds<br />
had a close association<br />
with <strong>Saiccor</strong> until his<br />
retirement in the 1980s
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
A photo taken in 19<strong>50</strong> of the original team that investigated the feasibility of the <strong>Saiccor</strong> project� From LEFT TO RIGHT<br />
are: FC Aldred, Dr WD Spencer, WG Daroux (all from Courtaulds), L Rattray (a Natal tree farmer), D Bassi, I<br />
Stefanelli, A Brunetti and Col� A Hancock (all from SNIA-Viscosa)<br />
the team� <strong>The</strong>y also conducted pilot plant studies which were not<br />
completely successful, for although it made a good pulp, it was too<br />
soft to go through the drying machine� <strong>The</strong> IDC selected the site and<br />
examined the supply of services such as timber, electric power and<br />
water�<br />
Courtaulds produced a proposal for a 110 ton/day pulp mill� <strong>The</strong><br />
company, the South African Industrial Cellulose Corporation, soon<br />
to become SAICCOR, was registered on 12 September 1951, with<br />
Courtaulds, SNIA and the IDC each having a third of the<br />
shareholding� SNIA were to design, build and commission the plant<br />
(which they welcomed as they not only had the expertise but were<br />
overmanned at the time after having to re-employ all former<br />
employees returning from the war)� <strong>The</strong> IDC supplied all the local<br />
expertise and were responsible for all external services and logistics�<br />
Courtaulds wanted the product, and had the overall responsibility<br />
for the success of the project� <strong>The</strong> project was to be managed by the<br />
<strong>Saiccor</strong> Board�<br />
<strong>The</strong> first Board of Directors was appointed on 3 October 1951 and<br />
consisted of Claude Cornish-Bowden (Chairman) (IDC), Alessandro<br />
Brunetti (SAICI) and Wilfred Sheldon (Courtaulds)� <strong>The</strong> first Board<br />
meeting was held in Johannesburg on 4 October 1951, followed by a<br />
further four in 1951, and eight in 1952� From November 1953 the<br />
venue moved to Durban and from November 1954 to Umkomaas�<br />
7<br />
<strong>The</strong> original <strong>Saiccor</strong> logo designed<br />
by Piero Miniutti was in use until<br />
the 1960s, even though one of the<br />
‘hands’, SNIA, sold its interests in<br />
1956
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
From 1953 Dr Hendrik van Eck took over the Chairmanship of both<br />
IDC and <strong>Saiccor</strong>, although Cornish-Bowden remained on the <strong>Saiccor</strong><br />
Board until July 1956� Also from 1953 the number of Board members<br />
increased to 12 (four from each partner)� Courtaulds kept the<br />
chairmanship of <strong>Saiccor</strong> for IDC chairmen: Claude Cornish-Bowden,<br />
Hendrik van Eck, Siegfried Kushke, Jan Kittshoff, Oakley Tainton<br />
(an IDC man although not chairman), and Koos van Rooy� <strong>The</strong> only<br />
non-IDC man to be Chairman of <strong>Saiccor</strong> (until the <strong>Sappi</strong> purchase<br />
in 1988), was Norman Wooding, deputy Chairman of Courtaulds<br />
who had the chair from 1983-1985� In 1961, Wilfred Sheldon became<br />
the first <strong>Saiccor</strong> employee to achieve 10 years service (he resigned<br />
from the Board on 29 October 1964)�<br />
SNIA (through SAICI) started placing orders for plant and<br />
equipment in September 1952� At the same time <strong>Saiccor</strong> bought land<br />
for the factory, some 4 km upstream of the Mkomazi River mouth,<br />
from the Illovo Sugar Estates (established in 1890)�<br />
<strong>The</strong> first sod was turned in November 1952 and work commenced<br />
with Rush and Tomkins doing the earthworks, Roberts Construction/<br />
Concor (the local contracting company)– with Douglas Roberts in<br />
charge – doing the civils and buildings, all under the control of<br />
consultants CBI, headed by Mark Bernstein� Prof� L Manfredini of<br />
SAICI had overall charge of all civil and building design and<br />
construction� <strong>The</strong> rail line to the factory was opened on 5 November<br />
1953 and the road in January 1954� (In 1862 the Natal government<br />
built a harbour at the Mkomazi River mouth and for a short time<br />
cargo vessels used it� Twin townships (North and South Barrow),<br />
were laid out on its north and south banks� <strong>The</strong>se names persisted<br />
until 1924 when the whole area was renamed Umkomaas�)<br />
In January 1953 Cantacuzene set up an office in Albany House<br />
in Durban while the factory was being built� Each of <strong>Saiccor</strong>’s<br />
partners had representatives at this office� From SNIA was Camillo<br />
Pianto (Cantacuzene’s deputy), from Courtaulds was Bill Hastie,<br />
Works Manager, and from the IDC were Oakley Tainton,<br />
Commercial Manager, John Carrick, Secretary and Chief Accountant<br />
(who retained the position until he retired at the end of April 1978;<br />
he was appointed to the <strong>Saiccor</strong> Board in 1976), Stan Gay, Buyer<br />
and Jock Mitchell, the Zulu-speaking Personnel Officer� Alec L<br />
Thomson, Oakley Tainton and John Carrick became the first<br />
employees to achieve 20 years service in 1973� Tainton was the first<br />
to achieve 30 years in 1983�<br />
Timberland was bought, with trees, from Rattray for £<strong>50</strong>0 000<br />
(including Waterton Timbers)� Although Cantacuzene signed the<br />
cheque, the deal had been negotiated with the IDC, leaving<br />
Rattray somewhat bitter because he felt he had not been given a<br />
fair price�<br />
8<br />
Wilfred Sheldon
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
<strong>The</strong> original South Barrow Hotel (c� 1920)<br />
<strong>Saiccor</strong> bought the New South Barrow Hotel in 1953 to accommodate<br />
the Italian artisans� Once <strong>Saiccor</strong> was in operation, Cantacuzene tried<br />
to sell the hotel but could not, and so decided to run it as a business�<br />
He renamed it <strong>The</strong> Lido, gave it a facelift, and hired an Austrian,<br />
Hans Ainhirn, to run it� As the hotel was only just ‘jogging along’,<br />
Cantacuzene added an Olympic size swimming pool in 1957 and a<br />
small nightclub� <strong>The</strong> dance floor was level with the bottom of the<br />
pool and the dividing wall between the two had a plate-glass window<br />
through which the night revellers could watch the swimmers� <strong>The</strong><br />
Lido soon became very popular with people from Durban, particularly<br />
for Sunday lunch at the pool and Saturday night at the nightclub,<br />
and was the venue of most <strong>Saiccor</strong> functions, including some lavish<br />
affairs like the Carnevale di Venezia, and beauty pageants� However,<br />
its popularity waned and it was sold in 1986 by Gordon Campbell� It<br />
<strong>The</strong> New South Barrow Hotel (c� 1930), purchased by <strong>Saiccor</strong> in 1953 to<br />
accommodate the large influx of Italian artisans<br />
9<br />
Alec L Thomson, TOP,<br />
(joined 5 January 1953),<br />
Oakley Tainton, MIDDLE,<br />
(joined 1 March 1953)<br />
and John Carrick,<br />
BOTTOM, (joined 1 July<br />
1953) became the first<br />
employees to achieve 20<br />
years service in 1973
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> Lido Hotel (c� 1980), originally the South Barrow Hotel, became a<br />
popular haunt for <strong>Saiccor</strong> employees until its sale in 1986<br />
<strong>The</strong> Lido pool and gardens overlooking the Mkomazi River<br />
changed hands numerous times after the sale and is currently the<br />
Sea Fever Lodge�<br />
In 1953 Arturo Bozzone arrived in Umkomaas from Johannesburg<br />
(he had immigrated to Pretoria from Italy as a young man of 18 in<br />
1928) to cater for the Concor workers, operating from the Shotley<br />
Hotel� When Concor left he lost his job� Undaunted, he set up a warm<br />
and often lively Italian restaurant in Umkomaas, which was soon<br />
recognised as the best in Natal outside Durban� In 1957 Bozzone took<br />
over the shops in <strong>Saiccor</strong> Village� <strong>The</strong>re, in the butchery shop, Ferruccio<br />
Monte – one of the Italian artisans who came out in 1954 – started<br />
making Italian meats in his spare time, which was natural enough as<br />
10
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
<strong>The</strong> first location of Bozzone’s Italian Restaurant, in Umkomaas, 1960<br />
both his father and grandfather were<br />
butchers� In 1963 Ferruccio married<br />
Bozzone’s daughter Renée, and in 1970 he<br />
left <strong>Saiccor</strong> to go into business with<br />
Bozzone� He set up and ran Italian Meat<br />
Products, an Italian delicatessen and meat<br />
factory� From small beginnings, the Italian<br />
meat factory became very well known<br />
throughout the country, processing one and<br />
a half tons of meat a week, mainly pork and<br />
beef, specialising in salami, prosciutto, coppa<br />
and pancetta� Today Ferruccio’s son<br />
Piercarlo still runs the business, with a little<br />
help from his father�<br />
Meanwhile, in July 1961 the ristorante moved<br />
to larger premises, where its great popularity<br />
persisted for many years through the efforts of<br />
Arturo, sons Ezio and Roberto and son-in-law<br />
Ferruccio, with homemade food, homemade<br />
music, and dance� <strong>The</strong> sight of the Bozzone<br />
family having lunch became a familiar one in<br />
Umkomaas, with 10 to 15 of them sitting at<br />
a restaurant table, none eating or drinking<br />
until the ‘old man’, who was invariably late,<br />
took his place at the head of the table� <strong>The</strong><br />
ceremony could then commence�<br />
Alas, all that remains of this once thriving<br />
enterprise is the ‘<strong>The</strong> Whaler’�<br />
Legendary restaurateurs� TOP, Roberto and Ezio Bozzone and<br />
Ferruccio Monte and BOTTOM Ferruccio Monte and Arturo Bozzone<br />
11
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
In early 1954 the factory buildings had progressed to the point where<br />
preparations had to be made to bring out the Italian technicians and<br />
artisans from SAICI to erect the plant and equipment� <strong>The</strong> Italian<br />
government wanted as many people as possible to participate (in<br />
order to help with their unemployment problem)� While the South<br />
African government was happy enough to accept the Italians, they<br />
were certainly not prepared to accept any communists� As a result,<br />
the South African authorities scrutinised each and every applicant,<br />
despite the fact that SAICI’s Dr Fabio Fonda had handpicked them<br />
all� This caused delays and frustrations�<br />
In March 1954 Francesco Nardi, the Erection Manager, Francesco<br />
Dose, Enea Corrado and six artisans arrived in advance of the main<br />
groups – including Gino della Martina, who stayed on at <strong>Saiccor</strong> until<br />
his retirement in 1987 at 69 years old� He died in 1997� Gino was,<br />
throughout his career at <strong>Saiccor</strong>, the Building Manager, where he made<br />
concrete as hard as granite (nothing ever fell down) and ran his<br />
department in a typically Italian autocratic fashion� In 1973 he was<br />
also appointed Group Building Manager� He was for some time the<br />
Chairman of the Italian Club in Umkomaas� Today his son Lorenzo<br />
is a leading member of the Italian community in Durban�<br />
<strong>The</strong> first group, comprising 58 people, including two women, a<br />
nurse and a cook, arrived by Constellation on 23 April 1954 and started<br />
work three days later� <strong>The</strong> last of the four plane loads arrived on 6<br />
August, bringing in total 222 pulp experts to Umkomaas, in what at<br />
the time was the biggest commercial airlift in South Africa’s history�<br />
A further 30 arrived by sea in early October�<br />
Work progressed rapidly, with 2<strong>50</strong> Italians and 400 Zulus� <strong>The</strong><br />
employment conditions for the Zulus were negotiated between<br />
Cantacuzene and the nkosi of the Umnini Reserve at a lengthy ndaba�<br />
(This sizeable reserve on the north side of the Mkomazi River had<br />
been given to Nkosi Luthuli, by signed grant from Queen Victoria,<br />
when the Zulus were moved from their land on the Bluff�)<br />
<strong>The</strong> first group of Italians en route to Durban, April 1954<br />
12<br />
Francesco Nardi<br />
Gino della Martina
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
<strong>The</strong> <strong>Saiccor</strong> factory under construction, 1954<br />
Innumerable problems had to be solved� One of the earliest problems,<br />
that of finding an Italian-speaking, South African trained nurse,<br />
proved intractable, whereas a transport problem had a rough and<br />
ready solution: ‘transport from the New South Barrow hotel to the<br />
factory site has now been finalised in the form of two ten ton lorries<br />
each of which will be carrying 70 men� This will necessitate two<br />
trips and it is anticipated that half the men will start at 7:30 and the<br />
other half at 08:00’ (Hastie, 1954)<br />
When the authorities refused to allow the boiler and turbine parts<br />
across either the rail or road bridges, a makeshift bridge was<br />
successfully constructed across the river for the purpose�<br />
Among those who started in 1954 were Luigi de Corte, Rino Boem,<br />
Silvano Moro, Bepi Trevisan, Alison Mthuli and Armando Zerman, who<br />
became the first employees to achieve 40 years service at <strong>Saiccor</strong> in 1994�<br />
Moro was the first to achieve 45 years in 1999� Although Enoc Baldin<br />
and Edi Taverna started in 1954 and were still employed in 1994 and<br />
1999, both had broken service�<br />
Luigi de Corte started as a Boilermaker in the workshops making<br />
doors and windows for the factory� Once the factory was operational,<br />
he worked as a Boiler Operator under Gino Salotto for three years�<br />
He then moved back to the workshop, and in 1961 was transferred<br />
to the plant, where he worked in the woodyard, liquor plant and<br />
digesters where he became a Chargehand� He retired in 1995�<br />
Throughout his career he was super-energetic, working like a Trojan�<br />
For many years he worked with Giordano Soldat, and together they<br />
made a comical team as Giordano was twice ‘Gigi’s’ size�<br />
13<br />
Armando Zerman
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Rino Boem started as a bricklayer and remained in the building<br />
department throughout his long and successful career (a large part of<br />
which was under the watchful gaze of his uncle, Gino della Martina)�<br />
He was promoted to Chargehand and then to Engineering Assistant�<br />
He knew more about the underground drainage system than anyone<br />
else at <strong>Saiccor</strong>, and prevented a catastrophe many times� He retired<br />
in 1998�<br />
Silvano Moro started as part of the erection crew, installing<br />
equipment� Once the factory started he became an Operator in the<br />
waterworks� In the middle of 1956 Fonda insisted that all Italians<br />
had to be inside the factory and Silvano moved to first screening as<br />
an Operator; then to the chlorine plant, then bleaching where he<br />
became a Chargehand, and in 1970 a Superintendent� In 1987 he was<br />
promoted to Production Manager of the magnesium plant, where he<br />
stayed until 1999 when he retired, having achieved his objective of<br />
45 years of service� Silvano tackled everything with great enthusiasm<br />
and dedication� When offered the job of Production Manager he<br />
responded ‘God bless you’ and proceeded to work night and day to<br />
keep the plant in good order� From his house he could see the<br />
magnesium plant and would often pop in at odd hours because it did<br />
not look quite right� He probably also made the best coffee in <strong>Saiccor</strong>�<br />
Bepi Trevisan started as a fitter but moved into the boilers for three<br />
years as an operator once the factory was operating� He then<br />
From LEFT TO RIGHT: Luigi de Corte, Rino Boem, Silvano Moro, Bepi Trevisan and Alison Mthuli, the first <strong>Saiccor</strong><br />
employees to achieve 40 years service in 1994<br />
14
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
transferred to the workshop, and in 1961 to Pulp<br />
Preparation, where he was promoted to Chargehand,<br />
then Assistant Engineer and finally Divisional Engineer<br />
of digesters� He retired in 1997 and died the same year�<br />
Bepi was thoroughly competent, hardworking and<br />
dedicated� For his innovation of bypassing No 4 silo he<br />
was awarded the <strong>Sappi</strong> EAA Gold Award in 1992�<br />
Alison Mthuli worked in the company garage and then<br />
transferred to the mechanical workshops, where he is<br />
remembered as being very quiet with a permanent smile<br />
on his face�<br />
Armando Zerman and Carletto Scarpa were two<br />
highly talented young cabinetmakers who arrived at<br />
<strong>Saiccor</strong> in 1954 and developed their skills under master<br />
craftsman Luigi Soldat� Armando was promoted to<br />
Chargehand and finally to Engineering Assistant� He<br />
retired in 1994 and died in early 2001� Although he often<br />
behaved like a prima donna, his work was superlative –<br />
good examples being <strong>Sappi</strong>’s executive suite at Kings Park <strong>The</strong> author, with Zerman’s model of the <strong>Saiccor</strong> factory<br />
(prior to 2000, when it was refurbished), done with<br />
Carletto Scarpa; his model of the <strong>Saiccor</strong> factory, achieved almost<br />
single-handed (with some coaxing); and the desk in the magnesium<br />
control room� Luigi Soldat sadly died young in 1970, but both his<br />
sons, Giorgio and Giordano (Sack), became <strong>Saiccor</strong> employees, the<br />
latter for the past 35 years�<br />
<strong>The</strong> town of Umkomaas changed dramatically on 23 April 1954� <strong>The</strong><br />
proposed £7,5 million rayon factory in Umkomaas had sparked heated<br />
debate since 8 January 1952, when the Marquis Fracassi di Torre<br />
Rossano, Minister Plenipotentiary for Italy, announced while on<br />
holiday in Durban that 700 Italians would be coming out to build it�<br />
(<strong>The</strong> Italian government was hoping for this number�)<br />
An article from the Natal Mercury on 11 January 1952 gives some<br />
indication of the level of controversy surrounding the proposed influx<br />
of Italians:<br />
Umkomaas Speaks Mind on<br />
Factory<br />
<strong>The</strong> building of a £7,<strong>50</strong>0,000 rayon<br />
factory at Umkomaas might change<br />
its character from a little piece of<br />
‘English Suburbia’ to that of a<br />
cosmopolitan South African<br />
industrial town�<br />
When the slightly bewildered<br />
ENGLISH SUBURBIA OR LITTLE ITALY?<br />
Umkomaas people got over the<br />
initial shock of the 600 Italians<br />
coming to the township, their<br />
opinions fell into two clearly<br />
defined channels�<br />
People with business interests were<br />
in favour of the idea of Umkomaas<br />
‘waking up at last,’ but the<br />
majority of the residents, compri-<br />
15<br />
sing mostly English people who<br />
have retired, hope that Umkomaas<br />
will ‘sleep on’�<br />
One elderly retired resident who has<br />
been in Umkomaas for the past 20<br />
years declared: ‘I am definitely not in<br />
favour of being turned into an<br />
industrial town and I am strongly<br />
opposed to foreigners�’
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> debate raged through letters to the press, centred mainly on the issue of the Italians, some for and<br />
some against� To quote a few examples:<br />
<strong>The</strong> new types will frighten away the thousands of regular visitors� Imagine the beach and bathing pool at weekends,<br />
with hundreds of Italian wives and children within walking distance� (J Hall, Daily News, January 1952)<br />
<strong>The</strong>re need be no fear that Umkomaas or any other equally underdeveloped spot in South Africa would not benefit<br />
tremendously by the creative and hardworking genius of the Italians� (Natal Mercury, 25 February 1952)<br />
Eventually an Italian ‘Monti’ joined the fray:<br />
Italians are guilty of having two big faults; of being poor and, above all, of being intelligent� For the first, we are<br />
despised and for the second we are envied� Now, if they like, they can continue, but I just want them to know that we are<br />
superior to these offences� (Natal Mercury, 31 January 1952)<br />
‘Dopo-Domani at Umkomaas’, a cartoon which appeared in <strong>The</strong> Natal Mercury, 16 January 1952, summed up<br />
the feelings of local residents at the time<br />
16
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
A cartoon by Robin in the Natal Mercury of 16 January 1952 entitled<br />
‘Dopo-Domani at Umkomaas’ summed up some of the feelings at<br />
the time� Three years later, in 1955, the situation was neatly summed<br />
up by the Natal Mercury (13 September):<br />
2<strong>50</strong> IMPORTED ARTISANS HAVE BROUGHT NEW LIFE TO RESORT�<br />
When quiet, sedate Umkomaas,<br />
with its elderly retired couples,<br />
international golf course and<br />
select holiday trade, heard that<br />
its population was to be<br />
increased by nearly one-third<br />
overnight with the arrival of 2<strong>50</strong><br />
Italian artisans, the village was<br />
frankly concerned about its<br />
future�<br />
A few residents, fearing a local<br />
industrial revolution, with<br />
possible racial overtones, sold<br />
up and left�<br />
Some 70 of the Italians were accommodated in the New South Barrow<br />
Hotel, and most of the others filled up the other hotels in Umkomaas<br />
– Robin Hood, Goodrest, Fairway, Ocean Park and Golf Course – while<br />
24 went into three self-catering houses, soon to be known as Spirit<br />
house, Devil house and King’s house�<br />
As the Italians tended to be ostracised by the people of Umkomaas,<br />
they became a close-knit family unit, socialising largely among<br />
themselves� <strong>The</strong> most popular leisure activity was naturally soccer,<br />
which they played with a passion, practising where No 2 continua<br />
now stands� Parties with song and dance were frequent and regular,<br />
while a train ride to Durban for shopping and ‘bioscope’ was also<br />
popular� In their new and strange environment the young Italians<br />
managed to create a lot of fun�<br />
Mass at the Town Hall in Umkomaas, c� 1955<br />
17<br />
But today Umkomaas is finding<br />
that the influx of new blood<br />
and the coming of industry<br />
have brought new life and<br />
prosperity�
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong>re was no Catholic Church in Umkomaas and the Town Hall<br />
had to be used for services, with a visiting German priest from<br />
Umzinto� Father Umberto Ceselin, a priest from Friuli, arrived in<br />
Umzinto in 1956�<br />
About half the Italians were married, and wives started arriving<br />
from 1955� Some of the single men arranged proxy marriages to<br />
girlfriends in order to bring wives out, since the company would pay<br />
for a wife’s fare, but not a girlfriend’s� One of the first, in September<br />
1955, was Renzo Scarpa, whose son Flavio and daughter Mannie<br />
Rivetti still work for <strong>Saiccor</strong>� <strong>The</strong>re were 25 proxy marriages – in a<br />
few cases the couples did not even know each other – and most were<br />
successful� <strong>The</strong> first couple to get married in South Africa was Silvano<br />
Moro and Imperia Martelossi, in July 1957 at Umzinto�<br />
<strong>The</strong> Zulus solved their accommodation and travel problems by<br />
simply building a village on the small hill across the road opposite<br />
the woodyard (where No 4 continua stands today), named Villaggio<br />
Roma by the Italians� <strong>The</strong>re were also some Pondos in the village,<br />
which gave rise to occasional clashes�<br />
<strong>The</strong> Zulu employees in the 19<strong>50</strong>s built themselves a small village, named<br />
Villaggio Roma by the Italians<br />
In May 1955 Dr Fabio Fonda, an experienced Chemical Engineer,<br />
arrived from SAICI� He was in charge of the start-up, and brought<br />
with him Dr Brusa, the Laboratory Manager, and his assistant Dr<br />
Gianpietri (later to become Technical Manager at Mondi Merebank)�<br />
Fred Aldred, the Courtaulds’ representative, arrived on 7 June with<br />
Dr Bruce and John More (a long-time <strong>Saiccor</strong> associate until his<br />
retirement in the mid-1980s) and 10 engineers, chemists and analysts�<br />
Five ‘cooks’ were made towards the end of June 1955 and 17 in July�<br />
<strong>The</strong> first 440 pound bale of unbleached pulp was made on 16 July<br />
1955 (bleached pulp started at the end of September)� In August the<br />
factory was running on a continuous basis, six days a week� <strong>The</strong><br />
18<br />
Dr Fabio Fonda
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
discharge of effluent into the sea at the river mouth commenced on<br />
11 August and the foam was of some concern to the local authorities�<br />
By this time, 27 white South Africans had been employed – there<br />
were language problems�<br />
<strong>Saiccor</strong> factory, 1956<br />
SO Recovery was in operation from the end of November and in<br />
2<br />
December 1955 the first rayon pulp acceptable to SNIA was made�<br />
(Courtaulds were unhappy with the quality and would not accept<br />
the pulp�) SNIA and Courtaulds officially accepted 1 December 1955<br />
as the date of commencement of<br />
production�<br />
In the <strong>Saiccor</strong> process wood chips are<br />
‘cooked’ with calcium bisulphite liquor in a<br />
digester (like a large domestic pressure<br />
cooker), at high temperature and pressure to<br />
dissolve most of the lignin in the wood� <strong>The</strong><br />
liquor is made by burning sulphur and<br />
reacting the resultant sulphur dioxide with<br />
a limestone slurry� After cooking, the spent<br />
cooking liquor is washed out of the pulp�<br />
Knots and uncooked pieces of wood are then<br />
screened out before the pulp is bleached�<br />
After bleaching the pulp is screened again<br />
and then dried, cut into sheets and baled� Third floor digesters<br />
19
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
SAICI designed the plant for 110 tons per day� <strong>The</strong>re<br />
were five mild steel brick-lined digesters (280 m 3 )<br />
operating at 6-bar, each with its own washpit� Chips<br />
were conveyed to each digester and then gravity fed<br />
into the digester through a movable hopper�<br />
<strong>The</strong>re was a Lurgi roaster to make sulphur dioxide<br />
from pyrites (imported from Northern Rhodesia, now<br />
Zambia), the flue gas went through an electrostatic<br />
precipitator before reacting with crushed limestone in<br />
a set of four packed Hagglund towers� Limestone<br />
arrived in big pieces, up to 400 mm in size, and was<br />
first broken up by hand with 14-pound hammers<br />
before going to a jaw crusher and ball mill� <strong>The</strong><br />
woodyard consisted of a huge log pile, from which<br />
massive cranes dumped logs into a canal� From here<br />
they were dragged by hand, using metal poles with a<br />
hook at the end, to a 72-inch Murco 10-knife chipper<br />
(No 1), housed in what is now the magnesium oxide<br />
store�<br />
Chips were fed to three chip silos� <strong>First</strong> screening<br />
had four vibratory knotters for first stage and one for<br />
second stage, followed by four Lindblad screens for<br />
first stage and one for second stage, followed by one<br />
Ahlfors screen for tailings� <strong>The</strong>re was a four-stage<br />
bleach plant, chlorine, caustic soda, hypo and an acid<br />
stage (chlorine dioxide was installed in December<br />
1963)� All except the caustic stage were low<br />
consistency as there were no high density pumps<br />
available at the time� Adjustments were made to hypo<br />
flow to each one of the four hypo towers to control<br />
viscosity� Second screening consisted of Ahlfors<br />
screens, four for first stage, one second and one third<br />
stage�<strong>The</strong> screens have long gone, but the name of<br />
the plant has stuck�<br />
<strong>The</strong> wet end of the pulp machine (No1 continua)<br />
was made by Utita and an L-type Flakt dryer by<br />
Pignone�<br />
Pulp bales (not units) were loaded by overhead crane<br />
into rail trucks in the pulp store (road transport and<br />
units were introduced in 1975)�<br />
<strong>The</strong>re were three coal-fired boilers from Breda (No’s<br />
1-3) MCR 30 t/h and two Tosi turbines MCR 3,8 MW�<br />
Effluent was discharged via an open concrete channel<br />
to the outfall into the ocean at the river mouth� SAICI’s<br />
cost estimate for the plant and equipment was<br />
20<br />
<strong>The</strong> woodyard, showing the log pile and canal<br />
No 1 continua under construction (TOP)<br />
and (BOTTOM) in operation
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
Bales showing the <strong>Saiccor</strong> logo<br />
£5 460 954, according to the Contract Blue Book, May 1954, which<br />
details each and every item with costs, down to nuts and bolts,<br />
workshop hand tools and office furniture�<br />
At the end of December 1955 SAICI, having achieved their objective<br />
in the <strong>Saiccor</strong> project, sold their share in the company to Courtaulds�<br />
<strong>Saiccor</strong> became two-thirds Courtaulds and one-third IDC� This<br />
remained so until 1988, when both partners sold their shares to <strong>Sappi</strong>�<br />
At the beginning of 1956, SAICI announced they would officially<br />
hand over the factory at Umkomaas to <strong>Saiccor</strong> on 28 January� For<br />
the official opening Cantacuzene ‘wanted everything to be of the<br />
best, starting with Krug champagne’� At that time there was none<br />
in the country, but he managed to order <strong>50</strong>0 bottles of Charles<br />
Heidsieck from his Polish aristocrat friend Dom Radziwill, who was<br />
21<br />
Pulp bales being loaded onto a rail<br />
truck<br />
Eastern view from the Chemical Plant, 1956 Southern view from the Engineering Block, 1956
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
the agent�<strong>The</strong> official opening was performed by the Governor<br />
General of the Union of South Africa, Dr E G Jansen� Invited<br />
guests included the Minister of Economic Affairs (represented<br />
by the Secretary for Commerce and Industry, P de Waal Meyer),<br />
the Governor of the Reserve Bank, Dr M H de Kock, Natal’s<br />
Provincial Administrator Denis Shepstone, the Chairman of<br />
Courtaulds Sir John Hanbury-Williams, the President of SNIA<br />
(represented by Alessandro Brunetti), Loring Rattray and the<br />
<strong>Saiccor</strong> Board�<strong>The</strong> celebrations started on the morning of 27<br />
January with Zulu dancing at Mnini, followed by sheep and<br />
beef on the spit for the Zulu employees� A feast was held in the<br />
<strong>Saiccor</strong> canteen for the white workforce, where the Board and<br />
some of their wives signed the first sheet of <strong>Saiccor</strong> dissolving<br />
pulp (now housed in the Club Comunita Italiana in Umkomaas)�<br />
That evening Loring Rattray gave a cocktail party for the dignitaries<br />
at his home in Durban� <strong>The</strong> official ceremony on 28 January started<br />
with lunch and speeches at the New South Barrow Hotel, followed<br />
by the ribbon cutting at the factory� A message from the Minister of<br />
Economic Affairs, Dr J J van Rhijn, was read out� ‘I welcome every<br />
new undertaking that promises to save or earn South Africa additional<br />
foreign exchange�’<br />
Press photo of the official opening of <strong>Saiccor</strong>, 28 January 1956, which<br />
appeared in the Natal Mercury with the following caption: ‘His<br />
Excellency the Governor-General photographed after he had officially<br />
opened the rayon pulp plant of the South African Industrial Cellulose<br />
Corporation (SAICCOR) at Umkomaas� With him are (LEFT TO RIGHT)<br />
Sir John Hanbury-Williams, chairman of Courtaulds Ltd�, Mr Alessandro<br />
Brunetti, of Snia Viscosa, and Dr H� J� van Eck, chairman of the South<br />
African Industrial Development Corp� <strong>The</strong> tablet near which they are<br />
standing is in three languages, English, Afrikaans and Italian, evidence of<br />
the collaboration of three nations to the enterprise�’<br />
22<br />
(CLOCKWISE) Dr Hendrik van<br />
Eck, Sir John Hanbury-Williams<br />
and Dr Franco Marinotti, and<br />
BELOW <strong>The</strong> Board of Directors<br />
Extracts from the brochure produced<br />
for the official opening of the <strong>Saiccor</strong><br />
factory on 28 January 1956�
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
<strong>The</strong> Governor-General, Dr EG Jansen, said, ‘<strong>Saiccor</strong> had been a<br />
contribution of large magnitude to the establishment of new<br />
industries on a decentralised basis�’<br />
‘I trust that the example will be followed,’ chairman of the IDC,<br />
Dr van Eck said� ‘This is only a beginning� Soon there may be similar<br />
factories along the Natal South Coast�’<br />
<strong>The</strong> Governor General of the Union of South Africa, Dr EG Jansen, was<br />
presented by <strong>Saiccor</strong> with an antique marble head dug from marshes at<br />
Torviscosa at the opening ceremony on 28 January 1956<br />
Dr van Eck, on behalf of <strong>Saiccor</strong>, presented the Governor-General with<br />
a head carved in marble, dug from marshes at Torviscosa� <strong>The</strong> piece<br />
of sculpture, described as being ‘of great antiquity and value’, was<br />
given to <strong>Saiccor</strong> by Dr Marinotti for presentation to Dr Jansen�<br />
At the opening it was made known that <strong>Saiccor</strong> had cost nearly £8,5<br />
million, with share capital of £6 million (£2 million from each partner)<br />
and a loan of £2 million from the Commonwealth Development<br />
Finance Company� <strong>The</strong> sum of £1 million had been spent on 15 000<br />
hectares of plantations in Zululand, and 3 000 hectares of land in the<br />
Natal midlands, £0,5 million in housing, and presumably the<br />
23
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
An interesting article on the history of rayon, which appeared in the brochure at the official opening of the <strong>Saiccor</strong><br />
factory in January 1956 (author unknown)<br />
24
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
remainder on plant, infrastructure and services� It was estimated the<br />
company would have an annual turnover of £3 million�<br />
For the opening, Dr van Eck wrote, ‘the potential requirements of<br />
a future local rayon producing industry have not been overlooked’�<br />
<strong>The</strong> issue had obviously been pursued, for on 30 May 1956 SNIA<br />
Viscosa (Milan) submitted a proposal to <strong>Saiccor</strong> for a 30 t/d viscose<br />
staple fibre plant� This was never followed up�<br />
After the official opening all the SNIA people resigned from the <strong>Saiccor</strong><br />
Board except for Alessandro Brunetti, who was asked to stay on in his<br />
personal capacity until 8 March 1957� <strong>The</strong> Board then comprised: H J<br />
van Eck (Chairman), A Brunetti (Italian), M Cantacuzene (French), J<br />
Charlton, A C M Cornish-Bowden, R V D Devos (Belgian), C F<br />
Kearton (British), G S J Kuschke and C W Sheldon (British)�<br />
Changes to the Board over this period were:�<br />
April 1956 – Charlton resigned (died the following year)<br />
July 1956 – Cornish-Bowden resigned<br />
March 1957 – Brunetti resigned�<br />
February 1960 – Devos resigned and was replaced by D R B Mynors (British)<br />
October 1960 – W F Hastie (British) appointed as Courtaulds<br />
Representative<br />
October 1964 – Sheldon resigned, replaced by O W Tainton (not<br />
representing any shareholder)<br />
January 1966 – Cantacuzene resigned, replaced by J L Yeomans (British)<br />
On 1 February 1956 Dr Fabio Fonda joined <strong>Saiccor</strong> as Technical<br />
Manager and Deputy Works Manager� Reporting to the Works<br />
Manager, he was responsible for the factory’s production� <strong>The</strong> first<br />
operating management team was now complete�<br />
<strong>The</strong> <strong>First</strong> <strong>Saiccor</strong> Operating Management Team<br />
R O Fowler, Secretary of the Management Committee, is not shown�<br />
Michel Cantacuzene –<br />
General Manager<br />
Bill Hastie – Works Manager<br />
(responsible for overall factory<br />
performance)<br />
25<br />
Alessandro Brunetti<br />
Fabio Fonda –<br />
Technical Manager<br />
(responsible for production)
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Oakley Tainton –<br />
Commercial Manager<br />
(responsible for raw<br />
materials)<br />
John Carrick – Chief<br />
Accountant and<br />
Company Secretary<br />
This committee remained unchanged until Fonda resigned to return<br />
to Italy at the end of February 1959� <strong>The</strong> structure of the company is<br />
outlined on p 27 (it remained so until about 1967, after which it<br />
slowly expanded)�<br />
Two certificated engineers joined the company on 1 October 1955,<br />
Viggo Melkjorsen as a Plant Engineer and Graham Mortimer as<br />
Electrical Engineer� Mortimer managed the electrical department until<br />
his retirement in April 1973, ably assisted by Angelo Serravalle and<br />
Bruno Trevisan, who together created a huge, complex electrical<br />
system over 20 years� Mortimer became Plant Engineer in November<br />
1962, and endeared himself to the Italians when his daughter married<br />
an Italian (who still runs a restaurant in Durban North) and by driving<br />
an Alfa Romeo! Melkjorsen was a Swede who loved parties� He joined<br />
as Assistant Plant Engineer and became Chief Engineer in November<br />
1960, when he was elected to the management committee� He left<br />
<strong>Saiccor</strong> in 1965�<br />
In February 1956, Tom Harman of Courtaulds took general control<br />
of engineering� From 1 December 1957, Ken Reed was appointed<br />
Develop-ment Manager (he had been seconded to <strong>Saiccor</strong> from<br />
Courtaulds)�<br />
<strong>The</strong> Mechanical Engineer was Rosicarelli, who took over from Nardi<br />
when he left in September 1955� Enea Corrado was workshop<br />
Foreman� Assuero Bramuzzo was Services Engineer and Tom<br />
Fitzgerald was Chief Draughtsman�<br />
Dr Mortarino and Dr Bruce were Production Managers, each<br />
responsible for half of the factory� Shift Superintendents were Gino<br />
Rivetti, Marcello Malpiedi, Domenico Sabbatini and Alfonso de Faveri�<br />
Dr Brusa was Laboratory Manager�<br />
Towards the end of December 1955, the plant was producing an<br />
average of 70 t/d, and Fonda was confident the plant and equipment<br />
would reach design capacity early in the new year� He was, however,<br />
26<br />
Viggo Melkjorsen<br />
Graham Mortimer
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
<strong>The</strong> management structure of <strong>Saiccor</strong>, until 1967<br />
27
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
so concerned about the South African operators (both white and<br />
black), that he wrote a letter (on a SAICI letterhead) on 3 January<br />
1956 on behalf of the SAICI Start-up Team Management to the <strong>Saiccor</strong><br />
General Management concluding that, ‘if something were not done<br />
about the standard of the operators, the plant could not operate�’ He<br />
found the South African operators inefficient, uncooperative, ill<br />
disciplined and unwilling to learn, compounded by a high turnover<br />
of whites�<br />
<strong>The</strong> Italians had come out in 1954 on a two-year contract to build<br />
and start up <strong>Saiccor</strong> and were due to return to Italy in 1956� Because<br />
of Fonda’s concerns, <strong>Saiccor</strong> management offered all the Italians the<br />
opportunity of signing a further three-year contract with a ‘signing<br />
on’ bonus of £300 (about 10 months’ salary)� Although their wages<br />
were relatively low by today’s standards (30 cents an hour), their<br />
standard of living in Umkomaas was better than it had been in Italy�<br />
About half the Italians signed the new three-year contract, while the<br />
other half started returning to Italy from 20 April 1956� Many of the<br />
artisans who stayed on were employed as operators�<br />
Production increased steadily from 78 t/d in January 1956 to 163<br />
t/d in April 1959, achieving the design capacity of 110 t/d from July<br />
1956 onwards� <strong>The</strong> yearly figures were:<br />
1956: 105 t/d 1957: 130 t/d 1958: 148 t/d<br />
Although numerous minor alterations were made to the plant, like<br />
increasing pipe and motor sizes, the increase in production was<br />
achieved largely by learning how to get the maximum output out of<br />
each and every piece of equipment�<br />
For example, the following alterations were made to the drying<br />
machine over the period�<br />
A new 200 mm steam line<br />
Removing rashig rings from the air water heat exchanger<br />
Increasing the air flow through the dryer<br />
Improved felts and wires<br />
Improved vacuum at the suction presses<br />
With these relatively minor changes, the output of the machine<br />
increased from its design of 110 t/d in early 1956 to average around<br />
1<strong>50</strong> t/d in the second half of 1958� <strong>The</strong> first time 181 t (200 short<br />
tons) was achieved was on 22 August 1958�<br />
Naturally the output of all other plants had to match the drying<br />
machine and all increased accordingly�<br />
A fatality unfortunately occurred on 10 February 1956� Foreman<br />
Instrument Mechanic Ego del Bianco was killed by the digester lift�<br />
A block of flats under construction in <strong>Saiccor</strong> Village at the time was<br />
named Del Bianco Court in honour of Ego, as was a street in the<br />
village�<br />
28
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
<strong>The</strong> first plant to prove troublesome was the digesters�<br />
In May 1956 the carbon brick lining of No 5 digester collapsed and<br />
had to be rebuilt� <strong>The</strong> other digesters soon followed� It became<br />
apparent that rebuilding digester linings was a fulltime occupation�<br />
Solutions to the collapse of the brick linings were being sought when<br />
it became necessary to order No 6 digester� It was decided to buy an<br />
improved type of digester from the German company Esseners,<br />
consisting of a mild steel shell clad with stainless steel� No 6 digester<br />
was commissioned in January 1960 and operated at 6,6 bar (10 per<br />
cent higher than No’s 1-5)�<br />
Between December 1960 and June 1962 the brick linings on No’s<br />
1-5 digesters were replaced with loose stainless steel linings – a vacuum<br />
between the stainless steel and the mild steel shell had to be<br />
maintained� <strong>The</strong> stainless steel linings were a great improvement on<br />
the bricks, but also collapsed from time to time� No 7 digester, a repeat<br />
of No 6, was commissioned in May 1961� When the order was ready<br />
to be placed for No 8 digester, Avesta (Sweden) were making cold<br />
stretched digesters, but Lloyds of London would not approve the<br />
design of these vessels� An order was consequently placed on Canzler<br />
of Germany for another clad stainless steel one� No 8 digester was<br />
commissioned in January 1962�<br />
From No�9 digester onwards all digesters were Avesta coldstretched<br />
stainless steel� Ingemar Johanssen of Avesta,<br />
the patent holder of the cold stretching process, was<br />
a regular visitor during the construction of these<br />
digesters� No 9 was commissioned in 1963, No 10 in<br />
1964, No 11 in 1967, No 12 in March 1969, No 13 in<br />
December 1969, and No 14 in 1973� No’s 15-17 were<br />
bought secondhand (11 years old) from Vallvik in<br />
Sweden in 1975� <strong>The</strong>se digesters were cut in half,<br />
across the centre, and transported to South Africa� A<br />
piece was welded in to make the digester 1,2 m longer<br />
(the same volume as the others, 285 m 3 )� No’s 18-20<br />
digesters were commissioned with the magnesium<br />
plant in May 1985� No’s 21-23 were commissioned<br />
with the Mkomazi plant in January 1995�<br />
A programme to replace No’s 1-8 digesters was<br />
started in 1980; they were commissioned as follows:<br />
No 1 – 1983 No 2 - 1982 No 3 - 1981<br />
No 4 – 1982 No 5 – 1980 No 6 – 1990<br />
No 7 – 1987 No 8 - 1989<br />
No’s 9 and 10 operated at 6 bar, while from No 11 on<br />
the operating pressure was increased to 10 bar, the<br />
higher pressure giving a better quality pulp, particularly Construction of digesters 18, 19 and 20 in 1984<br />
29
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
with wattle� From 1970 wattle was only cooked in 10 bar digesters,<br />
after No’s 9 and 10 were re-stretched with strips added to convert<br />
them from 6 to 10 bar� Since 1990 all digesters have worked at 10 bar,<br />
which has made the operation of digesters far easier and has produced<br />
a more consistent pulp�<br />
<strong>The</strong> digester plant has undergone a greater transformation than<br />
any other plant in <strong>Saiccor</strong>’s <strong>50</strong>-year history�<br />
From an engineering perspective two untiring men, Piero Mian<br />
and Henry Zan, drove the transformation, together with a team that<br />
included Bepi Trevisan, Sergio Govetto, Silvano Rigotti, Luigi de Corte<br />
and Giordano Soldat� Piero Mian worked in the digesters from the<br />
start of the factory, then as a section Foreman from 1960, Assistant<br />
Engineer from 1970 and finally as Divisional Engineer from 1979 until<br />
he reached retirement age in 1984� At that stage he moved to the<br />
magnesium plant, where he stayed until he actually retired in 1989,<br />
just before he turned 70, at which time he was still running up and<br />
down inside the evaporator like a spring chicken� Today at 81 he<br />
remains fit and strong� Piero was another autocratic Italian manager,<br />
overseeing everything personally, and as a consequence working day<br />
and night� He was tough on his people but would protect them with<br />
his life; it would have been easier to take off his right arm than to<br />
take away one of his people� He was diligent to the finest detail and<br />
would persevere with a problem until it was solved� His work on<br />
solving the problems on circulation pumps, their packings and<br />
corrosion on the digester vessels, was outstanding�<br />
Henry Zan (son of Ennio) took over as Divisional Engineer in digesters<br />
when Piero moved out in 1984� Henry was <strong>Saiccor</strong>’s first Technikon<br />
graduate mechanical engineer and has, in pursuing a similar strategy,<br />
carried on the transformation of digesters started by Piero� For his work<br />
in solving the problems of digester valves and gaskets in particular,<br />
Henry was awarded a <strong>Sappi</strong> EAA Bronze award in March 2000� As an<br />
Assistant Engineering Manager, he is still in charge of digesters�<br />
Two other people, although not <strong>Saiccor</strong> employees, have made a<br />
major contribution to the digesters, namely Allan Lofstrand and<br />
Franco Scarpa� Between the two of them they have built all but two<br />
(No’s 9 and 11) of <strong>Saiccor</strong>’s existing digesters� Allan, a Swede, worked<br />
for Avesta and was in India in 1964 when he was asked to go to<br />
<strong>Saiccor</strong> to build No10 digester� Once the digester was commissioned<br />
he went back to Sweden, returning on 5 January 1969 to build No<br />
12� He married a local girl, Maria, and has stayed in South Africa ever<br />
since, being involved with every digester after No 11� He joined LHL<br />
Engineering in 1969 for a year, then Durban Engineering� In 1971 he<br />
joined Axel Johnson (who represented Avesta) and in 1978 became<br />
Managing Director of ND Engineering, where he is today (although<br />
the company name has changed a few times and is currently Metso)�<br />
30<br />
Piero Mian<br />
Henry Zan<br />
Allan Lofstrand and Franco Scarpa
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
Digesters 9-17 were ordered from Avesta, but from 1980 onwards all<br />
digesters were from ND Engineering (although the plate came from<br />
Avesta, except for the new Nos 3 and 5 that came from Southern<br />
Cross)�<br />
Franco Scarpa came to South Africa in 1961 for the adventure,<br />
although he had two brothers working at <strong>Saiccor</strong>� He joined Durban<br />
Engineering but was persuaded by his brother Renzo to join <strong>Saiccor</strong><br />
in 1963� He worked in the workshop, then the liquor plant, but left<br />
in 1965� He worked on his own as a plumber for a few years, then<br />
joined Breckenridge, and from there went to Milano Motors before<br />
joining Coilco Engineering in 1974� In 1978 he joined ND Engineering<br />
and is still there� He was at the construction ‘coal face’ of every digester<br />
from No 18, including the rebuild of No’s 1-8� <strong>The</strong>re probably is not<br />
anyone in the world who knows more about building stainless steel<br />
digesters than Franco�<br />
Willem Deyzel of Lloyds Register was also an integral part of the<br />
digester building team�<br />
Another plant that was extremely troublesome from 1956 onwards<br />
was the Lurgi pyrites ‘roaster’ and the precipitator that followed it�<br />
Bruno Trevisan, the electrical engineer, was horrified in 1975 when<br />
he heard the gas producer had electrostatic precipitators, because he<br />
experienced so much trouble with the one following the pyrites<br />
roaster� Early in 1958 it was decided to buy a sulphur burner, No 1<br />
Liquor preparation, showing No 1 Simon Carves burner, 1959<br />
31
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Simon Carves, which was started in February 1959� In October 1959<br />
the Lurgi ‘roaster’ was converted to burn sulphur, and no further<br />
pyrites came to <strong>Saiccor</strong>�<br />
<strong>The</strong> blockage constant (KW) of the pulp produced in the first three<br />
months of <strong>Saiccor</strong>’s operation averaged 24-28, which exceeded<br />
Courtaulds’ limit of 20� <strong>The</strong> ash, calcium and silica also exceeded the<br />
limit� Owing to the poor quality, Courtaulds would not accept the<br />
pulp and it all went to SAICI� In March 1956, a 10 t trial lot with a<br />
KW of 22 went to Courtaulds� In July acid water was added to the<br />
slurry going to the continua which improved the ash levels and some<br />
pulp started going to Courtaulds, but when the pulp was used another<br />
problem emerged� Some of the sheets ‘floated’ in the caustic soda in<br />
the Courtaulds’ sheet steeping process� This problem was only<br />
completely solved when a calendar press (from Farrel) was installed<br />
70 per cent through the pulp dryer in 1966� By December 1956, a<br />
large proportion of <strong>Saiccor</strong>’s pulp was going to Courtaulds�<br />
For almost the first four years of operation, there was a constant<br />
struggle with KW values and not much headway was made� In June<br />
1956 John More from Courtaulds arrived to investigate the problem�<br />
In early 1957, it was recognised that high silica gave high KW’s and a<br />
liquor filter was installed in the liquor making plant (to remove silica<br />
from limestone)� Silicas dropped to 70-90, but KW values remained<br />
just over 20� In February wattle was tried, but the KW value was 85�<br />
In March detergent was tried in the caustic soda bleaching stage,<br />
initially to clear the cloudy viscose that was made from <strong>Saiccor</strong> pulp�<br />
Not only did the viscose clear, but the KW values dropped below the<br />
Courtaulds’ limit� By June (18 months after start-up), Bill Hastie made<br />
the comment ‘<strong>The</strong> attainment of the quality standards laid down<br />
originally may be said to be an important milestone passed�’ (Hastie,<br />
1957) This was attributed to 0,1 per cent detergent, the liquor filter<br />
and activated silica being used for incoming water purification� KW<br />
values were 17, ash 0,06 – 0,07 per cent, silica 72-84 ppm, and calcium<br />
354 ppm�<br />
From August 1957 silica and KW’s started to increase, and over the<br />
next two years monthly average silicas varied from 91-208 and KW’s<br />
from 18-24� Pulp quality was marginal until September 1959, when a<br />
battery of centricleaners were added to second screening� Silicas<br />
dropped to around 40 and KW’s to 15� By this time flock pulp was<br />
being made but it did not go through the centricleaning plant and<br />
had silica of 219 ppm and a KW of 34 (varying from 18-76)� However,<br />
the major problem of blockage constant had been solved�<br />
<strong>The</strong> Board approved the first extension scheme in February 1958<br />
to construct a pilot plant to test a new process proposed by Courtaulds<br />
to flash dry pulp (flock pulp)� <strong>The</strong> conceptual design for the pilot<br />
plant was done by Courtaulds (Fred Aldred and Bruce Townsend)<br />
while the detailed design work was done at <strong>Saiccor</strong> with help from<br />
32
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
two draughtsman from Courtaulds� Giorgio Natali and his project<br />
construction team put the plant together rapidly and the first bales<br />
were made on 11 August 1958� By the end of September the plant<br />
was producing 12 t/d and was eventually pushed to 35 t/d� John<br />
Grew, who had been loaned to <strong>Saiccor</strong> by Courtaulds, carried out<br />
much of the original work on the pilot plant� He was ably assisted by<br />
Marcello Malpiedi, who later supervised the running of the large<br />
second line (100 t/d)� Both Grew and Malpiedi took up positions at<br />
Usutu�<br />
Malpiedi, a graduate (Perito Chimico Industriale), was engaged by<br />
SNIA (on behalf of <strong>Saiccor</strong>) in September 1954, and transferred to<br />
<strong>Saiccor</strong> as a Shift Superintendent in June 1955� In December 1958 he<br />
was promoted to Assistant Development Manager, where he was<br />
fully engaged on developing the flock plant� Marcello moved to Usutu<br />
in 1961, and then went to Courtaulds in Coventry in 1968� In 1978<br />
he went to Italy in an attempt to sell <strong>Saiccor</strong> pulp, the first time sales<br />
were attempted outside of Courtaulds, but it turned out in the end<br />
that no pulp was available for external sales� In 1987, Marcello moved<br />
to Hong Kong as a foundation member of SPT (Specialty Pulp Trading)<br />
to sell <strong>Saiccor</strong> and Usutu pulp� He retired in 1993 but joined the <strong>Saiccor</strong><br />
Board in September 1993�<br />
Based on the success of the pilot plant, <strong>Saiccor</strong> started extension<br />
scheme No 2, a full-scale flock plant for 100 t/d using a 20A atritor,<br />
which started on 15 March 1960�<br />
Also based on the success of the pilot plant, Courtaulds decided to<br />
use the system in the new pulp mill they were planning to build in<br />
Swaziland (Usutu)� <strong>The</strong>y also took out a patent for the process,<br />
aiming to sell relatively inexpensive drying plants to small pulp mills<br />
close to forests� <strong>The</strong> sales campaign was unsuccessful, even when<br />
Courtaulds tried to market the process with Sunds in the early 1980s�<br />
Only <strong>Saiccor</strong> and Usutu ever used the process� <strong>Saiccor</strong> eventually<br />
achieved over <strong>50</strong>0 t/d flock pulp in 1979, but made its last flock bale<br />
on 17 January 1995� Because of the patent, the flock plant was for<br />
many years ‘top secret’� So much so, that when Ted Beesley joined<br />
<strong>Saiccor</strong> as a chemical engineer in the Development department in<br />
1960 he was not allowed to go into the flock plant�<br />
<strong>The</strong> heart of the process, and the reason for the patent, was the<br />
atritor in which the pulp was ‘fluffed’ and exposed to hot air (4<strong>50</strong>-<br />
<strong>50</strong>0 °C)� An atritor was a coal crusher, made by Alfred Herbert of<br />
Coventry, which had a rotating disc with cast iron pegs and hammers<br />
attached to it� It was not entirely suitable for the pulping process<br />
because if anything hard went inside, it would chip a peg, the chip<br />
from the peg would chip another, and so on, so that within seconds<br />
the innards would be smashed into small pieces� <strong>The</strong> first atritor<br />
smash at <strong>Saiccor</strong> occurred on 24 November 1958� Many others<br />
followed throughout the history of the flock plant�<br />
33<br />
Marcello Malpiedi
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> capital cost of the flock plant was low, as was the energy cost,<br />
but it was dusty and an everlasting source of fires� Added to this it<br />
was a hydraulic nightmare, mechanically pushed to the point of<br />
breakdown and the quality was always inferior to sheet pulp� Hence<br />
over the years many people put in a great deal of effort to keep the<br />
troublesome flock plant going� <strong>The</strong>se included: from engineering,<br />
Paddy Brannigan, Frank Rhodes, Bruno Scorovic, Giorgio Natali, Ido<br />
Zanello, Achille Fontana, Enoc Baldin and Basilio Segatto; from<br />
production, Marcello Malpiedi, Norman Boulter, Gino Rivetti, Bepi<br />
Martelossi, Ennio Zan, John Davey and Eridanio di Marco; from<br />
electrical, Graham Mortimer, Angelo Serravalle, Bruno Trevisan,<br />
Jimmy McFeat, Piero Miniutti and Adelmo Chiccaro; from<br />
instruments, Vic East, Barry Tokelove and Sergio Gori; from technical,<br />
Attie du Plooy, Bryan Thomas and John Thubron; from the<br />
development department Ken Reed, Ted Beesley, Ciano Ioppo and<br />
Alfredo Battiston� Four operating chargehands put almost a lifetime’s<br />
work into the flock� <strong>The</strong>y were ‘Louis’ Szabo and Bill Ravenscroft<br />
(who together for the first six months worked 12 hour shifts, seven<br />
days a week), Warwick Harper and Roy Barry, while Rudi Riecker,<br />
Garth Railton, Elijah Mkhize, Lawrence Zondi and Osborne Phungula<br />
were there for many years�<br />
Other capital work completed by early 1959 included an additional<br />
200 mm steam main to No1 continua (January 1958); two<br />
clariflocculators for the waterworks (February 1958); No 2 chipper<br />
(same as No 1) and chip screens (July 1958); acid stage in bleaching<br />
converted to fifth hypo stage and No 5 and 6 filters put in parallel<br />
(December 1958)�<br />
<strong>The</strong> number of people employed in August 1956 (after some of the<br />
Italians had returned to Italy), were some <strong>50</strong> staff and 906 hourly<br />
Some of those who were involved with the flock plant and were at its demise<br />
in 1995: R Barry, L Szabo, E Baldin, S Stone and E di Marco<br />
34
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
paid labour (243 white, 663 black) or 39 t/a per man� By April 1959<br />
this had increased to <strong>50</strong> staff and 958 hourly paid labour (258 white<br />
and 700 black) or 61 t/a per man (in the year 2000 this was<br />
approximately 4<strong>50</strong> t/a per man)�<br />
Dr Fabio Fonda resigned at the end of February 1959 for personal<br />
reasons, and returned with his South African wife, Elizabeth, to SAICI,<br />
where he worked until his retirement in 1976, including a five-year<br />
spell in Brazil building and commissioning a nylon factory� After his<br />
retirement he worked as a consultant for the United Nations<br />
Industrial Development Corporation� Sadly, he died on 5 July 1994<br />
in an accident� Dr Fonda regarded <strong>Saiccor</strong> as his ‘baby’, with some<br />
justification, returning for his last visit while on holiday in 1962�<br />
Dr Ian (John) Mackenzie of Courtaulds took over as Technical<br />
Manager when Fonda left in 1959, but Ken Reed was elected to the<br />
management committee� Mackenzie was only elected in February<br />
1969� Norman Boulter, seconded from Courtaulds, became Assistant<br />
Technical Manager� Dr Renzo Mortarino was still Production Manager<br />
and Shift Superintendents (equivalent to Shift Managers) were Gino<br />
Rivetti, Alfonso de Faveri, Domenico Sabbatini and IA Schoultz�<br />
On the engineering side Tom Harman was still the Chief, or Plant<br />
Engineer, Viggo Melkjorsen was Assistant Plant Engineer, Paddy<br />
Brannigan (an Irish South African) was Mechanical Engineer, Graham<br />
Mortimer Electrical Engineer, Assuero Bramuzzo Services Engineer,<br />
and Maurice Hilcove Waterworks Superintendent�<br />
On Sunday 17 May 1959 the Mkomazi river burst its banks, flooding<br />
the <strong>Saiccor</strong> factory� <strong>The</strong> first sign of a problem occurred at around 5<br />
pm, when Maurice Hilcove raised the alarm that he was experiencing<br />
difficulties running the waterworks because of dirty river water� At<br />
that time the river level at the water intake was 1,2 m which was no<br />
cause for concern� By 6�30 pm the level had risen to 3,4 m, which was<br />
<strong>The</strong> Mkomazi River burst its banks in 1959 and the <strong>Saiccor</strong> factory was flooded<br />
35
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
still not unusual, but by 7�00 pm it was 9,1 m� This was a crisis� By<br />
7�30 it was 11,3 m and disaster had struck�<br />
<strong>The</strong> factory was running at full capacity at the time� Shift<br />
Superintendent Domenico Sabbatini was aware that the river level<br />
was rising, but as no alarm had been indicated, he had not taken any<br />
action� <strong>The</strong> sheeting machine Chargehand took the first shutdown<br />
action when water started to run through the building�<br />
Renzo Scarpa, the Chargehand in the power station, tripped the<br />
generators at 7�47 pm� A short while later Eskom failed after flashing,<br />
leaving the factory dead except for some emergency lights, and out<br />
of communication as the telephone had been out of action since the<br />
previous evening when the line had been blown down in a storm�<br />
<strong>The</strong> factory was submerged in about 2 m of water, which was flowing<br />
swiftly across the entrance and between the buildings�<br />
Mortimer was the first to go to the factory on the normal road,<br />
with Brannigan a little behind� Mortimer drove into the river at<br />
Cannonby siding, Brannigan stopped further up the hill and went to<br />
rescue Mortimer� <strong>The</strong>y were both swept into the cane field and had<br />
to swim for their lives, and both their cars were submerged�<br />
Bill Hastie arrived at the factory at 8�00 pm, using the original<br />
South Coast road� Hans Ainhirn, the manager of the South Barrow<br />
hotel, Mackenzie and a few employees, were already there� Ainhirn<br />
went back for a rope, while Mackenzie went to fetch Brannigan and<br />
Mopping up operations after the flood, 1959<br />
36
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
Mortimer� Unbeknown to the others at the time, Ferruccio Monte<br />
and Aldo Rossetto swam into the factory to inform Sabbatini that<br />
help was on the way,<br />
Ainhirn and some employees returned with the rope, went into<br />
the water, and guided to safety a number of people stranded on the<br />
canteen roof, as well as the chlorine plant operator who had also<br />
become stranded� For this, Hans Ainhirn, Eridanio di Marco, Silvano<br />
del Vecchio, Renzo Cescutti, Danilo Stroppolo, Col� Francis<br />
Hollington-Sawyer and Julius Mehlomane Mblambo were given<br />
National Awards for Bravery (only three such awards had ever been<br />
made before)�<br />
<strong>The</strong> river flow dropped fairly quickly, and by midnight all personnel<br />
had come out of the factory� Bill Hastie noted ‘that, in addition to<br />
factory personnel, we were assisted by local members of the South<br />
African Police, by Mr Bozzone and his sons, who provided help in<br />
refreshments and transport, and by Mr Breckenridge, the contractor<br />
working on the South Barrow hotel�’ (Flood Report, 1959)<br />
On Monday morning the factory was submerged in a metre of<br />
mud and debris (including cars)� All available men and shovels set to<br />
removing mud from plant and offices� Earth moving equipment was<br />
brought from Durban on the original South Coast road as the new<br />
bridges across the Lovu and Mkomazi rivers were down� All motors<br />
and most instruments were taken to Durban for overhaul� All bearings<br />
were changed with bearings flown in from all over the country, as<br />
well as from Europe�<br />
All electric terminal boxes and cable ends were examined, cleaned,<br />
dried out and repaired as necessary� A total of 308 motors were<br />
removed and overhauled, 300 starters and associated equipment were<br />
dismantled, cleaned, dried out and tested, 126 instruments<br />
overhauled, 665 machines were dismantled and 1 393 bearings and<br />
213 belts were changed� About 80 per cent of this work was done<br />
in just 14 days, from the time<br />
equipment could be worked on<br />
until the factory restarted on<br />
6 June�<br />
Paddy Brannigan commented<br />
‘Since the start-up, remarkably<br />
little trouble has been experienced<br />
in view of the fact that all trades,<br />
including pipe fitters and<br />
boilermakers, were used on<br />
overhauling machines� Altogether<br />
only 34 hours production time has<br />
been lost due to mechanical failure<br />
and this reflects great credit on the Flood damage, 1959<br />
37
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Flood damage, 1959<br />
work done by artisans over this difficult period�’ (Flood Report, 1959)<br />
A tremendous achievement� <strong>The</strong>re was also great support from outside<br />
organisations, particularly Vic East (Devers) for instruments, Jake<br />
Crompton (BTH) for electrics, and Mark Bernstein (CBI) for buildings�<br />
<strong>The</strong> flood cost the insurance company half a million pounds,<br />
including the cost of the company bus, which was swept out to sea�<br />
Mortimer’s car was lost, as was Strath Redding’s when he drove into<br />
the river and had to swim for his life, an exercise he repeated in 1987!<br />
Hastie concluded ‘<strong>The</strong> experience has shaken us out of routine and<br />
there has been a display of resourcefulness and improvisation by<br />
various members of the staff which, in many cases, has demonstrated<br />
a capacity and ability that was not obvious previously� <strong>The</strong>re can be<br />
no doubt that the SAICCOR organisation has benefited very<br />
considerably from the flood experience�’<br />
<strong>The</strong> river flow reached a peak of 5 <strong>50</strong>0 cumecs (200 000 cusecs)<br />
during the flood� As a result the berm at the West Side of the factory<br />
was raised 5 ft to 10 ft� This certainly prevented an even greater<br />
disaster in 1987, when the river came to within half a metre of the<br />
top of the extended berm when the flow reached 7 000 cumecs<br />
(2<strong>50</strong> 000 cusecs)�<br />
As a souvenir of the flood, Cantacuzene had silver ashtrays made by<br />
the South African mint for all senior staff, engraved ‘17th May – 6th<br />
June’ in his handwriting�<br />
<strong>The</strong> seven people who received awards for bravery through the Natal<br />
Chamber of Industries deserve special mention�<br />
Hans Ainhirn was born in Marburg, Austria in 1917� At age 14 he<br />
started work in a hotel school and in 1938 became a paratrooper in<br />
the German army, seeing 18 months’ service in Czechoslovakia,<br />
Poland, France and Russia� After the war he returned to the hotel<br />
business in Bad-Gastein, Salsburg� In 1956 a guest at his hotel<br />
38
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
persuaded him to go to South West Africa, where he stayed for a<br />
year� While on holiday in South Africa before returning to Austria,<br />
Cantacuzene contacted him through a Swiss acquaintance and<br />
offered him a job at <strong>The</strong> Lido�<br />
Julius Mehlomane Mblambo was born in Natal in 1911� A quiet,<br />
conscientious man, he joined <strong>Saiccor</strong> as a driver – a very good one –<br />
in 1954, aged 43� He continued to drive until his retirement on 31<br />
August 1971� He died in 1972�<br />
Silvano del Vecchio was born in the province of Udine in Italy in<br />
1921 and started work at SAICI� In 1941 he was one of 77 men who<br />
formed the original ‘frogmen’ unit in the Italian Navy – a technique<br />
invented and developed by the Italians� After the war he returned to<br />
SAICI, from where he was sent to the new pulp mill in Mexico,<br />
returning 13 months later� Dr Fonda persuaded him to come to <strong>Saiccor</strong><br />
in 1958, where he worked in the flock plant� He transferred to the<br />
laboratory, where for many years he did lab cooks and bleaching work<br />
with John Thubron, who called him ‘Pops’, a name which stuck� He<br />
retired at the end of 1986� Silvano kept himself very fit by swimming<br />
kilometers every day�<br />
Eridanio di Marco was born in San Giorgio di Nogaro in 1935� He<br />
served two years in the Italian Navy from 1953 and then worked for<br />
a building contractor in Udine until, after a three-month course as a<br />
laboratory analyst at SAICI, he left for Umkomaas in June 1956� He<br />
worked in the laboratory until 1972, when he became a Shift<br />
Superintendent, then Production manager of the flock plant in 1993�<br />
He retired in 1999� As a younger man he played soccer for the <strong>Saiccor</strong><br />
Football Club’s senior team, and in Italy he was a member of the<br />
Navy’s athletics team�<br />
Renzo Cescutti was born in Aiello del Fruili in 1935 and started<br />
work in a bakery at the age of 15� Renzo’s father Mario, who came to<br />
<strong>Saiccor</strong> in August 1954 as an Operator in digesters, used his influence<br />
to get Renzo a job at <strong>Saiccor</strong>� Renzo arrived in September 1955� He<br />
worked as an Operator in bleaching, then as a Chargehand and finally<br />
as a Shift Superintendent� He retired in March 1996, unable to take<br />
the strain of the slow running of the factory� In Italy Renzo played<br />
soccer, but changed to basketball and swimming when he came to<br />
South Africa� He now cycles quite seriously�<br />
Danilo Stroppolo was born in Torviscosa in 1938 and started work<br />
at a metal workshop in a nearby village� He arrived in Umkomaas in<br />
March 1956 to start a new life in a new country as an Operator in<br />
SO 2 Recovery� He later moved to the workshop, where he stayed<br />
until he returned to Italy to work for the Torviscosa municipality in<br />
the early 1970s� He was a member of the SAICI swimming team and<br />
won many breaststroke and freestyle events�<br />
Col� Francis Hollington-Sawyer was born in London in 1911 and<br />
worked in Burma for three years before joining the British army in<br />
39<br />
Silvano del Vecchio<br />
Eridiano di Marco<br />
Renzo Cescutti<br />
Danilo Stroppolo
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
1936, where he rose to the rank of Colonel� He commanded troops<br />
behind the Japanese lines in Burma in 1942-43� He was wounded<br />
and left the army with an honorable discharge on medical grounds<br />
in 1944� He then did odd government jobs in North Africa before<br />
buying a farm in Umkomaas� He joined <strong>Saiccor</strong> in April 1959 as an<br />
Operator in the woodyard, a month before the flood�<br />
It became clear in 1955 that<br />
permanent accommodation<br />
would have to be built for <strong>Saiccor</strong><br />
employees� A block of flats,<br />
Umkomanzi Mansions, was built<br />
in 1955, but a village was really<br />
required� <strong>The</strong> favoured site for a<br />
village was the present Widenham<br />
Caravan Park, extending across the<br />
golf course to Umkomaas, so that<br />
the village would have been part<br />
of Umkomaas� However, both the<br />
Town Board and Golf Club would<br />
have none of it� So cane land was<br />
bought from Illovo, opposite the<br />
south-western extreme of the golf<br />
course�<br />
<strong>The</strong> construction of houses started immediately� Supposedly under<br />
advice from Pianto, the houses were to have neither garages nor<br />
servants’ quarters (his logic was that without transport or domestic<br />
help, there would not be much time for wives to gossip!) <strong>The</strong> village<br />
was completed in 1957� Great care was taken to preserve the four<br />
giant-leafed figs (Ficus lutea) at the entrance to the village� When people<br />
moved in, there was still much evidence of cane in the grounds of<br />
houses and on the verges of the dusty roads� <strong>The</strong> village became Capo<br />
Cotta to the Italians�<br />
Village life soon developed, with shops and a school (in the large<br />
house on the corner of Centre Street and Aquileia Avenue) where<br />
nuns from Umzinto taught the Italian children to speak English to<br />
enable them to attend the local schools�<br />
<strong>The</strong> <strong>Saiccor</strong> Sports Club was formed and was well supported,<br />
particularly soccer, but also basketball, tennis, hockey, golf and cricket<br />
(not favoured by the Italians)� <strong>The</strong> soccer side did very well under<br />
Captain Ferruccio Monte, and was the first ‘country’ side in 58 years<br />
to take the Dewar Shield away from a Durban Club in 1961� Nevio<br />
Turco was selected to play basketball for Natal� Gastone della Martina<br />
(Gino’s son) was the tennis star, followed by Silvano Moro, and<br />
leading cricketers were Ted Turner and Mike Timm� Golf did not<br />
produce any stars, that had to wait for the children – Armando and<br />
40<br />
<strong>The</strong> first <strong>Saiccor</strong> village houses<br />
were completed in 1957, on cane<br />
land bought from Illovo
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
<strong>The</strong> <strong>Saiccor</strong> soccer team, 1961, the first country side in 58 years to take the Dewar Shield away from a Durban club�<br />
From left to right, standing: C Ghirardo (Masseur), G Dri, D Canciani, J Volcz, F Monte (Captain), G Indri<br />
(Chairman), G Panizzolo, G Indri, A Rosig, P Meneghel, F Titton, F Meneghel; squatting: E Scrazzolo, L Soardo,<br />
O Tubaro, A Susanna, A Allegro, I Titton, E Scrazzolo, B Murador<br />
Miranda Zerman’s sons Raimondo and Manuel (who represented<br />
Italy) and Dave and Trish Clark’s sons Raymond and Timothy� All<br />
four represented Natal on many occasions before pursuing their<br />
careers� Manuel (‘Mannie’) and Timothy both had the distinction of<br />
playing in the US Masters before turning professional�<br />
<strong>The</strong> community was also very active culturally� Naturally a choir was<br />
first formed, with Bepi Martelossi as the choirmaster, and included Piero<br />
del Ponte, who had trained as an opera singer� <strong>The</strong> choir had a fine reputation<br />
and performed in Durban and Pietermaritzburg and other centres�<br />
41<br />
<strong>The</strong> <strong>Saiccor</strong> choir enjoyed a fine<br />
reputation, with Bepi Martelossi<br />
as choirmaster
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> dance orchestra formed and conducted by Ado Magrin<br />
Ado Magrin formed and conducted a dance<br />
orchestra�<br />
<strong>The</strong>re was theatre with the Umkomaas Players;<br />
among the performers were Nan Mitchell, Billie<br />
Watts and Olga Sfaelos� <strong>The</strong> Fogolar Furlan<br />
committee of the Sports Club, a cultural group,<br />
organised some lavish social events like the<br />
Carnevale di Venezia at the Lido and folk dances at<br />
Christmas parties (outstanding decorations were<br />
often designed and executed by Ciano Ioppo)�<br />
<strong>The</strong> Zulus formed exceptionally good Ngoma<br />
dancing teams that became well known throughout<br />
the Province� <strong>The</strong> dancing was very popular and<br />
there were numerous teams within the factory� <strong>The</strong><br />
woodyard team became South African champions<br />
A <strong>Saiccor</strong> Zulu dancing team, c� 1960<br />
42<br />
Folk dancing organised by the<br />
Fogolar Furlan cultural committee<br />
of the Sports Club, 1960� LEFT TO<br />
RIGHT FRONT: Clara del Ponte,<br />
Franco Mason SECOND ROW:<br />
Liviana Taverna, Giuseppe<br />
Panizzolo� BACKGROUND: Renata<br />
Pittich, Roberto Bozzone, Renée<br />
Bozzone and Ennis Turco
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
Consecration of the Catholic Church in Umkomaas, 15 August 1959 by<br />
Archbishop Damiano� Those present included Fr Ceselin, the Italian<br />
Consul, Michel Cantacuzene and Bill Hastie<br />
at a competition in Port Shepstone in 1959� A combined <strong>Saiccor</strong> team<br />
managed by Moses Magubane was a regular feature of the Durban Tattoo�<br />
In 1958 <strong>Saiccor</strong> bought land from Illovo and supplied materials for<br />
the Italians to build a Catholic Church� <strong>The</strong> church was completed<br />
in 1959 and Father Ceselin moved in from Umzinto for the<br />
consecration of the church on 15 August 1959� Father Ceselin has<br />
been at the church ever since and has played a central part in the<br />
community� Not only has he officiated at mass, weddings,<br />
christenings and funerals, but he has attended all social functions as<br />
a member of the community, being rewarded for his long and devoted<br />
service by the Vatican promoting him to Monsignor�<br />
Once the church was functioning, the school in <strong>Saiccor</strong> Village<br />
closed down and moved to the church hall� <strong>The</strong> building vacated by<br />
the school became the Clubhouse� By this time, however, there had<br />
been an argument at the club� <strong>The</strong> Italians involved in the<br />
disagreement were concerned that, as <strong>Saiccor</strong> management were on<br />
the club committees, arguments at the club would reflect poorly in<br />
their work situation� So they decided to build a club of their own�<br />
<strong>The</strong> Club Communita Italiana was in use from 1963 and was, with<br />
few exceptions, for Italians only� It certainly took business away from<br />
the <strong>Saiccor</strong> Sports club, which slowly lost its appeal and became virtually<br />
defunct in the early 1970s� <strong>The</strong> Italian club is still in existence, although<br />
struggling, as the second generation Italians are more South African than<br />
Italian, and the number of first generation Italians is diminishing�<br />
Possibly unique in South Africa at the time, the banking hours<br />
outside the banks in Umkomaas were also written in Italian� In every<br />
shop it was essential to have someone who could speak Italian�<br />
Umkomaas had certainly become a ‘little Italy’�<br />
43<br />
<strong>The</strong> Club Communita Italiana logo
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
In mid-1960 building commenced of the first 200 four-bedroomed houses in<br />
Magabeni to house <strong>Saiccor</strong> employees<br />
<strong>Saiccor</strong> started building the first 200 four-bedroomed houses in Magabeni<br />
in mid-1960� By January 1961 the first <strong>50</strong> houses were occupied�<br />
Gino della Martina had a team building houses in Magabeni (and<br />
now and again in <strong>Saiccor</strong> Village) almost until his retirement in 1987�<br />
By this time it became clear that there were major problems with<br />
company housing� Although a nominal rent was levied by the<br />
company for the houses to enable the occupants to save for a home<br />
of their own, this was seldom done, and when individuals retired<br />
and had to leave their houses, they mostly had no home to go to�<br />
From that time (1987) <strong>Saiccor</strong> built no more houses and started selling<br />
all those it did own�<br />
Despite the flood, production in 1959 increased by 11 per cent from<br />
1958 to 169 t/d, while profits increased by 7,5 per cent to R2,1 million�<br />
Profits during the Courtaulds/IDC era need to be viewed with some<br />
circumspection, as the selling price of the pulp was in fact a transfer<br />
price that was significantly lower than the market price� This enabled<br />
the Courtaulds’ viscose and film plants to receive a low cost raw<br />
material, which in the long term probably allowed them to become<br />
less competitive than they ought to have been, but in the short term<br />
they were pleased� IDC’s objectives were to create industry (and as a<br />
consequence employment) hence they were not concerned that<br />
<strong>Saiccor</strong>’s profits were lower than they could have been, providing<br />
production kept on increasing, which it did, thereby increasing the<br />
number of people employed (mainly in the forests, where by 1988<br />
some 10 000 people were employed)�<br />
Thus both partners were very happy with what was happening at<br />
<strong>Saiccor</strong>� Production and profits increased steadily through the years<br />
44
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
1960-1965, largely through capital investment in new plant and<br />
equipment� By the middle of 1963 <strong>Saiccor</strong> had paid for itself, despite<br />
the ‘managed’ profits – a simple payback of eight years� By 1964, the<br />
dividend of R2,4 million amounted to 20 per cent of the issued<br />
ordinary share capital�<br />
Year Production t/d Profit (R’million) Dividend (R’million)<br />
1959 169 2,1 1,2<br />
1960 212 2,8 1,7<br />
1961 258 3,4 2,0<br />
1962 300 3,2 2,0<br />
1963 347 3,2 2,0<br />
1964 382 4,2 2,4<br />
1965 396 3,6 2,4<br />
<strong>The</strong> members of the Management Committee in 1964 were:<br />
Managing Director Michel Cantacuzene<br />
Works & Development. Mng. Ken Reed<br />
Commercial Mng. Oakley Tainton<br />
Secretary/Chief Accountant John Carrick<br />
Technical Mng. Norman Boulter<br />
Chief Engineer Viggo Melkjorsen<br />
Personnel Mng. Jock Mitchell<br />
Laboratory & Research Mng. Pat Roche<br />
Senior staff were:<br />
Medical Officer Dr Lapping Production Mng. Gino Rivetti<br />
Works Accountant Alec Thomson Shift Superintendents Bepi Martelossi,<br />
Cost Accountant Jimmy McInnes Ugo Testa,<br />
Chief Purchasing Off. Stan Gay Giovanni Baldin,<br />
Plant Engineer Graham Mortimer Ennio Zan,<br />
Mechanical Eng. Frank Rhodes Marino Cudin<br />
Services Eng. John Earnshaw Woodyard Supt. Bert Beatie<br />
Civil Eng. Gino della Martina Chemical Eng. Ted Beesley<br />
Instrument Eng. Vic East Construction Eng. Tom Harman<br />
Chief Draughtsman Tom Fitzgerald<br />
Deputy Chief Draughtsman. Ciano Ioppo<br />
Chemist Bryan Thomas<br />
<strong>The</strong> total staff number was 116�<br />
45
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Design work for No 2 extension scheme started in early 1959� It<br />
included a 100 t/d flock line (No 3 line), No 6 digester, and a Korting<br />
chilling plant for liquor making� Courtaulds did the conceptual design<br />
for the flock plant in the UK but the detailed design was performed<br />
at <strong>Saiccor</strong>� <strong>The</strong>re was a 20A atritor, a 12 million BTU/h Peabody<br />
furnace (burning paraffin) and a Fawcett Preston baling press�<br />
Construction started towards the end of 1959� <strong>The</strong> chilling plant<br />
was commissioned in December 1959, and No 6 digester on 4 January<br />
1960� Before the flock was commissioned on 15 March 1960 it was<br />
realised another slurry press would be required, and this was ordered<br />
in December 1960� <strong>The</strong> new press with perforated plates was from<br />
Sunds, the first (for the pilot plant) was an Impco unit having grooved<br />
rolls with knives, obtained secondhand from Courtaulds Mobile�<br />
Production from the new flock line started slowly because of problems<br />
with the baling press, but reached 80 t/d after 3 months and 90 t/d<br />
after 10 months� After No 7 digester was started in May 1961, the<br />
flock plant was slowly pushed to 120 t/d by October 1961�<br />
Design work on No 3 extension scheme started at <strong>Saiccor</strong> before<br />
No 2 scheme had been installed� For this, and all subsequent<br />
extensions until 1993, all design, construction and project<br />
management was handled by <strong>Saiccor</strong>, although odd engineers and<br />
draughtsmen from Courtaulds were often seconded to projects� This<br />
scheme was for a new sheeting machine (No 2 continua) the same<br />
size as No 1, from KMW but made in Italy, with a Flakt airborne<br />
drier, having a kite feed and a Pope reeler take-up, to be able to sort<br />
viscosities before cutting the jumbo roll into sheets� It also had the<br />
latest innovation of a vacuum headbox with two Holie rolls� This<br />
added substantially to the cost, but made little difference to the sheet<br />
properties (when compared to No 1 continua)� Also part of No 3<br />
No 2 continua<br />
46
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
extension scheme was a 45 t/h coal boiler from Babcocks (No 4), No<br />
7 digester, three Hagglund towers, two concrete liquor tanks, a liquor<br />
settling tank, an absorption tower and a Rauma pressure washer to<br />
follow the washpits� Orders were placed from April 1960� Civil work<br />
started in January 1961 and erection of plant and equipment followed�<br />
No 2 continua started up on 23 December 1961 and No 4 boiler just<br />
before the end of the year, the additional equipment for liquor making<br />
in June 1961, No 7 digester in May 1961, and the Rauma washer in<br />
April 1963�<br />
No 2 continua’s output was low for the first two months, largely<br />
because of difficulties the operators experienced with the kite feed�<br />
By the third month the machine was averaging 110 t/d and by the<br />
sixth month 125 t/d� This was slowly increased to 1<strong>50</strong> t/d after higher<br />
pressure steam was connected to the drier in April 1963, at which<br />
time both machines had approximately the same output�<br />
Once No 2 continua was operating, the output from digesters could<br />
not meet the requirements� As a consequence flock output was<br />
reduced (to around 55 t/d), this pulp was not screened giving it a<br />
high silica content and high KW values, in other words the quality<br />
was distinctly inferior� To overcome this, the screening plant was<br />
extended� Orders were placed in February 1961 for Leje and Thurne<br />
cleaners and No 3 thickener to expand the second screening plant,<br />
also included was an M57 filter from Kamyr (No 7) and No 5 storage<br />
tower to enable high consistency pulp to be fed to flock� <strong>The</strong> expanded<br />
screening plant was commissioned in February 1962 and No 7 filter<br />
and No 5 tower in June 1962, from that time the quality of flock was<br />
comparable with sheet pulp although still slightly inferior in terms<br />
of KW values, silica, brightness and ash�<br />
No 8 digester was ordered from Canzler in January 1961 and started<br />
in January 1962� No 9, from Avesta, was ordered in December 1962<br />
and started in January 1964� No 10 was ordered in May 1964 and<br />
started in June 1965�<br />
Once No 9 digester was operating, chipping capacity became<br />
inadequate� Design work for No 3 chipper started immediately� Orders<br />
were placed on Carthage in May 1964, civil work started in July 1964<br />
and No 3 chipper was commissioned in March 1965 without chip<br />
screens – there were few oversize chips and little dust�<br />
Liquor making capacity had to be increased to keep pace with<br />
digesters� No 9 pressure tank, with a stainless lining, was<br />
commissioned early in 1962, and immediately thereafter the brick<br />
linings in No’s 7 and 8 were replaced with stainless steel� No 10 liquor<br />
storage tank for acid water was constructed in December 1962� No 2<br />
Simon Carves sulphur burner was commissioned in May 1964 as a<br />
standby and as an operating unit in August 1965, when a fourth<br />
Hagglund tower was constructed for the Simon Carves burners�<br />
47
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Design work for chlorine dioxide bleaching (including No 8 filter)<br />
started in November 1962, orders were placed from December 1962,<br />
plant erection started in May 1963 and the plant was commissioned<br />
in December 1963� No 1 filter in bleaching was replaced with a Kamyr<br />
M57 unit almost twice the size in May 1965, after first installing a<br />
temporary filter to enable No 1 to be taken out� In November 1965<br />
No 4A filter was commissioned, which effectively doubled the<br />
washing capacity after the chlorine dioxide stage�<br />
A second Rauma pressure washer was ordered in June 1964 and<br />
commissioned in August 1965� In December 1964 a fourth thickener<br />
was ordered for second screening, which was started up in June 1965�<br />
With all the new plant and equipment being installed, power<br />
consumption increased significantly, making it prudent to increase<br />
<strong>Saiccor</strong>’s power generation capacity� <strong>The</strong> foundations for No 3<br />
turbogenerator started in April 1964� This was a 6,5 MW Allen<br />
machine that doubled the total generating capacity� <strong>The</strong> machine<br />
was started in March 1965�<br />
Sheet pulp quality did not change over the period 1960-1965�<br />
Blockage constants (KWs) averaged around 15, although often ranging<br />
above the Courtaulds limit of 20� Calciums were high, with monthly<br />
averages from 4<strong>50</strong> to 6<strong>50</strong> ppm summer to winter, while silicas<br />
averaged around <strong>50</strong> ppm� Until flock pulp went through second<br />
screening (June 1962) KW values averaged 30 and silica 270 ppm�<br />
After June 1962 these values dropped to 19 and 60 respectively�<br />
Courtaulds were not entirely happy with <strong>Saiccor</strong>’s pulp quality,<br />
particularly the high calcium levels� Fred Aldred, John More, and<br />
Malcolm Simpson from Courtaulds paid a number of visits to <strong>Saiccor</strong><br />
to investigate what could be done to improve calciums, but nothing<br />
proved successful� Copper numbers (about 1,6) and resin (about 0,35<br />
per cent) were considerably higher than today’s levels of about 1,2<br />
and 0,1 per cent�<br />
Various timbers were tried� Wattle was first used in 1957, but the<br />
KW was 100� Wattle usage continued over the years up to 20 per cent<br />
of the furnish, but its pulp had high KW values until it was cooked<br />
separately in high pressure digesters (from 1970), then the percentage<br />
wattle was increased reaching a peak of 40 per cent in the late 1970s�<br />
<strong>The</strong> first trial using pine was done in November 1959, and was<br />
successful� For a period in 1962 pine was blended up to 5 per cent<br />
with saligna, producing satisfactory pulp� Casuarina was tried but<br />
proved unsuitable�<br />
<strong>The</strong> first 2 <strong>50</strong>0 t of high alpha pulp for the American market<br />
(Mobile) was made in November 1961� A second lot was made in<br />
January 1962� Mobile received 94 alpha for a few years but then it<br />
was decided 94 alpha was not an economic proposition for Courtaulds<br />
and <strong>Saiccor</strong> combined� A further 94 alpha trial was conducted in the<br />
late 1970s, but was only made commercially from 1996�<br />
48
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
In April 1963, a trial of low-density pulp for acetate for Rhodiatoce<br />
was made on No 1 continua� <strong>The</strong> first and second press pressures<br />
were reduced to zero and the third press was lifted, making a 20inch-high<br />
continental-size bale of 400 pounds (i�e� 744 kg/m 3 , current<br />
Rhodia bales are 606 kg/m 3 )� No feedback on this pulp is recorded,<br />
and no further trial was made�<br />
In March 1961 an APV Kestner lignosulphonate pilot plant was<br />
commissioned� In the first month 680 kg of powder was produced�<br />
Production increased steadily to 10 t per month� In April 1962 the<br />
first 2 000 gallons of liquid sales for treating roads were made for the<br />
Kruger National Park, who became a major customer� <strong>The</strong> plant could<br />
produce up to 60 t/month of liquid product, but sales declined and<br />
the plant was shut down in November 1963�<br />
By 1965 the total number of people employed had increased to<br />
1 2<strong>50</strong> (381 white, 869 black) but productivity had risen to 116 t/a per<br />
man, a 90 per cent increase from the 61 t/a per man in 1958�<br />
<strong>The</strong> period 1959-1965 was very eventful in terms of the movement<br />
of senior people�<br />
A most tragic event at this time was the death of Assuero<br />
Bramuzzo, the Services Engineer, after a deaerator in the boiler house<br />
exploded on 15 September 1961� Three people suffered burns, of which<br />
Bramuzzo’s were most severe, and he died on 18 September� <strong>The</strong><br />
other two recovered�<br />
Assuero was born in St Giorgio di Nogaro, Udine, on 25 September<br />
1924� He served an electrical apprenticeship at SAICI and gained wide<br />
experience on their Chlor-alkali plant project� He arrived at <strong>Saiccor</strong><br />
on 22 December 1953, where he supervised the erection and<br />
installation of most of the electrical equipment in the factory� When<br />
the factory started up he was appointed Services Engineer responsible<br />
for the steam, power and water requirements� Assuero’s widow,<br />
Fabiana (née Miniutti, Piero’s sister) returned to Italy after his death�<br />
She had arrived on the first plane in April 1954 as the SAICI nurse<br />
and married Assuero in South Africa�<br />
Sir John Hanbury-Williams retired in July 1962, and died in August<br />
1964� Sir Dallas Bernard became Chairman of Courtaulds in 1962,<br />
and in 1964 Frank Kearton took over�<br />
Kearton, a man of enormous intellect, was a Chemical Engineer<br />
who had been the Courtaulds director in charge of the <strong>Saiccor</strong> project<br />
from its very beginning� He was born in 1911 and graduated at Oxford�<br />
During the war he worked on atomic energy projects and joined<br />
Courtaulds in 1946 with responsibility for chemical engineering<br />
research� He was appointed to the Courtaulds Board in 1952� He too<br />
regarded <strong>Saiccor</strong> as his ‘baby’, caring for it throughout his career at<br />
Courtaulds� During the years that Kearton was Chairman of<br />
Courtaulds, the <strong>Saiccor</strong> Board became a ‘rubber stamp’, as he would<br />
49<br />
Assuero Bramuzzo<br />
Lord Kearton
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
make all the decisions with the Chairman of IDC prior to Board<br />
meetings� In 1961 Kearton became a Fellow of the Royal Society, in<br />
1966 he was knighted and in 1970 he became a Labour Peer� Lord<br />
Kearton FRS was a strong supporter of the British Labour Party� He<br />
played a leading role in repelling ICI’s bid to take over Courtaulds in<br />
1962, after which he converted all Courtaulds’ cash into assets,<br />
thereby building a highly complex conglomerate company� Until his<br />
retirement in 1975 (when he took charge of British North Sea Gas)<br />
Kearton was a major driving force at <strong>Saiccor</strong>� In a speech at <strong>Saiccor</strong> in<br />
1973 Kearton called <strong>Saiccor</strong> ‘the jewel in the crown of Courtaulds’�<br />
In 1989 Derek Keyes, then Chairman of Gencor and a <strong>Sappi</strong> director,<br />
also called <strong>Saiccor</strong> ‘the jewel in the crown of <strong>Sappi</strong>’�<br />
In early 1960 design work for the Usutu mill commenced in<br />
Johannesburg� Graham Mortimer and Ciano Ioppo joined the team�<br />
In October 1961 some 30 engineering personnel from <strong>Saiccor</strong> went<br />
to help commission Usutu, including Bruno Scorovich, section<br />
foreman of Pulp Finishing, who remained there�<br />
Bill Hastie, who had been appointed to the <strong>Saiccor</strong> Board in October<br />
1960, was appointed Chief Executive of Usutu and left <strong>Saiccor</strong> in<br />
February 1962, although he remained on the <strong>Saiccor</strong> Board� He left<br />
Usutu in 1968 and joined Premier, where he worked with Ugo Testa,<br />
a former <strong>Saiccor</strong> Shift Superintendent, and Thys de Waard, who from<br />
1988 worked with <strong>Saiccor</strong> as <strong>Sappi</strong>’s Technical Manager� Bill retired<br />
in the late 1970s and died in 1983� Ian Mackenzie joined Hastie in<br />
March 1962 as Usutu’s Mill Manager�<br />
Ken Reed became <strong>Saiccor</strong>’s Works Manager in March 1962, as well<br />
as Development Manager until January 1965� In October 1967 he<br />
was promoted to Technical Director� He retired in December 1975<br />
and died in 1978� He was a very competent chemical engineer and a<br />
very intelligent individual�<br />
Norman Boulter became Technical Manager in March 1962�<br />
Norman, a chemist, was seconded from Courtaulds in 1959 and<br />
started working in the bleaching plant, where he simplified the<br />
process control� In January 1965 he was appointed deputy Works<br />
Manager and in July 1982 Works Director� He retired in May 1987�<br />
For many years he knew as much about dissolving pulp, and the<br />
making of it, as anyone in the world�<br />
Tom Harman developed lung cancer in 1960, relinquishing his role<br />
as Chief Engineer, but continued as an engineer in the Development<br />
department� He died in November 1965� Viggo Melkjorsen became<br />
Chief Engineer and part of the Management team in November 1960,<br />
until he resigned in July 1965� In November 1962 Graham Mortimer<br />
became Plant Engineer, his previous function of electrical engineer<br />
was taken by Angelo Serravalle, who returned to Italy in June 1963,<br />
when Bruno Trevisan, the Power Station Foreman, took over�<br />
<strong>50</strong><br />
Bill Hastie<br />
Ken Reed<br />
Norman Boulter
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
Paddy Brannigan resigned as Mechanical Engineer at the end of<br />
1961� Enea Corrado, the Workshop Foreman took over, and Ado<br />
Magrin became Foreman of the workshop with Chargehands Giorgio<br />
Natali, Attilio Segatto, L Simonetti, C Franceschi and Engelbrecht<br />
(rigger) who supervised a team of 80 highly talented, largely Italian,<br />
artisans� To mention but one, the blacksmith Aldo Zamarian, who<br />
could patiently turn any piece of metal into a work of art� He once<br />
made a candelabra that brought tears to the Italian Consul’s eyes<br />
when it was presented to him� Frank Rhodes was appointed Services<br />
Engineer from the beginning of 1962 to replace Bramuzzo� Corrado<br />
resigned in July 1963 and Frank Rhodes took over the position�<br />
W H Kieviet was recruited as Services Engineer in October 1963<br />
but did not last long and John Earnshaw was recruited for the position<br />
in May 1964� Vic East became Instrument Engineer from 1960�<br />
Ted Beesley joined <strong>Saiccor</strong> in July 1960 as a Chemical Engineer in<br />
the development department and was appointed Development<br />
Manager in January 1965� Tom Fitzgerald was Chief Draughtsman,<br />
and from February 1962 Ciano Ioppo was Deputy Chief<br />
Draughtsman�<br />
Dr Mortarino and Dr Bruce left in 1958, Dr Gianpietri, Fonda’s<br />
assistant, replaced them as Production Manager� Dr Gianpietri<br />
resigned in March 1960 and Gino Rivetti, a Shift Superintendent,<br />
was appointed Production Manager, then Senior Production Manager<br />
in 1970, a position he held until he retired in 1984� Giovanni Baldin<br />
became Shift Superintendent in 1960 and in 1967 joint Production<br />
Manager� Over the period Sabbatini returned to the laboratory, de<br />
Faveri, Malpiedi and von Schoultz left, Bepi Martelossi, Ugo Testa,<br />
Marino Cudin, Martin Ferreira and Ennio Zan were appointed Shift<br />
Superintendents� Martin resigned in May 1963 but returned to the<br />
laboratory in July 1964�<br />
Ted Turner (seconded from Courtaulds Acetate laboratories in<br />
1958), was appointed Laboratory Manager in July 1961� He returned<br />
to Courtaulds in August 1963� In September 1963 Pat Roche was<br />
appointed Laboratory and Research Manager, Domenico Sabbatini<br />
deputy, and Bryan Thomas (who joined in 1960) Senior Research<br />
Assistant� Roche was seconded to <strong>Saiccor</strong> for two years from<br />
Courtaulds Viscose Laboratory in mid 1958, returning to the UK two<br />
years later� In 1962 he returned to <strong>Saiccor</strong> as Research Manager being<br />
appointed to the Management committee in July 1962� He returned<br />
to Courtaulds in mid 1967�<br />
Jock Mitchell, the Personnel Manager, was appointed to the<br />
Management committee in November 1960� He retired in November<br />
1964 and was replaced by Roy Fortune, whose title was Personnel<br />
Officer�<br />
On 10 December 1960, Franco Mason became the first <strong>Saiccor</strong><br />
employee to complete his indentures under the Apprenticeship Act�<br />
51<br />
Vic East
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Gastone della Martina with Franco Mason (RIGHT)<br />
Giuseppe Mason (Boiler Attendant), Franco’s father, joined <strong>Saiccor</strong><br />
in April 1954 and was followed to South Africa by his family two<br />
years later� A year before leaving Italy Franco became an apprentice<br />
at a garage in San Giorgio, but when he joined <strong>Saiccor</strong> in April 1956<br />
it was as an Operator in the Digesters� On 28 April 1957 he transferred<br />
to the workshop and indentured as a Fitter apprentice� Franco worked<br />
as a Fitter and then for many years as a Machinist until he retired in<br />
1998� He is currently fully occupied as Chairman of the Italian Club,<br />
a position he has held since 1988�<br />
Another bright young man of the time was Renzo Beltramini� Born<br />
in 1943 in Palmanova, Udine, he came to South Africa in October<br />
1956 to join his father Amedeo, of the building department, who<br />
arrived in 1954� He was apprenticed as an instrument mechanic at<br />
<strong>Saiccor</strong> in November 1959� In June 1962, he received a letter from the<br />
Principal of the Natal Technical College congratulating him for coming<br />
first in South Africa in the National Examination in Engineering<br />
Science� As a result of company policy whereby all apprentices were<br />
required to terminate their employment on completion of their<br />
indentures (suspended in 1964), Renzo left <strong>Saiccor</strong> and joined AECI<br />
in Umbogintwini� In 1974 he formed his own instrument contracting<br />
company, Ultimate Instrument Contractors or UIC� <strong>The</strong> first job<br />
they did for <strong>Saiccor</strong> was the installation of the instrumentation for<br />
No 5 flock line in 1975� <strong>First</strong> screening followed, then the digester<br />
computerisation in 1979, by which time UIC had virtually become<br />
an extension to the <strong>Saiccor</strong> Instrument department� <strong>The</strong> major work<br />
that UIC undertook after that included the magnesium plant (electrics<br />
as well), the boiler house DCS, and the Mkomazi plant� UIC and<br />
Renzo Beltramini still do work for <strong>Saiccor</strong>�<br />
52<br />
Renzo Beltramini
<strong>The</strong> Cantacuzene Period (1952–1965)<br />
Giuliano Piovesan, son of Pietro Piovesan (Waterworks) was the first<br />
of the Italian children to go to University in 1961� He studied<br />
engineering at Natal University and worked for <strong>Saiccor</strong> on the<br />
lignosulphonate pilot plant� Many followed Piovesan, as the Italian<br />
children proved to be excellent students� A number of university<br />
graduates, including Franco Mian, Fulvia Govetto, Giorgio Taverna,<br />
Gianni Ioppo and Cristina Meneghel worked for <strong>Saiccor</strong> for varying<br />
lengths of time, although most sought their fortunes elsewhere�<br />
Technikon graduates Luigi Mazzaro, Henry Zan and Lauro Chiccaro<br />
are having longer careers at <strong>Saiccor</strong>� Artisans Giordano Soldat, ‘Box’<br />
Sguassero, Flavio Scarpa, Draughtsman Piero Simonetti, Mannie<br />
Rivetti, Loredana Rossetto and Mannie Wheeler have given many<br />
years’ service� Stefano Titton (grandson of Giovanni Casarin), Daniele<br />
Pavan (grandson of Romeo) and Marco Boem (Piero del Ponte’s<br />
grandson) were the first third generation Italians to be employed at<br />
<strong>Saiccor</strong>� Most of the Italian children have achieved successful careers�<br />
Those Italians who arrived in the mid fifties as twenty-something,<br />
were thirty-something in the sixties and their high spirited sporting<br />
life had become somewhat more sedate with family commitments�<br />
ITALIANITÀ<br />
1967 – Per mantenere vivo il senso di italianità in mezzo alla Collettività di Umkomaas è stata istituita spontaneamente<br />
una scuola di italiano presso la Missione Cattolica� Le famiglie interessate hanno appoggiato l’iniziativa del Sacerdote,<br />
don Ceselin, sostenendo la scuola con i propri mezzi, dando cosi la possibilità ai loro figli di mantenere, tramite la<br />
propria lingua, lo spirito e la cultura della loro Patria� “PICCOLI PIONIERI” è il titolo di questa foto che ritrae i figli<br />
degli emigranti di Umkomaas, assieme al loro insegnante, don Umberto Ceselin ed al collaboratore Stefano Rigotti�<br />
Da sin� (seduti) Daniele Roson, Gianni Loppo, Andrea Scarpa, Davis Cristin, Fabio Scorovig, Carlo Natali, Roberto<br />
Ambrosio, Marzio Pittich� - In piedi Nadia Scarpa, Sandra Pizzo, Anna Maria Tuzza, Maria Segatto, Nadia<br />
Martelossi, Carla Ambrosio, Laura Sabbatini, Claudia Scarpa, Carla Rivetti, Manuela Scarpa, Rose Mary Rocuzzi�<br />
53<br />
BELOW: “Small pioneers” of the<br />
Italian class at the Catholic<br />
mission
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Cantacuzene admitted to not liking Kearton, and the feeling was<br />
probably mutual� Cantacuzene was an aristocrat who enjoyed<br />
socialising with his ilk (although he did count Edith Piaf and Maurice<br />
Chevalier among his friends), he was from a sales background and not<br />
at all technical� Kearton, by contrast, was a strong supporter of the<br />
Labour Party and also technically brilliant� It would seem inevitable<br />
that the two of them would find it difficult to work together at <strong>Saiccor</strong>,<br />
for which Kearton had a special affection� So in the latter half of 1965<br />
Kearton fired Cantacuzene, or as Cantacuzene put it:<br />
I was advised, quite out of the blue, by Courtaulds (London) that I was<br />
to go to London to take up an unspecified, non-autonomous position there�<br />
I replied to Frank Kearton, whom I did not like in any case, that I had no<br />
intention of leaving South Africa� This meant taking early retirement<br />
(age 52) which was not an easy decision to have taken, but I’m glad I<br />
did� It paid off in the end, and the latter half of my business life was both<br />
interesting and rewarding� On my last day at <strong>Saiccor</strong> (30 January 1966),<br />
I was handed a cable from Kearton, which read :<br />
‘Production cable of 29 January just received� Congratulations on<br />
excellent figures� It is a sobering thought to realise you have now passed<br />
the first million-ton mark� What a marvellous exit line - Regards Kearton�’<br />
When he left <strong>Saiccor</strong>, Cantacuzene joined Timberit Woodboard<br />
(hardboard manufacturers) as Sales Director� In 1970 he joined Murray<br />
and Roberts in Johannesburg then moved to Paris as Managing<br />
Director of their International department, until he retired in 1982<br />
at age 69� In 1983 he moved to the United States where he wrote his<br />
memoirs, Trials and Tribulations of a Tumbleweed� He died at the end of<br />
1999 at age 87� Cantacuzene last visited <strong>Saiccor</strong> in 1987, where he<br />
made quite a rousing speech, in Italian, at the Italian Club, much to<br />
the delight of the Italians present�<br />
<strong>The</strong> Cantacuzene period (1952-1965) was very successful�<br />
Production increased from a design of 110 t/d to 396 t/d, almost a<br />
four-fold increase� In 1956 Dr van Eck had<br />
said ‘soon there may be similar factories<br />
along the Natal South Coast’; by the end of<br />
1965 there were the equivalent of almost<br />
four at Umkomaas�<br />
Productivity had increased from 39 t/a per<br />
man to 116 t/a per man, a threefold increase�<br />
<strong>The</strong> cumulative dividends paid out over the<br />
10 operating years amounted to R14 million,<br />
more than the R12 million share capital�<br />
At this stage the only weakness in the<br />
business was the quality of the pulp, which<br />
in some respects could not match pulp from<br />
Scandinavia and North America�<br />
Production – tons/ day, during the Cantacuzene era, 1952–1965<br />
54
<strong>The</strong> Yeomans’ Period (1966–1967)<br />
<strong>The</strong> Yeomans’ Period<br />
(1966 –1967)<br />
John Leslie Yeomans became<br />
Managing Director of <strong>Saiccor</strong> on 1<br />
February 1966� He had managed a<br />
groundnut plantation in North Africa<br />
before joining the purchasing<br />
department of Courtaulds� In 1961<br />
he became Courtaulds’ Deputy<br />
Chief Purchasing Officer, from where<br />
he negotiated all <strong>Saiccor</strong> pulp sales<br />
with Oakley Tainton (who was later<br />
to become Managing Director of<br />
<strong>Saiccor</strong>, in 1971)� He later became<br />
Chief Purchasing Officer� Being a<br />
product of British imperialism, he<br />
tended to be considered arrogant,<br />
which did not endear him to the<br />
people of <strong>Saiccor</strong>, and this was<br />
compounded by his sharp reaction<br />
to anything he did not consider<br />
proper�<br />
John Leslie Yeomans, <strong>Saiccor</strong><br />
Managing Director 1966–1967<br />
55
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
From 28 January 1966 the Board comprised: H J van Eck<br />
(Chairman), W F Hastie,* C F Kearton,* G S J Kuschke,<br />
D R B Mynors,* O W Tainton and J L Yeomans�* In<br />
September 1967 Mynors resigned and was replaced by<br />
F C Aldred�* (*British)<br />
Paddy Brannigan rejoined <strong>Saiccor</strong> on 1 January 1966 as Chief Engineer<br />
and immediately re-organised the engineering department� Graham<br />
Mortimer became Deputy Chief Engineer but had functional<br />
responsibility for the electrical department, services and liquor plant�<br />
In January 1967 Brannigan was appointed to the Management<br />
Committee� John Earnshaw became Divisional Engineer for the<br />
woodyard to bleaching areas and Frank Rhodes for the drying plant,<br />
workshop and transport�<br />
Over this period production increased by 8 per cent per annum,<br />
evenly spread over the two sheeting machines and the flock plant�<br />
56<br />
Production t/d<br />
No 1 Continua No2 Continua Flock Total<br />
1965 134.1 141.3 125.2 400.6<br />
1966 144.4 1<strong>50</strong>.9 137.3 432.6<br />
1967 157.5 162.3 148.0 467.8<br />
As no capital projects came on stream, the additional production came<br />
from improving plant availability and making relatively minor<br />
alterations to plant and equipment:<br />
Jan 1966 Pneumatic chip charging to Nos 7 and 10 digesters<br />
Jan 1966 No 8 Hagglund Tower started<br />
April 1966 Kamyr HD pump for flock<br />
Early 1967 Bleaching No 6 storage tower in operation<br />
June 1967 Flock bales increased from 440 to <strong>50</strong>0 lb to improve<br />
output of baling press<br />
June 1967 Installation of three oil-fired package boilers to<br />
overcome steam shortages<br />
!966–67 Higher-pressure steam to the sheeting machines<br />
From 1967, the maintenance philosophy was changed� <strong>The</strong> four-day<br />
annual factory shutdown was abandoned to be replaced by shorter, more<br />
frequent maintenance stops on small sections of the plant sequentially�<br />
At the beginning of 1967 design work started in the development<br />
department on a <strong>50</strong> t/d extension scheme� This was for another flock<br />
line (No 2 flock line), with a 20A atritor, Peabody furnace and a new<br />
baling press� Also part of the scheme was No 11 digester, vorjects in<br />
first screening, and a third water intake pump� Tom Fitzgerald
<strong>The</strong> Yeomans’ Period (1966–1967)<br />
Tom Fitzgerald, the Chief Draughtsman, and Ciano Ioppo, by this<br />
time a project engineer, played leading roles in the design� Tom joined<br />
<strong>Saiccor</strong> on 1 July 1956 as Chief Draughtsman from the mines, a cheery<br />
man with a ready smile and a joke� He had been involved in all the<br />
<strong>Saiccor</strong> extension schemes up to that time, and continued to be until<br />
he retired in January 1976� He died in December 1993�<br />
Graziano (Ciano) Ioppo was born in Gorizia (Friuli) but grew up<br />
in Luxembourg� In 1943, at the age of 15, he joined SAICI as a<br />
translator for Alessandro Brunetti� With his natural artistic talent,<br />
he was soon transferred to the drawing office where he worked on<br />
the original design for <strong>Saiccor</strong>� He joined the <strong>Saiccor</strong> drawing office<br />
in May 1955 and became Deputy Chief Draughtsman in 1962� In<br />
1967 he became Projects Engineer and in 1974 Projects Manager� He<br />
played a leading role in all <strong>Saiccor</strong> projects until he retired at the end<br />
of August 1992� Ciano received a number of Italian decorations,<br />
culminating in Maestro del Lavoro in 1987� A great artist, he<br />
frequently did the sets for stage plays and produced cartoons for the<br />
<strong>Saiccor</strong> in-house magazine�<br />
A cartoon by Ciano Ioppo, which appeared in <strong>The</strong> Raypulp Recorder, August 1961<br />
57<br />
Ciano Ioppo
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Foam on the beach at Clansthal, 1963, a result of <strong>Saiccor</strong> effluent in the surf<br />
<strong>The</strong> major project to come on stream in 1967 was<br />
the submarine effluent pipeline� <strong>The</strong> origins of<br />
this project go back to when the factory was<br />
commissioned and effluent was first put into the<br />
ocean at the Mkomazi River mouth, on 11 August<br />
1955� Effluent in the surf caused severe foaming<br />
and proved to be a nuisance to the people of<br />
Umkomaas� In October 1955 Errol Hay of<br />
Clansthal, whose property was on the shoreline,<br />
sent a letter of complaint to Cantacuzene� When<br />
Hay felt nothing had been done, he wrote to the<br />
Town Board and then to the Department of Water Affairs� <strong>The</strong><br />
Department was concerned and approached <strong>Saiccor</strong>�<br />
In 1957, in an attempt to reduce the foam problem, the effluent<br />
was discharged directly into the river upstream of quarry bend� This<br />
had little effect, except to create some foam on the river as well, and<br />
the practice ceased at the end of July 1958� Hay’s persistent complaints<br />
to the Department resulted in a steering committee being formed to<br />
look into the issue� <strong>The</strong> committee comprised representatives from<br />
the SABS, the National Institute for Water Research, the Department<br />
of Health, the Department of Water Affairs, the Town Board, <strong>Saiccor</strong><br />
and included Hay himself� Although they met at regular intervals<br />
from November 1958 to the end of 1962, little was achieved�<br />
On 26 June 1952 the Water Court granted <strong>Saiccor</strong> the right to<br />
abstract water at the rate of 20 million gallons per day (approximately<br />
3 800 m 3 /h) from the Mkomazi River� By the late 19<strong>50</strong>s, it was realised<br />
that this was not enough and further application would need to be<br />
made to the Water Court� When it was known that the Umkomaas<br />
Town Board would oppose the application, the <strong>Saiccor</strong> Board insisted<br />
58<br />
Foam at Scottburgh, a cause for<br />
concern (Natal Mercury,<br />
7 September 1961)
<strong>The</strong> Yeomans’ Period (1966–1967)<br />
the best legal representation in the country be obtained� None less<br />
than Issy Maisles QC represented <strong>Saiccor</strong> at the Water Court (16 May<br />
1960)� Mr Justice Henochbert granted <strong>Saiccor</strong> the right to abstract a<br />
further 12 million gallons/day (approx� 2 200 m 3 /h), but there were a<br />
number of conditions� One of these was ‘<strong>The</strong> effluent should be treated<br />
and discharged in such a manner as not to create a nuisance’�<br />
This was all Errol Hay needed to rekindle his protest against the<br />
foam� He again wrote to Cantacuzene, Managing Director at the<br />
time, Dr Hendrik van Eck (Chairman of the Board), Water Affairs,<br />
and Douglas Mitchell, the local MP, who raised the issue in Parliament�<br />
Through their frequent encounters, Cantacuzene and the 80-yearold<br />
Hay struck up a friendship� When Cantacuzene divorced his wife<br />
Barbara, Hay introduced him to Pam, the daughter – whom Hay had<br />
known from birth – of one of his oldest friends in Johannesburg�<br />
Cantacuzene and Pam were married in August 1963� Hay died in<br />
Durban in 1965�<br />
After the Water Court judgement, <strong>Saiccor</strong> started looking for a<br />
solution to the effluent problem� <strong>The</strong> removal of lignosulphonates<br />
was the first attempt at a solution and the pilot plant was started in<br />
April 1961� <strong>The</strong> lignosulphonates market, however, was limited, and<br />
by October 1962 the <strong>Saiccor</strong> Board decided a submarine pipeline was<br />
the only solution� Campbell Bernstein and Irving (CBI) went out for<br />
tenders for a pipeline in April 1963� <strong>The</strong> project was given more<br />
urgency when, on 31 May 1963 the Department of Water Affairs<br />
closed down Anglo American’s titanium factory, Umgababa Minerals,<br />
for failing to comply with the conditions of their effluent permit�<br />
(<strong>The</strong> Department was under severe pressure from the South Coast<br />
Vigilance Association�)<br />
<strong>The</strong> tenders for the pipeline were shortlisted to Land and Marine<br />
(South Africa) and Collins Submarine Pipelines (USA)� In August 1963<br />
an order was placed with Texan Sam Collins for a 1½ mile (2,3 km),<br />
36 inch (914 mm) rubber-lined flanged steel pipe with diffusers over<br />
the last 300 m, all at a cost of R1 million� Collins was selected because<br />
he had bigger and better equipment (including a ‘Collins’ trenching<br />
machine) and relevant experience� A news brief of the contract award<br />
was released on 21 January 1964, which calmed critics and placated<br />
the Department of Water Affairs sufficiently to persuade them to<br />
renew <strong>Saiccor</strong>’s effluent permit in 1964�<br />
Work on the effluent pipe started in <strong>Saiccor</strong>’s development<br />
department in 1963� By August 1964 blasting of rock for the effluent<br />
pumphouse commenced and by September 1964, rubber-lined effluent<br />
pipes started arriving at Collins’ workshop in Durban�<br />
When Ted Beesley became Development Manager in January 1965,<br />
the effluent pipeline was <strong>Saiccor</strong>’s major project, but because of its<br />
high profile outside the company, Ted admits to being relegated to<br />
‘minute taker’ – nonetheless he was the man at the ‘coal face’�<br />
59<br />
Erroll Hay and<br />
Michel Cantacuzene, 1962<br />
Ted Beesley
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
After graduating as a chemical engineer from the University of<br />
Natal, Ted joined the Sugar Milling Research Institute, who soon<br />
sent him to do an 18-month graduate diploma at the University of<br />
Queensland� He later joined Illovo Sugar as a Production Manager,<br />
and in 1960 joined <strong>Saiccor</strong> as a Chemical Engineer in the development<br />
department� In 1965 he was appointed Development Manager and<br />
in 1973 Environmentalist, a position he held until he officially retired<br />
in 1991, from which time he has continued as a part time consultant�<br />
<strong>The</strong> pipeline project proceeded according to schedule up to<br />
November 1965; the pumphouse was completed in February, pipes<br />
started arriving on site in April, Mather & Platt<br />
effluent pumps arrived in April and between 4 and<br />
8 November 1965 the sea line section of the pipe<br />
was pulled into position�<br />
On the night of 8 November, however, the current<br />
changed to north-east and bent the empty pipe in a<br />
southerly direction� <strong>The</strong> bolted flanges (sealed with<br />
bitumen) were all leaking� <strong>The</strong> problem was then to<br />
‘trench’ the pipe and seal the flanges, both of which<br />
proved to be enormous challenges� Collins’ trenching<br />
machine did not work, and when his trenching barge<br />
went to Durban for repair, it was impounded and<br />
ordered by the courts to work on the two Durban<br />
pipelines, where Collins had fallen far behind<br />
schedule�<br />
Very heavy seas in May 1966 wrecked the Durban<br />
pipelines� <strong>The</strong> <strong>Saiccor</strong> pipeline, being full of water,<br />
was undamaged, and in fact the rough seas buried<br />
the pipe, solving one of Collins’ problems� <strong>The</strong><br />
leaking flanges were eventually sealed by inserting<br />
stainless steel gaskets into the flanges from the inside<br />
of the pipe� Collins was at the time torn between<br />
the three pipelines, each with problems, and<br />
Pipeline construction for the discharge of effluent into the sea, 1965<br />
60
<strong>The</strong> Yeomans’ Period (1966–1967)<br />
Dr Hendrik van Eck, Chairman of the <strong>Saiccor</strong> Board, turning on the<br />
switch in the pumphouse at the opening of the submarine effluent pipeline,<br />
10 March 1967<br />
consequently progress on all was painfully slow� <strong>The</strong> project had<br />
become a disaster and a public embarrassment� <strong>The</strong> <strong>Saiccor</strong> Board<br />
considered dismissing Collins but was not convinced anyone else<br />
could do any better�<br />
<strong>The</strong> <strong>Saiccor</strong> pipeline was finally completed in early March 1967,<br />
and was started at a grand opening ceremony attended by Dr van<br />
Eck and the <strong>Saiccor</strong> Board� Paddy Brannigan noted in the Factory<br />
Report that ‘<strong>The</strong> commissioning of the effluent pipeline on 10 March<br />
1967 was a great success and has eliminated our foam problem�’<br />
From the end of 1965 to 1967 pulp quality deteriorated, particularly<br />
with respect to trash levels (i�e� ash)� Annual average figures were:<br />
ASH (ppm) BLOCKAGE CONSTANTS<br />
Sheet Flock Sheet Flock<br />
Total Si CaO Total Si CaO<br />
1965 914 54 661 1625 70 692 20 24<br />
1966 1043 59 699 1972 93 806 25 31<br />
1967 1168 78 807 2235 146 935 24 31<br />
<strong>The</strong> one improvement to quality was the installation of densification<br />
presses (from Farrel) on No 1 continua in November 1966, followed a<br />
month later on No 2 continua� This stopped sheets floating in caustic<br />
soda in the viscose factories�<br />
61
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Courtaulds complained about the quality of <strong>Saiccor</strong> pulp� Fred<br />
Aldred believed the local management was at fault in that Yeomans<br />
was not technical and Reed was more interested in production and<br />
expansion projects� Aldred informed Kearton of his opinion� Yeomans<br />
was transferred back to Courtaulds at the end of August 1967, and<br />
was replaced by John Wharton, the Technical Manager at Courtaulds’<br />
viscose plant at Mobile, Alabama� Ken Reed was made Technical<br />
Director (a Courtaulds nominee), relinquishing his responsibility for<br />
running the factory� In October 1967, D R B Mynors resigned from<br />
the Board, and was replaced by F C Aldred�<br />
62
<strong>The</strong> Wharton Period (1968–1970)<br />
<strong>The</strong> Wharton Period<br />
(1967 –1970)<br />
John Wharton was Technical<br />
Manager at Courtaulds’ viscose plant<br />
in Mobile before transferring to<br />
<strong>Saiccor</strong> as Managing Director from<br />
1 October 1967� His appointment<br />
was intended to focus <strong>Saiccor</strong>’s<br />
attention on quality, something that<br />
was generally acknowledged to<br />
be lacking at the end of his<br />
predecessor’s era� However,<br />
Wharton spent much of his energy<br />
on trivia, like insisting that the staff<br />
bus stops at the back door of the<br />
main block, not the front� This,<br />
coupled with a very short temper,<br />
detracted from his reputation and he<br />
was not considered a good manager�<br />
An Americanised Englishman, he is<br />
said to have found it impossible to<br />
drive a motor car with a manual<br />
gearbox!<br />
John Wharton, Managing Director<br />
1968–1970<br />
63
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
At the time of Wharton’s appointment, Ken Reed became<br />
Technical Director� From 1 October 1967 the Board<br />
comprised H J van Eck (Chairman), F C Aldred,* W F<br />
Hastie,* C F Kearton,* G S J Kuschke, K Reed,* O W<br />
Tainton and J Wharton�* (*British)<br />
Over the period of Wharton’s tenure, Hastie resigned in October 1968,<br />
Van Eck died on 18 February 1970, Kuschke became Chairman in<br />
March 1970 and A J van den Berg was appointed an IDC<br />
representative�<br />
With Reed’s move, Harry ‘Paddy’ Brannigan became Works<br />
Manager from 1 October 1967� Brannigan was an Irish electrician<br />
who came to South Africa to work on the mines� He joined <strong>Saiccor</strong><br />
on 1 March 1959 as Mechanical Engineer, left at the end of 1961, but<br />
rejoined as Chief Engineer on 1 January 1966� Paddy was appointed<br />
to the Board on 8 October 1971 and remained as Works Director until<br />
he retired in July 1982 to run his chicken farm� He committed suicide<br />
in 1984� Paddy was a very dynamic man who constantly drove<br />
production while energetically putting together one expansion plan<br />
after another�<br />
Production increased by 27 per cent over the Wharton period� <strong>The</strong><br />
increase was all flock pulp, which went from 148 t/d in 1967 to 274<br />
t/d in 1970, while the two sheeting machines averaged about 160 t/<br />
d each over the period�<br />
1967 468 t/d 1968 525 t/d<br />
1969 585 t/d 1970 594 t/d<br />
All the increased production came from<br />
expansion projects� This was a very busy<br />
period for projects�<br />
Design work on a <strong>50</strong> t/d expansion<br />
scheme started in the Development<br />
department at the beginning of 1967,<br />
which included another flock line (No 2<br />
line) with a 2OA atritor and a baling press,<br />
No 11 digester, vorjects for first screening,<br />
and a third river pump� To enable No 7<br />
filter to cope with the additional flock<br />
capacity, a sidehill screen was to be<br />
installed before the filter, to do some of<br />
the dewatering� Orders were placed from<br />
April 1967 and plant was commissioned<br />
early in 1968; No 11 digester on 8 January,<br />
flock line on 1 April, vorjects on 30 April,<br />
Flock bales, line 3<br />
64<br />
Siegfried Kuschke,<br />
Chairman 1970–1971<br />
Paddy Brannigan
<strong>The</strong> Wharton Period (1968–1970)<br />
No 5 boiler and the new chimney, 1969<br />
and the river pump in May 1968� In March 1968 a third slurry press<br />
was ordered for the flock plant and was commissioned in November<br />
1968�<br />
In May 1968, the partners approved a scheme to increase production<br />
to 235 000 s�tons per annum (584 t/d) which included a new boiler<br />
(No 5) and chimney, No 12 digester (that would have a cyclone for<br />
faster loading), another pressure washer after the washpits, four<br />
blending towers to smooth out the batch process of digesters, another<br />
Kamyr filter in first screening and a duplicate filter (No 3A) for the<br />
caustic stage in bleaching� Orders were placed from June 1968 and<br />
commissioning took place from early in 1969� No 12 digester April<br />
1969, chimney and No 3A filter 17 April, No 5 boiler on 7 August,<br />
three blending towers on 26 August, the fourth tower and No 3 Repola<br />
in March 1970�<br />
In May 1968 wattle was cooked at high pressure (10,4 bar) in No<br />
11 digester (the first high-pressure digester)� <strong>The</strong> pulp quality from<br />
this wattle cook was much improved� In October 1968 the Board<br />
approved a scheme to handle and cook wattle separately, which<br />
entailed a wattle silo (No 4) and a Rader pneumatic loading system<br />
for all digesters, with a large blower, cyclones and steam packing on<br />
each digester as opposed to the old system where chips were dropped<br />
from a conveyor through a chute into the digester� <strong>The</strong> first digester<br />
was connected to the blowing system in June 1970, and all the other<br />
digesters followed within two months� No 4 silo started in September<br />
1970�<br />
In May 1969 the Board approved a 280 000 s� ton per annum (696<br />
t/d) extension scheme consisting of a new 375 t/d Kamyr diffusion<br />
65
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
bleach plant and extending No 2 continua dryer for a capacity of 260<br />
s� t/d (236 t/d)� <strong>The</strong> dryer was extended between 6 and 22 November<br />
1970 (at which time the Pope reeler was dismantled)� <strong>The</strong>re were<br />
numerous teething problems, but by April 1971 the machine achieved<br />
245 t/d at an availability of 95 per cent� <strong>The</strong>re were delays in the<br />
delivery of the diffusion screens for the bleach plant and the plant<br />
was only started up on 15 March 1971�<br />
Frank Rhodes (left) and Giorgio Natali in the diffusion bleach plant, 1972<br />
In addition to these major extensions, there were a number of smaller<br />
projects undertaken over the period�<br />
September 1968: centriscreens were commissioned in second<br />
screening to prevent blockages in the centricleaners�<br />
October 1968: a steam mixer was installed in the flock plant to<br />
heat the pulp gong to the slurry presses to improve drainage; the<br />
sidehill screen on No 7 filter was enlarged�<br />
March 1969: the installation of No 13 digester was approved,<br />
commissioned 4 February 1970� Also the strengthening of No 9<br />
and 10 digesters to operate at 10-bar, completed April 1970�<br />
May 1969: 8-bar steam to No 1 continua dryer and in October<br />
11-bar and machine speed up to 56 m/min�<br />
September 1969: ordered an atritor system for grinding limestone,<br />
commissioned in January 1971�<br />
October 1969: ordered No 3 Simon Carves sulphur burner,<br />
commissioned in October 1970�<br />
December 1969: Hick-Hargreaves chilling plant commissioned in<br />
the liquor plant, flocculant introduced to help settle solids in<br />
cooking liquor, anthracite/sand used in the water works filters�<br />
Although quality was a major focus of attention over the Wharton<br />
period, pulp quality parameters changed very little until late in 1970�<br />
In fact as flock pulp became a higher proportion of <strong>Saiccor</strong>’s total<br />
66
<strong>The</strong> Wharton Period (1968–1970)<br />
output, overall quality deteriorated slightly� <strong>The</strong> quality of flock was<br />
always inferior to sheet, in that it had higher KWs and impurities<br />
and lower brightness (where sheet had 96 units of brightness flock<br />
had 89, as flock came into direct contact with air at <strong>50</strong>0 °C it was<br />
slightly charred)� In addition, although the flock bale was a solid piece<br />
of compressed pulp, it had a soft end, and a piece of the bale about<br />
2<strong>50</strong> mm long would often break off in transit, causing a housekeeping<br />
nightmare for the viscose factories�<br />
Trials from November 1967 showed that spent acid from the<br />
chlorine dioxide plant and filtrate from the chlorine stage in bleaching<br />
when used in the washpits could reduce calcium levels by up to 200<br />
ppm, but no permanent installation for this was undertaken�<br />
After separate wattle cooking was commissioned in September<br />
1970, KW values came down to 18 in sheet and 21 in flock� At about<br />
the same time additional vorject plant in first screening started<br />
lowering the shives�<br />
From 1968 resin content in the pulp started being measured� Values<br />
of 0,30 – 0,33 per cent were measured, which is considerably higher<br />
than present levels of 0,05 – 0,12 per cent�<br />
Silica levels in flock seemed to benefit from the sidehill screen added<br />
to the thickening filter (No 7) after second screening, a further benefit<br />
was seen when the screen was extended� Quality parameters over<br />
the period were:<br />
SHEET FLOCK<br />
KW Ash CaO Si Resin KW Ash CaO Si<br />
ppm ppm ppm % ppm ppm ppm<br />
1967 24 1168 807 78 – 31 2235 935 146<br />
1968 25 1126 791 62 0.31 29 2090 871 93<br />
1969 24 1156 781 61 0.30 29 1391 730 64<br />
1970 21 1224 879 53 0.31 24 1904 880 59<br />
Although the effluent pipeline worked adequately, the nuisance<br />
caused by the effluent had not disappeared� Foam still appeared from<br />
time to time and was treated with defoamer� While the extent of the<br />
foam was considerably less than before, it still gave rise to complaints�<br />
In July 1968 a public meeting was held where <strong>Saiccor</strong> and the<br />
Department of Water Affairs addressed people’s concerns, among<br />
which was the effect effluent could have on sea life� In August 1968<br />
<strong>Saiccor</strong> appointed an effluent officer, from the laboratory, to<br />
constantly patrol the beaches�<br />
<strong>The</strong> effluent pipeline worked satisfactorily but the pumps were<br />
troublesome� On 17 March 1970 Paddy Brannigan wrote in the factory<br />
report: ‘One of the effluent pumps failed in service, the casing having<br />
67
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
fractured right round� This failure is a repeat of a previous pump and<br />
appears to be a design fault� It is hoped that the modifications which<br />
are being made by the suppliers, will in due course give us a reliable<br />
installation�’<br />
Kearton took the matter up with the suppliers, Mather & Platt,<br />
and sent the following letter to Wharton�<br />
Mr� J� Wharton,<br />
South African Industrial Cellulose<br />
Corporation (Pty�) Ltd�,<br />
P�O� Box 62,<br />
Umkomaas, Natal�<br />
Dear John<br />
68<br />
27 April, 1970<br />
I hope you got back safely, refreshed and stimulated by your overseas trip�<br />
I noticed in Brannigan’s monthly report a complaint about the effluent pumps� I sent a<br />
copy of the complaint to Sir William Mather (copy of my letter enclosed)�<br />
I have now had a reply from Sir William – a copy of which I also enclose� It seems to me<br />
you ought to take the opportunity of his goodwill to make a considerable claim on him for<br />
the inconvenience caused to <strong>Saiccor</strong>!<br />
Yours sincerely<br />
C�F� Kearton<br />
c�c� Mr H Brannigan<br />
<strong>The</strong> pumps were modified and did become a reliable installation�<br />
When Brannigan was appointed Works Manager in October 1967,<br />
he continued to carry the responsibilities of Chief Engineer<br />
throughout this period (1968–1970)� <strong>The</strong>re were no other changes to<br />
senior positions in the engineering department�<br />
In the production department, the increasing amount of processing<br />
plant created the need for additional production managers� On 1<br />
January 1967 Giovanni Baldin was appointed joint Production Manager<br />
with Gino Rivetti� Baldin had responsibility for bleaching and drying<br />
and Rivetti the remainder� Martin Ferreira replaced Baldin as a Shift<br />
Superintendent� Baldin resigned at the end of November 1969 and was<br />
replaced by Bepi Martelossi, who in turn was replaced by Strath Redding<br />
(from the laboratory) as a Superintendent� At the end of January 1970,<br />
Ugo Testa resigned to join Usutu, and was replaced as a Superintendent<br />
by Silvano Moro� From May 1969 John Davey took over from Bert<br />
Beatie as a Woodyard Superintendent, and Bert moved to Stores�
<strong>The</strong> Wharton Period (1968–1970)<br />
<strong>The</strong> installation of the two effluent pumps, June 1965<br />
In August 1970 Marino Cudin was appointed the third Production<br />
Manager, with Gino Rivetti being Senior Production Manager� Cudin<br />
had responsibility for liquor making, digesters and first screening,<br />
Rivetti for bleaching and the chemical plant, and Martelossi for the<br />
drying plants� Aldo Rossetto (from the electrical department) replaced<br />
Cudin as a Superintendent in January 1971�<br />
Domenico Sabbatini, who had become Laboratory Manager when<br />
Pat Roche returned to Courtaulds in 1967, resigned at the end of<br />
November 1969� He was replaced by Bryan Thomas�<br />
In April 1967 Roy Fortune resigned as Personnel Officer and was<br />
replaced by Alistair Lightbody�<br />
<strong>The</strong> major personnel problem from 1966 to 1970 was a countrywide<br />
shortage of good artisans� Recruitment extended to both Italy and the UK�<br />
In 1969 Bruna Segatto (wife of Attilio), started making and selling<br />
pasta in Umkomaas, from the Golden Apple Café on the corner of<br />
Brad and Bisset streets� Business was encouraging and the four<br />
Segatto’s – Bruna, Attilio, Basilio and Dirce – then set up a pasta<br />
“manufactory” business diagonally opposite the Golden Apple� With<br />
new machines and brisk business, production expanded to reach 100<br />
to 1<strong>50</strong> kg/day� <strong>The</strong> pasta, known as Pastificio Italiano Bruna e Attilio,<br />
was sold throughout Natal� However, much time and effort were<br />
required to keep the machinery going, which started to interfere with<br />
Attilio and Basilio’s work at <strong>Saiccor</strong>, and in 1978 they sold the<br />
“manufactory” to Graham Anderson and Ronnie Kruger� <strong>The</strong> business<br />
was shortlived, however, and the premises became a greengrocery�<br />
<strong>The</strong> pasta machines were bought by Elio Rossi, who made pasta for<br />
a while before selling the machines to Bruno Scorovic in Swaziland�<br />
<strong>The</strong>se machines are apparently still being used by Bruno’s sons�<br />
69
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Achille Fontana, from Teor in Friuli, joined <strong>Saiccor</strong> on 6 August<br />
1954 as a 21-year-old fitter� By the late 1960s he had become expert<br />
on the hydraulics of the flock baling presses, but was starting to<br />
become frustrated with his lack of promotion� In 1968 he formed a<br />
company, Fontana Art Metals, and in his spare time started making<br />
brass tabletops and headboards in his house� In 1970 Achille resigned<br />
from <strong>Saiccor</strong> to work fulltime at Fontana Art Metals, increasing his<br />
product range to include wrought iron gates and burglar guards� In<br />
1972 he started making locking rings for steel drums and the business<br />
took off� As the business grew, technology was improved and the<br />
range of products offered to the drum industry was expanded�<br />
In 1979 Achille’s son Raoul was apprenticed as a fitter and turner at<br />
<strong>Saiccor</strong>� After serving his apprenticeship he worked in Italy for six months<br />
before joining Fontana Art Metals in 1982� As Raoul developed in the<br />
business, Achille started spending more and more time on the farm he<br />
had bought in Ilfracombe in 1981, soon becoming a very professional<br />
and successful farmer� Achille died suddenly in July 1989�<br />
Raoul continued to expand the business to include components for<br />
fibre and plastic drums� Further diversification followed, including wire<br />
products and specialised press components, and finally a plastics division�<br />
In 2000 the company name was changed to Fontana<br />
Manufacturers, to more accurately reflect its business of<br />
manufacturing industrial components for the packaging industry�<br />
Today the company makes approximately 600 million components<br />
per annum for local industries, plus exports to Australia, the UK,<br />
France, Germany, the USA and Asia�<br />
At the <strong>Saiccor</strong> management meeting on 2 October 1970, Wharton<br />
announced that he would be returning to the United<br />
States in the near future to work on a special project for<br />
Courtaulds, and that Tainton had been appointed<br />
Managing Director of <strong>Saiccor</strong> with immediate effect� <strong>The</strong><br />
management committee paid tribute to Wharton for<br />
initiating the 240 000/280 000 ton expansion schemes<br />
and expressed their regret that he would not see their<br />
full implementation� Wharton left <strong>Saiccor</strong>, but remained<br />
on the Board until 8 October 1971�<br />
When Ted Beesley congratulated Tainton on his<br />
appointment, Tainton commented, ‘It’s about bloody<br />
time�’<br />
Production had increased steadily over the period 1966–<br />
1970 (the Yeomans and Wharton periods), largely because<br />
of expansion programmes� By 1970, the end of Wharton’s<br />
tenure as Managing Director, <strong>Saiccor</strong> was supplying<br />
approximately half of Courtaulds’ dissolving pulp<br />
requirements�<br />
70<br />
Achille Fontana<br />
Raoul Fontana<br />
Production during the Yeomans and Wharton<br />
periods, 1966–1970
<strong>The</strong> Tainton Period (1971–1983)<br />
<strong>The</strong> Tainton Period<br />
(1971 –1983)<br />
Oakley Warwick Tainton was a<br />
chemical engineer who joined the<br />
IDC in 1946 to work on the Sasol I<br />
project� He was involved in the<br />
<strong>Saiccor</strong> project from the very<br />
beginning, claiming that he was one<br />
of three men who went up the<br />
Mkomazi River in a boat to select<br />
the site for the factory�<br />
Tainton had a very brusque,<br />
aggressive manner, but his<br />
gaucheness effectively disguised a<br />
very soft core� He managed by<br />
delegating responsibility but<br />
demanding accountability� He<br />
joined <strong>Saiccor</strong> on 1 March 1953 as<br />
Commercial Adviser, later changed<br />
to Commercial Manager, and was<br />
appointed to the Board in October<br />
Oakley Warwick Tainton,<br />
Managing Director 1971–1983<br />
1964� He became Managing Director on 2 October 1970 and Chairman on 1 April<br />
1980�<br />
Tainton retired on 1 April 1983 but remained on the Usutu Board until the end of<br />
December 1984 and the <strong>Saiccor</strong> Board until March 1985� He died in 1991�<br />
71
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
From October 1970 the Board comprised: GS J Kuschke<br />
(Chairman), FC Aldred,* CF Kearton,* K Reed,* OW<br />
Tainton, AJ van den Berg and J Wharton�* (British)<br />
Over this period, changes to the Board were:<br />
G S J Kuschke died on 27 July 1971 – replaced by J J Kitshoff<br />
J L van der Walt (Forests) appointed 7 May 1973<br />
J Wharton resigned 8 October 1971 – replaced by H Brannigan<br />
A J van den Berg resigned – replaced by P J van Rooy<br />
Lord Kearton retired 14 November 1975 – replaced by Sir Arthur<br />
Knight (Chairman of Courtaulds)<br />
K Reed retired in December 1975 – replaced by J A Carrick<br />
N S Wooding replaced Sir Arthur Knight March 1977<br />
J A Carrick retired July 1978<br />
F C Aldred resigned 1 August 1979 – replaced by J R Wrangham<br />
J J Kitshoff retired 1 April 1980 – Tainton became Chairman<br />
D N A Hunt-Davis replaced Kitshoff, but never attended a meeting,<br />
resigning (from the IDC as well) at the end of October 1981<br />
M Macdonald appointed IDC representative March 1982<br />
Brannigan retired 30 June 1982 – replaced by N Boulter<br />
Tainton retired as Chairman 31 March 1983 – N S Wooding appointed<br />
Chairman<br />
Lord Kearton retired at the end of 1975 and wrote to the <strong>Saiccor</strong> Board<br />
conveying his great pleasure in having served the company from its<br />
inception�<br />
Johan van der Walt was a forester who joined <strong>Saiccor</strong>’s forests in<br />
its earliest days� On 1 July 1960 he was appointed a Director of both<br />
Saligna Forestry and Waterton Timbers, and a few years later<br />
Managing Director of both� In the early 1970s he was also appointed<br />
to both the <strong>Saiccor</strong> and Usutu Boards, remaining on both until he<br />
retired in 1988� He died in 2000�<br />
Johan’s management style was very ‘hands-on’ and autocratic,<br />
but he ran a very successful operation for more than 20 years,<br />
constantly making profits (20–25 per cent of <strong>Saiccor</strong>’s profits) while<br />
keeping <strong>Saiccor</strong> supplied with timber, at a good price� He also ran<br />
what was considered by many to be the best saw milling operation<br />
in the world�<br />
On 1 October 1971 John Earnshaw was appointed Chief Engineer�<br />
An ex-RAF fighter pilot, Earnshaw had come to South Africa via ICI<br />
to work for AECI in Modderfontein� He joined <strong>Saiccor</strong> in May 1964<br />
as Services Engineer and on 1 January 1966 was appointed Divisional<br />
Engineer (woodyard to bleaching)� Earnshaw was appointed to the<br />
Management Committee in July 1973� Although not technically<br />
strong, John was successful by being aggressive and a good manager<br />
72<br />
J J Kitshoff, Chairman<br />
1971–1980<br />
Johan van der Walt<br />
John Earnshaw
<strong>The</strong> Tainton Period (1971–1983)<br />
with an uncanny ability to select the right man to solve the right<br />
problem�<br />
At the same time as Earnshaw was appointed Chief Engineer, two<br />
certificated engineers, Ben Curtis and Deon Hughes, were engaged�<br />
<strong>The</strong> engineering department reorganised as follows:<br />
Frank Rhodes became Divisional Engineer Pulp Finishing (bleaching<br />
and drying), with Giorgio Natali as his assistant� Deon Hughes<br />
became Divisional Engineer Pulp Preparation (up to bleaching) with<br />
Piero Mian as his assistant, and Ben Curtis was Services Engineer<br />
(including workshops and training) with Gino Salotto as his assistant�<br />
Frank Rhodes was an engineer in the merchant navy before joining<br />
<strong>Saiccor</strong> at the beginning of 1962 as Services Engineer� In August 1963<br />
he became Mechanical Engineer in charge of the workshops, and in<br />
January 1966 Divisional Engineer for the drying plants, workshops<br />
and transport� In October 1971 he was appointed Divisional Engineer<br />
for Pulp Finishing (bleaching and drying)� From 1977 he worked on<br />
remodelling the stores� A man with a sharp sense of humour and<br />
fun, Frank enjoyed everything he did� He retired at the end of February<br />
1981 and died on 24 December 1997�<br />
Deon Hughes resigned at the end of August 1972 and was replaced<br />
by Mike Brull from 15 January 1973� Mike worked tirelessly as<br />
Divisional Engineer until 1979 and then on special projects, including<br />
being the competent person for all statutory boiler inspections, until<br />
he retired on 31 March 1994� Graham Mortimer retired at the end of<br />
April 1973, leaving Bruno Trevisan to run the electrical department<br />
until Jimmy McFeat was engaged from 1 September 1973� Jimmy<br />
was a sound graduate engineer who never allowed anything to disturb<br />
his equilibrium� He remained electrical engineer until he retired on 1<br />
October 1989�<br />
<strong>The</strong> recruitment of artisans was still a major problem and it was<br />
agreed to put more emphasis on training artisans� An apprentice<br />
training scheme was set up and in July 1973 Ado Magrin was<br />
transferred from the mechanical workshop to take charge of<br />
apprentice training, which he did until he retired at the end of<br />
February 1976�<br />
Attilio Segatto succeeded Magrin as Workshop Superintendent in<br />
July 1973� Attilio, a ‘Godfather’-type character, soon became known<br />
as Mr Modificato because of his penchant for altering equipment<br />
that came into the workshop� Most of these modifications worked,<br />
and some were extremely innovative� Attilio remained Workshop<br />
Superintendent until he retired on 31 March 1989�<br />
During this period, a close working relationship developed with<br />
two outside engineering companies that eventually became<br />
extensions of <strong>Saiccor</strong>’s engineering department� Durban Engineering<br />
was set up by Elio Rossi in Durban to service the paper industry<br />
before <strong>Saiccor</strong> started� He did some workshop work and much<br />
73<br />
Frank Rhodes<br />
Mike Brull<br />
Jimmy McFeat
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
construction work for <strong>Saiccor</strong>� Many of the<br />
contractors working at <strong>Saiccor</strong> today are<br />
siblings of Elio Rossi’s Durban Engineering<br />
(which became ND Engineering), namely<br />
EMV, AE, Gordeen and Kenren� <strong>The</strong> other<br />
company was Spare Parts, a machine shop<br />
set up by the two highly innovative<br />
Davidson brothers, David and Fred� Spare<br />
Parts adapted themselves to meet <strong>Saiccor</strong>’s<br />
requirements and became largely a <strong>Saiccor</strong><br />
workshop�<br />
To deal with the processing difficulties<br />
experienced with the new plants (No 2<br />
continua rebuild and No 2 bleaching), the<br />
process investigation department was set up<br />
in May 1971 under Bryan Thomas (who was<br />
replaced as Chief Chemist by Attie du Plooy)� Two chemical engineers,<br />
John Thompson and John Fletcher, were transferred to the department<br />
but both resigned soon after� <strong>The</strong>y were replaced in June 1971 by<br />
Tony Butler and in May 1972 by me�<br />
In October 1972 Alec Thomson was appointed Assistant to the<br />
Managing Director, Don Campbell Cost Accountant and Jimmy<br />
McInnes became Works Accountant� Don, a dour Scot and a CA,<br />
joined <strong>Saiccor</strong> on 1 May 1971� In September 1971 he was booked<br />
off IOD for injuries sustained at the <strong>Saiccor</strong> gate when a car driven<br />
by his wife knocked him down� Don was appointed Company<br />
Secretary on 6 January 1978 and retired at the end of September<br />
1986�<br />
Jimmy McInnes joined <strong>Saiccor</strong> on 1 September 1955 as an<br />
accountant� He was a reserved man who always seemed to have a<br />
pencil in his mouth� He surprised everyone when he married one of<br />
<strong>Saiccor</strong>’s first nursing sisters, Heidy von Wartburg� A competent<br />
accountant, a keen hiker and an avid home beer maker, Jimmy retired<br />
on 28 February 1989�<br />
Alec Thomson, who was appointed to the Management<br />
Committee in July 1973, found it difficult to work with Tainton and<br />
resigned at the end of September 1973�<br />
In September 1971 Dr D Lapping, <strong>Saiccor</strong>’s first medical officer,<br />
retired� He was replaced by Dr Ken Wemys�<br />
Kier Murray joined <strong>Saiccor</strong> as a Buyer on 10 May 1954� On 1<br />
January 1970 he was appointed Chief Purchasing Officer after Stan<br />
Gay retired, and held this position until he retired on 30 June 1991�<br />
Kier was a man of immaculate appearance with never a hair out of<br />
place and a calm manner that could never be ruffled�<br />
Frank Turner was Shipping Manager until he retired on 30 April<br />
1977� He was responsible for all in and outward bound traffic� His<br />
74<br />
Ado Magrin (LEFT) and<br />
Attilio Segatto<br />
Don Campbell<br />
Jimmy McInnes
<strong>The</strong> Tainton Period (1971–1983)<br />
major challenge, however, was dealing with Tainton who terrified<br />
and terrorised him� That he still managed to get all raw materials in,<br />
and pulp out (as bales and in mixed cargo ships), with Tainton on his<br />
back, is a credit to his tenacity�<br />
Fred Eddleston joined <strong>Saiccor</strong> in December 1970 as Personnel<br />
Manager and a member of the Management Committee�<br />
Because of the supervision required on the new plants (rebuild of<br />
No 2 continua and No 2 bleaching), it was agreed to go from five to<br />
nine shift superintendents from the beginning of 1972� <strong>The</strong> process<br />
plant was divided into two sections, Pulp Preparation (up to bleaching)<br />
and Pulp Finishing (from bleaching onwards), each section with its<br />
own superintendent� From 1 January 1972, Eridanio di Marco and<br />
Alistair Macbeth were appointed to Pulp Preparation from the<br />
laboratory, Piet de Jager and Ernesto Cristin were appointed to Pulp<br />
Finishing from the plant� Each new superintendent worked with one<br />
of the old ones (Zan, Ferreira, Redding, Moro and Rossetto) who were<br />
seniors and had the final decision� Ennio Zan relieved production<br />
managers, trained operators and conducted special investigations,<br />
hence Fiorenzo Malisan was appointed to Pulp Preparation from 1<br />
February 1974�<br />
Following criticism that <strong>Saiccor</strong>’s effluent was polluting the upper<br />
South Coast, Tainton wrote to all known interested and affected<br />
parties, and the media, inviting them to an open day at <strong>Saiccor</strong> on 1<br />
December 1970� ‘<strong>The</strong> purpose of this occasion is to discuss frankly,<br />
and openly, the question of effluent and its effects on marine life<br />
and humans’, the invitation letter read� Some <strong>50</strong> people attended�<br />
In his address at the open day, Tainton said, ‘Growing<br />
industrialisation and the increase in pollution will make ever-growing<br />
inroads on our ecology and environment� Industry and private<br />
individuals must combine as a team to combat this� No business<br />
organisation however large, can tackle this problem on its own�’<br />
He added that the National Institute for Water Research had been<br />
studying the marine life of Umkomaas beaches and the vicinity of<br />
the pipeline for five years, and could not find any detrimental effect�<br />
Also, before using a solution of lignosulphonates on the roads in the<br />
Kruger National Park in the 1960s, the possible effects on animals<br />
was tested at the Department of Agriculture at Onderstepoort and<br />
found harmless� For example, a sheep was given <strong>50</strong> g doses of pure<br />
lignosulphonate powder mixed with its food rations every day for<br />
30 days, without any detrimental effect whatsoever� Tainton went<br />
on to say the effluent in the pipeline contained 7 000 ppm dissolved<br />
solids, in the seawater above the outlet 1<strong>50</strong> ppm and on the beach up<br />
to 3 ppm�<br />
To demonstrate how harmless the effluent was, he drank a sample 100<br />
times more concentrated than that which could be found on the beach�<br />
75
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> open day was considered a great success by the Board<br />
and Management� One newspaper headline read ‘<strong>Saiccor</strong><br />
Silences Critics’�<br />
At the time Tainton made it known that <strong>Saiccor</strong> was a<br />
R23-million enterprise that exported some R24-million a<br />
year, a significant contribution to South Africa’s foreign<br />
exchange earnings� <strong>Saiccor</strong> employed over 5 000 people in<br />
the factory and forests, and paid over R3-million annually<br />
in salaries and wages� More than 2 000 t/d of timber and<br />
400 t/d of coal were used�<br />
<strong>The</strong> hills around <strong>Saiccor</strong> rang to the cries of ‘Bayete!’ when<br />
Prince Goodwill, then Paramount Chief of the Zulu nation,<br />
and an entourage of about 30, including Chief Advisor,<br />
Prince Clement and his aunt, Mrs A J Mnguni, visited<br />
Magabeni and the factory in August 1972� In a welcome<br />
address, Tainton assured the Prince that <strong>Saiccor</strong> considered<br />
their Zulu employees an asset to the company and<br />
endeavoured to provide extremely favourable terms of<br />
employment� <strong>The</strong> Prince replied that he was happy to know<br />
what the factory was doing in order to uplift the Zulu people; he<br />
was pleased to see his people in charge of departments and that they<br />
were given incentives to improve themselves, and very pleased also<br />
to have seen that people were examined at the factory on the basis of<br />
ability and not colour�<br />
Prince Goodwill (SECOND FROM THE LEFT), with Paddy Brannigan and<br />
Oakley Tainton, on a visit to the <strong>Saiccor</strong> factory, 1972<br />
76<br />
Tainton drinking a sample of<br />
effluent 100 times more<br />
concentrated than that found on<br />
the beach, 1970<br />
Prince Goodwill, Prince Clement,<br />
Mrs A J Mnguni and Paddy<br />
Brannigan, during a visit by the<br />
Paramount Chief of the Zulus to<br />
<strong>Saiccor</strong> in 1972, inspecting a sheet<br />
of pulp
<strong>The</strong> Tainton Period (1971–1983)<br />
Production at <strong>Saiccor</strong> increased from 594 t/d in 1970 to 725 t/d in<br />
1975 (22 per cent) as a result of consolidating the new plant (rebuilt<br />
No 2 continua and No 2 bleaching), ironing out some production<br />
bottlenecks and some relatively minor capital expenditure (No 4 flock<br />
line and No 14 digester)� Of the increased output of 135 t/d, 65 t/d<br />
came from No 2 continua, 30 t/d from No 4 flock line and 40 t/d<br />
from fine tuning all plants� Over this period significant changes<br />
occurred in the supply of machine clothing that improved availability<br />
of both pulp machines� <strong>The</strong> original machine wires were phosphorbronze,<br />
which did not have a long life� <strong>The</strong> first change was to nylon,<br />
but these just kept stretching� In the early 1970s, stainless steel was<br />
used, the life was far better, and by the mid-70s synthetic fabrics<br />
became available, with an outstanding lifetime of 18 months� <strong>The</strong><br />
original felts were wool, which lasted a week or two� <strong>The</strong> first<br />
synthetic felts were introduced in late 1972 and were soon used<br />
throughout as they lasted up to a year�<br />
No 2 continua was troublesome after the rebuild� Moisture control<br />
was difficult, and there were far too many sheet breaks� Bryan Thomas<br />
spent much time analysing the cause of the problems, with some<br />
success� But one man, who day and night nursed and coaxed this<br />
most temperamental of all machines to great heights over the next<br />
20 years, was Production Manager Giuseppe Giovanni Antonio<br />
Martelossi, called Bepi� Bepi was born on 12 May 1928 in Gonars<br />
and joined SAICI in 1944� He came to <strong>Saiccor</strong> on 4 October 1954 as<br />
a Pipe Fitter� Once the factory was operating, he became an operator<br />
in the bleaching plant and then a chargehand�<br />
Bepi Martelossi with makeshift choir<br />
77<br />
Bepi Martelossi
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
In 1960 he was appointed Shift Superintendent and then joint<br />
Production Manager on 1 December 1969� He suffered a stroke in<br />
1990 and another in 1991, and died on 26 May 1991� A proud strong<br />
man, dedicated to <strong>Saiccor</strong>, he was decorated by the Italian Consul in<br />
June 1977 for his services to industry and the community� He was<br />
blessed with a rich bass voice and loved to sing, particularly with his<br />
wife Ilva, and would form and conduct a choir at any gathering�<br />
No 2 continua struggled to 213 t/d in 1971 and then settled at<br />
around 225 t/d for the next four years (it reached a peak of 260 t/d in<br />
1979)�<br />
No 2 bleaching was the second diffusion bleach plant sold by<br />
Kamyr� In this plant pulp at the top of each chemical stage was washed<br />
between five concentric screen rings rather than washing filters� <strong>The</strong><br />
plant required less energy and chemicals than a conventional plant,<br />
as the washing was done at high consistency� <strong>The</strong> plant was designed<br />
and developed by Ole Richter of Kamyr, son of Johan, the ‘father’ of<br />
the continuous digester�<br />
Ole, one of the true characters of the pulp and paper industry, was<br />
a frequent visitor to <strong>Saiccor</strong> in the early 1970s� Big and blonde, he<br />
was a Viking with the constitution of an<br />
ox! He could drink whisky until 4 am and<br />
be bright eyed at 7 am ready for a 12-hour<br />
working day� His father Johan once<br />
quipped: ‘Ole, I got the idea for the<br />
continuous digester by watching you eat�’<br />
<strong>The</strong> plant was four-stage: chlorine, caustic<br />
soda, chlorine dioxide and hypochlorite� <strong>The</strong><br />
first stage was at 3 per cent consistency and<br />
the others at 10 per cent� To cater for this,<br />
the first stage ‘diffuser’ had a double screen,<br />
the bottom one to thicken the pulp from 3<br />
to 10 per cent and the top one to wash the<br />
pulp� <strong>The</strong> first problem experienced after the<br />
plant started up on 15 March 1971 proved<br />
to be the thickening screen, which could not<br />
achieve 10 per cent consistency� Kamyr<br />
battled for the first few months to solve the<br />
problem, but were forced to slowly raise the<br />
chlorination consistency from 3 to 5 per cent�<br />
Numerous other problems followed, such as<br />
the hydraulics that drove the screen slowly<br />
up 1<strong>50</strong> mm and then rapidly down in 0,5<br />
seconds, the mechanical connections<br />
between the screens and the hydraulic<br />
cylinders, and the control of the pressure<br />
drop across the screens� Diffuser screens<br />
78
<strong>The</strong> Tainton Period (1971–1983)<br />
In the middle of 1972 I was put in charge of No 2 bleaching� It had<br />
become necessary to have someone to devote all his time to the plant,<br />
and to liaise with Richter and his South African agent, Allan Lofstrand�<br />
This was in addition to the normal staff who supervised the bleaching<br />
plants: Production Manager Gino Rivetti, his deputy Ennio Zan,<br />
Divisional Engineer Frank Rhodes, his assistant Giorgio Natali and<br />
Chargehand Bepi Biral�<br />
Gino Rivetti was born on 18 January 1922, in Cervignano del Friuli�<br />
He joined SAICI in 1938 and came to <strong>Saiccor</strong> as a Shift Superintendent<br />
on 28 April 1955 to start up the factory� He was appointed Production<br />
Manager on 1 March 1960 and Senior Production Manager on 1<br />
August 1970� He retired on 1 December 1984 to run a restaurant in<br />
Dundee with his wife and daughter� Gino was a meticulous man<br />
who knew the entire factory like the back of his hand, particularly<br />
the complicated water system� A fine manager who constantly drove<br />
people to perform better – a most serious man inside the factory and<br />
a most jovial man outside�<br />
Ennio Zan was born on 20 May 1929 in Vittorio Veneto� He came<br />
to <strong>Saiccor</strong> on 6 August 1954 as a fitter and on 1 August 1963 was<br />
transferred to the production department as a Shift Superintendent�<br />
From 1972 he deputised for production managers and trained<br />
operators� He was appointed Production Manager on 13 January 1981<br />
and retired on 31 December 1992� He died on 28 January 1997� Ennio<br />
was the least excitable Italian, a man who combined his training as<br />
an artisan with a sound understanding of production� In his spare<br />
time he was a keen and excellent fisherman�<br />
Giorgio Natali was born on 8 July 1931 in San Giorgio di Nogaro<br />
and came to <strong>Saiccor</strong> on 24 June 1954 as a fitter� He soon became<br />
Chargehand of the ‘capital team’, who from 1958 built all new plant�<br />
<strong>The</strong> capital team was disbanded when the engineering department<br />
was reorganised in 1970 and Giorgio became Mechanical Engineering<br />
Assistant on 1 October 1970�<br />
On 1 October he became Divisional Engineer of the magnesium<br />
plant, a position he held until he retired at the end of December 1992�<br />
He died on 17 November 1999� Giorgio was a man who held very<br />
firm opinions; he was dedicated to his career and had wide-ranging<br />
expertise across all of <strong>Saiccor</strong>� After he retired he became a very<br />
professional model ship builder�<br />
Bepi Biral was born on 3 November 1927 in Vittorio Veneto and<br />
came to <strong>Saiccor</strong> on 6 August 1954 as a fitter� He was appointed a<br />
chargehand in Bleaching in 1970, an Assistant Divisional Engineer<br />
on 1 September 1982 and Divisional Engineer on 1 June 1987, a<br />
position he held until he retired at the end of May 1991� Bepi was a<br />
quiet man who devoted his life to his work and his family�<br />
With all the care and attention showered on No 2 bleaching, the<br />
plant settled down and towards the end of 1972 was achieving design<br />
79<br />
Gino Rivetti<br />
Ennio Zan<br />
Giorgio Natali<br />
Bepi Biral
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
throughputs� However, signs of corrosion on the screens had been<br />
observed� In January 1973 metallurgist Prof� Paul Robinson of the<br />
University of the Witwatersrand was called in to examine the<br />
corrosion� His conclusion was that pitting, crevice and stress corrosion<br />
were taking place, particularly in the chlorine and chlorine dioxide<br />
stages, and that either the process conditions (chlorides about 1 200<br />
ppm, temperature <strong>50</strong> °C and above) or the material would have to be<br />
changed� Neither was possible at the time (it was only some years<br />
later that Kamyr developed titanium screens)� Corrosion continued,<br />
and was continually repaired� Despite the plant running quite steadily,<br />
the corrosion became a losing battle� By the middle of 1975 severe<br />
corrosion cracking had taken place in the chlorine stage screens� Major<br />
repairs were effected but by September 1975 severe cracking again<br />
appeared� <strong>The</strong> decision was taken to cut out the screens and replace<br />
them with washing filters� <strong>The</strong> chlorine screen was cut out<br />
immediately and the plant restarted with all stages at low consistency<br />
and no washing after the chlorine stage�<br />
A filter building was erected adjacent to the plant and the first<br />
washing filter was constructed from a spare Kamyr M57 drum, which<br />
was started as a chlorine washer in March 1976� By this time three<br />
Impco washers had been located in the US for immediate delivery�<br />
After the Impco washers arrived, the diffusion screens were cut out<br />
one after the other, approximately one month apart – the M57 washer<br />
was changed to the chlorine dioxide stage� Towards the end of 1976<br />
the diffusion bleach plant was gone – the screens were used to make<br />
tiles for the washpit floors; strangely the screens from the hypo stage<br />
were in perfect condition�<br />
<strong>The</strong> only capital projects to come on stream before the end of 1975<br />
were No 4 flock line and No 14 digester� No 4 flock line consisted of a<br />
17A atritor and a small Hamworthy furnace which fed some 30 t/d<br />
to the pulp from No 2 line, with the combined stream going to No 2<br />
baling press� No 4 flock line was commissioned in February 1973�<br />
<strong>The</strong> Board approved No 14 digester on 6 October 1972, for R340 000,<br />
and it started cooking in October 1973�<br />
Commissioning of No 5 flock line started in September 1975, but<br />
made little contribution to production until 1976�<br />
Towards the end of 1975 Lord Kearton retired� Although he last visited<br />
<strong>Saiccor</strong> in October 1974, he remained a major driving force at <strong>Saiccor</strong><br />
until he retired from the Board on 14 November 1975�<br />
After Kearton left, Courtaulds made it known they were no longer going<br />
to carry out research on pulping for <strong>Saiccor</strong>, and further that they were<br />
going to look at <strong>Saiccor</strong>’s quality far more critically, which was hardly<br />
surprising as by 1976 <strong>Saiccor</strong> made up approximately 85 per cent of<br />
Courtaulds’ pulp requirements� Kearton’s ‘that’s the pulp you get, that’s<br />
the pulp you will use’ attitude to the Courtaulds Operations had gone�<br />
80<br />
Ennio Zan, with a 37,2 kg salmon<br />
landed at the Mkomazi River<br />
mouth on 29 December 1986<br />
Paddy Brannigan (front left),<br />
Norman Boulter (back) and Lord<br />
Kearton (right), during the latter’s<br />
last visit to <strong>Saiccor</strong>, 1974
<strong>The</strong> Tainton Period (1971–1983)<br />
As a result of the changed attitude of Courtaulds, Bryan Thomas<br />
was appointed Research and Development Manager on 29 January<br />
1976� He had responsibility for research and development, the<br />
laboratory, and for ensuring that all pulp sent to Courtaulds met<br />
their requirements� Further, Thomas was responsible to the Managing<br />
Director rather than the Works Director or Technical Manager, as<br />
had previously been the case� However, the Technical Manager still<br />
had the responsibility of making the right quality pulp�<br />
Thomas was a chemistry and botany graduate who worked for<br />
Kynoch as a field officer for four years before joining <strong>Saiccor</strong> as a<br />
chemist in 1960� In 1963 he was appointed Senior Research<br />
Assistant and in 1969 Chief Chemist� In 1971 he became Manager<br />
of the Process Investigation Department, and in 1976 R&D<br />
Manager� He was appointed to the Management Committee in<br />
October 1976 and to the newly defined role of Technical Manager<br />
in 1988� He travelled extensively on behalf of the company and<br />
built up a very good relationship with customers� In 1987 he<br />
delivered a paper to the Dissolving Pulp Conference in Geneva<br />
entitled ‘<strong>The</strong> Tree of the Future’� Bryan retired on 31 March 1993<br />
and relocated to Greyton in the Cape� A wildlife enthusiast, he<br />
served as Chairman of the local branch of the Wildlife Society,<br />
and was instrumental in starting the Empisini Nature Reserve in<br />
Umkomaas� Bryan is a very public-spirited individual and has<br />
served on every imaginable committee, including the Umkomaas<br />
Town Board as Chairman for many years�<br />
Quality was steady throughout the period 1970–1976, and<br />
although it may be considered poor by today’s standards, it was fairly<br />
consistent from year to year, albeit with seasonal variations (high<br />
calciums in winter and high silicas in summer)�<br />
SHEET<br />
Year KW Ash ppm CaO ppm Si ppm Resin % Spots Cu No.<br />
72 18 1461 978 59 0.30 776 –<br />
73 18 1397 870 82 0.27 1370 2.09<br />
74 17 1476 880 74 0.27 1257 1.97<br />
75 17 1436 759 51 0.29 1302 2.00<br />
76 – 1470 647 60 0.29 1646 –<br />
77 – 1261 601 51 0.25 876 –<br />
81<br />
Bryan Thomas
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
FLOCK<br />
Year KW Ash ppm CaO ppm Si ppm Resin % Cu No.<br />
72 22 2223 994 66 0.23 –<br />
73 23 2236 946 106 0.23 2.07<br />
74 23 2414 1027 93 0.24 1.97<br />
75 21 2438 986 72 0.25 1.97<br />
76 – 2783 954 121 0.27 –<br />
77 – 2306 798 85 0.23 –<br />
Early in 1976 the Courtaulds’ factories started experiencing difficulties<br />
processing <strong>Saiccor</strong> pulp� Bryan Thomas and John More, a Courtaulds<br />
chemist who at the time was <strong>Saiccor</strong>’s Technical Services Manager<br />
based in Coventry, struggled in vain to find a cause�<br />
Silica and spots had risen but were not considered the cause of the<br />
problems being experienced�<br />
<strong>The</strong> situation at the Courtaulds’ factories went from bad to worse<br />
and a high-level meeting was called in Coventry in the middle of the<br />
year� At the meeting it was agreed that pulp sent to Courtaulds had<br />
to meet a specification� Pulp that did not meet this specification<br />
would be classed as substandard and could be offered as such to<br />
Courtaulds at a discount price� Bryan Thomas was personally charged<br />
with ensuring the specification system worked�<br />
<strong>The</strong> initial specification matched <strong>Saiccor</strong>’s capability, for example<br />
the limit on spots was 5 000/m 2 , nevertheless it was stringent enough<br />
to classify 5–10 per cent of <strong>Saiccor</strong>’s pulp as substandard� As the<br />
quality of <strong>Saiccor</strong>’s pulp improved over the years, the specification<br />
was tightened, so that 5–10 per cent substandard became the norm�<br />
Courtaulds submitted large claims to <strong>Saiccor</strong> in 1976 for pulp that<br />
was supposedly unfit for purpose� <strong>Saiccor</strong> were also asked to keep<br />
production at 7<strong>50</strong> t/d when it was capable of 800 t/d, to ensure quality<br />
did not deteriorate�<br />
By 1977 the Courtaulds’ factories returned to normal and <strong>Saiccor</strong><br />
reverted to making maximum production�<br />
With Bryan Thomas’ new appointment as R&D Manager, the<br />
Process Investigation Department crumbled� I had been<br />
appointed Assistant Technical Manager of Pulp Finishing<br />
(equivalent to Plant Manager today), Tony Butler left <strong>Saiccor</strong> in<br />
March 1977, and Glynn Evans, a chemical engineer who joined<br />
the department on 1 September 1973, was appointed Assistant<br />
Technical Manager for Pulp Preparation in April 1976� He<br />
transferred to Pulp Finishing in 1979 but resigned at the end of<br />
September 1979�<br />
82<br />
John More<br />
Glynn Evans
<strong>The</strong> Tainton Period (1971–1983)<br />
<strong>The</strong>re were also changes in the engineering department that had<br />
become necessary with the increasing amount of plant and<br />
equipment� Pulp Finishing was divided into two engineering sections<br />
in March 1975, namely bleaching and drying� Frank Rhodes was<br />
Divisional Engineer for bleaching, and Pauline Harding, who was<br />
recruited in July 1974 for investigative work, became Divisional<br />
Engineer for drying�<br />
Giorgio Natali remained Assistant Engineer for bleaching and flock,<br />
and Basilio Segatto, a chargehand machinist, was appointed Assistant<br />
Engineer for the pulp machines from 1 March 1975�<br />
Ben Curtis left early in 1976 and two graduate engineers joined on<br />
1 May 1976, Nick Day-Lewis and Mike Howlett� <strong>The</strong> former<br />
immediately became Services Engineer, while the latter moved around<br />
the plant before taking over the bleaching division in 1977� Mike<br />
was appointed Assistant Chief Engineer on 1 September 1978 but<br />
still kept the responsibility for bleaching with Giorgio Taverna as<br />
assistant, until Mike Bentley became Divisional Engineer of bleaching<br />
on 1 January 1980�<br />
Vic East left at the end of December 1975, and Barry Tokelove<br />
took over as Instrument Engineer�<br />
Bruno Trevisan returned to Italy at the end of April 1977 and Bill<br />
Hunt was recruited to replace him in July 1977�<br />
In March 1977 two graduates transferred from Courtaulds to<br />
<strong>Saiccor</strong>� Derek Weightman, a chemist, went into the laboratory and<br />
Anthony Wykes, a chemical engineer, within a short while became<br />
Production Manager of the liquor plant� When Glynn Evans resigned<br />
at the end of September 1979 Anthony took over his job, but because<br />
he would not transfer to <strong>Saiccor</strong>’s permanent staff, was not officially<br />
appointed� Anthony returned to Courtaulds in the middle of 1980�<br />
Attie du Plooy resigned at the end of April 1976, and Geoff Sowler,<br />
a chemist who had arrived from Courtaulds in 1974, took over as<br />
Chief Chemist�<br />
<strong>Saiccor</strong>’s most active period was probably from 1976 to 1983, when<br />
production increased from 725 t/d to 1108 t/d, an increase of 53 per<br />
cent fairly evenly spread over the eight years�<br />
83<br />
Pauline Harding<br />
Anthony Wykes<br />
Year Tons/Day Year Tons/Day<br />
1975 725 1980 893<br />
1976 755 1981 1003<br />
1977 819 1982 1057<br />
1978 857 1983 1108<br />
1979 890
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> increase in production came from four major capital projects<br />
and some minor ones� <strong>The</strong> major capital projects were the 1974<br />
extension scheme, the 1975 extension scheme, computer control of<br />
the Digester Plant, and the 1979 extension scheme�<br />
In June 1973 I was transferred to the development department to<br />
work on an extension scheme� At that time Ted Beesley was<br />
Development Manager, Ciano Ioppo was Project Engineer, and Tom<br />
Fitzgerald was Chief Draughtsman heading a team of draughtsmen�<br />
Working for Ioppo was Design Draughtsman Alfredo Battiston, a<br />
sound engineer (Perito Industriale Meccanico) and a fine<br />
draughtsman�<br />
Alfredo was born on 2 March 1927 in Udine and joined <strong>Saiccor</strong> on<br />
24 June 1954 as a fitter, but was soon working as a design<br />
draughtsman� He was appointed Chief Draughtsman in February<br />
1976, a position he held until he retired on 1 March 1992� Alfredo<br />
worked on every <strong>Saiccor</strong> expansion project in its <strong>50</strong>-year history,<br />
including the 1993–95 Mkomazi Project, where he was brought back<br />
from retirement by ND Engineering to work on Nos 21–23 digesters�<br />
He is a friendly, cheerful and philosophical man, with many a<br />
profound quip� A member of Martelossi’s choir, he loves music and<br />
wrote the following article for the <strong>Saiccor</strong> magazine, <strong>The</strong> Raypulp<br />
Recorder, in August 1962 (originally written in Italian and translated<br />
by Alfredo in 2001)�<br />
TALKING ABOUT MUSIC<br />
<strong>The</strong> theatre is full of people, a continuous murmur is heard from the audience�<br />
As soon as the curtain lifts the baton of the maestro strikes lightly on the<br />
music score and silence is established�<br />
<strong>The</strong> music starts diffusing into the air and the audience concentrates to hear<br />
their melody flowing from the various instruments�<br />
A few minutes before the appearance of the maestro the same musicians that<br />
now hold the public’s attention were busy exercising on their instruments, but<br />
the cacophony of sound they produced could not be called music�<br />
So, what is music? Leaving apart any artistic aspect I will try to explain<br />
what is intended by music�<br />
<strong>The</strong> human ear attributes a certain pitch to a sound so we have very low, low,<br />
acute, super acute etc� Furthermore the ear judges two sounds of the same<br />
pitch if their frequencies are equal or different pitch if their frequencies are<br />
different� <strong>The</strong> more acute sound is the one with the higher frequency� When<br />
sounds reach the ear successively, they constitute a melody� When they arrive<br />
simultaneously they form harmony or accord�<br />
<strong>The</strong> impression of the successive or simultaneous hearing of two sounds depends only<br />
on their interval� This is music examined purely from the technical point of view�<br />
84<br />
Alfredo Battiston
<strong>The</strong> Tainton Period (1971–1983)<br />
Any individual with some musical know-how can put together or ‘compose<br />
some music’ but only the fortunate few can or will compose a masterpiece�<br />
In today’s world everything moves at music pace: armies march ‘unfortunately’<br />
at music tempo� People dance to the sound of music, even chickens lay eggs<br />
exhorted by music� <strong>The</strong> same of cows in their sheds who give copious amounts<br />
of milk to the tune of Strauss waltzes� We normally are not aware of this�<br />
How many times after having been to a cinema, do we remember some part of<br />
the musical soundtrack? In the majority of cases we are not even aware that<br />
the music was there all the time during the projection of the film, to underscore<br />
the character of the action which takes place on the screen�<br />
<strong>The</strong> music is as smooth as silk if the scene is of the amorous type, loud and<br />
bursting during violent scenes, lugubrious and sobbing during the scary scenes�<br />
A poor musical soundtrack could ruin a good film� And thus it is imperative to<br />
commission talented musicians to write the musical score for films�<br />
Now lets leave this branch of music� Whilst being relatively important this<br />
represents only a marginal part of the musical artistic complex so let us talk<br />
about the true goddess, music with a capital ‘M’� Let us go a step backwards<br />
and return to the famous orchestra that I mentioned at the beginning� <strong>The</strong><br />
audience is wrapped up in the music and listens to it in silence� How many<br />
members of the audience are really listening to what is being played? A good<br />
percentage for sure, but there will always be those who go only because it is<br />
fashionable or to look at people or just to pass the time�<br />
Unfortunately these people do not realise that they are ‘blind’ of hearing�<br />
<strong>The</strong>y are like a person, although having good sight refuses to take advantage<br />
of it and covers his eyes with a blindfold�<br />
It happens on occasions that we look at something without really seeing it,<br />
and in order to see properly we must focus on the object and pay attention to<br />
detail� This is true also of music� We cannot pretend to understand what the<br />
composers express with their music only by going to the theatre� We must<br />
listen attentively, concentrate, then only will all the beauty of the music be<br />
perceived and the music will be like an open book ready to be assimilated and<br />
fully appreciated�<br />
Unfortunately today classical music is a thing of the past and only a few<br />
composers produce music of some value� With this I am not saying that the<br />
various screamers and guitar strummers who are stomping the stages of the<br />
world today have no musical talent, on the contrary, the sound emanating<br />
from their guitars and much abused vocal cords form the basis of what modern<br />
music is all about�<br />
From my point of view there is nothing better than sitting in my favourite<br />
chair with soft lights, listening to my favourite recording of classical music�<br />
On the other hand if someone thinks there is nothing better than sitting beneath a<br />
soft light in the company of girls, listening to modern music, I will not blame him�<br />
85
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
In the middle of 1973 the development department was involved<br />
with No 2 second screening, a bleached pulp storage tower (No 7),<br />
which were part of the 280 000 s�ton (696 t/d) scheme of 1969, and<br />
preparation for the 1974 extension scheme�<br />
<strong>The</strong> 1974 extension scheme was to increase output by 18 000 t/<br />
year (<strong>50</strong> t/d) to 278 000 t/year (762 t/d)� This was considered the<br />
first part of a greater programme as some sections of the plant would<br />
be expanded to a capacity of 1 000 t/d, which would enable other<br />
sections to be expanded at a later stage�<br />
<strong>The</strong> scheme consisted of:<br />
A new flock line (No 5) for 130 t/d – specifically designed to<br />
overcome flock bale cracking�<br />
Extension to woodyard – a new Catharge chipper as No 3 to<br />
replace No ’s 1 and 2 Murco chippers, two water flumes and the<br />
provision of outside chip storage to replace the existing log storage�<br />
A new 70 t/h coal boiler�<br />
New coal, limestone and sulphur storage and handling�<br />
Those sections of the plant that would have a capacity of 1 000 t/d<br />
were woodyard, bleaching and boilers�<br />
<strong>The</strong> total scheme at a cost of R4,7 million was approved by the<br />
Board in October 1973� However, the advent of the Arab oil crisis in<br />
October 1973 had a significant impact on <strong>Saiccor</strong>’s costs as the two<br />
large flock burners operated on paraffin and the two small ones on<br />
heavy fuel oil� Kearton agreed, outside of the Board meetings, to the<br />
purchase of a gas producer based on a one-page justification from<br />
Tainton� In January 1974 an order was placed with Dorbyl for a 540<br />
therm (54 million Btu/h) cold clean Wellman gas producer� <strong>The</strong> plant<br />
and conversion of the flock burners ended up costing R600 000, but<br />
paid for itself in nine months�<br />
Early in 1974 it was agreed to ship pulp in eight bale units and the<br />
unitisers were added to the list of projects, which increased the<br />
workload well beyond <strong>Saiccor</strong>’s capability� Courtaulds Engineering<br />
Limited had been approached in mid-1973 to manage the woodyard,<br />
No 9 boiler and the coal, limestone and sulphur storage and handling<br />
areas� By 1974 the team under Barry March was well entrenched<br />
(Barry March was only involved part time and Peter Topp, his deputy,<br />
shouldered most of the burden)�<br />
In December 1973 Ted Beesley was released from his normal duties<br />
to look at effluent control, and from May 1974 Ciano Ioppo became<br />
Projects Manager� At the same time I was put in charge of the<br />
installation and commissioning of the projects under <strong>Saiccor</strong>’s control�<br />
A letter of intent for No 9 boiler was sent to Babcocks in August<br />
1973, and civil work started immediately� <strong>The</strong> boiler was pressure<br />
tested in June 1974 and started in September 1974�<br />
86
<strong>The</strong> Tainton Period (1971–1983)<br />
<strong>The</strong> flume on No 3 chipping line was commissioned in November<br />
1974 and with it the first outside chip storage� No 4 chipper with its<br />
flume was commissioned in August 1975�<br />
<strong>The</strong> new sulphur storage and handling was in operation in June<br />
1974 and crushed limestone was in use from April 1975�<br />
No 2 second screening was started up on water in October 1974,<br />
but then had to wait for No 7 storage tower in bleaching, for pulp�<br />
<strong>The</strong> order for No 7 tower (mild steel stainless lined) was placed<br />
with Durban Engineering, but was a challenge to them as they had<br />
never tackled a tank of this size – 12 m diameter and 35 m high�<br />
Construction started in mid January 1974� At first progress was good,<br />
but in April half the welders left, and from then on it became<br />
impossible to recruit welders for more than a few weeks� Progress<br />
became painfully slow, while at the same time Durban Engineering<br />
were starting to run into financial difficulties� Broderick Engineering<br />
bought a large part of Durban Engineering to keep it going, but then<br />
Anglovaal bought Broderick Engineering� <strong>The</strong>y finished No 7 tower<br />
but then closed down Durban Engineering� Undaunted, enterprising<br />
Elio Rossi started up again as ND Engineering, but it was now a bigger<br />
partnership and Elio soon left to start up Durban Engineering<br />
Machinery on his own� ND Engineering was left in the hands of<br />
Allan Lofstrand, Alberto Carnevale, Mario Domiro and Domenico<br />
Casale� Carnevale left after a currency debacle in 1985 and Domiro<br />
left a few years later to start his own business� In 1996 ND Engineering<br />
was bought by Sunds, who themselves were then bought by Valmet,<br />
and ND Engineering is now Metso ND Engineering�<br />
No 7 tower was commissioned in November 1974 followed by No<br />
2 second screening in December 1974� Flock pulp then went through<br />
No 2 second screening and the throughput of No 1 second screening<br />
was reduced from 720 t/d to 400 t/d for the two pulp machines� <strong>The</strong><br />
benefit of the buffer capacity of No 7 tower was felt immediately,<br />
but the additional screening plant did not reduce silicas as significantly<br />
as expected�<br />
Silicas<br />
Sheet Flock<br />
1974 74 93<br />
1975 51 72<br />
1976 60 121<br />
<strong>The</strong> equipment for No 5 flock line was ordered in October 1973, which<br />
included some noteworthy changes from the older plants� <strong>The</strong> old<br />
flock bales had soft ends as a result of baling in one direction, hence a<br />
double ram press was sought for the new plant� None could be found,<br />
87
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
but Broderick Engineering of Vereeniging agreed to design and build<br />
one� A Rietz V-press was used instead of the conventional Sunds<br />
twin press, with the advantage that it did not have to be fed with a<br />
high density pump� Towler hydraulics, as per the other presses, were<br />
specified, but as their delivery times were excessive, a rushed order<br />
was placed on Bells Asbestos for Dennison equipment�<br />
<strong>The</strong> hydraulic system was designed by local Bells’ man Bill Roberts,<br />
and the electrical control system fell to Bruno Trevisan� Bruno was<br />
born on 29 May 1922 in Cervignano and joined <strong>Saiccor</strong> on 21 February<br />
1954 as an electrician� When the factory started he became Power<br />
Station Foreman and in June 1963 he headed the electrical department<br />
while Graham Mortimer was Plant Engineer� In January 1966 he<br />
was appointed Assistant Electrical Engineer, a position he held until<br />
he returned to Italy for family reasons, in April 1977� One of the<br />
liveliest of the Italians, Bruno did everything at great speed and with<br />
tremendous energy, and always had a ready smile� He was a most<br />
competent and knowledgeable electrical engineer�<br />
No 5 flock line started on 14 October 1975� <strong>The</strong> bales, as expected,<br />
had no soft end, and after some modifications the Rietz press gave<br />
satisfactory results� However the hydraulics of the baling press were<br />
extremely troublesome and required constant attention from<br />
mechanical and electrical people� Enoc Baldin became an hydraulic<br />
expert after living with this press for four years�<br />
Enoc was born on 24 July 1935 in Torviscosa, and joined <strong>Saiccor</strong> as<br />
a fitter on 6 August 1954� Being one of the youngsters at the time, he<br />
became an operator in the digesters for six years after the factory<br />
started up� He then returned to his trade, working with Piero Mian�<br />
In mid-1974 he transferred to the flock plant to work on the<br />
installation of No 5 flock line, where he became a chargehand� He<br />
left in March 1979 to go into business in Cape Town with relatives,<br />
but returned to <strong>Saiccor</strong> on 4 March 1986�<br />
Enoc became Assistant Engineer on 1 June 1987 and Divisional<br />
Engineer of bleaching on 1 September 1992� He retired on 31 May<br />
1999 as the last of the original Italians (from 1954)� Enoc is a friendly,<br />
capable and dedicated individual who never shied away from any<br />
problem� He was one of only a few Italians to play golf�<br />
Production from No 5 flock reached 100 t/d in 1976 and up to<br />
design rate of 130 t/d in 1977�<br />
While commissioning No 5 flock, <strong>Saiccor</strong> had a visit from Kearton’s<br />
friend, Lord George Brown, who, in reality, had far greater capitalist<br />
leanings than he had liked to portray in former years as Britain’s<br />
Deputy Prime Minister in Harold Wilson’s Labour government�<br />
<strong>The</strong> unitisers were commissioned in July 1975� <strong>The</strong> plant included<br />
an overhead crane and rail line into the loading bay for pulp despatch<br />
by rail, but one month before commissioning Tainton arranged for<br />
despatch by road, the way it has been ever since�<br />
88<br />
Bruno Trevisan<br />
Enoc Baldin
<strong>The</strong> Tainton Period (1971–1983)<br />
Retirement farewell party for the last of the ‘old’ Italians, 31 May 1999� From LEFT TO RIGHT: Gary Bowles, Paolo<br />
Meneghel (1961), Max de Robillard, Sinclair Stone, Eridanio di Marco (1956), Enoc Baldin (1954), Alan Tubb<br />
<strong>The</strong> gas producer was commissioned in March 1976 with help from<br />
Roberto (Robbie) Pavan and Giorgio Taverna� Robbie was an<br />
instrument mechanic who became a draughtsman, but left in July<br />
1976 to join Elio Rossi� Giorgio Taverna joined <strong>Saiccor</strong> in the beginning<br />
of 1976 as a fresh mechanical engineering graduate� After the gas<br />
producer was running, he became Assistant Engineer in bleaching�<br />
When Nick Day-Lewis left at the end of October 1980, Giorgio was<br />
appointed Services Engineer, where his father Mario was one of his<br />
staff� He left at the end of January 1981, somewhat disillusioned� He<br />
came to see me after having asked Paddy Brannigan for a raise� Paddy<br />
had turned his request down, as Giorgio had not ‘made enough<br />
mistakes’� Needless to say, it was impossible for Giorgio’s Italian mind<br />
to understand Paddy’s Irish logic�<br />
<strong>The</strong> flock burners were converted to producer gas without incident�<br />
Although the chargehands were concerned about carbon monoxide<br />
poisoning at the beginning, and wanted a canary in the control room,<br />
they soon became complacent about the potential of danger�<br />
Fortunately, no mishap ever occurred throughout the gas producer’s<br />
history�<br />
<strong>The</strong> 1975 extension scheme was to increase output to 310 000 tons<br />
per year (8<strong>50</strong> t/d) – an extra 32 000 t/a (88 t/d), by consolidating the<br />
89
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
1974 extension scheme in regard to improved washing and screening<br />
facilities, re-use of water and additional cooking capacity� <strong>The</strong> major<br />
equipment was as follows:<br />
One sulphur burner (No 4)<br />
Two digesters (Nos 15 and 16)<br />
Duplication of chip charging facilities<br />
Two washpits (Nos 6 and 7)<br />
Two low density towers<br />
Three pressure knotters<br />
Five pressure screens<br />
Two water storage tanks<br />
<strong>The</strong> total cost was R3,9 million�<br />
<strong>The</strong> cost benefit analysis was as follows (estimated in the fourth<br />
quarter of 1974):<br />
$1,49 = R1,00<br />
R1,67 = £1,00<br />
90<br />
R’Million<br />
Sales 32 000 t at R116/t ex works (<strong>Saiccor</strong>’s price $173/t) 3 712<br />
Less variable cost at R58,5/t 1 872<br />
Marginal profit 1 840<br />
Less depreciation x R3,9 million 0 273<br />
1 567<br />
Additional R&M, 4 % x R3,9 million 0 157<br />
Net profit 1 410<br />
Return on Capital: 36 %<br />
When the order for two digesters was<br />
placed with Avesta in October 1974<br />
they offered, at the same price, three<br />
digesters complete with circulation<br />
pipes and auxiliary equipment that at<br />
the time were still operating at NCB,<br />
Valvik in Sweden� <strong>Saiccor</strong> took up the<br />
offer, the digesters were cut in half<br />
(circumferentially) and shipped to<br />
Durban as deck cargo� As the vessels<br />
were 5,9 m in diameter, a route to<br />
<strong>Saiccor</strong> had to be selected with bridges<br />
that had 7 m clearance� <strong>The</strong> route<br />
became Durban harbour – Isipingo –<br />
Eston – Richmond – Ixopo – Highflats<br />
– Ifafa Beach – Umkomaas, a distance<br />
of some 2<strong>50</strong> km� It took six months of<br />
<strong>The</strong> transportation of the three digesters from Durban harbour to<br />
<strong>Saiccor</strong> in 1975 was a slow and tortuous process
<strong>The</strong> Tainton Period (1971–1983)<br />
negotiations to get permission to transport the vessels, and when it<br />
was granted, travel was only permitted on Sundays at 15 km/h�<br />
After a long, tortuous and eventful journey, the first digester arrived<br />
at <strong>Saiccor</strong> in May 1975� <strong>The</strong> two halves were rejoined with a 1,2 m<br />
extension ring to bring the volume to 285 cubic metres, the same as<br />
the other digesters� Nos 15 and 16 were commissioned in October<br />
1975 and No 17 in November�<br />
<strong>The</strong> remainder of the extension scheme was completed on time,<br />
with the exception of the Simon Carves sulphur burner (No 4), which<br />
was severely delayed and only commissioned in May 1979, when the<br />
Lurgi burners were laid to rest� <strong>The</strong> pressure knotters, low density<br />
storage towers, and Nos 6 and 7 washpits were commissioned in<br />
February 1976�<br />
<strong>The</strong> pressure screens (centrisorters), which at that stage were<br />
installed on top of Nos 1-5 washpits, were commissioned in June<br />
1976�<br />
Glynn Evans was in charge of the commissioning of the 1975<br />
scheme, which went well, especially the centrisorters that operated<br />
perfectly from the first push of a button� However, by September<br />
1976 the epoxy lining on Nos 6 and 7 washpits proved unsatisfactory<br />
and had to be replaced with tiles� <strong>The</strong> pressure knotters proved<br />
difficult to operate and required several modifications, after which<br />
they operated satisfactorily but were always prone to severe blockages<br />
from certain wattle cooks� It was never fully established what caused<br />
the blockage although a high viscosity wattle cook was a prerequisite�<br />
Production Manager Marino Cudin needed all his experience and<br />
talent to make the new plants work� Marino was born on 19 May<br />
1929 in Torviscosa and joined SAICI at 14 in 1944� He transferred to<br />
Courtaulds in Coventry for a year, engaged on the flock experiment,<br />
before joining <strong>Saiccor</strong> on 20 May 1958 to work on the flock pilot<br />
plant� He remained in the flock plant until he was promoted to Shift<br />
Superintendent in August 1961� On 1 August 1970 Marino was<br />
promoted to Production Manager of the liquor plant, digesters and<br />
first screening, a position he held until he retired on 1 June 1990�<br />
Marino was a highly intelligent individual, who always had new<br />
ideas and innovations� He served as President of the Italian Club for<br />
a number of years�<br />
In October 1978 the Board approved the ‘Computer Control of the<br />
Digester Plant’ for R1 million, on the basis that ‘probably the most<br />
important aspect of final pulp quality is uniformity, and with the<br />
increased complexity and frequency of cooking batches, the necessity<br />
for better co-ordination and supervision has increased and more<br />
sophisticated techniques must be adopted to maintain good control�’<br />
(Board Paper, October 1978)<br />
91<br />
Marino Cudin
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
In January 1979 I was moved to Pulp Preparation and put in charge<br />
of the computer project� <strong>The</strong> aims of the project were twofold, to<br />
improve the operation of the digester plant and also to improve the<br />
viscosity variation from digesters�<br />
It is difficult to imagine today what the digester operation was<br />
like in 1979; cooks were done at a fixed maximum temperature, and<br />
as a consequence cook times varied from six to nine hours� It was<br />
common for three digesters to need gas release at the same time (two<br />
would have to wait and overcook)� <strong>The</strong>re were no radios at the<br />
beginning of 1979, and all instructions were given verbally in the<br />
second floor control room, which at any time resembled Grand<br />
Central Station, with people constantly coming and going� Digesters<br />
operated at three different pressures – 6,0 bar (Nos 1–5); 6,6 bar (Nos<br />
6–8) and 10,4 bar (Nos 9–17), wattle could only be cooked in Nos 9–<br />
17, there were restrictions on some digesters going to some washpits,<br />
and all digester operations were manual� With so many operations<br />
having to be constantly performed, digesters had become virtually<br />
unmanageable� In fact in 1978 Rivetti and Cudin were put on 12hour<br />
shifts to make 30 cooks/day with 17 digesters (1,76 cooks/day<br />
per digester; today with computer control 2,56 is comfortable)� Added<br />
to the operational problems, the control of digester viscosities, not<br />
surprisingly, was poor, with a coefficient of variance (COV) of about<br />
25�<br />
<strong>The</strong>se were the problems it was hoped would be addressed by a<br />
computer� Although computer control of cooking for kraft paper<br />
pulp by the H-factor was well known at the time, there was no known<br />
cooking model for dissolving pulp� Work started on the development<br />
of a cooking model at <strong>Saiccor</strong> in 1978� Adrian Bowling and Torgny<br />
Oehgren undertook the fundamental work on the model<br />
development, starting from an S-factor proposal from a Swedish<br />
theoretician�<br />
Adrian Bowling, a young Australian chemical engineer, joined<br />
<strong>Saiccor</strong> in March 1977, replacing Tony Butler� He did some<br />
investigative work before starting on the digester model, which then<br />
occupied all his time until he left <strong>Saiccor</strong> in 1980�<br />
Torgny Oehgren, a Swedish chemist born on 12 September 1921,<br />
spent virtually his entire professional life in the pulp and paper<br />
industry� By the early 1970s he was General Manager of MoDo’s<br />
Domsjo mill in northern Sweden, where he had worked for many<br />
years� <strong>The</strong>n one day in the mid-1970s he disappeared� He ran away<br />
from MoDo, and his family, and took a job as a nurse in a mental<br />
hospital in southern Sweden�<br />
Torgny was discovered in the hospital by pulp and paper<br />
consultants IVL, who persuaded him to join their company, and sent<br />
him to <strong>Saiccor</strong> in 1977 to follow up some water-saving proposals<br />
they had made in 1973� Torgny loved the country and had no Torgny Oehgren<br />
92
<strong>The</strong> Tainton Period (1971–1983)<br />
hesitation accepting a job offered to him by Paddy Brannigan� He<br />
joined <strong>Saiccor</strong> on 1 May 1978� With his extensive knowledge and<br />
broad experience he made a significant contribution to <strong>Saiccor</strong>’s<br />
technical achievements� In an address to a small dinner party to<br />
celebrate his sixtieth birthday in 1981, Torgny said ‘I came to <strong>Saiccor</strong><br />
thinking it was the twilight of my career, instead it has proved to be<br />
the highlight of my career�’ He became very much part of the social<br />
life of Umkomaas, although most of his spare time was spent running,<br />
often with his colleague John Thubron� He ran the Comrades every<br />
year from about 1980 and still managed 8 hours and 30 minutes at<br />
the age of 63 in 1985; he also took part in the Two Oceans a few<br />
times� Torgny died on 16 February 1986 after overexerting himself in<br />
a marathon�<br />
Towards the end of 1978 a cooking model had been developed where<br />
the degree of cooking was dependent on the heat input and the<br />
chemical composition of the cooking liquor (the higher the sulphur<br />
dioxide concentration, the lower the heat input and the higher the<br />
calcium concentration, the higher the heat input)� More importantly<br />
the heat input, or S-factor, was a function of time and temperature,<br />
where a higher heat input could be obtained in the same time by<br />
raising the temperature� This led to constant cook times but variable<br />
cooking temperatures�<br />
By the end of 1978 the model was running on a mini-computer in<br />
parallel with the digesters� In January 1979 cooks were being stopped<br />
on one digester by the mini computer, and by April four digesters<br />
were on the computer� By June 1979 the model was producing good<br />
enough results to be able to place an order with Accuray for the<br />
computer control of the digester plant� <strong>The</strong> <strong>Saiccor</strong> model was built<br />
into the Accuray computer, which would then control the<br />
temperature profile to end every cook in a fixed time�<br />
<strong>The</strong> Accuray computer was installed in October 1979 and by<br />
February 1980 was controlling eight digesters� All the other digesters<br />
followed a month later� Although there were numerous teething<br />
problems, which were ably dealt with by Accuray’s local technician<br />
Harry Fox, the system soon started producing results� Constant cook<br />
times transformed the operation of the digester plant – up to 36 cooks/<br />
day from 17 digesters was soon achieved� <strong>The</strong> improvements to<br />
viscosities were slower to achieve, but after much attention to the<br />
detail of every facet of the operation, COVs slowly came down to<br />
17�<br />
<strong>The</strong> men who operated the computer, and who thereby ensured<br />
its acceptance and success, were the cook controllers� Although this<br />
was their first contact with a computer, they never shied away from<br />
it, nor did they ever blame it for things that went wrong, and they<br />
were all middle-aged men who had spent at least 20 years operating<br />
93
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
manually� Israel Shezi, David Magubane, Bernard Mzotho, Maxwell<br />
Kweyema and Stanley Hlungwane made a very positive contribution<br />
to the success of the computer control of digesters�<br />
In mid-1978 work started on a proposal to install a new 4,8 m pulp<br />
machine� This developed into the 975 t/d Expansion Scheme (100 t/d<br />
above the operating rate at the time)� <strong>The</strong> scheme included a ‘<strong>50</strong>0 t/d’<br />
machine (No 3 continua) (<strong>50</strong>0 t in 24 hours to average 4<strong>50</strong> t/d), a<br />
rearranged first screening where the centriscreens would follow Nos<br />
1–3 Repolas and would in turn be followed by two new washers<br />
(Nos 5 and 6 Repolas) and then a new high density storage tower<br />
(No 8), which would feed the two bleaching plants� No 1 continua<br />
was to be shut down and flock output reduced� By February 1979 all<br />
the equipment required had been established and the 975 t/d<br />
expansion scheme was approved by the Board in March 1979 for R19,9<br />
million� It was agreed by the Board that the scheme would increase<br />
production by 100 t/d as production at the time was already 885 t/d�<br />
Orders for the machine and dryer were placed with KMW and<br />
Flakt in March 1979, while all other equipment was ordered by May�<br />
For the first time the entire installation, with the exception of No 8<br />
tower, was done by one contractor, Murray and Roberts, including<br />
mechanical, electrical, instruments and civils, with Ian Colepepper<br />
their overall project co-ordinator� Construction started in June 1979�<br />
<strong>The</strong> only pre-commissioning training deemed necessary was to send<br />
Bepi Martelossi and Basilio Segatto to Monsteras in Sweden for two<br />
weeks to see a similar machine in operation� Paddy Brannigan<br />
managed the project for <strong>Saiccor</strong> with Ciano Ioppo at the ‘coalface’�<br />
Norman Boulter took charge of the commissioning of the machine<br />
and I took charge of first screening�<br />
Commissioning of No 3 continua started in September 1980 with<br />
two teams, the day shift under Martelossi and the night shift under<br />
Martin Ferreira� Both teams reported to Norman Boulter� From the<br />
mechanical side, Basilio Segatto covered 24 hours� Basilio was born<br />
on 10 September 1930 in Torviscosa and came to <strong>Saiccor</strong> on 24 April<br />
1954 as a machinist� He reached the position of Chargehand Turner<br />
before being transferred to the plant on 1 March 1975 as Assistant<br />
Divisional Engineer Pulp Drying� He was appointed Divisional<br />
Engineer Pulp Drying on 1 April 1986, a position he held until he<br />
retired at the end of December 1992� He was a firm, strong character,<br />
a very meticulous man, who always thought in terms of fractions of<br />
millimeters� One of his fine achievements was completely redesigning<br />
the Lamb cutter at the end of No 3 continua to make it work on<br />
<strong>Saiccor</strong> pulp�<br />
<strong>The</strong>re were numerous problems starting up No 3 continua, the<br />
most persistent being with the wire tying machines, and for the first<br />
94<br />
Basilio Segatto
<strong>The</strong> Tainton Period (1971–1983)<br />
four months production from the machine only averaged 300–3<strong>50</strong> t/d�<br />
However, from the beginning of 1981 design capacity of 4<strong>50</strong> t/d<br />
average was achieved, although there were members of the Board<br />
who could not appreciate that <strong>50</strong>0 t in 24 hours would average 4<strong>50</strong> t/d�<br />
Total production in 1981 was 1 003 t/d, which exceeded the proposals<br />
as set out in the expansion scheme� No 1 machine was shut down in<br />
May 1981 but was restarted in October 1981, and instead flock output<br />
was reduced from about 470 t/d to 2<strong>50</strong> t/d�<br />
In first screening the centrisorters were moved from the washpit<br />
floor to their new building, and restarted in October 1980� No 8 storage<br />
tower was built by ND Engineering and was the first storage tower<br />
in solid stainless steel – it was also the biggest at 4 <strong>50</strong>0 m 3 , 12 m in<br />
diameter 45 m high� No 8 tower was commissioned in February 1981<br />
together with the two Rauma Repola J washers (Nos 5 and 6 Repolas)<br />
and the Rauma 1 000 t/d high density pump� <strong>The</strong>re were problems<br />
with the hydraulic drives on the washers and capacity problems with<br />
the pump� In those days it took a major effort to persuade the Finns<br />
they had obligations for the performance of their equipment� When<br />
they finally sent someone to site, he could hardly speak English�<br />
Nevertheless, the problems were solved (the hydraulic drive was<br />
upgraded), and later dealings with the Finns have shown a radically<br />
changed attitude, being totally customer-focused�<br />
<strong>First</strong> screening operators Ephraim Magubane, Milton Dlamini,<br />
Moffat Ndlovu, Alfred Dlamini and Victor Sibisi played leading roles<br />
in commissioning the new plant� Ephraim was one of three<br />
Magubane brothers, each of whom gave long service to <strong>Saiccor</strong>, and<br />
contributed to its success�<br />
Moses Magubane joined <strong>Saiccor</strong> on 19 December 1955 as an office<br />
messenger� He was promoted to Senior Personnel Clerk in 1963 and<br />
Personnel Officer in 1976� He retired on 31 March 1994 after 38 years<br />
service, to pursue a political career� From 1976, Moses had<br />
responsibility for black employment and well-being, and was always<br />
very politically involved�<br />
David Magubane joined <strong>Saiccor</strong> on 5 February 1957 as a labourer,<br />
in 1965 he was promoted to Shift Analyst in the laboratory and in<br />
1974 to Induna in the digesters� He became a cook controller in 1979,<br />
a chargehand in 1993, and retired early to his farm on 31 May 1999<br />
after 42 years service� A man with a ready smile, David is remembered<br />
for quietly doing what was required�<br />
Ephraim Magubane joined <strong>Saiccor</strong> on 8 February 1963 as an<br />
artisan’s assistant in the electrical department� In 1968 he became<br />
an assistant operator in the liquor plant, slowly progressing to an<br />
operator� In 1985 he moved to the magnesium plant, becoming Senior<br />
Operator in 1988� In 1994 he was appointed Shift Superintendent,<br />
first in the Mkomazi plant and then Pulp Preparation, his current<br />
95<br />
Moses Magubane<br />
David Magubane<br />
Ephraim Magubane
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
position� Ephraim has been a very competent operator, a cheerful<br />
man who is almost immune to stress�<br />
Moffat Ndlovu and Maxwell Kweyema (digester Cook Controller)<br />
died tragically in a motor vehicle accident in August 1982�<br />
Apart from the four major capital projects that came on stream<br />
between 1976 and 1983, there were a number of minor ones that<br />
kept production from each part of the factory in balance� <strong>The</strong>se<br />
included:<br />
York chilling plant for liquor making (secondhand from Aintree),<br />
commissioned December 1977�<br />
Digester circulation from the middle of the digester to the top and<br />
bottom modified to from the bottom to the top, from August 1978�<br />
Second low pressure gas release system from digesters,<br />
commissioned January 1979�<br />
Superfloc used in the waterworks, November 1979�<br />
Pressure tank No 14 in SO 2 Recovery commissioned in November<br />
1979� This scheme, devised by Anthony Wykes, converted SO 2<br />
Recovery from a batch to a continuous process�<br />
Side relief introduced to digester operation, from March 1980�<br />
Second Kirsch chilling plant for liquor making commissioned in<br />
June 1980�<br />
<strong>First</strong> mild steel digester (No 5) being rebuilt in stainless steel, July 1980�<br />
No 3 digester rebuilt, August 1981�<br />
No 2 digester rebuilt, June 1982�<br />
New effluent channel constructed in the factory, July 1982�<br />
Berol added to final pulp, December 1982�<br />
No 4 digester rebuilt December 1982�<br />
Effluent channel, from the factory to the pumphouse (3,5 km), lined<br />
with HDPE (high density polyethylene), February to October 1983�<br />
Automatic wrapper for No 3 continua, April 1983�<br />
No 1 digester rebuilt, September 1983�<br />
Although the Mkomazi River flow had on a number of occasions<br />
since 1954 dropped quite low in winter, the poor summer rains of<br />
1979/80 and the subsequent sharp drop in the river flow was a major<br />
concern� In June 1980 a 10 m sheet pile was placed into the river bed<br />
at the water intake – the rock level at the intake is some 30 m below<br />
the surface of the bed� A 2 m earth weir was built behind the sheet<br />
pile to impound some 2<strong>50</strong> 000 m 3 of water� A small amount of water<br />
from the dam had to be used to keep the factory at full production�<br />
However, good rains on 8 September 1980 broke the weir but restored<br />
the river flow to normal�<br />
In October 1980 a leak was detected on the landline of the effluent<br />
pipe� Further leaks were detected in November� Although the leaks<br />
were temporarily sealed by pumping wood chips with the effluent,<br />
96
<strong>The</strong> Tainton Period (1971–1983)<br />
it was established that after 13 years solids in the effluent had eroded<br />
the rubber lining, and thus being exposed to effluent the mild steel<br />
pipeline had corroded� After much debate and discussion, it was<br />
decided to insert an HDPE pipe (plastic), called Phillips Driscopipe,<br />
into the mild steel sea line and to replace the landline with HDPE<br />
pipe� This apparently was common practice in the USA, and would<br />
be guaranteed for 25 years�<br />
<strong>The</strong> HDPE pipe was ordered in April 1981� <strong>The</strong> landline was<br />
replaced in an 11-hour factory shutdown on 29 September 1981 and<br />
the sea line was sleeved in a 34-hour shutdown on 26 October 1981�<br />
<strong>The</strong> effluent line was again operating without leaks� Everyone was<br />
happy, particularly the Board, who regarded the relining as an<br />
outstanding achievement (at a cost of R3,4 million)� Once the sea<br />
line was relined, the diffusers over the last 300 m were blocked off,<br />
forcing all the effluent out of the end of the pipe, which increased<br />
the visibility of the effluent plume from the shore�<br />
By 1980 <strong>Saiccor</strong>’s production started to exceed Courtaulds’<br />
requirements� After lengthy debate, Courtaulds decided it would be<br />
preferable to sell <strong>Saiccor</strong>’s surplus production outside the Courtaulds<br />
group, rather than reduce <strong>Saiccor</strong>’s production� External sales started<br />
in 1981 and by 1982 made up 27 per cent of the total <strong>Saiccor</strong> sales of<br />
384 198 t at a price of R386 against the Courtaulds price of R277�<br />
<strong>The</strong> marketing effort was a joint venture between <strong>Saiccor</strong> and<br />
Courtaulds Pulp Trading (CPT), with the objective of replacing the<br />
declining Courtaulds demand for pulp with external sales� Courtaulds<br />
Pulp Trading was established in April 1982 as an expansion of the<br />
Coventry based Courtaulds’ company Springwood Cellulose (formed<br />
20 years earlier to market Usutu pulp)� CPT would sell pulp from<br />
both <strong>Saiccor</strong> and Usutu� <strong>The</strong> company consisted of 18 people, headed<br />
by Jim Walmisley (who became a director of <strong>Saiccor</strong> in 1986) and<br />
included Marcello Malpiedi�<br />
Early in 1981 discussions started to take place in <strong>Saiccor</strong> on the next<br />
expansion project� At that time bleaching was the bottleneck� With<br />
both bleaching plants operating at well above design capacity, a new<br />
bleach plant was considered essential for any expansion� However,<br />
increasing the bleaching capacity would create bottlenecks in virtually<br />
every other plant� It became clear that the next expansion would<br />
mean a new mill, and if a new mill was to be built, it should be<br />
magnesium based rather than calcium based, for economic as well as<br />
environmental reasons� So was born the concept of the <strong>50</strong>0 t/d<br />
magnesium plant expansion, from woodyard to pulp store, that was<br />
to serve as the thrust of <strong>Saiccor</strong>’s development for the next 14 years�<br />
In May 1981 Mike Howlett and I were sent to Sweden and Austria<br />
to explore the requirements for a new magnesium-based pulp plant�<br />
97
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Mike Howlett was born in England on 17 May 1939 and came to<br />
<strong>Saiccor</strong> as a graduate mechanical engineer on 1 May 1976� He became<br />
Divisional Engineer of bleaching at the beginning of 1977 and was<br />
promoted to Assistant Chief Engineer on 1 September 1978� In 1987<br />
he was appointed Development Engineer, a position he still holds�<br />
Mike is a highly intelligent individual with a sound understanding<br />
of the fundamentals of science and engineering� He is an ‘ideas’ man<br />
who has become an authority on energy and control, although it is<br />
difficult for the common man to follow all his thinking�<br />
On our trip to Sweden and Austria we visited magnesium pulp<br />
mills at Stromsbruk, Lenzing and Leykam� We had lengthy discussions<br />
with recovery specialists Gotaverken and Wagner-Biro, and pulp and<br />
paper consultants IVL (later to become AF-IPK)� On our return, a<br />
project team was formed to design a <strong>50</strong>0 t/d magnesium plant� <strong>The</strong><br />
team comprised Brannigan, Boulter, Thomas, Oehgren, Ioppo,<br />
Howlett and myself� In addition various specialists were brought in<br />
when their plants were debated, including Rivetti, Martelossi, Cudin,<br />
Davey, Mian, Natali and B Segatto�<br />
<strong>The</strong> <strong>50</strong>0 t/d magnesium plant expansion (to make either dissolving<br />
or paper pulp), to bring <strong>Saiccor</strong>’s production to 1 <strong>50</strong>0 t/d, was put to<br />
the Board in March 1982�<br />
US$ 1,06 = R1,00 = Skr 5,69<br />
Capital Cost R’million<br />
Plant 140<br />
Timberlands 30<br />
170<br />
Additional Profit 54<br />
ROI 30 %<br />
In view of the high capital cost of the proposal, the Board asked that<br />
consultants be engaged to approve the design and costs, and a different<br />
consultant to review the market� Sandwell were engaged to approve<br />
the design (the first time this had ever happened at <strong>Saiccor</strong>), and<br />
Jakko Poyri to review the market� Both consultants’ reports were<br />
positive (the market report was ‘a small positive yes’) and the proposal<br />
was resubmitted to the October 1982 Board� <strong>The</strong> IDC were in favour,<br />
but Courtaulds (Dr Wooding), could not approve the proposal because<br />
of the declining world market and ‘the impact of R170 million<br />
(£100 million) on the financial structure of the Courtaulds group�’ <strong>The</strong><br />
<strong>Saiccor</strong> members of the Board, particularly Norman Boulter, were livid�<br />
98<br />
Mike Howlett
<strong>The</strong> Tainton Period (1971–1983)<br />
<strong>The</strong> first strike by all the black employees of <strong>Saiccor</strong> occurred between<br />
6 and 10 November 1981� <strong>The</strong> issue was national and political�<br />
Countrywide, blacks were demanding the return of their pension<br />
fund contributions on the basis of the rumour circulating at the time<br />
that the government was about to take the money� <strong>The</strong> white<br />
employees kept the factory running at a lower throughput, until the<br />
blacks returned after being told they could withdraw from the pension<br />
fund and collect their contribution�<br />
Totally unexpectedly, early in 1982, Paddy Brannigan announced<br />
he would be retiring at the end of June 1982� <strong>The</strong> reason he gave was<br />
that he needed to be young enough to start his new venture of running<br />
his chicken farm in Highflats, and that running a chicken farm was<br />
not that different from running a pulp mill�<br />
Very shortly after Brannigan’s announcement, it was made known<br />
that Peter Dell, from Courtaulds, had been appointed Managing<br />
Director of <strong>Saiccor</strong>, from 1 April 1982� Because of the close proximity<br />
of the two announcements, it was never certain whether Dell had<br />
been appointed because Brannigan was retiring, or whether Brannigan<br />
retired because of Dell’s appointment� Paddy’s parting comment was<br />
that ‘<strong>Saiccor</strong>’s future lies in the magnesium plant’�<br />
Although Dell was appointed from 1 April 1982, he really did not<br />
have a job until Oakley Tainton, who was still Chairman, retired at<br />
the end of March 1983�<br />
After Brannigan’s retirement, Norman Boulter was appointed<br />
Works Director from 1 July 1982, and I was appointed Technical<br />
Manager (in charge of production)� Mike Bentley was appointed<br />
Assistant Technical Manager from 1 January 1983�<br />
Nick Day-Lewis resigned as Services Engineer in October 1980 and<br />
Giorgio Taverna took over, but he resigned in January 1981� Lionel Davies,<br />
who joined <strong>Saiccor</strong> on 1 December 1980, was appointed to the position�<br />
Anthony Wykes returned to Courtaulds at the end of June 1980<br />
and was replaced as Assistant Technical Manager by Geoff Sowler,<br />
who in turn was replaced by Derek Weightman as Chief Chemist�<br />
In June 1982 John Davey was transferred to the flock plant and<br />
Ennio Zan moved to the woodyard� John was appointed Production<br />
Manager of the flock plant on 12 July 1983, a position he held until<br />
he retired on 1 March 1992�<br />
Tony Butler returned to <strong>Saiccor</strong> as Process Engineer on 6 September<br />
1982 and became Assistant Projects Manager on 2 August 1983�<br />
In December 1978 Tainton fired Fred Eddleston for allegedly barging<br />
into his office without an appointment� Tainton issued a statement<br />
announcing that ‘<strong>The</strong> position of Personnel Manager has become<br />
redundant and Mr Eddleston is leaving the company�’ Jim McCabe,<br />
as Personnel Officer, then ran the department with Bruce Peddie and<br />
Moses Magubane until Oakley weakened on 1 February 1982 and<br />
hired Andy Porter as Personnel Manager�<br />
99
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Oakley Tainton retired gracefully at the end of March 1983 –<br />
although he remained on the <strong>Saiccor</strong> Board for another two years –<br />
after a farewell lunch with the Board, Management Committee, and<br />
Gino della Martina, at the Lido� He had been with <strong>Saiccor</strong> from its<br />
inception in 1951, some 32 years, the last 12½ years as the ‘boss’� Despite<br />
his dictatorial management style and unfriendly manner (or because<br />
of it), <strong>Saiccor</strong> prospered under his leadership� Production went from<br />
594 t/d in 1970 to 1108 t/d in 1983, an 87 per cent increase� As a result<br />
of higher production, operating profits grew from R7,4 million in 1970<br />
to R37,0 million in 1983, dividends rose from 37½ per cent of share<br />
capital in 1972 to 90 per cent of share capital in 1981 (R8,7 million of<br />
the R37 million profit in 1983 came from the forests, despite timber<br />
costing R27/t)� Sales outside the Courtaulds group had grown to almost<br />
30 per cent of <strong>Saiccor</strong>’s production, where a far better price was received,<br />
even though <strong>Saiccor</strong> sold at a significant discount to win market share�<br />
From 1976 there was a slight improvement in quality although more<br />
importantly, a good technical dialogue between Courtaulds and <strong>Saiccor</strong><br />
was established, and by 1983 the Courtaulds factories were operating<br />
with leaner ‘recipes’� <strong>The</strong> focus of attention with regard to quality<br />
was levels of impurities, and their variability�<br />
SHEET PULP<br />
Si ppm CaO ppm Ash ppm Resin % Spots /m 2<br />
1976 60 647 1470 0.29 1646<br />
1977 51 601 1261 0.25 876<br />
1978 60 524 1209 0.26 657<br />
1980 86* 433 1335 0.21 575<br />
1981 74 411 1470 0.21 721<br />
1982 66 451 940** 0.21 572<br />
1983 79 457 825 0.17 734<br />
100<br />
*the rise in silica in 1980 was the result<br />
of No 2 second screening having to<br />
operate at higher consistencies to feed<br />
No 3 continua�<br />
** Total ash less sodium<br />
Production t/d during the Tainton era,<br />
1971–1983
<strong>The</strong> Dell Period (1983–1985)<br />
<strong>The</strong> Dell Period<br />
(1983 –1985)<br />
Peter Lawson Dell was a civil<br />
engineer who worked for the<br />
military, largely abroad, before<br />
joining Courtaulds� He was<br />
appointed Managing Director of<br />
<strong>Saiccor</strong> on 1 April 1982, but only<br />
took control of the company a year<br />
later when Oakley Tainton retired�<br />
Peter was a gentleman to the core,<br />
with a somewhat military bearing,<br />
who won the respect of everyone<br />
he dealt with� He was transferred<br />
back to Courtaulds in January 1986�<br />
Peter Lawson Dell, Managing Director<br />
1983–1985<br />
101
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Norman Wooding (PhD chemistry), then Deputy<br />
Chairman of Courtaulds, became Chairman of <strong>Saiccor</strong><br />
on 1 April 1983, having been on the <strong>Saiccor</strong> Board since<br />
March 1977�<br />
From 1 April 1983 the Board comprised: N S Wooding* (Chairman),<br />
N Boulter*, P L Dell*, M Macdonald, O W Tainton, J L van der Walt,<br />
P J van Rooy, J R Wrangham*� (*British)<br />
Over this period changes to the Board were:<br />
S Huismans appointed November 1983<br />
O W Tainton resigned March 1985<br />
J R Wrangham resigned March 1985<br />
G B Turner appointed March 1985<br />
P L Dell resigned December 1985<br />
N S Wooding resigned December 1985<br />
Significant changes had occurred in Courtaulds that were to have a<br />
strong influence on <strong>Saiccor</strong>� Sir Arthur Knight had succeeded Lord<br />
Kearton as Chairman of Courtaulds and to a large extent he followed<br />
the same expansionist policies as Kearton� In 1979, at the age of 43,<br />
Christopher Hogg took over from Knight as Chairman� Hogg, after<br />
majoring in English at Oxford, went to the Harvard Business School<br />
and then spent a further year teaching at IMEDE, a business school<br />
in Lausanne�<br />
For the next five years he worked for merchant bankers in the City<br />
of London before joining Courtaulds in 1968 as a director of<br />
International Paints� Hogg’s policy, simply put, was that each business<br />
unit of the Courtaulds conglomerate had to make a profit or close<br />
down� Within 18 months he shed 21 000 jobs, almost a quarter of the<br />
UK workforce� Courtaulds was becoming leaner and meaner, but it<br />
took six years for profits to improve� Hogg was knighted in 1985�<br />
While Tainton was at <strong>Saiccor</strong> the new policies at Courtaulds did<br />
not filter through to <strong>Saiccor</strong>� However both Peter Dell and his<br />
successor, Gordon Campbell, saw their own career progression in<br />
Courtaulds, and both were keen to see <strong>Saiccor</strong> more like Courtaulds�<br />
For instance, in the Tainton era the budgeting process was simple�<br />
Tainton set the production figure, it was not debatable, it was a given�<br />
We made 1 0<strong>50</strong> t/d in 1982 and Tainton’s figure for 1983 was 1 100 t/d<br />
with no expansion projects�<br />
<strong>The</strong> Technical Manager forecast the raw material usages, and Tainton<br />
negotiated prices but kept them secret� <strong>The</strong> accountants determined<br />
R&M and labour costs from the previous years actual inflated by the<br />
CPI, then put the budget together and sent it to the directors� Proposals<br />
for capital expenditure were submitted to the March or October Board<br />
meetings� <strong>The</strong>re was virtually no further discussion on budgets�<br />
102<br />
Dr Norman Wooding,<br />
Chairman of <strong>Saiccor</strong><br />
1983–1986<br />
Sir Christopher Hogg
<strong>The</strong> Dell Period (1983–1985)<br />
<strong>The</strong> process started to change in the Dell era and very much more<br />
so in the Campbell era� In 1982 the operating statement was five<br />
pages, by 1987 it had risen to 10, today it is 40!<br />
From April 1983, <strong>Saiccor</strong> embarked on a slow process of change�<br />
Although the new policies at Courtaulds had not filtered through<br />
to <strong>Saiccor</strong> straight away, there was an immediate and lasting impact�<br />
<strong>Saiccor</strong> had always sold its pulp to Woodcourt (a Courtaulds company<br />
registered in the Channel Islands), who in turn sold it to the<br />
Courtaulds’ factories� In line with Hogg’s new policies, Woodcourt<br />
increased the pulp price to a market-related value, and Woodcourt<br />
kept the mark-up� <strong>The</strong> Courtaulds’ factories were angry with <strong>Saiccor</strong><br />
for increasing prices� <strong>The</strong>y appealed to be allowed to buy pulp on the<br />
open market but were told they could not� <strong>The</strong>se factories became<br />
disillusioned and demotivated, and retaliated by complaining about<br />
the quality of <strong>Saiccor</strong> pulp (trash levels)�<br />
In 1983 Norman Boulter was Works Director, and I was Technical<br />
Manager� <strong>The</strong> other members of the Management Committee were<br />
John Earnshaw (Chief Engineer), Bryan Thomas (R&D Manager),<br />
Don Campbell (Company Secretary and Finance Manager), Andy<br />
Porter (Personnel Manager) and Robin Pollock, Secretary to the<br />
Management Committee�<br />
Geoff Sowler and Mike Bentley were Assistant Technical Managers�<br />
Mike Howlett was Plant Engineer, Bob Kilmartin an Assistant<br />
Electrical Engineer replaced Pauline Harding as Divisional Engineer<br />
of Drying, when she resigned at the end of May 1980� Owen Spence,<br />
a newly recruited certificated engineer was Divisional Engineer of<br />
Bleaching, Piero Mian was Divisional Engineer of Pulp Preparation,<br />
Lionel Davies was Services Engineer, Gino della Martina was Civil<br />
Engineer and Attilio Segatto was Workshop Engineer� Ciano Ioppo<br />
was Projects Manager, Alfredo Battiston Chief Draughtsman� Derek<br />
Weightman was Chief Chemist, Jimmy McInnes Senior Accountant,<br />
Kier Murray Chief Purchasing Officer, Alan Almond, who started at<br />
<strong>Saiccor</strong> in November 1975 when Frank Turner left, was Shipping<br />
Manager, and Mike McCann was the Medical Officer�<br />
Andrew Carr, at the time based at <strong>Saiccor</strong>, looked after timber<br />
procurement and logistics as Assistant to the Managing Director�<br />
Andrew, who basically was a farmer, joined the <strong>Saiccor</strong> group through<br />
Saligna Forestry after being with Natal Tanning Extract Company<br />
for three years� He was transferred to Umkomaas in 1980 as Assistant<br />
to the Managing Director and General Manager of Saligna Forestry<br />
(until 1985)� In 1985 he became Commercial Manager of <strong>Saiccor</strong> and<br />
a member of the Management Committee, responsible for all<br />
purchasing, shipping and local marketing� In 1990 he was transferred<br />
from <strong>Saiccor</strong> to look after shipping for the <strong>Sappi</strong> group, launching a<br />
successful career with <strong>Sappi</strong>� He had a stint in the USA before<br />
becoming Managing Director of <strong>Sappi</strong> Forests and then Managing<br />
103<br />
Norman Boulter<br />
Andrew Carr
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Director of <strong>Sappi</strong> Kraft, his present position� Andrew was a tough,<br />
uncompromising manager, brought up in the <strong>Saiccor</strong> school�<br />
Production of 1 108 t/d in 1983 was significantly above the 1982<br />
level of 1 057 t/d, and 1984 saw a further small increase to 1 111 t/d�<br />
In 1985 production was 1 076 t/d, and this was the first time in<br />
<strong>Saiccor</strong>’s 30-year operating history where production for the year<br />
was lower than the previous year, largely because of the<br />
commissioning of the magnesium plant�<br />
Quality over the period was steady, showing some improvement<br />
in calcium levels as a result of the water softening plant installed in<br />
August 1983�<br />
SHEET PULP<br />
Si ppm CaO ppm Ash ppm Resin % Spots /m 2<br />
1982 66 451 940 0.21 572<br />
1983 79 457 825 0.17 734<br />
1984 86 269 705 0.15 738<br />
1985 84 189 667 0.15 840<br />
In early 1983 Bruce Townsend arrived at <strong>Saiccor</strong> as a diplomatic<br />
facilitator to break the impasse that had developed between <strong>Saiccor</strong><br />
and Courtaulds over the magnesium plant� Bruce, an affable Research<br />
Chemical Engineer, had a long association with <strong>Saiccor</strong> and Usutu<br />
dating back to the development of the flock process; he also had<br />
everyone’s respect� Bruce made it clear that Courtaulds were never<br />
going to agree to a capital expenditure of £100 million� It transpired<br />
that the expenditure would need to be less than £<strong>50</strong> million� That<br />
was half the plant� Norman Boulter, Bruce Townsend and I looked at<br />
a proposal for only the magnesium recovery plant, in other words<br />
the 1982 proposal minus the bleach plant and pulp machine� To bring<br />
the capital cost below £<strong>50</strong> million, it was also necessary to remove<br />
from the original proposal a digester, a blow tank, the blending tower,<br />
a thick liquor tank, a laboratory and offices�<br />
<strong>The</strong> capital cost was then acceptable, but the savings in chemicals<br />
and energy would not pay for the plant� Another 100 t/d of production<br />
was required to make the project viable, and this was assumed to be<br />
achievable by changing the pumps in No 2 bleaching, the bottleneck<br />
at that time� Thus a proposal was put together for a magnesium<br />
recovery plant costing R70 million that would raise <strong>Saiccor</strong>’s<br />
production to 1200 t/d� <strong>The</strong> proposal was put to the March 1983<br />
Board, but again it was not approved�<br />
In June 1983 Courtaulds’ Chairman Christopher Hogg visited<br />
<strong>Saiccor</strong> for a day, and spent an afternoon with me to find out about<br />
our expansion proposal� Although he professed to be non-technical,<br />
104
<strong>The</strong> Dell Period (1983–1985)<br />
he was most attentive down to the minutest detail� He told me he<br />
had seen millions of pounds wasted in the last few years� In the<br />
evening Hogg had discussions with about 20 senior <strong>Saiccor</strong> managers<br />
on political and social issues� In late July 1983, presumably after a<br />
Courtaulds Board meeting, <strong>Saiccor</strong> was told they could go ahead with<br />
their R70 million project�<br />
<strong>The</strong> R70 million magnesium plant was the largest project undertaken<br />
by <strong>Saiccor</strong> (and Courtaulds) since <strong>Saiccor</strong> was built in 1954� This<br />
created some anxiety in the Boards of the two companies�<br />
A project team was set up on 2 August 1983 to manage the project�<br />
I was given responsibility for the overall management of the project,<br />
including commissioning� Ciano Ioppo was to undertake all <strong>Saiccor</strong><br />
design work, plus ordering and receiving goods� Mike Howlett was<br />
put in charge of supervision of the boiler, recovery plant, power<br />
generation plant, steam and services� Bill Hunt was responsible for<br />
the design and supervision of electrical reticulation and equipment,<br />
and Gino della Martina (assisted by Luigi Mazzaro) was to supervise<br />
all civil work�<br />
By the end of August the team was increased to include Giorgio<br />
Natali and Piero Mian (transferred to the project on 4 February 1985)<br />
for mechanical supervision, Martin Ferreira and Torgny Oehgren as<br />
senior process engineers, Gray Smith for design and supervision of<br />
instrumentation, Mike Brull for site management, and Bill Hudson<br />
for accounts�<br />
Tony Butler was appointed Assistant Projects Manager to manage<br />
all other projects and Leone Panizzolo took over the day-to-day<br />
supervision of the building department�<br />
Bill Hunt, an Electrical Technician, joined <strong>Saiccor</strong> in July 1977 as<br />
Assistant Electrical Engineer� He worked very closely with Jimmy<br />
McFeat and has been intimately involved in all <strong>Saiccor</strong> projects since<br />
1977, more recently with upgrades of all substations and switchgear�<br />
His work in tracing the fault with the high voltage switchgear on<br />
the magnesium plant was vital for the plant’s operation� Bill has been<br />
a man who has always quietly got on and done what was required�<br />
Martin Ferreira joined the magnesium project team shortly after<br />
its formation, as Senior Process Engineer� A chemical technician,<br />
Martin joined the <strong>Saiccor</strong> laboratory on 25 November 1958, was<br />
promoted to Shift Superintendent on 12 August 1962, but left <strong>Saiccor</strong><br />
at the end of May 1963 to join Shell/BP� He returned to <strong>Saiccor</strong>’s<br />
laboratory in July 1964 and was promoted to Shift Superintendent<br />
on 1 January 1967� Promotion followed, to Production Manager on 1<br />
December 1981 and Plant Manager on 1 April 1987� He retired at the<br />
end of November 1993� Martin had a deep understanding of the entire<br />
<strong>Saiccor</strong> operation, was technically capable and was well respected by<br />
everyone who worked with him�<br />
105<br />
Bill Hunt<br />
Martin Ferreira
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
As discussions with suppliers about plant and equipment for the<br />
magnesium plant had been ongoing since 1981, the final requirements<br />
were soon established and orders placed� <strong>The</strong> recovery boiler and<br />
secondary recovery were ordered from Gotaverken (who<br />
subcontracted the construction to ICAL and ND Engineering), the<br />
washing plant from Rauma Repola, and the evaporator from APV<br />
Kestner – both constructed by ND Engineering� <strong>The</strong> digesters, tanks<br />
and pipework were ordered from ND Engineering, the turbo-generator<br />
from SGP (Austria), the process control system from Control<br />
Specialists (Fischer Provox), and instrumentation and electrics from<br />
UIC� <strong>The</strong> civil design was to be carried out by CBI and civil<br />
construction by Murray and Roberts�<br />
Shortly after the main orders had been placed, a telex from Chris<br />
Hogg arrived: ‘My friend Lord Wienstock is most disappointed that<br />
you did not buy a GEC machine� Why?’ Our reply was that the GEC<br />
machine was more expensive and less efficient� <strong>The</strong>re was no further<br />
communication from Hogg on the project�<br />
As <strong>Saiccor</strong> had never made a magnesium cook, or evaporated and<br />
fired liquor, considerable research work was required to establish<br />
operating parameters� This was undertaken by John Thubron and<br />
Torgny Oehgren�<br />
John Thubron, who had a chemistry degree with a further year to<br />
bridge it to chemical engineering, joined <strong>Saiccor</strong>’s research laboratory<br />
on 28 November 1974� Although he spent a brief period as Production<br />
Manager in the mid 1970s, his forté was research� Over the years he<br />
has done more research than anyone else into <strong>Saiccor</strong>’s entire process,<br />
having established optimum temperature profiles for both calcium<br />
and magnesium cooks, bleaching conditions (particularly with<br />
oxygen), silica removal and calcium reduction, amongst other things�<br />
John is a quiet man with a passion for long distance running – he has<br />
run the Comrades many times – but tends to walk at a snail’s pace<br />
deep in thought, hence Bruno Trevisan’s name for him, ‘Piede veloce’�<br />
As the magnesium plant was the major focus of attention in 1983,<br />
the low river flow went almost unnoticed until mid-winter� <strong>The</strong><br />
summer rains of 1982/83 had been very poor and by mid-May the<br />
river flow had dropped to <strong>50</strong> cusecs (1,4 cumecs)� As the factory<br />
requirement was just over 40 cusecs and as summer rains were only<br />
due in September, the situation was uncomfortable� <strong>The</strong> earth weir<br />
at the intake had again been built, impounding some 2<strong>50</strong> 000 m 3 of<br />
water, which was required when in mid-June the river flow dropped<br />
to 40 cusecs for the next five weeks� On 24 July there were unexpected<br />
rains and the river flow went back to <strong>50</strong> cusecs, keeping above 40<br />
until the end of August when it again started to fall�<br />
Ted Beesley arranged for well-points downstream of the weir to<br />
pump water back over the weir, but their capacity was small� It was John Thubron<br />
106
<strong>The</strong> Dell Period (1983–1985)<br />
then decided to dig a well, in the riverbed downstream of the weir,<br />
with payloaders, putting large pumps on a raft and pumping water<br />
over the weir� After a week the payloaders could no longer operate<br />
efficiently due to the depth of the well and Hugh Ahrens of CBI was<br />
called in� He arranged two large drag lines� <strong>The</strong> well eventually reached<br />
a depth of 5 to 6 m�<br />
Although Oakley Tainton had retired, he was still on the Board<br />
and insisted on visiting the river site with Ted and I (Peter Dell and<br />
Norman Boulter were abroad)� While the three of us were looking at<br />
the works, Tainton turned to me and said, ‘You should fire Ted�’ Both<br />
Ted and I were taken aback� ‘Why?’ I asked� ‘Because he’s unlucky�<br />
You can’t afford to have unlucky people around you�’<br />
On 1 September, the river flow was 36 cusecs but dropped to 22 by<br />
12 September� During this period, about <strong>50</strong> per cent of the impounded<br />
water had been used, leaving a supplement to supply for only three<br />
to four days� Production was reduced by 20 per cent and water-saving<br />
measures were introduced, which eventually saved 600 m 3 /h, allowing<br />
half the lost production to be recovered� <strong>The</strong> river flow deteriorated<br />
to 19 cusecs on 14 September and 16 cusecs on 21 September, the<br />
lowest flow in recorded history� On 24 September, after the first<br />
summer rains, the flow returned to normal and so did production�<br />
Civil work for the magnesium plant started in October 1983� Early<br />
in 1984 structural work commenced, followed shortly by the arrival<br />
of the first equipment� <strong>The</strong> site was soon a hive of activity, and the<br />
project progressed steadily, according to schedule, throughout 1984�<br />
It was vital to the success of the project that the plant was<br />
commissioned before the end of June 1985 in order to claim the<br />
government investment allowance�<br />
107<br />
Magnesium plant progress,<br />
commenced October 1983�<br />
(LEFT April 1984)
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
In March 1984 a leak was detected on the HDPE effluent pipe between<br />
the pump house and the rail bridge across the Mkomazi River� <strong>The</strong><br />
leak was repaired, but investigations revealed that there was hard rock<br />
beneath the sand bed the pipe was resting on, which had caused the<br />
pipe to split� It was agreed to clamp the pipe where it was vulnerable�<br />
On Friday 20 July, a section of the pipe that rested on rock was exposed�<br />
<strong>The</strong> pipe was found to be fractured, but only weeping effluent� It was<br />
decided to do the repairs on Monday, but just after midnight the leak<br />
worsened and effluent started flowing across the road and into the<br />
river� An emergency repair was immediately carried out, during which<br />
time effluent was diverted to the old outfall at the river mouth� A<br />
strong incoming tide pushed effluent up the river� A number of fish<br />
died, and the Natal Mercury on 23 July 1984 ran the story under the<br />
headline ‘Hundreds of fish killed when pipeline bursts’�<br />
Norman Boulter claimed the Mercury was misleading the public� This<br />
was all reporter Janet Moore needed to commence a campaign against<br />
108<br />
Magnesium plant progress,<br />
commenced October 1983�<br />
TOP LEFT July 1984<br />
TOP RIGHT September 1984,<br />
BOTTOM December 1984)
<strong>The</strong> Dell Period (1983–1985)<br />
<strong>The</strong> fish kill following the leakage of <strong>Saiccor</strong> effluent from a leaking pipe in 1984 caused a hue and<br />
cry in the media� <strong>The</strong> Natal Mercury ran the story<br />
109
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> culmination of the media field day with the leaking pipe debacle, an<br />
article which appeared in the Natal Mercury, July 1984<br />
<strong>Saiccor</strong>� Criticism of <strong>Saiccor</strong> appeared regularly in the press, culminating in<br />
August 1984 with a colour photograph on the front page of the Saturday<br />
edition, under the headline ‘Purple Death on the South Coast’�<br />
Because of the outcry, the Department of Water Affairs set up an<br />
investigation under National Director Hendrick Best� As a result,<br />
<strong>Saiccor</strong> agreed to encase the HDPE pipe in concrete (between the<br />
pumps and the bridge, and on the north bank), and to conduct marine<br />
surveys� It was also made known that the magnesium plant, which<br />
was due to start up within a year, would reduce the solids content of<br />
the effluent by approximately <strong>50</strong> per cent�<br />
110
<strong>The</strong> Dell Period (1983–1985)<br />
Another leak developed on the north bank on 24 October� Because<br />
effluent spills had become such a sensitive issue to the public at large,<br />
the factory was shut down while the leak was clamped� It was decided<br />
to engage Brunel University in the UK to investigate the integrity of<br />
the pipe� <strong>The</strong> initial report from Brunel in December 1984 stated the<br />
HDPE pipe was of inadequate strength� <strong>The</strong>re were further splits on<br />
the pipe in February and June 1985, when effluent had to be diverted<br />
to the old outfall, which caused much adverse comment from the<br />
media and public� In July 1985 Dr Bowman of Brunel University<br />
reported that the integrity of the HDPE pipe on the beach and in the<br />
surf zone could not be guaranteed and should be replaced� In<br />
December that year Brown and Root were called in to prepare a design<br />
for a new effluent pipeline�<br />
Tucked away in the hills near Umkomaas,<br />
south of Durban, is a company few South<br />
Africans outside the forest products and<br />
shipping business have heard of, but which<br />
is one of the country’s biggest export earners�<br />
SA Industrial Cellulose Corporation<br />
(<strong>Saiccor</strong>) will contribute over R100m to the<br />
balance of payments this year� It has the<br />
enviable record of pushing up output and<br />
exports every year since it started<br />
operations in 1956, and further big<br />
increases are on the cards within the next<br />
few years� <strong>The</strong> replacement cost of its plant<br />
is already about R800m�<br />
<strong>Saiccor</strong> is one of the world’s largest<br />
producers of dissolving wood pulp, used<br />
as a raw material for cellusosic fibres (such<br />
as rayon) cellphane film and cellulosic<br />
ethers (a freestock for plastics, paints and<br />
other chemicals)� MD Peter Dell estimates<br />
that the company supplies about one-tenth<br />
of all dissolving pulp this side of the Iron<br />
Curtain�<br />
<strong>The</strong> company produced 368 000 t of<br />
pulp last year and expects output to top<br />
400 000 t this year, despite the downturn<br />
in the world chemical industry� Fewer than<br />
a quarter of its 5 <strong>50</strong>0 workers are stationed<br />
Dell … ‘we will continue to buy’<br />
at Umkomaas factory, however� <strong>The</strong> plant<br />
needs 1,25 Mt of timer a year, and Salcor<br />
rails and trucks in 60% of this from its own<br />
forests, mainly in the Richmond and<br />
Kwambonambi areas of Natal� Its<br />
plantations stretch over 56 000 ha�<br />
Most of the remainder comes from<br />
other large growers such as <strong>Sappi</strong> and<br />
Mondi, but the company – like a handful<br />
of other plantation owners – has started a<br />
programme to encourage small-scale black<br />
timber growers� It sells them seedlings and<br />
agrees to buy their wood�<br />
<strong>Saiccor</strong> has gained substantial respect<br />
even from SA’s small growers who<br />
normally huff and puff against the big<br />
companies� It is usually among the first to<br />
agree to price increases to compensate for<br />
rail tariff hikes� “It’s a first-class company,”<br />
concedes the chief executive of another<br />
timber grower-processor, who ascribes<br />
much of its success to the recently retired<br />
chairman and MD Oakley Tainton�<br />
“We are interdependent,” says Dell� “We<br />
need to encourage growers to have<br />
confidence in planting and growing� <strong>The</strong>y<br />
need confidence that we will continue to buy�”<br />
Two-thirds of <strong>Saiccor</strong>’s shares are held<br />
by Courtaulds, the British textile and<br />
consumer products group� <strong>The</strong> Industrial<br />
Development Corporation owns the rest�<br />
“<strong>The</strong>y’re indispensable from the point of<br />
view of SA interest and knowledge,” Dell<br />
observes�<br />
Courtaulds copanies – mainly in the<br />
UK, Western Europe, Canada and the US<br />
– buy about two-thirds of <strong>Saiccor</strong>’s output�<br />
According to Dell, “we have progressively<br />
developed the pulp to be particularly<br />
suitable for fibre and film end-uses and<br />
processes used by Courtaulds�”<br />
Other customers are in Europe<br />
(including Scandinavia), Latin America<br />
and the Far East� <strong>The</strong> group recently broke<br />
Part of Dell’s public relations campaign of 1984–85 was to foster good relations with the media� Articles such as this<br />
one began appearing in the press (Financial Mail, 12 August 1983)<br />
111<br />
into the Japanese market�<br />
Dell ascribes <strong>Saiccor</strong>’s ability to<br />
maintain production at full capacity<br />
throughout the recession to “fairly<br />
aggressive marketing� We’ve been more<br />
successful than our competitors in keeping<br />
a reasonable proportion of the market�” He<br />
insits, however, that Courtaulds’ share of<br />
<strong>Saiccor</strong> sales has not risen significantly in<br />
recent years�<br />
While <strong>Saiccor</strong> itself has become more<br />
involved in promoting and selling its<br />
products, it has also been helped by the<br />
establishment 18 months ago of<br />
Courtaulds Pulp Trading, a Coventrybased<br />
company� It handles pulp from<br />
<strong>Saiccor</strong>, and from the group’s other<br />
southern Africa pulp producer, Usutu Pulp<br />
of Swaziland (in which the Commonwealth<br />
Development Corporation has a<br />
half share)�<br />
<strong>Saiccor</strong>’s output is more than 10 times<br />
what it was in 1956� Says Dell: “We always<br />
have expansion plans�” <strong>The</strong> last major<br />
investment was a third sheet pulp drying<br />
line installed in 1981�<br />
Another big expansion is already on the<br />
cards� Dell says that “we’re not quite sure<br />
what we’re going to do,” but confirms that<br />
work on whatever new facilities are<br />
decided on will probably start next year�<br />
According to one outsider, the expansion,<br />
is likely to raise <strong>Saiccor</strong>’s capacity to around<br />
<strong>50</strong>0 000 t a year of dissolving pulp�<br />
<strong>Saiccor</strong> … pulping away at Umkomaas
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
In August 1984 Peter Dell hired a firm of public relations consultants<br />
in an endeavour to ease the public outcry over effluent by making<br />
known what <strong>Saiccor</strong> did, which up to that time was largely unknown<br />
as Oakley Tainton had generally refused to talk to the media� By<br />
contrast, Peter Dell spoke to the media at every opportunity from<br />
the time he arrived at <strong>Saiccor</strong>� For example, an article entitled ‘<strong>Saiccor</strong>?<br />
What’s That?’ appeared in the Financial Mail of 12 August 1983, giving<br />
some background to the company and describing its operations�<br />
<strong>Saiccor</strong>’s public relations campaign of 1984–85 did little to ease<br />
public concern, although the public in general was willing to wait<br />
and see what happened once the magnesium plant was operating<br />
and the effluent load reduced�<br />
A number of senior staff changes occurred over the period 1983–1985�<br />
Geoff Sowler resigned at the end of April 1984 to return to the UK�<br />
Derek Weightman took over as Assistant Technical Manager and<br />
Lester van Groeningen became Laboratory Manager� Bill Hudson was<br />
appointed to the Management Committee in August 1984� Piero Mian<br />
reached retirement age at the end of September 1984 but moved to<br />
the magnesium plant, while Henry Zan took over as Divisional<br />
Engineer of Pulp Preparation� Gino Rivetti retired two years early on<br />
1 December 1984 to run a restaurant, and Ennio Zan took over as<br />
Production Manager of bleaching� Andrew Carr was appointed to<br />
the Management Committee in April 1985�<br />
In August 1985 David Hillcoat was seconded from Courtaulds to<br />
<strong>Saiccor</strong> as Financial Controller and a member of the Management<br />
Committee� Part of his brief was to become fully involved with the<br />
new computerised accounts systems� David was a very bright<br />
accountant with a sound understanding of business – although he<br />
did initiate the expanding of the operating statement! He ended up<br />
working very closely with Gordon Campbell and returned to<br />
Courtaulds with Gordon in July 1987�<br />
On 17 April 1985 Joe Khumalo became the first Zulu apprentice at<br />
<strong>Saiccor</strong> to pass his trade test and was appointed as an artisan (Turner)�<br />
Joe joined <strong>Saiccor</strong> in 1982 as a handyman and on 7 March 1983 became<br />
one of 10 apprentices employed that year� He passed his trade test on<br />
26 March 1985 and has been working as a Turner in the workshop<br />
ever since, having established his competence�<br />
Michael Nxele, a fitter from the 1983 apprentice intake, is today a<br />
chargehand in bleaching�<br />
Since 1985, 80 artisans have qualified through the <strong>Saiccor</strong> Training<br />
Centre, under the guidance of Roland (Tex) Ranger and Henry Wright�<br />
In September 1985 <strong>Saiccor</strong> signed the first Recognition Agreement<br />
with a black trade union – <strong>The</strong> Dissolving Pulp and Allied Workers<br />
Union, a SAAWU affiliate, headed by South Africa’s first rebel trade<br />
unionist (jailed for his efforts), Sam Kikine� <strong>The</strong> first of many long,<br />
112<br />
David Hillcoat<br />
Joe Khumalo<br />
Sam Kikine
<strong>The</strong> Dell Period (1983–1985)<br />
Andy Porter, with Janice Thomas, LEFT (Bryan Thomas’s daughter-in-law),<br />
and Natalie Kalamouducos (CENTRE), who took charge of all <strong>Saiccor</strong>’s<br />
Industrial Relations issues in the late 1980s and 1990s<br />
frustrating wage negotiations took place with Sam in 1986, although<br />
Sam likes to point out there never was a strike while he negotiated<br />
wage increases� He had an uncanny knack of quickly finding out<br />
what the company’s final offer would be, and then spending many<br />
hours trying to get a little more� He was a great character, a showman,<br />
and a shrewd negotiator� Unlike most trade unionists, he frequently<br />
asked for things the company could give him� From 1987 all the<br />
negotiations with Sam Kikine were handled by Andy Porter, Moses<br />
Magubane and me (Janice Thomas joined the team in 1989)� Andy<br />
liked to say I did most of the talking while he did most of the thinking�<br />
PPWAWU became the majority union in 1991 and no further<br />
negotiations took place with Sam�<br />
Andy Porter started his working life as a trainee Mine Official,<br />
progressing to Mine Captain in the mid 1970s� He then transferred<br />
to Mine Personnel Officer� After leaving the mining industry in the<br />
mid 1970s, he continued his career in personnel management in the<br />
manufacturing, insurance and transport industries� Andy joined<br />
<strong>Saiccor</strong> on 1 February 1982 as Personnel Manager, a position he held<br />
until he retired in March 1996� He is a man with a fine sense of<br />
humour and an easy-going nature, with a cliché for every occasion,<br />
like ‘damned if you do and damned if you don’t’ or ‘fire failures fast!’<br />
Three significant events occurred in 1985: the start-up of the<br />
magnesium plant, the <strong>Saiccor</strong> Review, and the currency debacle�<br />
<strong>The</strong> construction of the magnesium plant proceeded according to<br />
schedule and was ready for start-up in April 1985� <strong>The</strong> start-up team<br />
113
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> magnesium plant in operation, August 1985<br />
had been transferred to the plant in February and was organised as<br />
follows: Two superintendents per shift, including graduates Peter<br />
Morris, Andy Stretton and Eugene Nicholson, fresh from Natal<br />
Technikon, who were paired with experienced superintendents<br />
Silvano Moro, Sergio Baldo and Alistair Macbeth; new mechanical<br />
technicians Bernard Jorgensen-Lian, Lauro Chiccaro, Gianni Ioppo<br />
and Des Fox, who had been working on the construction of the plant,<br />
together with Mike Brull, were used as operators� <strong>The</strong> project team,<br />
together with Lionel Davies, managed the start-up�<br />
Lionel Davies was in the merchant navy before joining <strong>Saiccor</strong> as<br />
an engineer on 1 December 1980� He was appointed Services Engineer<br />
from February 1981 and Services Manager in August 1996� He left at<br />
the end of August 2000� Throughout his career at <strong>Saiccor</strong>, Lionel was<br />
in charge of the operation and maintenance of boilers, water coming<br />
into the factory, and effluent going out� He worked very diligently<br />
for 20 years, spending many hours in the factory solving and fixing<br />
problems�<br />
Secondary Recovery was started on 29 April 1985 to ‘synthesise’<br />
cooking liquor� <strong>The</strong> first magnesium cook was made on 8 May in<br />
No18 digester and the first washed pulp on 10 May� <strong>The</strong> evaporator<br />
started on 22 May and the recovery boiler and turbogenerator on 3<br />
June�<br />
<strong>The</strong> project was completed on time but the cost had risen to R90<br />
million as a result of the depreciation of the rand�<br />
Norman Boulter put out a notice on 9 July, which stated: ‘At their<br />
meeting on July 8th 1985, the Board of Directors of <strong>Saiccor</strong> expressed<br />
their appreciation of the way in which the management and staff of<br />
<strong>Saiccor</strong> had brought the new plant to the commissioning stage on<br />
time� It was recognised that this considerable achievement was made<br />
all the more remarkable by the fact that the existing plant had been<br />
114<br />
Lionel Davies
<strong>The</strong> Dell Period (1983–1985)<br />
kept operating at full rate throughout the whole of the period of the<br />
project�’<br />
However, there were numerous start-up problems on the<br />
magnesium plant in 1985 that adversely affected factory production<br />
because of the interdependence of the calcium and magnesium plants,<br />
particularly with regard to steam and power� Some of these problems<br />
were:<br />
<strong>The</strong> implosion of the cooking liquor storage tank – May�<br />
Corrosion of the internals of the knotters that were incorrectly<br />
supplied in 304 stainless steel – June�<br />
Damage to the compressor shaft - Provox failure – June�<br />
H 2 S formation in the boiler, leading to high thiosulphates in the<br />
cooking liquor which in turn caused severe lignin condensation<br />
in digesters� Plant was shut down for five days to clean out<br />
contaminated pulp and liquor – July�<br />
Trips on boiler and turbine due to failure of printed circuit boards<br />
on the Provox control system – August� Trips became worse and<br />
spread to all other parts of the magnesium plant, resulting in up<br />
to 20 board failures per week� Electrical consultant Rapha Pretorius<br />
was brought in during October and found that high voltage<br />
switches were bouncing when opening, giving rise to high voltage<br />
spikes (over 100 kV) which induced high currents into Provox<br />
cables, damaging the boards�<br />
Severe flash on 11/6,6 kV substation bus-bar, tripping out the<br />
entire factory – September�<br />
Failure of recovery boiler feed pump, magnesium plant off for 14<br />
days – January 1986�<br />
Once the high voltage switches were repaired, failures of the Provox<br />
boards diminished to zero over two months and the magnesium plant<br />
operated quite steadily in 1986�<br />
<strong>The</strong> steep learning curve offered by the start-up of the magnesium<br />
plant launched the careers of the three capable young process<br />
technicians, Eugene Nicholson, Peter Morris and Andy Stretton�<br />
Unfortunately, Eugene left <strong>Saiccor</strong> at the end of July 1987 and<br />
although he did return in 1990 he only stayed for a year� Peter joined<br />
<strong>Saiccor</strong> on 1 February 1982 and spent the next three years studying<br />
for the Pulp and Paper diploma at Natal Technikon� He was appointed<br />
a Shift Superintendent on 1 January 1985, promoted to Production<br />
Manager on 1 November 1988 and then to Plant Manager on 1 August<br />
1992� Peter is a most capable individual who is now well experienced<br />
in all of <strong>Saiccor</strong>’s plants�<br />
Andy Stretton joined <strong>Saiccor</strong> on 1 February 1982 with Peter Morris,<br />
and followed the same career path� However while still a<br />
superintendent, he left <strong>Saiccor</strong> at the end of March 1989 to look for<br />
greener pastures, but returned exactly a year later as a Production<br />
115<br />
Peter Morris<br />
Andy Stretton
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Manager� He was promoted to Senior Production Manager on 1<br />
January 1994 and Plant Manager on 1 July 1996� Unfortunately Andy<br />
left <strong>Saiccor</strong> in June 2001� He was a very capable and experienced<br />
plant manager�<br />
<strong>The</strong> <strong>Saiccor</strong> Review was the second significant event to occur in<br />
1985� Dr Geoff Turner, a director of Courtaulds and a previous CEO<br />
of Courtaulds Acetate, was due to retire in 1985 but was asked by<br />
Chris Hogg to stay on to conduct a business review of <strong>Saiccor</strong>, entitled<br />
the <strong>Saiccor</strong> Review� Geoff visited <strong>Saiccor</strong> a few times early in 1985<br />
for in-depth discussions with management� He was appointed to the<br />
<strong>Saiccor</strong> Board in March and then formed a team to prepare the Review�<br />
<strong>The</strong> team comprised Andrew Carr, Andy Hopkins (an experienced<br />
Courtaulds chemist), Marcello Malpiedi, Patrick Shanley (a<br />
Courtaulds accountant) and Geoff Turner �<br />
<strong>The</strong> Review was completed at the end of September and Turner<br />
wrote the following note after the presentation:<br />
<strong>The</strong> interim report (<strong>Saiccor</strong> Review) was presented to the <strong>Saiccor</strong> Board<br />
on 23�10�85 (at the Royal Hotel, Durban)� In addition to the Board and<br />
the working party, S Stone, B A Townsend, and D Campbell were present�<br />
<strong>The</strong> main contention that <strong>Saiccor</strong> with its actual and potential<br />
strengths should, and will probably have to limit its penetration of its<br />
present declining market and take active steps to broaden the market<br />
available was accepted�<br />
<strong>The</strong> action programme set out was agreed in principle�<br />
<strong>The</strong> Review found that ‘<strong>Saiccor</strong> is a very competitive pulp producer<br />
(the world’s lowest cost producer), and has good future prospects<br />
subject to political factors�’ However, the market available to <strong>Saiccor</strong><br />
was declining by 3,2 per cent per annum, hence it was necessary to<br />
improve <strong>Saiccor</strong>’s quality to sell more of its existing product, and<br />
also to make higher alpha pulp (where, for the main end use – cellulose<br />
acetate – a soft low density reeled pulp is also required)� But, even if<br />
all this were done ‘we shall still run out of space (in the market), in<br />
ten years,’ which led to the final conclusion ‘To sell pulp for parts of<br />
the much bigger paper pulp market�’<br />
Only Sipco Huismans strongly objected to <strong>Saiccor</strong> making paper<br />
pulp, on the basis that <strong>Saiccor</strong> would make the poorest of paper pulps,<br />
even if a furnish other than Eucalyptus were used�<br />
<strong>The</strong> action programme agreed in principle by the Board was:<br />
To improve quality – <strong>Saiccor</strong>’s pulp was considered poorer than that<br />
of its competitors because of high trash levels (spots, ash, calcium<br />
and silica) and because of the variability of all quality parameters<br />
(Marcello’s hobby-horse)� It was believed the cause of the problem<br />
was that all plants were operating above design capacity� Although<br />
the team did not have any solutions, the action plan was that<br />
investigations should be undertaken to find solutions�<br />
116
<strong>The</strong> Dell Period (1983–1985)<br />
To make higher alpha pulp – <strong>Saiccor</strong> to investigate the installation<br />
of a third bleach plant and new pulp machine, splitting the plant<br />
into two streams, where one stream could make higher grade<br />
dissolving pulp and paper pulp�<br />
To make paper pulp – <strong>Saiccor</strong> to investigate the making of magnefite<br />
paper pulp from either Eucalyptus or pine, and to investigate the<br />
market for this pulp�<br />
<strong>The</strong> Review was of the opinion that Eucalyptus was in short supply,<br />
although Johan van der Walt believed that with improvements already<br />
made in silviculture, this would soon be reversed�<br />
In terms of plant and equipment, the Review was repeating<br />
what was in the magnesium plant proposal of 1982, but with a<br />
greater emphasis on quality, while the marketing thrust of the<br />
1985 <strong>Saiccor</strong> Review has been the basis of <strong>Saiccor</strong>’s marketing<br />
strategy ever since�<br />
I have it on very good authority that Geoff Turner made a second<br />
presentation of the <strong>Saiccor</strong> Review, to the Courtaulds Board, in either<br />
late 1985 or early 1986� In this presentation he recommended to the<br />
Courtaulds Board that they sell <strong>Saiccor</strong>� Again only Sipco Huismans<br />
objected� (<strong>Years</strong> later when Sipco was Managing Director of<br />
Courtaulds, and <strong>Saiccor</strong> was owned by <strong>Sappi</strong>, Sipco offered Eugene<br />
van As a blank cheque to have <strong>Saiccor</strong> back�)<br />
<strong>The</strong> third significant event that occurred in 1985 concerned the<br />
currency debacle� From about 1982 the Courtaulds treasury started<br />
speculating with currency, by having <strong>Saiccor</strong> sell some of their dollar<br />
sales forward to the Reserve Bank when they believed the rand would<br />
strengthen� <strong>The</strong> gamble seemed to work until 1985� In early 1985<br />
there was a fairly widespread belief in financial circles that the rand<br />
was about to strengthen substantially� Many importers waived<br />
forward cover while <strong>Saiccor</strong> sold a large portion of its 1985 dollar<br />
sales forward� Instead the rand ‘fell out of bed’, and <strong>Saiccor</strong>, for the<br />
first time in its history, made a loss (nearly R30 million)�<br />
Peter Dell was recalled to an undisclosed position at Courtaulds in<br />
January 1986, only to resign a short while later�<br />
Norman Wooding and James Wrangham resigned<br />
from the <strong>Saiccor</strong> Board� Gordon Campbell replaced<br />
Peter Dell as Managing Director on 1 February<br />
1986, and Koos van Rooy became Chairman�<br />
Production over the Dell period increased by 5 per<br />
cent in 1983, was static in 1984 and dropped in 1985<br />
as a result of the start-up of the magnesium plant�<br />
<strong>Saiccor</strong> sales outside Courtaulds grew to 45 per<br />
cent of total sales by 1985, with sales to Japan alone<br />
being just short of 100 000 tons� <strong>Saiccor</strong> had<br />
become an inter-national trader�<br />
117<br />
Production t/d in the Dell era,<br />
1983–1985
<strong>The</strong> Campbell Period (1986–1987)<br />
<strong>The</strong> Campbell Period<br />
(1986 –1987)<br />
Gordon Arden Campbell was a<br />
chemical engineer who worked for<br />
Courtaulds Acetate, becoming Chief<br />
Executive before being appointed<br />
Managing Director of <strong>Saiccor</strong> on 1<br />
February 1986�<br />
Gordon was a lively, assertive<br />
individual, who firmly believed<br />
<strong>Saiccor</strong> was 20 years behind the<br />
times, which he determined to<br />
rectify in as short a time as possible�<br />
His hobbies were ‘sports of all kinds’,<br />
having played rugby (for the<br />
Counties) in his youth, and golf when<br />
older� He was appointed to the<br />
Courtaulds Board in 1987 and left<br />
<strong>Saiccor</strong> in July 1987, although he<br />
remained on the <strong>Saiccor</strong> Board until<br />
<strong>Sappi</strong> bought <strong>Saiccor</strong> in 1988�<br />
Gordon Arden Campbell,<br />
Managing Director 1986–1987<br />
119
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
From 1 February 1986 the Board comprised: P J van Rooy<br />
(Chairman), N Boutler,* G A Campbell,* S Huismans,* M<br />
Macdonald, G B Turner*, J L van der Walt and J B Walmisley*<br />
(*British)<br />
In October 1986 R R D Duncan-Anderson was appointed to the Board�<br />
<strong>The</strong> Management Committee and senior staff remained unchanged<br />
with the appointment of Gordon Campbell�<br />
Soon after his appointment, in June 1986, Campbell expressed his<br />
views on <strong>Saiccor</strong>:<br />
<strong>Saiccor</strong> has developed enormously in the thirty years of its existence,<br />
but with the exception of the very early years of literally breaking<br />
new ground, the last three years must have seen the most dramatic<br />
changes� We have changed from being a producer of pulp solely for<br />
the Courtaulds group to a major international trader� This has put<br />
enormous demands on the company to meet new standards in quality,<br />
service, distribution and finance� However, the need to continue to<br />
increase output remains as strong as ever and consistent reliable<br />
production must be a prime target�<br />
I believe we can continue to expand our business, this will require<br />
the successful development and co-operation of each area of the<br />
company – forestry, production, marketing, research, and finance�<br />
This is really about people – people working constructively together�<br />
<strong>The</strong>re was, in fact, very little change at <strong>Saiccor</strong> when it became an<br />
international trader� But with these principles in mind, Gordon set<br />
out to create a new image for <strong>Saiccor</strong>, and to ‘improve and expand<br />
the technical and development resources’ as recommended in the 1985<br />
<strong>Saiccor</strong> Review� He firstly created a new logo, symbolising the<br />
production of a chemical in an environmentally friendly manner� He<br />
then launched a biannual company newspaper, the <strong>Saiccor</strong> News (the<br />
previous newspaper, <strong>The</strong> Raypulp Recorder, had been published between<br />
1960–1962, in 8 volumes)� <strong>The</strong> first volume of the <strong>Saiccor</strong> News<br />
appeared in June 1986�<br />
<strong>The</strong> purpose of the paper was to talk about the business and the<br />
people involved in it, thereby creating a better understanding of the<br />
120<br />
P J van Rooy<br />
Richard ‘Scotch’ Duncan-Anderson
<strong>The</strong> Campbell Period (1986–1987)<br />
business and a greater interest ‘in our widespread activities’� It was<br />
then time to ‘improve and expand the technical development<br />
resources�’<br />
Don Campbell retired at the end of 1986� Don’s position of Financial<br />
Manager was taken over by Richard (‘Scotch’) Duncan-Anderson,<br />
who was hired as Financial Director, while Jack Ardé was hired as<br />
Company Secretary�<br />
Scotch was educated in Zimbabwe, where he trained as an<br />
accountant before working as an audit manager in Europe for nine<br />
years� Returning to South Africa, he spent six years in charge of an<br />
audit group at Anglo American Corporation before joining <strong>Saiccor</strong><br />
on 1 October 1986� He was a keen and competitive sportsman� He<br />
had a strong desire to expand the role of the finance department�<br />
Scotch clashed with Hector Mackenzie (Managing Director from<br />
1987) and left <strong>Saiccor</strong> in April 1989�<br />
Jacques (Jack) Ardé was born in Umzinto and is a Natalian through<br />
and through� He worked as a financial controller for Sterling Drug<br />
and SA Warehousing, and then as Company Secretary for Carnation<br />
before joining <strong>Saiccor</strong> in September 1986� Affable and easy going,<br />
with an interest in art and travel, Jack remained Company Secretary<br />
until he retired in April 1993�<br />
John Hinck, an American chemist, was hired by Campbell as<br />
Product Development Manager on 1 December 1986� John had worked<br />
in research, production, and sales first at Rayonier and then at Western<br />
Pulp, where he had dealings with Campbell when Campbell was<br />
buying pulp for Courtaulds Acetate� On 1 April 1987 he was appointed<br />
to the newly defined role of Technical Manager� His brief from<br />
Campbell was to develop new grades of pulp to provide a wider<br />
market for <strong>Saiccor</strong>’s output� John, a music lover and science<br />
enthusiast, also clashed with Hector Mackenzie and he left in October<br />
1988�<br />
Trevor Larkan joined <strong>Saiccor</strong> on 1 January 1986 to head up a new<br />
treasury operation� Trevor was an accountant educated at Natal<br />
University, from where he also had an Honours degree in Financial<br />
Management� He worked for six years at Unicorn Lines and Jet<br />
International Travel before joining <strong>Saiccor</strong>� He was appointed Financial<br />
Controller and a member of the Management Committee from 1<br />
April 1987, then Financial Manager in May 1989� Trevor was<br />
appointed to the <strong>Saiccor</strong> Board on 1 January 1992 and at the end of<br />
1992 was appointed Financial Director of <strong>Sappi</strong> South Africa� He then<br />
transferred to the United States, ultimately becoming Financial<br />
Director of <strong>Sappi</strong> Fine Papers� He left <strong>Sappi</strong> quite suddenly in October<br />
2001� Trevor was a fine accountant with a sound understanding of<br />
how a business functioned�<br />
In the middle of 1986 John Earnshaw announced that he would be<br />
leaving <strong>Saiccor</strong> at the end of 1986 (although he officially retired on<br />
121<br />
Jacques ‘Jack’ Ardré<br />
John Hinck<br />
Trevor Larkan
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
1 March 1987)� Although Mike Howlett was the ‘heir apparent’,<br />
Norman Boulter and I felt line management was not Mike’s forté<br />
(Mike agreed), and we recruited Chris Williamson as the new Chief<br />
Engineer on 1 December 1986� Chris graduated as a mechanical<br />
engineer from Kings College, University of Durham� He came to South<br />
Africa in 1976 to work for Sasol, then joined Sentrachem before joining<br />
<strong>Saiccor</strong>� Unfortunately, he found he preferred project work and in<br />
July 1996 he relinquished his role as Chief Engineer to work on the<br />
SAP project� Chris left <strong>Saiccor</strong> in March 1999 to pursue his career in<br />
project management�<br />
By the end of 1986 the Management Committee had been<br />
transformed and expanded to include the following:<br />
Gordon Campbell (Managing Director)<br />
Norman Boulter (Works Director)<br />
Sinclair Stone (Technical Manager)<br />
Scotch Duncan-Anderson (Financial Director)<br />
Bryan Thomas (R & D Manager)<br />
John Hinck (Product Development Manager)<br />
Chris Williamson (Chief Engineer)<br />
Andrew Carr (Commercial Manager)<br />
Dave Hillcoat (Financial Controller)<br />
Andy Porter (Personnel Manager)<br />
Jack Ardé (Company Secretary)<br />
<strong>The</strong> magnesium plant operated steadily in 1986, enabling annual<br />
production to rise to a record level of 1 161 t/d� <strong>The</strong> newly developed<br />
Kamyr MC pumps that had been installed in No 2 bleaching allowed<br />
its throughput to be increased, thereby increasing factory production<br />
to 1 200 t/d by April 1986� <strong>The</strong> MC pump was probably the most<br />
significant development in the pulp and paper industry in the 1980s�<br />
Sales increased to 1 134 t/d and profits to R94 million� External sales<br />
made up 51 per cent of total sales�<br />
Quality also improved� A consistent blend of magnesium pulp<br />
reduced calcium levels, while silicas and resins also decreased�<br />
SHEET PULP<br />
122<br />
Chris Williamson<br />
Si ppm CaO ppm Ash ppm Resin % Spots /m 2<br />
1984 86 269 705 0.15 738<br />
1985 84 189 667 0.15 840<br />
1986 71 106 638 0.12 713<br />
Clive Murphy was hired in 1985 as Marketing Manager – New<br />
Products, to initiate the sales of lignosulphonate� <strong>The</strong> only product
<strong>The</strong> Campbell Period (1986–1987)<br />
available at the time was the 15 per cent solution from the liquor<br />
discharge phase of the digester cycle� Nevertheless, Clive, Aldo Stella<br />
(who was transferred from the laboratory to assist Clive), and Joseph<br />
Mabida (who prepared the product), set about selling 15 per cent<br />
lignosulphonates almost exclusively for dust suppression� By 1986<br />
some <strong>50</strong> per cent magnesium liquor became available, which opened<br />
new markets as a concrete additive, a binder and a resin extender� By<br />
the end of 1986 about 10 per cent of the local market for<br />
lignosulphonates had been captured� An evaporator was installed in<br />
1988 to make <strong>50</strong> per cent calcium lignosulphonates� Sales climbed<br />
steadily to reach about 600 t/month in the mid-1990s�<br />
Clive Murphy was appointed to the Management Committee in<br />
February 1990 but left <strong>Saiccor</strong> in May that year� Aldo Stella died while<br />
on holiday in the United States in December 1987, while Joseph<br />
Mabida was murdered on his way to work during the political turmoil<br />
of 1990� Noel Rossouw then managed the business until it became<br />
part of LignoTech in 1999�<br />
In January 1986 Courtaulds Chairman Sir Christopher Hogg visited<br />
<strong>Saiccor</strong>� I had the opportunity of showing him the magnesium plant<br />
in operation� He was impressed and very pleased, and commented<br />
that he had not realised how big it was�<br />
Also in January 1986, the Pondo employees (60 in total) absconded�<br />
<strong>The</strong> Pondos, who had been part of <strong>Saiccor</strong>’s workforce from the<br />
beginning, had been under threat from the Zulus since November<br />
1985� <strong>The</strong> conflict had arisen when a Zulu induna, in a speech in<br />
Isipingo, had stated that the reason the Zulus had no jobs was that<br />
the jobs had all been taken by the Pondos� Slowly the Zulus put<br />
pressure on the Pondos� A Pondo was kicked to death in front of<br />
<strong>Saiccor</strong>’s security gate while the four security guards on duty<br />
supposedly saw nothing� By January 1986 tensions were high and all<br />
the Pondos ran away, fearing for their lives� No one was employed to<br />
fill the vacancies and a month later the Pondos returned to work<br />
without incident, carrying on where they had left off as if nothing<br />
had happened� <strong>The</strong>re have been no further tensions�<br />
<strong>The</strong> Brown and Root proposal for a new submarine effluent pipe<br />
was received in June 1986� By August 1986 the Department of Water<br />
Affairs and Forestry agreed to a 3 km stainless steel pipeline with<br />
diffusers over the last <strong>50</strong>0 m, on condition that if the environmental<br />
aesthetics were not improved, <strong>Saiccor</strong> would extend the pipeline to<br />
at least 6 km�<br />
Tenders for the pipeline were called for in November, and Smit Tak<br />
were selected in January 1987� Orders were placed in February – the<br />
order for stainless steel was the biggest Columbus (Middleburg Steel)<br />
had ever received� Construction started in March 1987� Norman<br />
Boulter managed the overall project, Ted Beesley was Project Engineer,<br />
123
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
while Chris Williamson controlled engineering� Brown and Root were<br />
the project managers with Rick Haggett the Project Director� Smit<br />
Tak, with Cor Vermeer in charge, were the main contractors who<br />
subcontracted the 900 mm diameter pipe manufacture to ND<br />
Engineering, with Allan Lofstrand in charge�<br />
Site work on Fontana’s farm in Ilfracombe started in April 1987�<br />
<strong>The</strong> construction of the jetty through the surf zone also started in<br />
April 1987�<br />
A number of small projects aimed at improving pulp quality were<br />
undertaken over this period, although none had a significant effect,<br />
namely:<br />
Improvements made to chip handling (to prevent old chips being<br />
used)�<br />
Liquid sulphur dioxide injection into SO 2 Recovery to improve<br />
liquor strengths� This was not very successful and was abandoned<br />
after an accident�<br />
Log washing to reduce incoming silica�<br />
<strong>The</strong> installation of sand filters in the calcium plant to reduce silica<br />
in cooking liquor� This was unsuccessful as filters blocked solid<br />
with calcium sulphate� Sand filters were moved to the magnesium<br />
plant in January 1988�<br />
<strong>The</strong> redesign of the approach system to No 3 continua to include<br />
thickeners and fan pump, to enable feed consistency to be dropped<br />
to No 2 second screening to improve silica removal� Commissioned<br />
November 1988�<br />
In December 1985 laboratory tests demonstrated the feasibility of<br />
making sulphite paper pulp from either Eucalyptus or pine� By<br />
September 1986 a scheme for cooking pine (to make dissolving pulp)<br />
was prepared, at a proposed cost of R25 million for additional plant<br />
and equipment� <strong>The</strong> price tag dampened Gordon Campbell’s<br />
enthusiasm somewhat, but in late 1986 John Hinck persuaded Gordon<br />
that pine could probably be processed without any capital<br />
expenditure� Gordon’s enthusiasm returned and a pine trial was<br />
planned for June 1987� Gordon explained his reasoning in the <strong>Saiccor</strong><br />
News of June 1987:<br />
<strong>The</strong> demand for viscose fibre and cellophane on a world basis has<br />
continued to decline, as well as having moved geographically� If <strong>Saiccor</strong><br />
is to remain only a viscose pulp producer we will have to take a larger<br />
and larger share of that declining market� Although this is perfectly<br />
possible, the consequences will be a less successful company� An<br />
alternative strategy is to develop our product range further and thereby<br />
to open up wider selling opportunities for <strong>Saiccor</strong>� This is the strategy<br />
we are investigating at the moment� Many of the potential end users<br />
require long fibre pulp� So, in the next couple of months we will be<br />
doing plant trials on the use of pine wood as the source of raw material�<br />
124
<strong>The</strong> Campbell Period (1986–1987)<br />
In February 1986 discussions took place with <strong>The</strong>rmex, a<br />
Johannesburg company run by Chris Barnard, on making activated<br />
carbon from <strong>Saiccor</strong> effluent� <strong>The</strong> concept was the brainchild of Dr<br />
Illeri Seppa, an exceedingly bright Finnish chemical engineer� Illeri<br />
was an ebullient ‘ideas man’, but with a poor command of English,<br />
which often caused great embarrassment� Laboratory work progressed<br />
successfully� By early 1987 it was decided to build a pilot plant on a<br />
joint venture basis between <strong>Saiccor</strong> and <strong>The</strong>rmex� <strong>Saiccor</strong> hired<br />
Malcolm Simpson (Derek’s brother), a young chemical engineer, to<br />
work on the pilot plant, and Mike Howlett was the engineering<br />
advisor� Illeri Seppa led the team� <strong>The</strong> pilot plant produced a high<br />
purity carbon that was suitable for further processing to activated<br />
carbon� By-products included fermentable sugars suitable for<br />
converting to alcohols or protein� However, by May 1989 it was<br />
concluded that full-scale exploitation of the process was not<br />
commercially attractive and all work on the project stopped� Seppa<br />
wrote a scientific paper on the work, where in the final<br />
acknowledgement his poor command of English, coupled with his<br />
exuberant confidence, led to a typical faux pas:<br />
‘…and finally to Mike Howlett, technical projects manager for <strong>Sappi</strong>-<br />
<strong>Saiccor</strong>, who assessed and corrected the drafts of this paper into native<br />
English language and who is largely responsible for its total lack of<br />
comprehensibility�’<br />
By the middle of 1986 the black trade union SAWU started expressing<br />
discontent with the job grades (which had been established by<br />
management) at <strong>Saiccor</strong>� When management tried to circumvent the<br />
issue, the union became more adamant until management finally agreed<br />
in November 1986 to regrade all jobs in the wage earning category<br />
according to the internationally accepted Patterson system� This was<br />
an enormous undertaking, as many of the jobs had no job description�<br />
At the same time, November 1986, the random breathalyser was<br />
introduced at <strong>Saiccor</strong>, following an accident in the boiler house in<br />
which an outside contractor died� Although the Inspector of<br />
Machinery, Colin Murphy, did not apportion any blame to <strong>Saiccor</strong>,<br />
he asked what steps were being taken to prevent people under the<br />
influence entering the factory� <strong>The</strong> breathalyser was not well received!<br />
Even today, after being in constant operation for 15 years, it is still<br />
the subject of fierce criticism, as many people have been dismissed as<br />
a result of its reading�<br />
In August 1986 <strong>Saiccor</strong> had a visit from the Department of Health<br />
informing us that both local residents and the press had become more<br />
sensitive to air pollution from <strong>Saiccor</strong>� Consultants were engaged to<br />
measure sulphur dioxide emissions from all stacks and sulphur dioxide<br />
levels in the surrounding communities� Once the results were known,<br />
125
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>Saiccor</strong> proposed piping the exhaust from the Hagglund towers (the<br />
highest source of sulphur dioxide emissions) to the venturis in the<br />
magnesium plant� <strong>The</strong> Department of Health was happy with the<br />
proposal� <strong>The</strong> project went ahead and was commissioned in June<br />
1988, just two months after the first official gas complaint from<br />
Umkomaas and Ilfracombe�<br />
In late 1986 Gordon Campbell sold the Lido because it was not<br />
profitable� It was probably never profitable, but was kept as a<br />
convenience for functions and guests� Oakley Tainton insisted on<br />
<strong>Saiccor</strong> guests staying at the Lido, which had ensured some occupancy,<br />
but when Oakley retired the practise ceased, leading to a decline in<br />
occupancy with its inevitable consequence� <strong>The</strong> Lido was so much a<br />
part of <strong>Saiccor</strong>’s history, it was sad to see it go�<br />
Production dropped from 1 170 t/d to 1 153 t/d in the last calendar<br />
quarter of 1986, and continued to fall to 1 115 t/d in the second<br />
quarter of 1987� Morale had started to deteriorate� <strong>The</strong> organisation<br />
was changing, which could be accepted, but there was a feeling that<br />
longer-serving employees, particularly the Italians, were not<br />
recognised for the contribution they had made to the success of the<br />
business� <strong>The</strong>re were too many new positions and too many new<br />
people in senior positions� <strong>The</strong> Italians, who were then nearly all in<br />
their mid to late fifties, believed that although they had given their<br />
lives to making <strong>Saiccor</strong> a success, no one now even knew what they<br />
had achieved, nor did they care �<br />
Gordon Campbell asked me in the second quarter of 1987 what we<br />
needed to do to make 1 200 t/d� I suggested we give out 30 company<br />
motor cars� Gordon answered that he would be happy to give one or<br />
two cars if that could solve the problem, but 30 were out of the question�<br />
‘Do you know that in Grimsby only the factory manager has a company<br />
car?’ was his response� He would not accept that the practice in South<br />
Africa was different from that in the UK� At that time only <strong>Saiccor</strong>’s<br />
Management Committee had company cars, which was far less than<br />
other comparable companies in South Africa�<br />
Early in 1987 Norman Boulter announced he would be retiring at<br />
the end of May 1987� Gordon Campbell reorganised fairly quickly� I<br />
was to become Works Manager and John Hinck Technical Manager,<br />
from 1 April 1987� However, the role of Technical Manager had been<br />
redefined to include quality assurance, product and process<br />
development, process specification, and to provide technical support<br />
through his department�<br />
Bryan Thomas reported to John Hinck� Mike Howlett transferred<br />
to the technical department as a development engineer, and other<br />
transfers to the technical department from the production<br />
department were Wayne Weston, a young chemical engineer who<br />
126
<strong>The</strong> Campbell Period (1986–1987)<br />
had joined <strong>Saiccor</strong> on 1 May 1986, and Gunther Garz and Chris Baum,<br />
who had both just completed their chemical engineering diplomas�<br />
Derek Weightman was appointed Deputy Works Manager (the old<br />
Technical Manager position), while the Assistant Technical Manager<br />
position became Plant Manager – Mike Bentley was moved to Pulp<br />
Finishing as Plant Manager, while Martin Ferreira was appointed Plant<br />
Manager for Pulp Preparation from April 1987� Silvano Moro, who<br />
had been at <strong>Saiccor</strong> since its inception, was appointed Production<br />
Manager of the magnesium plant�<br />
Although Norman Boulter was to retire at the end of May 1987,<br />
he agreed to stay on in a consulting capacity to look after three<br />
projects, the effluent pipeline, the carbon pilot plant (Saicarb) and<br />
the flats in the town of Magabeni (which were all completed by May<br />
1989)� He also remained on the Board as a non-executive director<br />
until the <strong>Sappi</strong> purchase in 1988�<br />
Shortly after the reorganisation of <strong>Saiccor</strong>, it was announced that<br />
Gordon Campbell had been appointed to the Courtaulds Board, where<br />
he retained responsibility for the Pulp Product Group worldwide,<br />
remaining on the <strong>Saiccor</strong> Board� Although Gordon left <strong>Saiccor</strong> in the<br />
middle of July 1987, Hector Mackenzie took over as Managing<br />
Director from 1 June 1987�<br />
127<br />
Silvano Moro
<strong>The</strong> Mackenzie Period (1987–1989)<br />
<strong>The</strong> Mackenzie Period<br />
(1987 –1989)<br />
Dr Hector Douglas Mackenzie, a<br />
chemist, was Site Director at<br />
Grimsby in the UK before becoming<br />
Managing Director of <strong>Saiccor</strong> on 1<br />
June 1987� He had worked in<br />
research and production at<br />
Courtaulds from 1955, and was joint<br />
Technical Manager at Usutu from<br />
1960 to 1963� Hector was a polite,<br />
‘old-fashioned’ English gentleman,<br />
but was as tough as teak in his<br />
business dealings�<br />
Dr Hector Douglas Mackenzie<br />
129
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
From 1 June 1987 the Board comprised: P J van Rooy<br />
(Chairman), H D Mackenzie,* N Boulter,* G A Campbell,*<br />
R R D Duncan-Anderson, S Huismans,* M Macdonald and<br />
J L van der Walt� (*British)<br />
At this time, I was Works Manager� I was born in Johannesburg on<br />
26 July 1942� After completing school at CBC in Bulawayo (in what<br />
was then Rhodesia), I returned to Johannesburg to study chemical<br />
engineering at Wits� From there I worked in London for four years<br />
before joining <strong>Saiccor</strong>’s Process Investigation department in May 1972�<br />
In 1976 I was appointed Assistant Technical Manager, in 1982<br />
Technical Manager, in 1987 Works Manager, and appointed to the<br />
<strong>Saiccor</strong> Board in January 1992�<br />
<strong>The</strong> Management Committee comprised:<br />
Hector Mackenzie (Managing Director)<br />
‘Scotch’ Duncan-Anderson (Financial Director)<br />
Sinclair Stone (Works Manager)<br />
John Hinck (Technical Manager)<br />
Bryan Thomas (R & D Manager)<br />
Chris Williamson (Chief Engineer)<br />
Andrew Carr (Commercial Manager)<br />
Trevor Larkan (Financial Controller)<br />
Andy Porter (Personnel Manager)<br />
Jack Ardé (Company Secretary)<br />
Derek Weightman was Deputy Works Manager, while Plant Managers<br />
were Mike Bentley (Finishing), and Martin Ferreira (Preparation)�<br />
Production Managers were Bepi Martelossi, John Davey, Ennio Zan,<br />
Marino Cudin, Sergio Baldo and Silvano Moro, with Gordon Vice as<br />
Woodyard Supervisor�<br />
Sergio Baldo was born on 21 March 1937 in San Giorgio di Nogaro<br />
and came to South Africa in 1957 to work on the mines – he had not<br />
been associated with SAICI� He joined <strong>Saiccor</strong> on 16 April 1963 as a<br />
fitter, and soon became the key artisan in the liquor plant, doing<br />
every imaginable job from lead burning to brick laying�<br />
In 1981 Sergio was appointed a Production Superintendent and then<br />
Production Manager of the liquor plant in July 1987, a position he held<br />
until he retired on 1 May 1997, during which time he took the liquor<br />
plant from its antiquated state into the 21st century� Sadly, he died on<br />
12 February 2000� Sergio had an extremely inquiring mind, seeking<br />
reasons for everything� He was a most capable individual who<br />
succeeded at all he did through dedicated effort� He felt a closeness<br />
to the working man� In his spare time he was a cook of note�<br />
John Davey was born on 31 January 1927 and was schooled at<br />
Merchiston in Pietermaritzburg, and Kersney� He farmed with his<br />
130<br />
Sinclair Stone<br />
Sergio Baldo<br />
John Davey
<strong>The</strong> Mackenzie Period (1987–1989)<br />
father before joining <strong>Saiccor</strong> on 21 September 1962 as a crane driver�<br />
On 1 May 1969 he was appointed Woodyard Supervisor, and was<br />
transferred to the flock plant on 12 July 1982� He later also took control<br />
of No 1 continua� He retired on 1 March 1992� John was a man with<br />
very firm opinions and, being reluctant to compromise, often found<br />
himself at loggerheads with colleagues� He was a tough task master<br />
but a good manager, and a keen and competent sportsman�<br />
Divisional Engineers were Basilio Segatto, Owen Spence and Henry<br />
Zan� Services Engineer was Lionel Davies, Electrical was Jimmy<br />
McFeat, Instruments Barry Tokelove, Workshops Attilio Segatto and<br />
Building Luigi Mazzaro�<br />
Luigi Mazzaro is the son of Lorenzo, who came to <strong>Saiccor</strong> on 24<br />
June 1954, and retired as a Boilermaker Chargehand in the workshop<br />
on 1 May 1991� Luigi was born in San Giorgio di Nogaro on 1 August<br />
1952 and came to South Africa in October 1956� After a successful<br />
school career, he spent two years at University before joining civil<br />
consultants, where he completed a civil engineering diploma (T4)�<br />
He joined <strong>Saiccor</strong> on 1 April 1978, where he completed his T5� He<br />
was appointed Building Manager on 1 June 1987�<br />
Luigi was a star footballer, turning down professional offers when<br />
he was 17, but toured Europe in 1977 as part of the SA Universities<br />
team� He was a leading player at the Umkomaas Football Club�<br />
Barry Norman Tokelove was born on 7 December 1932 to a family<br />
with deep-seated British colonial traditions – the wearing of a pith<br />
helmet was mandatory� He was educated at Kersney, which developed<br />
his innate sense of humour and fun� After obtaining his<br />
instrumentation diploma, he worked at the CSIR before joining<br />
<strong>Saiccor</strong> on 1 March 1971 as Assistant Instruments Engineer� He was<br />
promoted to Instruments Engineer on 1 January 1976 and retired on<br />
1 May 1994�<br />
Ciano Ioppo was Projects Manager and Alfredo Battiston Chief<br />
Draughtsman�<br />
Although Bill Hudson left <strong>Saiccor</strong> at the end of July 1986, the<br />
accounts department was still adequately staffed with Scotch<br />
Duncan-Anderson, Trevor Larkan, Jimmy McInnes, Dave Clark, Reg<br />
Bartlett and Robin Pollock�<br />
Kier Murray was the Chief Buyer and Mike McCann was the<br />
medical officer�<br />
Bruce Peddie retired at the end of May 1987, having been in charge<br />
of fire, safety, and security since January 1984, before which he worked<br />
for many years as a Personnel Officer� When Bruce retired, Brian White<br />
was seconded from Courtaulds for three years as <strong>Saiccor</strong>’s Safety<br />
Manager� Brian was a chemical engineer who had branched into safety<br />
fairly early in his career and had gained much safety experience at<br />
Courtaulds� Phil Glannister soon followed Brian as head of fire and<br />
security, a job in which he had gained much experience at Courtaulds�<br />
131<br />
Luigi Mazzaro<br />
Barry Tokelove
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> first major event to occur in the Mackenzie era was the pine<br />
run, although the planning had preceded him� In the middle of July<br />
1987, 10 000 tons of debarked pine logs arrived at <strong>Saiccor</strong>� <strong>The</strong> plan<br />
was to chip all the logs and process all the chips as soon as possible,<br />
before they had a chance of turning ‘blue’�<br />
Cooking started on 20 July, and all seemed to be going well until<br />
the pine pulp reached the first pressure washer in the magnesium<br />
plant� <strong>The</strong> pine pulp drained so much better than Eucalyptus that the<br />
washer drum could not slow down far enough to keep it working<br />
properly� From there on it was one disaster after another� <strong>The</strong> poorly<br />
washed pulp came out of No 9 storage tower in slugs, as the tower<br />
has no mixer� Being so poorly washed, it could not be properly bleached<br />
– it was off colour and full of big shives (in addition the disc knotters<br />
could not handle the pine)� <strong>The</strong> consistency of the feed to the machine<br />
was extremely variable, and although the sheet varied in thickness<br />
from tissue paper to board, it was tough enough not to break� <strong>The</strong><br />
trial was abandoned as soon as the pulp came through bleaching, 4<strong>50</strong><br />
tons were processed, all substandard� Half the pine chips were thrown<br />
away while the process was contaminated with pine shives for weeks�<br />
<strong>The</strong> trial was a disaster, but some important lessons were learned for<br />
a further trial, after all pine had been used successfully at <strong>Saiccor</strong> in<br />
the 1960s� But up to today no further trial has taken place�<br />
<strong>The</strong> pine trial was just over, when, on 26 July, there was a huge<br />
electrical fire in No 19 substation� Damage was severe and took seven<br />
days to repair, during which time the entire calcium plant was out of<br />
action and some 7 000 t of pulp were lost�<br />
On 11 September 1987 I had a visit from Ted Beesley and Rick<br />
Haggett� As Norman Boulter was on leave, they were reporting<br />
progress on the effluent pipeline to me� As far as I could ascertain,<br />
the pipe was ready to pull into the ocean but Ted and Rick wanted<br />
more time to do some final checking� Thinking they were<br />
procrastinating, I asked them to start the pull the next day� At 3�30<br />
Work on the stainless steel effluent pipe at ND<br />
Engineering’s workshops, 1987<br />
132<br />
Sections of the pipe on site, just before installation
<strong>The</strong> Mackenzie Period (1987–1989)<br />
pm my wife Yvonne, clutching a bottle of champagne<br />
(much to Franco Scarpa’s protestations, as he thought<br />
there were much better uses for a bottle of champagne),<br />
clambered into the pipe trench to launch the pipeline,<br />
named ‘Ted’s Flute’�<br />
A temporary jetty was specially constructed for the<br />
‘pulling’ of the pipe� Contractors Smit Tak, under Cor<br />
Vermeer, were a very professional outfit, steadily pulling<br />
the pipe 3 km out to sea from 3�30 pm on 12 to 20<br />
September, without any major problem� <strong>The</strong> landline<br />
was then laid and the new effluent pipeline was<br />
commissioned on 20 November 1987� This was a very<br />
successful project, coming in on time and within the<br />
R30 million budget, and complaints about effluent<br />
ceased until the Mkomazi plant was commissioned in<br />
1995�<br />
About a week after the laying of the new pipeline,<br />
420 mm of rain fell in the Mkomazi catchment area,<br />
most of it between 25 and 29 September� <strong>The</strong> river level<br />
started rising steadily� By the morning of the 28th the<br />
level was looking dangerous and cooking was stopped�<br />
By 3�30 pm the rest of the factory was stopped� At 6 pm<br />
the water intake was abandoned as water was starting<br />
to run across the operating floor, which was normally<br />
some 8 m above the river level� <strong>The</strong> river flow reached a<br />
peak of 7 000 cumecs (2<strong>50</strong> 000 cusecs), coming to within<br />
half a metre of the top of the berm on the west side of the factory,<br />
and dangerously close to flowing into the site at the woodyard�<br />
<strong>The</strong> flood had wreaked havoc� <strong>The</strong> open effluent channel from the<br />
factory to the pumphouse (3,5 km) was filled with mud� <strong>The</strong> plastic<br />
lining in the channel had been ripped for 1 km, 1,1 km of rail line<br />
ballast had been damaged, the overhead power line to the effluent<br />
pumphouse was down for 1,5 km, and the walkway to the intake<br />
pumps and the sheet piling were destroyed� <strong>The</strong> new effluent pipeline<br />
LEFT, the road bridge to Magabeni at the time of the flood and, RIGHT,<br />
under normal conditions<br />
133<br />
<strong>The</strong> temporary jetty constructed for the ‘pulling’ of<br />
the pipe by contractors Smit Tak<br />
<strong>The</strong> plaque commemorating the launch of the effluent<br />
pipeline, ‘Ted’s Flute’, on 12 September 1987<br />
TOP, the factory at the time of the<br />
flood (downstream from the<br />
bridge) and, BOTTOM, under<br />
normal conditions
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
was 1<strong>50</strong> mm higher than intended in the surf zone,<br />
where mechanical trenching was hampered by flood<br />
debris�<br />
<strong>The</strong> major undertaking was to clear the effluent<br />
channel� Since access to the channel was impossible for<br />
machines, the job had to be done by hand� As the factory<br />
had stopped operating, there were some <strong>50</strong>0 operating<br />
personnel available� Work could commence as soon as<br />
<strong>50</strong>0 shovels could be obtained� By one of the strangest<br />
coincidences imaginable, the small R & R Hardware store<br />
outside the factory (where the contractors’ yard is<br />
today), had 400 shovels! Work commenced but the<br />
operators soon found the task heavy going and some<br />
started disappearing into the bush along the 3,5 km<br />
channel� After a few days it became necessary to hire<br />
casual labour through Murray & Roberts to complete<br />
the job�<br />
<strong>The</strong> factory restarted slowly, on 10 October�<br />
March 1988 marked the end of a poor financial year in<br />
terms of mill performance� Production was down at 1<br />
041 t/d due to the pine trial, fires and the flood, which<br />
also had a detrimental effect on quality� Courtaulds, who<br />
at that stage accounted for <strong>50</strong> per cent of <strong>Saiccor</strong>’s sales, were forced<br />
to buy pulp on the open market, while sales to external customers<br />
were postponed� Pulp prices however, were firm, giving record<br />
operating profits of R96 million�<br />
Capital expenditure had been curtailed by Courtaulds from 1986,<br />
and only items considered essential were approved� Hence there were<br />
only a few projects initiated or completed in 1987/88�<br />
<strong>The</strong> effluent pipeline was commissioned in November 1987�<br />
<strong>The</strong> <strong>50</strong>0 operating personnel from the factory were set to task clearing the mud from the effluent channel after the<br />
flood�<br />
134<br />
TOP, debris on the beach and,<br />
BOTTOM, the rail/road bridge at<br />
the Mkomazi River mouth
<strong>The</strong> Mackenzie Period (1987–1989)<br />
<strong>The</strong> replacement of No 7 digester in stainless steel was<br />
commissioned in September 1987� <strong>The</strong> request to replace No 6,<br />
the last low pressure digester, was not approved in two successive<br />
years�<br />
<strong>The</strong> elements in the evaporator had started tearing apart� Mondi<br />
had experienced the same problem at Richards Bay, and we<br />
concluded – although could not prove – that the elements were<br />
poorly manufactured in the UK� Replacement elements were<br />
ordered from Sumitomo in Japan in May 1988 for R12 million,<br />
which was more than the cost of the entire evaporator plant in<br />
1983 (R10 million)�<br />
At the start of the new financial year, Hector Mackenzie asked me<br />
what needed to be done to make 1 200 t/d� I again suggested 30-odd<br />
motor cars� Hector was quite receptive to the idea, but needed to<br />
clear it with Gordon Campbell, which I knew would be a stumbling<br />
block�<br />
On Saturday 1 May 1988, Cesare Mensi died at work of natural<br />
causes� Cesare was born on 11 January 1927 in Torviscosa and came<br />
to <strong>Saiccor</strong> on 5 August 1954 as a fitter� He became expert in installing<br />
machine clothing and adhesives and despite being diabetic, would<br />
think nothing of working 40 hour stints – he was one of very few<br />
people flown from his holiday in Cape Town to deal with an<br />
emergency� A member of Martelossi’s choir, he was President of the<br />
Italian Club at the time of his death�<br />
Early in the new financial year I had an unexpected visit from Gordon<br />
Campbell� He firstly swore me to secrecy, then proceeded to say he<br />
was negotiating the sale of <strong>Saiccor</strong> to <strong>Sappi</strong>� As <strong>Sappi</strong> were not going<br />
to visit the site, he wanted me to confirm all <strong>Saiccor</strong>’s assets with<br />
the lawyers� <strong>The</strong> reasons he gave for the sale were that the pulp<br />
business was not part of Courtaulds’ core activities and they found<br />
it hard to come to terms with the capital intensity of the business�<br />
He felt <strong>Saiccor</strong>’s future would be better served by someone like <strong>Sappi</strong>,<br />
who had a better understanding of the business, and its requirements�<br />
He emphasised that it was not for political reasons�<br />
I went through the asset register with the lawyers and over the<br />
next few months negotiations took place� On 15 July 1988 the<br />
momentous announcement was made that <strong>Sappi</strong> was buying <strong>Saiccor</strong>�<br />
<strong>The</strong> news created a great deal of uncertainty at <strong>Saiccor</strong>, although<br />
Hector Mackenzie soon sent out a notice to reassure employees,<br />
concluding: ‘A takeover of one company by another is bound to be<br />
unsettling, but I genuinely believe that <strong>Sappi</strong> will invest more money<br />
than Courtaulds could, given the circumstances� This should be to<br />
the benefit of <strong>Saiccor</strong> and its employees provided our performance<br />
takes advantage of the new opportunities�’<br />
135<br />
Cesare Mensi
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>Saiccor</strong>’s management team at the time of the <strong>Sappi</strong> takeover in 1988 remained unchanged� BACK ROW, LEFT TO<br />
RIGHT: Bryan Thomas, Trevor Larkan, Andrew Carr, John Hinck, Andy Porter� FRONT ROW, LEFT TO RIGHT: Jack<br />
Ardé, Scotch Duncan-Anderson, Hector Mackenzie, Sinclair Stone and Chris Williamson<br />
Eugene van As, Managing Director of <strong>Sappi</strong>, asserted: ‘<strong>Sappi</strong> have<br />
acquired a successful business, and it is not their intention to ruin it<br />
by unnecessary interference�’<br />
Eugene has been true to his word� <strong>The</strong> only change to <strong>Saiccor</strong> staff<br />
was the appointment of Roland Mazery as Managing Director<br />
designate to replace Hector Mackenzie when he reached retirement<br />
age on 1 June 1989�<br />
Hector Mackenzie told <strong>Sappi</strong> News (September 1988): ‘We are<br />
making so much money, we’ll be an embarrassment to Courtaulds<br />
for having sold us� <strong>Saiccor</strong> is a tremendous investment�’<br />
All <strong>Saiccor</strong> employees were fortunate in that all their conditions<br />
of employment were restated on the basis that if a <strong>Saiccor</strong> condition<br />
was better, they would keep it, if not they would change to the <strong>Sappi</strong><br />
condition�<br />
<strong>The</strong> <strong>Saiccor</strong> management team at the time of the takeover was left<br />
unchanged�<br />
All staff positions were graded according to Peromnes, a <strong>Sappi</strong><br />
practice, and all grade 7 and above positions received company motor<br />
cars� <strong>The</strong>re were soon 30-odd new cars in the parking lot – and a<br />
feeling of ‘justice at last’�<br />
<strong>Sappi</strong> formally became the owners of <strong>Saiccor</strong> on 19 September 1988,<br />
and Usutu on 20 September 1988� <strong>The</strong> last ‘old’ <strong>Saiccor</strong> Board meeting<br />
136
<strong>The</strong> Mackenzie Period (1987–1989)<br />
took place on 10 August 1988� At a dinner for the Board and <strong>Saiccor</strong><br />
management preceding the meeting, Gordon Campbell thanked the<br />
IDC for being such a good partner over so many years� Koos van<br />
Rooy reciprocated for the IDC�<br />
<strong>The</strong> Business Day on 29 August 1988 noted: ‘<strong>Sappi</strong> shareholders have<br />
approved one of the largest transactions in the history of S�A� business<br />
– the R1,05 billion acquisition of control of <strong>Saiccor</strong> and Usutu Pulp�’<br />
<strong>The</strong> South African Industrial Mirror (October 1988) went on:<br />
‘This (the acquisition) effectively puts <strong>Sappi</strong> in the big league of<br />
the world’s top 25 paper producers and increases the group’s turnover<br />
from the current R1 <strong>50</strong>0 million to about R2 400 million� This latest<br />
expansion can be seen as the most important milestone in <strong>Sappi</strong>’s<br />
history and transforms the company into one of the two mega powers<br />
in the South African industrial arena�<br />
‘Other effects of this dramatic expansion are that the number of<br />
<strong>Sappi</strong> employees has suddenly doubled from 12 000 to nearly 25 000<br />
and that the total amount of timberland is increased from 156 000<br />
hectares to 299 000 hectares� <strong>The</strong> takeover of these two companies<br />
has made <strong>Sappi</strong> the second biggest industrial group in South Africa –<br />
Sasol being the biggest – and bigger than competitor Mondi�’<br />
Gavin Relly, then Chairman of Anglo American, commented that<br />
he was sorry he could not buy <strong>Saiccor</strong> for Mondi�<br />
Over the next 10 years the acquisition of <strong>Saiccor</strong> helped <strong>Sappi</strong> buy<br />
other companies in the pulp and paper industry in Europe and the<br />
US, making <strong>Sappi</strong> the world’s largest producer of coated wood-free<br />
fine paper�<br />
<strong>The</strong> money Courtaulds received for <strong>Saiccor</strong> was invested in the<br />
chemical industry in the United States; but this did little to help the<br />
ailing giant� Part of the sale of <strong>Saiccor</strong> was a 10-year sales agreement<br />
in which <strong>Sappi</strong> would sell 200 000 t of pulp to Courtaulds at a discount<br />
of 20 per cent to the market price, with the discount steadily<br />
decreasing to 7,5 per cent over the 10 years� This went some way to<br />
help Courtaulds, but could not prevent its slow demise�<br />
In his early days as Chairman of Courtaulds, Lord Kearton followed<br />
a strategy of vigorous expansion, building Courtaulds into a massive<br />
industrial conglomerate, one of the largest in the UK (which he held<br />
together), with 145 000 employees� In the last two years of Kearton’s<br />
reign the company’s earnings started to decline, which did not<br />
improve through 1976–1979 with Sir Arthur Knight at the helm�<br />
When Sir Christopher Hogg became Chairman in 1979, he changed<br />
Courtaulds’ strategy� Each unit or company had to make a profit or<br />
close down� Although profits did eventually improve, the massive<br />
conglomerate started shrinking�<br />
Why did Courtaulds sell <strong>Saiccor</strong>? Sir Christopher Hogg said at the<br />
time: ‘This sale marks an important step in the evolution of<br />
137
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Courtaulds into a more focused, management intensive, growth<br />
company� Given the competing demands for investment from our<br />
other business sectors we decided some time ago that this business<br />
(wood pulp), despite its strength, could not offer Courtaulds a long<br />
term growth opportunity�’<br />
By the time <strong>Saiccor</strong> was sold, the total number of people employed<br />
by Courtaulds had dropped to 45 000, and continued to fall until<br />
Courtaulds was bought by the Dutch company Akzo Nobel in June<br />
1998 while Gordon Campbell was at the helm� In the early 1970s<br />
Courtaulds operated viscose mills at Grimsby, Greenfield and<br />
Carrickfergus in the UK, Calais in France, Mobile in the USA and in<br />
Canada, plus cellophane plants in Bridgwater and Barrow in the UK<br />
and in Canada� In 2001, the last remaining Courtaulds factories,<br />
Grimsby and finally Mobile (started in 1952), were shut down�<br />
Shortly after the formal change of ownership on 19 September<br />
1988, the <strong>Sappi</strong> Executive visited <strong>Saiccor</strong> – they seemed pleased with<br />
their purchase� In early October <strong>Saiccor</strong> hosted 1<strong>50</strong> delegates from<br />
the <strong>Sappi</strong> Management Conference, when <strong>Saiccor</strong> was warmly<br />
welcomed into the <strong>Sappi</strong> fold� Roland Mazery arrived at <strong>Saiccor</strong> on<br />
1 November�<br />
While the change of ownership was making headlines, life within<br />
<strong>Saiccor</strong> carried on as normal, with several improvements being made�<br />
In October 1988 a new Accuray digester computer was<br />
commissioned�<br />
Between 6 and 30 November 1988 the evaporator elements were<br />
replaced� <strong>The</strong> new Sumitomo elements consisted of two banks,<br />
one 12 ft long the other 24 ft long, the original elements were 36<br />
ft long�<br />
<strong>The</strong> modified approach system for No 3 continua with fan pump<br />
and thickener was commissioned between 22 and 25 November<br />
1988�<br />
Additional water softeners were commissioned in November 1988�<br />
A second-hand 10 t/h ball mill for crushing limestone was<br />
commissioned in March 1989� <strong>The</strong> limestone atritor that had<br />
‘crashed’ so many times in its lifetime was finally laid to rest�<br />
<strong>Saiccor</strong> presented its first budget to the <strong>Sappi</strong> Executive at the<br />
Johannesburg Head Office on 17 November 1988� <strong>The</strong> budget was<br />
well received and surprisingly the capital expenditure (including No<br />
6 digester replacement) was accepted unchallenged� Noting the<br />
surprise, Eugene van As commented, ‘I am quite willing to spend<br />
money if it makes money’, a refreshing attitude not seen at <strong>Saiccor</strong><br />
since the late 1970s�<br />
<strong>The</strong> year 1989 marked 35 years service for those who came to<br />
Umkomaas in 1954 to build <strong>Saiccor</strong>, a proud moment for those men<br />
who were now no longer young�<br />
138
<strong>The</strong> Mackenzie Period (1987–1989)<br />
1989 marked 35 years service for those who came to Umkomaas in 1954 to build <strong>Saiccor</strong>, a proud moment for those<br />
men who were now no longer young<br />
In view of this pending anniversary, Hector Mackenzie’s notice of<br />
1 December 1988 appeared bizarre (remembering also that most of<br />
Natal regarded 2 January as a public holiday)�<br />
At the last meeting of the old <strong>Saiccor</strong> Board on Wednesday August<br />
10th 1988, prior to ownership passing to <strong>Sappi</strong>, the then Chairman,<br />
Mr P J van Rooy proposed, and it was unanimously approved by the<br />
directors representing the Courtaulds Group and the Industrial<br />
Development Corporation of South Africa, that when a suitable<br />
opportunity arose their appreciation should be expressed in some<br />
tangible way to all employees for all they had done to contribute to<br />
the success of <strong>Saiccor</strong>�<br />
As a small token of appreciation it has been decided that New Year’s<br />
day which falls on a Sunday, and would not normally be enjoyed as<br />
a public holiday, will be transferred on this occasion to Monday 2nd<br />
January 1989, which will therefore be treated as a paid holiday�<br />
As this was the only ‘token’ of appreciation for 35 years of success,<br />
the notice went down like a lead balloon�<br />
<strong>The</strong> 11-month financial year ended successfully on 28 February<br />
1989 (<strong>Sappi</strong>’s year end)� Production improved to average 1 086,4 t/d<br />
(95 per cent of budget) and firmer pulp prices resulted in operating<br />
income rising to R212 million (US$90 million)� Fifty per cent of sales<br />
were to Courtaulds�<br />
In October 1988 there was a Courtaulds-<strong>Saiccor</strong> research meeting<br />
at <strong>Saiccor</strong> at which André Vlok, <strong>Sappi</strong>’s Technical Director, facilitated�<br />
<strong>The</strong> meeting initiated a disagreement between Hector Mackenzie<br />
139
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
and John Hinck, after which John left <strong>Saiccor</strong>� Bryan Thomas was<br />
appointed Technical Manager from 1 November 1988�<br />
<strong>The</strong> relationship between Hector Mackenzie and Scotch Duncan-<br />
Anderson became strained and Scotch left in April 1989� Trevor Larkan<br />
was appointed Financial Manager from 1 May 1989�<br />
Hector Mackenzie retired from <strong>Saiccor</strong> and Courtaulds at the end<br />
of May 1989 and returned to Grimsby (UK)� Roland Mazery became<br />
Managing Director of <strong>Saiccor</strong> on 1 June 1989�<br />
140
<strong>The</strong> Mazery Period (1989–1996)<br />
<strong>The</strong> Mazery Mackenzie Period Period<br />
(1989 (1987 –1996) –1989)<br />
Although born in Mauritius on 15<br />
August 1940, Roland Egon Jean-<br />
Marie Mazery was schooled in Bath,<br />
England, which gave him some<br />
English mannerisms but could not<br />
disguise his French temperament�<br />
He first joined Gencor’s buying<br />
department before becoming<br />
Personal Assistant to <strong>Sappi</strong>’s<br />
Managing Director, then General<br />
Manager of <strong>Sappi</strong> Cape Kraft, then<br />
General Manager of <strong>Sappi</strong> Tugela<br />
before becoming Managing Director<br />
of <strong>Saiccor</strong> on 1 June 1989�<br />
Mazery was intelligent and highly<br />
reactive� Marcello Malpiedi<br />
described him as an ‘unguided<br />
missile’� He had the courage of his Roland Egon Jean-Marie Mazery,<br />
strong convictions and always<br />
defended his people� He led <strong>Saiccor</strong><br />
Managing Director 1989–1996<br />
through a very active period and retired on 1 October 1996�<br />
141
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
At the start of his tenure the Board comprised: E van As<br />
(Chairman), R E J Mazery and J B Walmisley�* (*British)<br />
In June 1991 Ian Heron was appointed Managing Director<br />
of <strong>Sappi</strong> South Africa and Chairman of <strong>Saiccor</strong>� An<br />
accountant, Ian had previously been the CEO of Southern Suns� At<br />
the same time the <strong>Saiccor</strong> Board was expanded to include B M Dick,<br />
I D Forbes, W E Hewitt, M P de Waard and A Vlok�<br />
Other changes that took place were:<br />
J B Walmisley resigned, June 1991<br />
S L Stone appointed, January 1992<br />
T L Larkan appointed, January 1992<br />
<strong>Sappi</strong> Limited formed: E van As, W E Hewitt and A Vlok resigned<br />
from the <strong>Saiccor</strong> Board, 1993<br />
M Malpiedi appointed, March 1994<br />
T L Larkan resigned, September 1994<br />
M W Turner appointed, June 1995<br />
H Pienaar appointed, September 1995 – resigned September 1996<br />
<strong>The</strong> Management Committee comprised:<br />
Roland Mazery (Managing Director)<br />
Sinclair Stone (Works Manager)<br />
Trevor Larkan (Financial Manager)<br />
Bryan Thomas (Technical Manager)<br />
Chris Williamson (Engineering Manager)<br />
Andrew Carr (Commercial Manager)<br />
Andy Porter (Human Resources Manager)<br />
Jack Ardé (Company Secretary)<br />
<strong>The</strong> following changes occurred to the Management Committee over<br />
the Mazery period:<br />
In March 1990, <strong>Saiccor</strong>’s shipping department transferred to <strong>Sappi</strong><br />
International in Durban, to be managed by Andrew Carr, who<br />
left <strong>Saiccor</strong> �<br />
Trevor Larkan was promoted to Head Office at the end of 1992<br />
and Mike Turner became Financial Manager on 1 February 1993�<br />
Mike started his career at <strong>Sappi</strong> as an accountant at Head Office,<br />
was then promoted to General Manager of <strong>Sappi</strong> Stanger for a<br />
few years, before joining <strong>Saiccor</strong>� Mike was appointed to the<br />
<strong>Saiccor</strong> Board in June 1995�<br />
Bryan Thomas retired on 1 April 1993 and was replaced by Derek<br />
Weightman�<br />
Derek was born on 14 April 1952 in York, England� He graduated<br />
from the University of Manchester, Institute of Science and<br />
Technology, in Chemistry in 1974, and joined Courtaulds as a<br />
research chemist� He was seconded to <strong>Saiccor</strong> in March 1977, also<br />
as a research chemist in the laboratory� He was appointed Chief<br />
142<br />
Eugene van As, Chairman<br />
1988–1991<br />
Jim Walmisley<br />
Ian Heron, Chairman 1991-1996
<strong>The</strong> Mazery Period (1989–1996)<br />
Chemist on 1 July 1980, and on 1 May 1984 transferred to the<br />
plant as Assistant Technical Manager, then to Deputy Works<br />
Manager on 1 April 1987� Derek transferred to Usutu as Mill<br />
Manager in May 1990, returning to <strong>Saiccor</strong> on 1 February 1994 as<br />
Technical Manager� He was appointed to the Board in November<br />
1997� He is a man with a high intelligence and a profound<br />
understanding of chemistry, a keen cricketer and an ardent<br />
supporter of Manchester United�<br />
Jack Ardé retired as Company Secretary on 1 April 1993 and was<br />
replaced by Graham Coxell, an accountant who had been<br />
Assistant Administration Manager at Majuba Colliery�<br />
Most of the early <strong>Saiccor</strong> employees, with 30 to 40 years experience,<br />
retired between 1989 and 1996� Because of this and because of<br />
increasing legal requirements over the period, a number of changes<br />
were made in the management of the organisation� <strong>The</strong> business was<br />
to become increasingly complex�<br />
When Derek Weightman transferred to Usutu as Mill Manager,<br />
the position of Deputy Works Manager was not filled�<br />
Plant Managers were Martin Ferreira, Pulp Preparation (including<br />
Magnesium) and Mike Bentley for Pulp Finishing� Ciano Ioppo retired<br />
at the end of August 1992 and was replaced by Mike Bentley� Martin<br />
moved to Pulp Finishing and Peter Morris was appointed Plant<br />
Manager for Pulp Preparation� Martin retired on 1 December 1993<br />
and Gary Bowles took over the position� Eddie Watson was appointed<br />
Plant Manager of the Mkomazi plant on 1 July 1993�<br />
Production Managers were Martelossi, E Zan, Davey, Cudin, Baldo,<br />
Moro, Morris and Vice� Martelossi had a stroke, Zan, Davey, Cudin<br />
and Vice retired, and Morris was promoted – they were replaced by<br />
George Marshall, Wayne Weston, Eddie Watson, Andy Stretton,<br />
Eridanio di Marco and Tony Neave� Rowland Barnard and Neil Yelland<br />
served as Production Managers for a short time before resigning�<br />
In October 1990, Assistant Engineering Managers were appointed:<br />
Garth James for Pulp Preparation (including magnesium), Owen<br />
Spence for Pulp Finishing and Graham Kelly for Services and<br />
Instruments�<br />
Divisional Engineers were B Segatto, Biral, H Zan and Natali� All<br />
but Henry Zan retired and the following were appointed; Silvio<br />
Ceriani, Mike Cathro, Enoc Baldin, Bepi Trevisan and Alan Whelan�<br />
Lionel Davies was Services Engineer, Barry Tokelove Instruments<br />
Engineer and Luigi Mazzaro Building Manager� Jimmy McFeat was<br />
Electrical Engineer but retired on 1 October 1989� He was replaced by<br />
John Rea, who left in May 1990 and was replaced by Gary Bowles in<br />
November 1990�<br />
Attilio Segatto retired at the end of March 1989 and Max de<br />
Robillard took over the management of the mechanical workshop<br />
143<br />
Mike Turner<br />
Derek Weightman<br />
Graham Coxell
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
before Attilio left� Pierre Auguste Maxime (Max) de Robillard was<br />
born in Mauritius and came to South Africa in 1954� He spent all his<br />
working life in engineering workshops, running his own business for<br />
a period�<br />
Taking over <strong>Saiccor</strong>’s workshop from 1 December 1987 was a great<br />
challenge, as over the previous 20 years most of the work had been<br />
done from memory or from the back of a ‘cigarette box’� In addition<br />
to creating working drawings, Max introduced strict discipline and<br />
timekeeping, which was not easily accepted by the workforce� <strong>The</strong><br />
‘removal of Max’ was a frequent demand on placards at ‘toyi-toyies’,<br />
but over the years Max has created an ordered and efficient workshop�<br />
Ciano Ioppo was Projects Manager but retired at the end of August<br />
1992 and Mike Bentley took over� Tony Butler was Assistant Projects<br />
Manager and Alfredo Battiston was Chief Draughtsman� Alfredo<br />
retired at the end of February 1992 and Piero Simonetti became Chief<br />
Draughtsman�<br />
To offer a greater support to our customers, Lester van Groeningen<br />
was appointed Technical Services Manager on 1 December 1990�<br />
Lester joined <strong>Saiccor</strong>’s laboratory on 1 February 1977 while studying<br />
for his National Diploma in chemistry� He left <strong>Saiccor</strong> at the end of<br />
1981 but returned at the beginning of 1983 when he completed his<br />
Higher National Diploma� He was appointed Chief Chemist on 1<br />
May 1984, Technical Services Manager in December 1990, and<br />
Technical Services and Product Development Manager on 1 April<br />
1993�<br />
Derek Simpson became Laboratory Manager on 1 December 1990�<br />
Derek, a chemistry graduate, had grown up in Kenya and joined<br />
<strong>Saiccor</strong> on 1 April 1984 as a research chemist in the laboratory�<br />
Ted Beesley officially retired in 1991� Alison Simpson (Malcolm’s<br />
wife) joined <strong>Saiccor</strong> in June 1989 as a possible successor, but the<br />
Simpsons left for the UK at the end of September 1990� Derek Airey<br />
was engaged as an environmentalist to succeed Ted on 1 November<br />
1990� Derek, a marine biologist, worked for the CSIR before joining<br />
<strong>Saiccor</strong>, where together with Allan Connell in 1985 he carried out a<br />
photographic survey of the Aliwal Shoal, and the wreck of the Produce<br />
for a comparison with a survey completed in 1980� <strong>The</strong>y produced a<br />
book of beautiful underwater photographs, concluding that they<br />
‘could not find any evidence to show that life on the reef or the wreck<br />
is affected by <strong>Saiccor</strong> effluent�’ Derek and photographer Peter Pinnock<br />
updated the book in 1995, finding sea life still unaffected�<br />
Maurice Hart was appointed Commercial Manager on 1 September<br />
1993� Maurice had joined <strong>Saiccor</strong> from Toyota on 1 August 1987 as<br />
IT Manager�<br />
Jim Walmisley left SPT (Speciality Pulp Trading) and returned to<br />
the United Kingdom in June 1989� Hugh Martin, a member of the<br />
sales force at <strong>Sappi</strong> Kraft, took over as Managing Director of SPT and<br />
144<br />
‘Max’ de Robillard<br />
Piero Simonetti<br />
Lester van Groeningen<br />
Derek Simpson
<strong>The</strong> Mazery Period (1989–1996)<br />
moved to Hong Kong on 1 April 1989, where he has remained ever<br />
since, making the position his own� Marcello Malpiedi guided Hugh<br />
into the dissolving pulp business and the two remained together until<br />
Marcello retired in 1993� Hugh, a Scot with a fine sense of humour<br />
and fun, is a man with definite opinions that he expresses freely� He<br />
has now looked after <strong>Saiccor</strong> and Usutu sales for 13 years�<br />
Production stepped up a gear in 1989 and remained there through<br />
the years 1989–1994, averaging 1 175 t/d over the period – the<br />
‘nameplate’ capacity of the mill� Record production was achieved in<br />
1989, 1991 and 1992�<br />
Year Production t/d Year Production t/d<br />
1988 1 080 1992 1 232<br />
1989 1 181 1993 1 158<br />
1990 1 142 1994 1 154<br />
1991 1 181<br />
<strong>The</strong> reasons for the solid performance were good morale among the<br />
people and some capital expenditure� Naturally, the higher production<br />
translated into better operating profits, which made everybody happy�<br />
Although capital expenditure was designed to improve plant<br />
operation throughout the mill, there was somewhat more emphasis<br />
on improving cooking liquor concentrations to benefit cooking and<br />
increasing operating efficiencies by using more sophisticated electronic<br />
instrumentation (DCS)� Some of the capital projects to come on<br />
stream were:<br />
May 1989 Evaporator for lignosulphonates�<br />
Mar 1990 Honeywell DCS for coal boilers�<br />
Jun 1990 No 6 digester taken out of service, new No 6 digester<br />
operating 20 November 1990 – all digesters then 10 bar�<br />
Oct 1990 No 5 Simon Carves sulphur burner started�<br />
Dec1990 Additional pressure tank (No 17) started<br />
Feb 1991 New unitising line (No 3) started<br />
Apr 1991 <strong>First</strong> new settling tank and second absorption tower in<br />
SO 2 recovery started<br />
May 1991 Digester fume extraction started<br />
Jun 1991 Second new settling tank started<br />
Aug 1991 Two extra absorption towers (Hagglund) installed<br />
Nov 1991 Additional chip reclaimer started<br />
Nov 1992 New 10 t/d continuous ClO 2 plant and chlorate facility<br />
started� Roller mill for limestone started<br />
145<br />
Derek Airey<br />
Maurice Hart<br />
Hugh Martin
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Feb 1993 Blow tank scrubber started<br />
Mar 1993 New York chilling plant started<br />
Jun 1993 Two cooking liquor storage tanks commissioned<br />
Oct 1993 New water softeners started<br />
Feb 1994 DCS for liquor plant commissioned<br />
As part of the sales agreement with Courtaulds, pulp quality was to<br />
be no worse than that achieved in 1986 (1987 was discounted because<br />
of the pine trial and the flood), although <strong>Sappi</strong> would on a ‘best<br />
endeavours’ basis try to improve quality� Pulp quality over the period<br />
1988–94 was relatively steady and quite similar to 1986, although<br />
silica increased marginally because of the higher production� Calcium<br />
improved with the use of soft water from bleaching onwards and<br />
lower pH’s in the washing plants and spots reduced somewhat –<br />
operating No 2 second screening at lower consistencies had no effect<br />
on silicas�<br />
Silica ppm Calcium ppm Total Ash ppm Resin % Spots/m 2<br />
1986 71 106 638 0.12 713<br />
1989 86 74 785 0.12 545<br />
1990 78 64 712 0.11 510<br />
1991 71 64 703 0.13 391<br />
1992 71 112 8<strong>50</strong> 0.12 383<br />
1993 85 104 932 0.13 290<br />
1994 105 79 783 0.13 498<br />
Despite quality being steady, <strong>Saiccor</strong> was under constant pressure<br />
from Courtaulds to improve quality� From the end of 1992 Courtaulds<br />
were told this would happen as a consequence of the major expansion<br />
that was about to take place�<br />
In 1990 <strong>Saiccor</strong> embarked on a programme to achieve the Quality<br />
Management System ISO 9002 by the end of December 1992�<br />
Although Bryan Thomas had the overall responsibility for the<br />
programme, the bulk of the work fell to Analytical Chemist Alison<br />
Robson� By late 1992 it was realised that the system had grown too<br />
burdensome, and it would be necessary to start again� Although<br />
Alison continued to drive the programme, there was then a major<br />
contribution from line managers� ISO 9002 accreditation was<br />
obtained in April 1994�<br />
Safety had tended to play second fiddle to production at <strong>Saiccor</strong><br />
until Brian White was seconded from Courtaulds on 1 May 1987�<br />
Brian spent his first two years at <strong>Saiccor</strong> making people aware of<br />
safety, also undertaking the difficult task of trying to change the Alison Robson<br />
146
<strong>The</strong> Mazery Period (1989–1996)<br />
‘mind set’� In this period he introduced the wearing of hearing<br />
protection and escape respirators� In 1989 Brian started the NOSA<br />
safety programme and in September 1990 <strong>Saiccor</strong> received a 3-Star<br />
NOSA rating� Brian’s contract was completed in 1990 and he returned<br />
to Courtaulds�<br />
Bryan Aldgate, from AECI in Umbogintwini, took over as Loss<br />
Control Manager (fire, safety and security) from Brian White and<br />
Phil Glannister� Bryan continued with the NOSA programme and in<br />
1991 <strong>Saiccor</strong> received a 4-Star rating and in 1992 5-Stars, which was<br />
maintained until 1999 when the NOSA system was replaced by the<br />
Common Audit Process programme (CAP)� In June 1992 a million<br />
hours worked without a disabling injury was achieved for the first<br />
time�<br />
Another man who made a significant contribution to the safety<br />
programme from its very beginning was Cobus (Jacobus) Botha�<br />
Cobus joined <strong>Saiccor</strong>’s security department in 1982, and from 1984<br />
looked after both fire and security, being groomed by Phil Glannister<br />
when he arrived in 1987� When Brian White left in 1990 Cobus took<br />
over as Safety Officer�<br />
<strong>The</strong> summer rains of 1991/92 were poor� By April 1992 it was<br />
apparent that the barrage at the intake would not be sufficient to<br />
carry <strong>Saiccor</strong> through winter� Campbell Bernstein and Irving (CBI)<br />
were consulted and their dam builder extraordinaire, Eckhard Muller,<br />
soon reported that a 1,5 million m 3 barrage could be built just<br />
downstream of the government’s gauging weir at Goodenough’s<br />
farm�<br />
Moses Magubane went out to seek permission to build a dam from<br />
the local amakosi, who were quite happy� Ted Beesley and I then<br />
visited Bill Goodenough, the Indian farming community, and finally<br />
held an ndaba with the local community (most of whom were<br />
squatters)� This was my introduction to an amazing and very<br />
different community that lived only some 10 km from <strong>Saiccor</strong> along<br />
the Hull Valley road from Roseneath�<br />
Bill Goodenough was 79 years old at the time (born 25<br />
September 1913) and totally deaf� In one hand he carried a<br />
notebook for people to write what they wanted to say, and in the<br />
other he always carried a gun, as he had once been attacked� Bill’s<br />
grandfather, an American missionary, had retired to the area to<br />
farm around 1912, and Bill’s parents had come from the USA in<br />
1914 when Bill was a year old� In 1955 Bill and his father built an<br />
hydro-electric generator on the river’s edge from which they ran<br />
power to the house and powered farm machinery� <strong>The</strong> 1976 flood<br />
had filled the sump of the hydraulic drive with mud and it had<br />
not worked since�<br />
147<br />
Brian White<br />
Bryan Aldgate<br />
Jacobus (Cobus) Botha
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Goodenough agreed to the dam, but asked if we could get his<br />
generator back in working order as he refused to buy power from<br />
Eskom� On examination the equipment was so old spares no longer<br />
existed� Goodenough was disappointed, but declined our offer of a<br />
new one – all he wanted was to see the equipment he had built with<br />
his father working again�<br />
Bill never married, and after his parents died and his brother<br />
Kenneth moved away, he lived alone to the end of his days in the<br />
house above the gauging weir (which now bears his name – although<br />
the original Goodenough weir was at the dam wall where it was<br />
used to divert water to the water turbine)� He died on 3 July 1996<br />
aged 82�<br />
<strong>The</strong> Indian farming community who had operated on the south<br />
bank at Fountainhead since the turn of the twentieth century were<br />
happy enough for a dam to be built, but wanted <strong>Saiccor</strong> to ensure a<br />
water supply and to look after their pumps at the dam� One of the<br />
most hospitable and enterprising of the farmers was Nad Govender,<br />
who, in addition to farming, operated a mobile ‘supermarket’ in the<br />
area and also had a vegetable shop in Umkomaas� He soon approached<br />
me about a job for his son Sugan, a chemical engineer, who at that<br />
time was working at Sasolburg� Once we received his CV, we offered<br />
Sugan a position, much to Nad’s delight� Sugan joined <strong>Saiccor</strong> on 1<br />
November 1994 and was promoted to Production Manager on 1<br />
September 1996� Sadly, Nad died suddenly on 24 September 1997<br />
(his birthday)�<br />
Sugan Govender (LEFT) and his father, Nad<br />
<strong>The</strong> ndaba with the local community took place on a Saturday<br />
morning at the junction of the roads going to Goodenough’s house<br />
and Goodenough’s weir� Ted Beesley, Moses Magubane and I were<br />
148<br />
Bill Goodenough
<strong>The</strong> Mazery Period (1989–1996)<br />
present� <strong>The</strong>re were about 10 people at first, but the number slowly<br />
swelled to around 100, surrounding us, with the ululating women at<br />
our backs and the men in front, raising one problem after another�<br />
<strong>The</strong> leader of the group was old man Mashaba, a squatter, who<br />
insisted on opening the meeting with a prayer, putting his teeth in<br />
his coat pocket to do so� This community raised a never-ending series<br />
of problems: How could they cross the river? Would the dam be<br />
fenced? As the road would be flooded, how could they travel along<br />
the south bank? How could they do their washing? What about their<br />
crops? (<strong>The</strong>re were none at the time!) How could they drink the<br />
water, as it would be fouled by cattle? <strong>The</strong> list was endless, and after<br />
three hours we agreed to supply<br />
them with drinking water, make<br />
a path along the south bank,<br />
double up on the boat crossings<br />
and keep in touch with them on a<br />
daily basis to address any problems<br />
that arose� Eventually we had to<br />
walk away, as they could have sat<br />
all day�<br />
Grinaker started building the<br />
wall for Goodenough’s Dam on 4<br />
May 1992 under the supervision of<br />
Eckhard Muller� A concrete slab<br />
1 m high was first put across the<br />
river (at the site of the old<br />
Goodenough weir), then an earth<br />
wall with a steel gate was built,<br />
and finally a plastic sheet was<br />
placed over the upstream side of<br />
the wall� Water storage began on 1<br />
June 1992, with the river flow at<br />
64 cusecs (the factory requirement<br />
was <strong>50</strong> cusecs)�<br />
<strong>The</strong> dam enabled <strong>Saiccor</strong> to<br />
continue operating through the<br />
winter when the river flow<br />
dropped below the factory<br />
requirement� Shortly after the first<br />
summer rains in September, the<br />
river flow rose sharply� <strong>The</strong> water<br />
overflowed, breaching the dam,<br />
and the wall soon disappeared into<br />
the river downstream�<br />
As the early summer rains of<br />
1992/93 were again very poor,<br />
Goodenough’s Dam, built in 1992, enabled <strong>Saiccor</strong> to continue operating<br />
through the winter, when the river flow dropped below the factory<br />
requirement<br />
<strong>The</strong> Goodenough Dam after the wall was breached a few months after<br />
completion, September 1992<br />
149
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Eckhard Muller scouted further<br />
upstream of Goodenough for<br />
another suitable dam site� He<br />
found one at Zamani, some 20 km<br />
upstream of the factory, but a<br />
great deal further by road via<br />
Dududu�<br />
<strong>The</strong> factory was shut down on<br />
the morning of 9 November 1992<br />
when the river flow dropped to 15<br />
cusecs, but rain on the day allowed<br />
the factory to restart the following<br />
day� <strong>The</strong> mill ran very precariously<br />
through December when the river<br />
reached its lowest ever recorded<br />
level of 6 cusecs� In December the<br />
<strong>Saiccor</strong> Board agreed to spend R3,8<br />
million building temporary dams<br />
at Zamani and Goodenough (some<br />
3,7 million m 3 of storage)�<br />
Grinaker arrived at Zamani in<br />
February 1993 with their huge<br />
scrapers to remove ‘mountains’,<br />
under the supervision of Eckhard<br />
Muller and CBI’s site manager<br />
Tom Roering� Mike Bentley and<br />
Graham Kelly looked after<br />
<strong>Saiccor</strong>’s interest (the scrapers<br />
were also used for making<br />
playing fields for local schools)�<br />
Zamani Dam was completed on<br />
30 March 1993, with full support<br />
and co-operation from inkosi Roy<br />
Bele�<br />
Zamani Dam<br />
Zamani Dam, earthworks in progress, 1993<br />
Zamani Dam on completion, with water flowing over the spillway, 1993<br />
1<strong>50</strong>
<strong>The</strong> Mazery Period (1989–1996)<br />
Goodenough’s Dam was rebuilt in May 1993, by which time the<br />
river flow had decreased to 60 cusecs�<br />
On Youth Day (16 June), the commemoration of the 1976 Soweto<br />
riots, a saboteur cut the plastic sheet on the Goodenough Dam wall,<br />
destroying the dam� Grinakers rebuilt it in 10 days, as the earth was<br />
just downstream of the wall�<br />
At the end of June the river flow was 46 cusecs, by the end of July<br />
39 cusecs, with dam levels falling, and 26 cusecs by the end of August,<br />
when total storage remaining was 2,0 million m 3 � <strong>The</strong> storage dropped<br />
to 1,5 million by the end of September�<br />
<strong>The</strong> summer rains arrived in October and breached the walls at<br />
Goodenough and the water intake� By December the water was<br />
flowing over the spillway at Zamani (up to 10 000 cusecs), but when<br />
the river flow reached 20 000 cusecs in February 1994 the wall was<br />
breached� <strong>The</strong> Zamani area was restored to its former state and the<br />
dam was never rebuilt�<br />
Rebuilding of Goodenoughs started in May 1994, despite the<br />
numerous demands of the local community�<br />
One morning in May 1994, Ngcobo, a squatter on the north bank,<br />
opened fire on Grinaker employees, who fled – abandoning their earthmoving<br />
equipment in the middle of the river� Ngcobo maintained<br />
Grinaker had no right to take his soil, but he readily accepted<br />
R10 000 for a sales deal� When the local induna dutifully came to<br />
claim his entitled share of the R10 000 and was informed Ngcobo<br />
had the money, he went in search of Ngcobo, only to discover that<br />
the payment had been made to the wrong Ngcobo� <strong>The</strong> situation<br />
was resolved through tribal justice to the satisfaction of all except<br />
the imposter!<br />
Goodenoughs Dam was rebuilt by July 1994� <strong>The</strong> river flow<br />
dropped to 30 cusecs by October, remaining at that level through<br />
November and December� By December the water in the dam was<br />
exhausted, and it became necessary to release water from <strong>Sappi</strong><br />
Forests’ dam at Comrie to keep <strong>Saiccor</strong> operating� Nic Mostert,<br />
General Manager of <strong>Sappi</strong> Forests, was very happy, as he wanted to<br />
remove all the bass in Comrie to be able to restock with trout� Good<br />
rains in January brought the river flow to 16 000 cusecs, which again<br />
breached the wall at Goodenoughs�<br />
Goodenough’s Dam was again rebuilt in May 1995, by which time<br />
negotiations with the demanding locals had become a nightmare for<br />
Graham Kelly, who headed <strong>Saiccor</strong>’s team� Water from the dam was<br />
used from October when the river flow reached 30 cusecs, but after<br />
good summer rains in December the wall was breached�<br />
It has not been necessary to rebuild Goodenoughs since 1995�<br />
However, between 1992 and 1995 it seemed that <strong>Saiccor</strong> needed a<br />
permanent dam� CBI made a proposal for a 5 million m 3 dam at Nic Mostert<br />
151
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Goodenoughs for about R20 million in 1994� In 1995 Brown & Root<br />
made a proposal for a 10 million m 3 off-river facility at Ngwadini for<br />
R83 million� Umgeni Water then wanted to form a joint venture with<br />
<strong>Saiccor</strong> – the size of the dam increased to 12 million m 3 and the cost<br />
to R100 million� While the debate on the need for a dam went back<br />
and forth, the weather pattern was changing; the seasons were<br />
becoming wetter and the plans for a dam were put on the back burner�<br />
By October 1988 the dust of the <strong>Sappi</strong> purchase of <strong>Saiccor</strong> had settled,<br />
making it propitious, I thought, to revitalise the other half of the<br />
1982 magnesium plant proposal; the addition of a bleach plant and a<br />
pulp machine� Roland Mazery was supportive�<br />
As Courtaulds had sold <strong>Saiccor</strong>, their commitment to the dissolving<br />
pulp business was then questionable, which made <strong>Saiccor</strong> vulnerable<br />
as Courtaulds was the only customer who could use ‘flock’ pulp�<br />
<strong>The</strong>refore it seemed prudent to make the new pulp machine large<br />
enough to be able to close down the flock plant� I redid the 1982<br />
design, this time for a 700 t/d pulp machine (rather than <strong>50</strong>0 t/d)<br />
and bleach plant� <strong>The</strong> calcium pulping plant would be taken to 1 000<br />
t/d and the magnesium plant at <strong>50</strong>0 t/d for a total of 1 <strong>50</strong>0 t/d (an<br />
increase of 300 t/d or 25 per cent)�<br />
Design Draughtsman Errol d’Oliveira produced new layout<br />
drawings, Ciano Ioppo established capital costs, Trevor Larkan<br />
performed the financial analysis and Ted Beesley wrote an<br />
environmental justification� <strong>The</strong> proposal was submitted to the first<br />
<strong>Sappi</strong> <strong>Saiccor</strong> Board meeting on 27 June 1989�<br />
<strong>The</strong> proposal opened with the following statement:<br />
An exciting opportunity exists to increase <strong>Saiccor</strong>’s output and profit<br />
while at the same time putting the company in a far sounder strategic<br />
position to meet the future with a more acceptable and better quality<br />
product� In addition there would be significant improvements in<br />
operating efficiencies and productivity�<br />
<strong>The</strong> cost of the proposal was R263 million (base date February 1989,<br />
$1 = R2,46)�<br />
Eugene van As queried whether there was sufficient timber<br />
available for the expansion� As he did not receive a satisfactory<br />
response, he arranged for <strong>Sappi</strong> Forests to conduct a survey, which<br />
indicated sufficient timber would be available from 1992� He then<br />
asked whether a consultant had vetted the proposal� As this had never<br />
crossed my mind, he informed me that no proposal of this magnitude<br />
would ever be approved without being vetted by a consultant�<br />
Thys de Waard, <strong>Sappi</strong>’s Engineering Director, arranged for Swedish<br />
consultants Celpap to come to <strong>Saiccor</strong> to go through the proposal�<br />
Thys also sent his Chief Engineer, Colin Kerr, to <strong>Saiccor</strong> to direct<br />
Celpap� Colin was very experienced, having worked in all <strong>Sappi</strong> mills,<br />
152<br />
Errol d’Oliveira<br />
Colin Kerr
<strong>The</strong> Mazery Period (1989–1996)<br />
the last as General Manager of Enstra, before he was transferred to<br />
Head Office�<br />
Tjaart van der Walt, an experienced operations man in <strong>Sappi</strong>,<br />
assisted Colin, while Wayne Weston was transferred to the team to<br />
ensure <strong>Saiccor</strong>’s requirements were retained�<br />
Although the relationship between Colin Kerr and Celpap became<br />
strained, Celpap did produce a report supporting our proposal� <strong>The</strong>n<br />
Eugene van As asked why we had not considered expanding the<br />
capacity of the magnesium plant� Canadian consultants NLK were<br />
engaged, who a short while later merged with Celpap to form NLK-<br />
Celpap, an unhappy union that soon ended in separation, leaving<br />
both partners close to collapse� NLK started to look at the magnesium<br />
expansion but were diverted to looking at thermo-mechanical pulping<br />
for <strong>Saiccor</strong>� NLK had not produced a final report before the company<br />
started running out of capacity and had to abandon the project�<br />
Canadian consultants HA Simons were then engaged, with Keith<br />
Richardson and Kevin Cox leading their teams�<br />
By this time (mid-1991) the expansion proposal had changed to 1<br />
600 t/d for the total mill, with the new machine and bleach plant at<br />
800 t/d� This was based on a suggestion from André Vlok that the<br />
machine be made 800 t/d, which he said would cost very little more<br />
than a 700t/d machine� André, who was then in his mid-<strong>50</strong>s, was<br />
technically the most knowledgeable man at <strong>Sappi</strong>, where he had been<br />
in various senior positions for 27 years� Until his retirement at the<br />
end of 1998 he was a great supporter of <strong>Saiccor</strong>, having joined the<br />
Board in June 1991�<br />
Discussions with Gotaverken (the boiler supplier), confirmed that<br />
the recovery boiler could only be expanded by 30 per cent, equivalent<br />
to 1<strong>50</strong> t/d of magnesium pulp� Thus, the final proposal became a<br />
mill expansion of 400 t/d (1<strong>50</strong> t/d magnesium and 2<strong>50</strong> t/d calcium<br />
pulp to a nominal 1 600 t/d)� This included a new 800 t/d bleach<br />
plant and pulp machine, the introduction of oxygen bleaching for all<br />
three bleach plants; for the magnesium plant an additional washer,<br />
evaporator and bigger pumps, motors and pipes, while the flock plant<br />
was to be shut down� After much discussion and debate Simons<br />
produced the final feasibility study on 3 June 1992, for R953 million<br />
(R2,76 = $1)� <strong>The</strong> proposal had four main goals: to increase output,<br />
to improve quality, to reduce <strong>Saiccor</strong>’s environmental impact and to<br />
broaden the product range�<br />
<strong>The</strong> proposal was approved in late November 1992� Thys de Waard<br />
and I were charged with setting up the project, which Thys named<br />
the ‘Mkomazi Project’ after the river� Thys, a mechanical engineer in<br />
his early <strong>50</strong>s, had many years experience in the industry, having<br />
worked for Premier Paper (with Bill Hastie, <strong>Saiccor</strong>’s first Works<br />
Manager, and Ugo Testa), before joining <strong>Sappi</strong>� He was technically<br />
very sound, a tough negotiator, and would not tolerate fools�<br />
153<br />
André Vlok<br />
Thys de Waard<br />
Andrea Rossi
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Tragically, he died on 9 September 1997�<br />
Thys and I went to Vancouver in February 1993 to finalise technical<br />
details for the equipment with potential suppliers and Simons, who<br />
by this stage had formed a joint venture with Swedish consultants<br />
AF-IPK� Tender documents were also prepared�<br />
Simons-AF-IPK were selected as Project Managers and had an<br />
owners’ team working with them� <strong>The</strong> owners’ team was headed by<br />
Andrea Rossi, a 39-year-old electrical engineer from Thys de Waard’s<br />
department, who had been deeply involved with projects� Andrea<br />
was a sound engineer and a capable manager�<br />
Eddie Watson was the owners’ team Project Manager for the bleach<br />
plant� Eddie first came to <strong>Saiccor</strong> in the early 1980s during his<br />
vacations from the University of Natal� He joined <strong>Saiccor</strong> on 1<br />
February 1990 after completing his military service and Chemical<br />
Engineering degrees (including a thesis on viscosity control from<br />
<strong>Saiccor</strong> digesters)� He was promoted to Plant Manager of the<br />
Mkomazi plant on 1 July 1993, and Projects Manager of <strong>Saiccor</strong> on 1<br />
July 1996� Unfortunately Eddie left <strong>Saiccor</strong> at the end of December<br />
1997 to start his own business� He was a very capable engineer and<br />
manager�<br />
George Marshall was the owners’ team Project Manager for the<br />
pulp machine� George was born in Benoni on 25 January 1962 but<br />
grew up in Port Elizabeth� After graduating as a chemical engineer<br />
from Stellenbosch, he worked on the mines before joining <strong>Saiccor</strong> on<br />
2 January 1990� George was promoted to Production Manager of the<br />
pulp machines on 1 November 1990 and Senior Production Manager<br />
on 1 March 1994� He was appointed Plant Manager of Pulp Finishing<br />
on 1 July 1996 and General Manager of LignoTech South Africa on 1<br />
September 2000� He is both technically very competent and a good<br />
manager�<br />
Also part of the owners’ team were Mike Howlett, Garth James,<br />
Silvio Ceriani and Andrew Hall (a young chemical engineer), and<br />
from Head Office on a part time basis Dick Sorenson, Tjaart van der<br />
Walt and Eric Rainey�<br />
At the beginning of 1993 an experienced Project Manager from<br />
consultants Ekona was appointed overall Project Director� However<br />
he proved unsuitable and by May 1993, Brian Beard was appointed<br />
Project Director� Thys de Waard and I had met Brian, a Vice President<br />
of Simons, in Vancouver, where he had made a favourable impression�<br />
He was seconded to <strong>Saiccor</strong> for the project� Despite being very much<br />
an ‘eight to five’ man, Brian did all that was required to hold the<br />
project together� A flying enthusiast, he managed in his spare time<br />
from the project to have an out of commission Harvard refurbished,<br />
taking it back to Canada as a new plane�<br />
<strong>The</strong> Simons’ project team of some 40 people arrived in the second<br />
quarter of 1993� <strong>The</strong> team was supplemented by local technicians<br />
154<br />
Eddie Watson<br />
George Marshall<br />
Brian Beard
<strong>The</strong> Mazery Period (1989–1996)<br />
and administrators, which together with the owners’ team made up<br />
a total project team of some 70 people� This was a huge number in<br />
comparison to <strong>Saiccor</strong>’s previous projects, particularly in relation to<br />
the 1983 magnesium plant, which was a similar size project as well<br />
as being far more complex from a process point of view� <strong>The</strong> direct<br />
cost for Simons ended up at R55 million�<br />
Kevin Cox, a civil engineer from New Zealand, was the Simons’<br />
Project Manager, and Laird Paton, an experienced Canadian site man,<br />
was Construction Manager� Bill Weggelaar, a South African, was hired<br />
as Financial and Administration Manager�<br />
<strong>The</strong> project was directed by a steering committee, which met<br />
monthly� <strong>The</strong> committee comprised Ian Heron, Roland Mazery, Thys<br />
de Waard, Sinclair Stone, Mike Turner, André Vlok (occasional), Brian<br />
Beard and Bill Weggelaar� In addition there was a management<br />
committee that met weekly, comprising Brian Beard, Kevin Cox,<br />
Sinclair Stone, Andrea Rossi, Bill Weggelaar and occasionally Thys de<br />
Waard�<br />
Scrapers from Grinakers preparing the construction site for the Mkomazi project,<br />
<strong>The</strong> construction site of the Mkomazi project, (left) looking east and (right) looking west, 1993<br />
155
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> earthworks contract was awarded to<br />
Grinakers, who in April 1993 brought their scrapers<br />
from Zamani Dam to remove the hillside opposite<br />
the woodyard and prepare the site for the Mkomazi<br />
project, which they had completed by August 1993�<br />
Contracts for plant and equipment were awarded<br />
from May 1993 – pulp machine to Valmet, bleach<br />
plant and evaporator to Ahlstrom, digesters to ND<br />
Engineering, washer for magnesium plant and No<br />
5 chipping line to Sunds, process control system to<br />
ABB, electrics to Siemens and civils to LTA� Valmet<br />
and Ahlstrom subcontracted their construction<br />
work to ND Engineering while UIC undertook the<br />
instrumentation installation�<br />
Civil work started in October 1993 and was 55<br />
per cent complete by the time equipment started<br />
to arrive in February 1994� By April civil work was<br />
80 per cent complete and construction was in full<br />
swing – No 22 digester was cold-stretched� By July<br />
the civil work was complete while the overall<br />
project was 60 per cent complete� By September<br />
the overall project was 78 per cent complete – the<br />
evaporator and No 21 digester were in operation�<br />
At the end of October 1994, the project was 90<br />
per cent complete� Water runs started on the pulp<br />
machine (No 4 continua), while all three new<br />
digesters were in operation� No 4 continua had pulp<br />
on the wire on 21 November 1994 and the first bale<br />
was produced on 27 November� No 4 washer<br />
(magnesium plant) was commissioned on 14<br />
December, No 5 chipping line on 24 December and<br />
No 3 bleaching on 10 January 1995�<br />
As the Mkomazi plant was then in operation,<br />
the last ton of flock pulp was made on 17 January<br />
<strong>The</strong> Mkomazi plant in operation, (FROM TOP TO BOTTOM) January 1995, July 1994, October 1994, December 1994<br />
156
<strong>The</strong> Mazery Period (1989–1996)<br />
PM4 drying machine<br />
1995, ending a 37-year-old enterprise that never quite achieved the<br />
success its originators envisaged�<br />
<strong>The</strong> Mkomazi project was completed on time and within budget<br />
– the final cost of R856 million was some R100 million below budget,<br />
largely as a result of lower than anticipated prices for the main<br />
equipment (here credit is due to the commercial team of Ian Heron,<br />
Roland Mazery, Mike Turner and Roy Sukaram)�<br />
Although No 4 continua started up well, sheet breaks began<br />
occurring after two months and increased significantly over the next<br />
two months� By June 1995, the problems had been identified as resin<br />
on the wire, causing it to vibrate, and inadequate mixing of pulp and<br />
<strong>The</strong> magnesium and Mkomazi plants dominate the <strong>Saiccor</strong> skyline<br />
157
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
water in the fan pump-mixing tank, leading to folding of the sheet<br />
out of the dryer� <strong>The</strong> first problem was solved in the short term by<br />
washing the wire regularly with paraffin and in the long term by<br />
changing the type of vacuum boxes and the material of their covers�<br />
Increasing the pulp velocity into the mixing tank solved the mixing<br />
problem� By July 1995 the production from No 4 continua started<br />
increasing, reaching design levels by August� No 3 bleaching<br />
experienced few start up problems� <strong>The</strong> mill averaged over 1 600 t/d<br />
for a month for the first time in November 1995�<br />
Towards the end of 1994 it was agreed to add two complimentary<br />
projects to Mkomazi� <strong>First</strong>, to replace the old open effluent channel<br />
from the factory to the pumphouse (3,5 km) with a pipeline (new<br />
pumps to be located within the factory) at a cost of R45 million, and,<br />
second, to automate the digester operations at a cost of R30 million�<br />
Stainless steel for the 900 mm diameter effluent pipe was made by<br />
Columbus, the pipeline was manufactured by Hall Longmore and<br />
the installation was carried out by Rotek (albeit very slowly)� Mike<br />
Bentley and Kevin Cox managed the project with CBI as consultants�<br />
<strong>The</strong> new effluent pumps and pipeline were in operation from 12<br />
February 1996�<br />
For the digester automation all valves had to be automated� At the<br />
same time Andy Stretton drew up<br />
a functional specification detailing<br />
every phase of the digester<br />
operation which Don Wheeler and<br />
ABB (largely Paul Turco, son of<br />
Ennio and Sheryl) translated into<br />
ABB software for the new ABB<br />
control system� Richard Johnson<br />
of ABB transferred the old Accuray<br />
control system into the new ABB<br />
system� <strong>The</strong> first digester was<br />
automated in January 1996, the<br />
others slowly followed, and the<br />
last (No 15) was completed on 11<br />
October 1996�<br />
Dissolving pulp prices started<br />
rising at an unprecedented rate in<br />
the second half of 1994 from a low<br />
of $490 per ton to record heights<br />
of $1 100 per ton in the last quarter<br />
of 1995� <strong>The</strong> commissioning of the<br />
Mkomazi plant was perfectly<br />
timed (‘happenstance’) to take Mike Bentley (LEFT) and Kevin Cox<br />
158
<strong>The</strong> Mazery Period (1989–1996)<br />
advantage of the rising prices� As <strong>Saiccor</strong>’s production increased to 1<br />
600 t/d in the last quarter of 1995, profits soared (average production<br />
for 1995 was 1 400 t/d)�<br />
However, in December 1995 the market turned down as sharply as it<br />
had turned up in the second half of 1994� Dissolving pulp prices<br />
plummeted as demand for pulp fell steeply� From 18 December 1995<br />
<strong>Saiccor</strong>’s production was reduced to 1 000 t/d because of market<br />
conditions (Nos 1 and 2 continua machines were shut down)� As a slowdown<br />
had never occurred in <strong>Saiccor</strong>’s 41-year history, it had a debilitating<br />
effect on people and plant� No 2 continua was restarted in May 1996<br />
and No 1 in July 1996� Average production for 1996 was 1 173 t/d�<br />
With the advent of the Mkomazi plant, some aspects of pulp<br />
quality improved significantly, namely spots and resin, largely as a<br />
result of replacing chlorine in the bleaching plant with oxygen and<br />
chlorine dioxide� Disappointingly, calcium levels did not drop as<br />
expected and by 1996 it was decided to reduce pH’s in first screening<br />
and the first chlorine dioxide stage of bleaching� In mid-1996 schemes<br />
were being drawn up to improve silica and ash – a capital application<br />
for three projects was submitted in October 1996 to install a clarifier<br />
in the woodyard (to be able to use more water for washing logs), a<br />
filter for calcium cooking liquor, and a demin plant for bleach plant<br />
wash water, at a total cost of R27 million�<br />
Year Silica ppm Calcium ppm Ash ppm Resin % Spots /m 2<br />
1994 105 115 783 0.13 498<br />
1995 105 126 884 0.10 180<br />
1996 105 <strong>50</strong> 732 0.07 34<br />
In 1995, <strong>Saiccor</strong> produced commercial quantities of viscose quality<br />
rolls and 94 alpha bales and rolls for the first time (from the Mkomazi<br />
plant)�<br />
Although the Mkomazi plant made <strong>Saiccor</strong>’s operation more<br />
environmentally friendly (by replacing chlorine with oxygen and<br />
chlorine dioxide), there was growing pressure from the local<br />
communities for <strong>Saiccor</strong> to reduce atmospheric emissions� A number<br />
of projects were initiated to do this:<br />
<strong>The</strong> effluent pipe to replace the open channel<br />
A sixth venturi in the magnesium plant<br />
A liquor storage tank in SO 2 Recovery<br />
A scrubber for No 1 and No 2 bleaching<br />
A low concentration gas collection system<br />
<strong>The</strong>se projects were all commissioned by February 1997 and sulphur<br />
dioxide emissions were down to 20 per cent of what they were in 1986�<br />
159
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Shortly after the start-up of the Mkomazi plant, complaints were<br />
received from sea users about increased visibility of <strong>Saiccor</strong> effluent<br />
in the ocean� <strong>The</strong> complaints intensified over the next few months,<br />
fuelled by Glen Jansen, a part-time fisherman who felt passionately<br />
about the sea and was vociferous about <strong>Saiccor</strong> effluent polluting<br />
the ocean� He produced bumper stickers at his own expense, castigated<br />
the Department of Water Affairs for allowing <strong>Saiccor</strong> to continue<br />
operating and garnered support to help sway public opinion� He was<br />
rational but passionate, and despite numerous discussions with senior<br />
<strong>Saiccor</strong> personnel, persisted with his campaign�<br />
As a result of the growing public outcry over effluent, the then<br />
Minister of Water Affairs and Forestry, Prof� Kader Asmal, and his<br />
Chief Director: Scientific Mr van der Merwe, visited <strong>Saiccor</strong> on 10<br />
October 1995� <strong>The</strong> Minister wanted a written undertaking from the<br />
Chairman (Ian Heron), that <strong>Saiccor</strong> would either convert from<br />
calcium to magnesium pulping by June 1999, or extend the effluent<br />
pipeline to 7 km�<br />
It was soon established that the cost of converting from calcium<br />
to magnesium was prohibitive, with very little economic benefit�<br />
Alternative solutions were then examined, including removal of<br />
lignosulphonates, ultrafiltration, reverse osmosis, chemical treatment<br />
and extending the effluent pipeline�<br />
On 10 May 1996 Prof� Asmal established the South Coast Marine<br />
Pipeline Forum (SCMPF), the aim of which was to improve the quality<br />
of sea water along the South Coast through acceptable solutions<br />
gained through negotiations between all the stakeholders� <strong>The</strong><br />
Charter for SCMPF was signed by the Minister, <strong>Sappi</strong> <strong>Saiccor</strong>, AECI,<br />
Tioxide, the community and the media� It demanded all stakeholders<br />
to be open and honest� In addition industry would aim to<br />
continuously improve their effluent quality, the Department of Water<br />
Affairs would facilitate SCMPF and continue to equitably manage<br />
water quality issues, and the media would report fairly and accurately�<br />
At the signing ceremony, the Minister stressed that while<br />
environmental issues were important, it should be kept in mind that<br />
there was a high level of unemployment in South Africa, and that a<br />
good balance between environmental issues and economic growth<br />
needed to be maintained� <strong>The</strong> Minister also made it known that he<br />
had given <strong>Sappi</strong> <strong>Saiccor</strong> more time to conduct studies into alternative<br />
effluent disposal methods� <strong>The</strong> Minister then instructed each industry<br />
to form a Permit Advisory Panel (PAP), made up of members from<br />
the industry and from all interested and affected parties, to advise<br />
his Department on permit conditions� <strong>The</strong> first <strong>Saiccor</strong> PAP meeting<br />
took place in April 1997�<br />
During the first two years, SCMPF meetings were preoccupied with<br />
severe criticism of <strong>Saiccor</strong>’s effluent disposal�<br />
160<br />
Glen Jansen launched a<br />
vigorous campaign<br />
against <strong>Saiccor</strong> effluent<br />
from 1995 to 1999<br />
Visit of the Premier of KwaZulu<br />
Natal, Dr Frank Mdlalose, to<br />
<strong>Saiccor</strong> in June 1996� LEFT TO<br />
RIGHT: Eric Ngubane, private<br />
secretary to the Premier, Divas<br />
Mncwabe, Jerome Mshengu,<br />
Mayor of Southern Sub-Structure,<br />
Sinclair Stone and Dr Frank<br />
Mdlalose�
<strong>The</strong> Mazery Period (1989–1996)<br />
In July 1996 Roland Mazery proposed to the Department of Water<br />
Affairs and Forestry in Durban that <strong>Saiccor</strong> would solve the effluent<br />
problem by building a 55 000 t/a lignosulphonate plant� <strong>The</strong> capacity<br />
of the plant would be expanded by 55 000 t/a approximately every<br />
three years up to 3<strong>50</strong> 000 t/a after 10 to12 years� <strong>The</strong> Department<br />
found the timing of the proposal unacceptable – ‘too little too late’�<br />
Complaints about effluent in the ocean from the public and the press<br />
continued to rage for the next six months�<br />
In June 1996, Divas Mncwabe, a <strong>Saiccor</strong> electrician and part-time<br />
IFP politician, arranged for the Premier of KwaZulu Natal, Dr Frank<br />
Mdlalose, to visit <strong>Saiccor</strong>� After his visit the Premier said that <strong>Sappi</strong><br />
<strong>Saiccor</strong> gave South Africa a high ranking in the world achievement<br />
stakes� He said it was a big plus that South Africa, and KwaZulu<br />
Natal in particular, had an industry leader of such magnitude� Dr<br />
Mdlalose lauded the company’s fulltime employment of 1 2<strong>50</strong> people,<br />
as each employed person supported nine others�<br />
Ian Heron resigned from <strong>Sappi</strong> at the end of 1995 and was replaced<br />
by Ian Forbes, who had been Managing Director of <strong>Sappi</strong> Kraft�<br />
Andy Porter retired at the end of March 1996, and was replaced as<br />
Human Resources Manager by Alistair McGregor who had joined<br />
<strong>Saiccor</strong> on 1 April 1989 as Personnel Officer�<br />
Chris Williamson relinquished his responsibilities as Engineering<br />
Manager to look after special projects at the end of June 1996� Gary<br />
Bowles became Engineering Manager�<br />
Gary Bowles was born on 26 January 1960 in Harding� After<br />
graduating as an electrical engineer from the University of Natal, he<br />
worked at the sugar mill at Darnall before joining <strong>Saiccor</strong> on 1<br />
November 1990 as Electrical Engineer� He moved to production on 1<br />
December 1993 as Plant Manager for Pulp Finishing, and on 1 July<br />
1996 was appointed Engineering Manager� Gary is a sound electrical<br />
engineer, with management skills and an ability to achieve results�<br />
He is also a keen and strong sportsman�<br />
In view of the intense pressure from the public and the authorities<br />
on environmental issues, Mike Bentley was appointed Environmental<br />
Manager on 1 July 1996� Born in Cape Town on 15 May 1945, Mike<br />
grew up in Tongaat� He joined <strong>Sappi</strong> Tugela as an Instrument<br />
Technician in 1972� Tugela allowed him to attend the University of<br />
Natal between 1974 and 1978, where he obtained his degree in<br />
Electrical Engineering� Mike joined <strong>Saiccor</strong> on 1 January 1980 as<br />
Divisional Engineer of Bleaching� In 1982 he took charge of the project<br />
to computerise the planned maintenance programme of the factory�<br />
In January 1983 he was appointed Assistant Technical Manager (Plant<br />
Manager) of Pulp Preparation, and on 1 April 1987 for Pulp Finishing�<br />
He was appointed Projects Manager on 1 September 1992� Mike is a<br />
sound and competent engineer with a very analytical approach, which<br />
161<br />
Alistair McGregor<br />
Gary Bowles<br />
Mike Bentley
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
on occasions has led to him being considered ‘laid back’� He is a<br />
wildlife enthusiast in his spare time�<br />
Eddie Watson replaced Mike Bentley as Projects Manager on 1 July<br />
1996� Peter Morris was transferred to Plant Manager of the magnesium<br />
and Mkomazi plants on 1 July 1996� At the same time, George<br />
Marshall and Andy Stretton were appointed Plant Managers of Pulp<br />
Finishing and Pulp Preparation respectively� Tony Neave, John Herd<br />
and Gary Coutts were appointed Senior Production Managers on 1<br />
January 1998�<br />
When the Mkomazi plant was started (January 1995), Garth James<br />
was transferred as Assistant Engineering Manager to the magnesium<br />
and Mkomazi plants� Henry Zan replaced Garth in Pulp Preparation�<br />
Owen Spence resigned in February 1995, as did Divisional Engineer<br />
Mike Cathro, in May 1995� Silvio Ceriani was appointed Assistant<br />
Engineering Manager on 1 September 1995� Silvio joined <strong>Saiccor</strong> on<br />
13 February 1985 as a trainee Mechanical Technician while he<br />
completed his National diploma, which he did at the end of 1986�<br />
He was appointed Assistant Divisional Engineer in March 1989 and<br />
Divisional Engineer of Nos 1 2 and 3 continuas in November 1990�<br />
He resigned at the end of 1997 at the age of 35 to seek his fortune<br />
elsewhere�<br />
Graham Kelly was Assistant Engineering Manager for Services and<br />
Instruments�<br />
Garth James resigned at the end of June 1996 and was replaced by<br />
Greg Taylor� Greg, a mechanical engineer from the University of Natal,<br />
was born in Durban on 4 September 1963� He joined <strong>Saiccor</strong> from<br />
Usko (where he had been Maintenance Manager at Vereeniging), on<br />
1 November 1995 as an Assistant Engineering Manager� He was<br />
appointed Services Manager on 1 August 2000�<br />
As regards labour relations during the Mazery period, by 1990 Sam<br />
Kikene’s Dissolving Pulp and Allied Workers Union (DPAWU) had<br />
started to feel the pressure of the ANC/IFP political tension that had<br />
developed in Southern Natal� In October 1990 Douglas Makhaye,<br />
the Chairman of the <strong>Saiccor</strong> DPAWU’s shop stewards’ committee,<br />
was murdered on his way home from work� <strong>The</strong> DPAWU was<br />
shattered and weakened� By 1991 rival union PPWAWU (Pulp Paper<br />
Wood and Allied Workers Union), a COSATU affiliate, had become<br />
the majority union at <strong>Saiccor</strong>�<br />
PPWAWU were a more professional and better trained organisation<br />
than the DPAWU� Negotiations with PPWAWU were far more<br />
aggressive� PPWAWU soon demonstrated their strength by conducting<br />
stayaways, sit-ins, ‘toi-toying’ and the first aggressive illegal strike<br />
between 3 and 7 June 1994 over the demand for a R3,<strong>50</strong> shift<br />
allowance� <strong>The</strong>re was a 12-hour strike on 3 June 1996, for the removal<br />
162<br />
Silvio Ceriani<br />
Greg Taylor
<strong>The</strong> Mazery Period (1989–1996)<br />
of Max de Robillard, manager of the mechanical workshop, forcing<br />
<strong>Saiccor</strong> to shutdown� <strong>The</strong> wage negotiations in 1996 broke down in<br />
September� <strong>The</strong> wage earners went on a legal strike on 5 September<br />
1996, leaving only the magnesium plant, No 3 bleaching and No 4<br />
continua being operated by non strikers� <strong>The</strong> wage earners returned<br />
to work on 25 September for the same conditions that had been<br />
offered before the strike commenced and <strong>Saiccor</strong> reduced its high<br />
level of finished stock�<br />
Roland Mazery announced his retirement quite unexpectedly in May<br />
1996� He left <strong>Saiccor</strong> at the end of September 1996 and was replaced<br />
by Alan Tubb�<br />
163
<strong>The</strong> Tubb Period (1996 –)<br />
<strong>The</strong> Tubb Period<br />
(1996 –)<br />
Alan David Tubb was born in<br />
Durban on 26 December 19<strong>50</strong>� He<br />
matriculated at Glenwood High<br />
School, and obtained an Electrical<br />
Engineering degree from the<br />
University of Natal� Alan worked on<br />
the Western Deep gold mine before<br />
joining <strong>Sappi</strong> Tugela in 1980, where<br />
he became Engineering Manager�<br />
He transferred to <strong>Sappi</strong> Ngodwana<br />
in 1987 as Mill Manager, becoming<br />
General Manager in 1989� He was<br />
appointed Managing Director of<br />
<strong>Saiccor</strong> from 1 October 1996� He is<br />
a pragmatic manager with a good<br />
understanding of human nature� He<br />
is also a fervent rugby supporter<br />
(Sharks) and a very keen surf angler�<br />
Alan David Tubb, Managing Director 1996-<br />
165
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
At the time of Tubb’s appointment, the Board comprised<br />
ID Forbes (Chairman), AD Tubb (Managing Director), MP<br />
de Waard, M Malpiedi (Italy), SL Stone and MW Turner�<br />
<strong>The</strong> following changes occurred over the period:<br />
C Mowatt appointed, November 1996<br />
M P de Waard died, September 1997<br />
D A Weightman appointed November 1997<br />
A J W van der Merwe appointed, July 1998<br />
I D Forbes resigned, September 1999<br />
J L Job appointed Chairman, October 1999<br />
<strong>The</strong> Management Committee comprised:<br />
Alan Tubb (Managing Director)<br />
Sinclair Stone (Works Director)<br />
Colin Mowatt (Financial Director)<br />
Derek Weightman (Technical Manager)<br />
Gary Bowles (Engineering Manager)<br />
Alistair McGregor (Human Resources Manager)<br />
Graham Coxell (Company Secretary)<br />
Colin Mowatt joined <strong>Saiccor</strong> on 1 November 1996 as Financial<br />
Director� Colin was born and bred in Edenvale, matriculating from<br />
St Benedicts College in Bedfordview� He has an accounting degree<br />
and is a qualified chartered accountant� Colin joined <strong>Sappi</strong> in<br />
Johannesburg in June 1993 as the Group Financial Controller� A sharp<br />
accountant with an understanding of how a business works, Colin<br />
has a fine sense of humour and fun and is an ardent supporter of<br />
Chelsea Football Club�<br />
<strong>The</strong> following changes have occurred to the Management<br />
Committee during Alan Tubb’s tenure:<br />
Gunther Garz was appointed Marketing Manager on 12 February<br />
1998� Gunther joined <strong>Saiccor</strong> in 1984, spent the next three years<br />
studying for his Chemical Engineering diploma and in April 1987<br />
was transferred to the technical department� In September 1993<br />
Gunther transferred to Hong Kong, where for the next four and a<br />
half years he was part of Hugh Martin’s sales team� He transferred<br />
to Zurich at the end of 2000�<br />
Alistair McGregor transferred to Usutu as Human Resources<br />
Manager at the end of January 1999 and was replaced by Ryan<br />
Kerr on 1 February 1999� Ryan was previously Human Resources<br />
Manager at <strong>Sappi</strong> Cape Kraft�<br />
Plant Managers were Peter Morris, George Marshall and Andy<br />
Stretton�<br />
166<br />
Ian Forbes, Chairman,<br />
1996–1999<br />
John Job, Chairman 1999-<br />
Colin Mowatt
<strong>The</strong> Tubb Period (1996 –)<br />
Senior Production Managers were Tony Neave, Gary Coutts and John<br />
Herd�<br />
Assistant Engineering Managers were Graham Kelly, Greg Taylor,<br />
Silvio Ceriani and Henry Zan� Lionel Davies was Services Manager,<br />
Stuart Watson Electrical Engineer, Ken Toward Instruments Engineer<br />
(appointed 1 March 1996 after joining as a Technician in May 1990),<br />
Max de Robillard was Workshop Manager and Luigi Mazzaro Building<br />
Manager�<br />
When Silvio Ceriani resigned at the end of 1997 he was replaced<br />
by Bernard Jorgensen-Lian� Bernard was born in Cape Town on 3<br />
April 1958 and joined <strong>Saiccor</strong> on 1 January 1984 as a trainee<br />
Mechanical Technician, having completed the academic requirement<br />
for his T4� He was appointed Mechanical Technician on 1 August<br />
1985, Divisional Engineer Pulp Preparation on 1 November 1990, and<br />
Divisional Engineer Mkomazi on 1 September 1995�<br />
Eddie Watson was Projects Manager but resigned at the end of<br />
1997 and was replaced by Tony Butler from 1 January 1998� Tony<br />
was born in Albany in the Eastern Cape on 22 November 1946 (a<br />
nephew of the South African writer Guy Butler)� He completed his<br />
Chemical Engineering degree at the University of Cape Town and<br />
joined <strong>Saiccor</strong>’s process investigation department in June 1971� He<br />
left <strong>Saiccor</strong> in March 1976 to work in the pharmaceutical industry in<br />
England for six years� He sailed himself back to South Africa in a<br />
yacht, rejoining <strong>Saiccor</strong> on 6 September 1982� He was appointed<br />
Assistant Projects Manager on 1 October 1983�<br />
Piero Simonetti was Chief Draughtsman and Errol D’Oliveira the<br />
Senior Draughtsman�<br />
Maurice Hart was Commercial Manager, Harry Byrne IT Manager,<br />
Darrell Webb Purchasing Manager, Jacqui Bertossi Personnel Manager<br />
and Kevin Rainier Medical Officer�<br />
<strong>The</strong> year 1997 was a splendid year of healthy profits and production<br />
records – 559 337 tons for the year, 2 072 tons in a day, 1 700 tons/<br />
day in a month, No 4 continua 1 028 tons in a day, No 3 continua<br />
706 tons in a day, 62 cooks in a day and 767 tons magnesium pulp<br />
in a day� By the end of the year however, the dissolving pulp market<br />
had softened, prices started falling, finished pulp stocks rose and by<br />
January 1998 it became necessary to reduce production to 1 300<br />
tons/day by shutting down No 1 and No 2 continuas and No 1<br />
bleaching�<br />
Production was restricted to 1 300 t/d through 1998 and 1999,<br />
but early in 2000 the dissolving pulp market firmed� By March 2000<br />
it was decided to restart No 2 continua and No 1 bleaching� As<br />
these plants had been idle for just over two years, it was estimated<br />
that it would take six weeks to get them back into production, and<br />
another six weeks to reach full production� However, thanks to<br />
167<br />
Gunther Garz<br />
Ryan Kerr<br />
Bernard Jorgensen-Lian<br />
Tony Butler
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
outstanding work by the engineering, production and personnel<br />
departments, full production was achieved after only half the<br />
estimated period, in May 2000� By this time production was back to<br />
the ‘nameplate’ capacity of 1 600 t/d, with an average of 1 <strong>50</strong>9 t/d<br />
for the year, making the year 2000 one of the best, in all respects, in<br />
<strong>Saiccor</strong>’s history� <strong>The</strong> Chairman, Dr John Job, described <strong>Saiccor</strong>’s<br />
overall performance as ‘exemplary’� Alas, by 2001 the dissolving pulp<br />
market had again weakened and by the end of February 2001<br />
production was reduced to 1 300 t/d by again shutting down No 2<br />
continua and No 1 bleaching� Further weakening of the market forced<br />
production down to 9<strong>50</strong> t/d from July 2001, with an average of 1 092<br />
t/d for the year�<br />
Year Production (t/d)<br />
1996 1173<br />
1997 1537<br />
1998 1299<br />
1999 1301<br />
2000 1<strong>50</strong>9<br />
2001 1092<br />
Apart from the fluctuations in production over the last six years as a<br />
result of market variability, <strong>Saiccor</strong>’s production has grown steadily<br />
throughout its history�<br />
<strong>Saiccor</strong> production levels 1956-2000<br />
168
<strong>The</strong> Tubb Period (1996 –)<br />
When the dissolving pulp market firmed in early 2000, it seemed<br />
opportune to look at expansion plans for <strong>Saiccor</strong>�<br />
<strong>Saiccor</strong>’s senior management prepared detailed feasibility studies<br />
for a 160 t/d expansion through either an increase in calcium/<br />
magnesium pulping (R640 million, R7,5 = U$1,00), or an increase in<br />
magnesium pulping only (R1 240 million, R7,5 = U$1,00)� However<br />
the dissolving pulp market softened before these proposals could be<br />
submitted to the Board� <strong>The</strong> proposals now sit on the ‘shelf’ waiting<br />
for a favourable market�<br />
<strong>The</strong> capital application for R27 million to improve pulp quality<br />
(to reduce silica and ash) was submitted in October 1996 and was<br />
approved in March 1997� Three projects were involved:<br />
Clarifier in the woodyard – to be able to increase the amount of<br />
water used for washing logs by using cleaned recycle water, and<br />
thereby not increasing the usage of fresh water�<br />
A filter for calcium cooking liquor – to remove the silica impurity<br />
in limestone�<br />
A demin plant – to enable pure water to be used in the process<br />
from bleaching onwards�<br />
<strong>The</strong> clarifier was commissioned on 17 October 1997, the demin plant<br />
on 12 January 1998 and the liquor filter on 9 March 1998� <strong>The</strong>se<br />
projects immediately lowered silica and ash; however, as they were<br />
all commissioned within six months of each other, it has never been<br />
possible to determine the benefit of each individual project� From<br />
1998, pulp quality parameters remained excellent�<br />
Year Silica ppm Calcium ppm Ash ppm Resin % Spots/per m 2<br />
1996 105 <strong>50</strong> 732 0.07 34<br />
1997 86 44 666 0.08 20<br />
1998 49 33 469 0.07 23<br />
1999 48 32 446 0.07 22<br />
2000 44 30 359 0.07 31<br />
2001 37 22 292 0.07 25<br />
By 1998 <strong>Saiccor</strong>’s pulp quality was as good as any in the world, and<br />
in fact had become the ‘benchmark’ pulp for many dissolving pulp<br />
customers� <strong>The</strong> improvement in the quality is very noticeable when<br />
comparing the parameters in 1976 and 2001�<br />
Year Silica ppm Calcium ppm Ash ppm Resin % Spots/per m 2<br />
1976 60 647 1 470 0.29 1646<br />
2001 37 22 292 0.07 25<br />
169
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
In addition to the improvements to fundamental pulp quality over<br />
the period 1998 to 2001, significant progress was also made in the<br />
manufacture of speciality pulps, namely 94 alpha, and by 2001, 96<br />
alpha pulps largely in reels for lyocell and acetate� Progress was a<br />
result of considerable research work to adapt <strong>Saiccor</strong> pulp to new<br />
processes (notably Ian Graveson’s research for lyocell, and Mohamed<br />
Mansoor’s for acetate), and improving the runnability of No 4<br />
continua to handle these soft and difficult pulps (Peter Morris and<br />
his teams at the Mkomazi plant made vital improvements to both<br />
the bleach plant and the pulp machine)�<br />
Although <strong>Saiccor</strong> was operating very well through 1996 to 1997,<br />
the public spotlight was on effluent discharge� By September 1996<br />
internal studies into alternative solutions to reduce effluent<br />
visibility concluded there were only two viable options: an<br />
extension of the effluent pipeline, and a lignosulphonate plant�<br />
Marketing information indicated a 55 000 t/a lignosulphonate<br />
would be feasible� Eugene van As made a presentation to Minister<br />
Kader Asmal on 19 November 1996 in Cape Town, proposing<br />
<strong>Saiccor</strong> conduct an Environmental Impact Assessment (EIA) for<br />
an extension of the effluent pipeline from 3 to 7,5 km, and the<br />
building of a 55 000 t/a lignosulphonate plant (approximately 10<br />
per cent of the solids in the effluent)� <strong>The</strong> Minister accepted the<br />
proposal but wanted an answer from <strong>Saiccor</strong> by the end of<br />
June 1997�<br />
Area map showing proposed extension of the effluent pipeline (red)<br />
170
<strong>The</strong> Tubb Period (1996 –)<br />
Crowther Campbell and Associates were appointed in December<br />
1996 to conduct the EIA� Six public scoping workshops were held<br />
between March and April 1997, which focused on identifying<br />
environmental and social impacts of extending the pipeline�<br />
Dr Martin Grundlingh of the CSIR in Stellenbosch was engaged<br />
to measure ocean currents for February to April 1997, and later for<br />
two months in winter� Stephen Luger of the CSIR was commissioned<br />
to use the ocean current data in a numerical model (Trisula model) to<br />
predict the dispersion of effluent into the ocean for varying lengths<br />
of pipeline�<br />
Amanzimtoti<br />
Warner Beach<br />
Umgababa<br />
Umkomaas<br />
Aliwal Shoal<br />
Scottburgh<br />
Park Rynie<br />
Amanzimtoti<br />
Warner Beach<br />
Umgababa<br />
Umkomaas<br />
Aliwal Shoal<br />
Scottburgh<br />
Park Rynie<br />
Amanzimtoti<br />
Warner Beach<br />
Umgababa<br />
Umkomaas<br />
Aliwal Shoal<br />
Scottburgh<br />
Park Rynie<br />
Surface<br />
Mid-depth<br />
Seabed<br />
SAPPI SAICCOR<br />
3,0 KM PIPELINE<br />
07/02/1997 18:00<br />
171<br />
Cross-section<br />
Amanzimtoti<br />
Warner Beach<br />
Umgababa<br />
Umkomaas<br />
Aliwal Shoal<br />
Scottburgh<br />
Park Rynie<br />
Amanzimtoti<br />
Warner Beach<br />
Umgababa<br />
Umkomaas<br />
Aliwal Shoal<br />
Scottburgh<br />
Park Rynie<br />
Amanzimtoti<br />
Warner Beach<br />
Umgababa<br />
Umkomaas<br />
Aliwal Shoal<br />
Scottburgh<br />
Park Rynie<br />
Lignin (mg/l)<br />
above<br />
10�0<br />
7�0<br />
6�0<br />
2�0<br />
1�0<br />
0�7<br />
0�5<br />
0�2<br />
below<br />
Surface<br />
Mid-depth<br />
Seabed<br />
0m<br />
40m<br />
80m<br />
CSIR<br />
1997<br />
Models showing effluent visibility with the 3 km and 6,5 km pipelines respectively<br />
SAPPI SAICCOR<br />
6,5 KM PIPELINE<br />
07/02/1997 18:00<br />
Cross-section<br />
Lignin (mg/l)<br />
above<br />
10�0<br />
7�0<br />
6�0<br />
2�0<br />
1�0<br />
0�7<br />
0�5<br />
0�2<br />
below<br />
0m<br />
40m<br />
80m<br />
CSIR<br />
1997
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
A number of other studies were also conducted on toxicity, health<br />
and legality� <strong>The</strong> study by the CSIR’s respected marine biologist Dr<br />
Allan Connell concluded that ‘extensive research over the last 27 years<br />
has shown no demonstrable adverse impact of <strong>Saiccor</strong> effluent on<br />
the marine biology’�<br />
<strong>The</strong> results of the modelling indicated the optimum length of the<br />
effluent pipeline was 6,5 km� For a 6,5 km pipeline, effluent would<br />
be more than 70 per cent less visible than from a 3 km pipeline, which<br />
is illustrated in the graphics from the model indicating effluent<br />
visibility from a 3 km and 6,5 km pipeline�<br />
At the time the EIA was initiated (February 1997), discussions took<br />
place with Smit, Lama, and Brown & Root on the construction of<br />
the pipeline� Discussions were also held with the Norwegian company<br />
Borregaard on a joint venture for the lignosulphonate business<br />
(Borregaard had some 60 per cent of the world lignosulphonate<br />
market)�<br />
<strong>The</strong> final EIA was presented to the authorities on 30 September<br />
1997, in which <strong>Saiccor</strong> proposed to reduce effluent visibility by<br />
extending the effluent pipeline to 6,5 km, while at the same time<br />
building a 55 000 t lignosulphonate plant� <strong>The</strong> Department of Water<br />
Affairs accepted the proposal and issued <strong>Saiccor</strong> with a new effluent<br />
permit in November 1997 on condition that the effluent pipeline<br />
would be extended to 6,5 km by December 1998, and that the<br />
lignosulphonate plant would be at full capacity by the middle of<br />
1999�<br />
Smit and Lama were the leading contenders for the pipeline<br />
contract�<br />
Although Smit were the preferred suppliers, in view of what they<br />
had done in 1987, their considerably higher price could not be justified�<br />
<strong>The</strong> project at a cost of R95 million was approved in December 1997<br />
and the order was immediately placed on Lama� <strong>The</strong> order for the<br />
stainless steel was placed on Columbus, half the pipe manufacture<br />
was given to Hall Longmore, the other half to ND Engineering and<br />
site construction to ND Engineering� Martin Bellamy was Lama’s<br />
Project Manager while Graham Kelly was appointed <strong>Saiccor</strong>’s Project<br />
Manager for the pipeline, and Clifton van Rooyen Project Coordinator�<br />
Graham was born on 30 April 1946 in Liverpool, where he<br />
completed his Electrical Engineering degree in 1974� He emigrated to<br />
South Africa and worked for Nylon Spinners in Hammersdale from<br />
1975–1986� He emigrated to Australia in 1986, where he was hired<br />
by Thys de Waard when on a recruiting trip in 1989� He joined <strong>Saiccor</strong><br />
on 4 December 1989 as Assistant Engineering Manager, Instruments,<br />
and a year later Services and Building were added to his portfolio but<br />
were relinquished in 1996 when he headed the electrical and<br />
instruments departments� In 1998 he was appointed Project Manager Graham Kelly<br />
172
<strong>The</strong> Tubb Period (1996 –)<br />
Signing of the LignoTech Joint Venture, 1997� STANDING: Gunnar<br />
Vickstrom (Borregaard) and Alan Tubb (<strong>Saiccor</strong>); SEATED: Ian Forbes<br />
(<strong>Sappi</strong>) and Egil Ulibo (Borregaard)<br />
of the Y2K project in addition to his normal duties� He again emigrated<br />
to Australia in February 2001� Graham was a capable engineer, but<br />
gave the impression of being distant from people and somewhat<br />
overconcerned about his ‘rights’�<br />
Also in December 1997 a <strong>50</strong>/<strong>50</strong> joint venture – LignoTech South<br />
Africa – between Borregaard and <strong>Saiccor</strong> was signed to operate a<br />
lignosulphonate business� Borregaard would supply the technical and<br />
marketing expertise, while <strong>Saiccor</strong> would supply the raw material<br />
and local knowledge� <strong>The</strong> 55 000 t/a lignosulphonate plant was<br />
approved for R108 million�<br />
As Borregaard were responsible for the technical specification of<br />
the plant, they appointed the overall Project Manager – Tom Rabitski,<br />
an American� As Tom spent as much time in the US as in Umkomaas<br />
during the project, a large part of the management fell on <strong>Saiccor</strong>’s<br />
Project Manager, Wayne Weston�<br />
Wayne was born in Durban on 26 November 1960� After completing<br />
his Chemical Engineering degree at the University of Natal he worked<br />
for Mondi for 22 months before joining <strong>Saiccor</strong> as a chemical engineer<br />
on 1 May 1986� In April 1987 he was transferred to the technical<br />
department but transferred back to the production department in<br />
October 1988 as an Assistant Production Manager� In 1989 he worked<br />
on the feasibility study for the Mkomazi plant and in 1992 managed<br />
the installation and commissioning of the new chlorine dioxide plant�<br />
On 1 January 1993 he was appointed Production Manager and on<br />
1 January 1994 Senior Production Manager� In January 1998 he was<br />
appointed Project Manager for LignoTech and in February 2000 Project<br />
Manager for ISO 14000� He was appointed Plant Manager for Pulp<br />
173<br />
Wayne Weston
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Finishing on 1 October 2000� Wayne is a capable chemical engineer<br />
and manager�<br />
<strong>The</strong> world market for lignosulphonates in 1997 was some one<br />
million tons per annum, of which Borregaard, the world leader in<br />
lignin technology, had about 60 per cent market share� At that time<br />
there were only 11 lignosulphonate plants in the world�<br />
Lignosulphonate products have a variety of commercial applications<br />
in industries, ranging from animal feeds to concrete, ceramics, bricks<br />
and tiles� Over 90 per cent of the 55 000 t/a lignosulphonates to be<br />
extracted from <strong>Saiccor</strong> effluent was expected to be exported, earning<br />
some U$19 million in foreign exchange for South Africa� To date<br />
Borregaard’s investment in LignoTech South Africa is the biggest<br />
investment made by a Norwegian company in South Africa�<br />
<strong>The</strong> construction of the lignosulphonate plant had only just started<br />
when on 27 February 1998 the Norwegian Minister of Trade and<br />
Finance, Lars Sponheim, with a trade delegation from Norway, visited<br />
<strong>Saiccor</strong>� <strong>The</strong> South African government was represented at the visit<br />
by KwaZulu-Natal Premier Ben Ngubane, Minister of Economic<br />
Affairs (KZN), Jacob Zuma, and the Minister of Agriculture (KZN),<br />
Narend Singh� Premier Ngubane praised <strong>Saiccor</strong> for embarking on a<br />
quest to be a world-class company, and welcomed Borregaard as the<br />
newest member of KwaZulu Natal’s industrial family�<br />
Major orders for the lignosulphonate plant were placed in<br />
September 1997 (evaporator from IMS and spray dryer from APV<br />
Anhydro; the packing line from Haver & Boekner came some time<br />
later)� Construction of the plant started in December 1997 and<br />
LEFT TO RIGHT: Jacob Zuma, Ben Ngubane, Sinclair Stone and Narend<br />
Singh, during the visit of the Norwegian trade delegation to <strong>Saiccor</strong>, 1998<br />
174<br />
KwaZulu-Natal premier Ben<br />
Ngubane (RIGHT) presents a shield<br />
to Lars Sponheim, the Norwegian<br />
Minister of Trade and Finance, on<br />
a visit to <strong>Saiccor</strong> in 1998
<strong>The</strong> Tubb Period (1996 –)<br />
Artist’s impression of completed LignoTech plant<br />
progressed steadily without any major problem (although there were<br />
numerous minor ones)� <strong>The</strong> plant was 73 per cent complete by August<br />
1998, 89 per cent by October, and commissioned in December 1998�<br />
<strong>The</strong> plant was officially opened at a colourful ceremony on 29<br />
March 1999 by Eugene van As, Executive Chairman of <strong>Sappi</strong> and<br />
Jens Heyerdahl, President of Orkla (owner of Borregaard)� Guests<br />
attending the opening were transported to the LignoTech site in an<br />
old-fashioned Umgeni steam train (<strong>Saiccor</strong> loco)�<br />
In his opening address Eugene van As said, ‘In the past, <strong>Saiccor</strong><br />
sold only the cellulosic content of its raw material – timber� LignoTech<br />
South Africa now gives us the opportunity to find added value in a<br />
previously unused element of this timber�’<br />
In its first 18 months of operation, LignoTech South Africa failed<br />
to reach its production and profit targets� In early 2000 an experienced<br />
manager from LignoTech Germany, Harry Konig, took over as General<br />
Manager� Plant performance soon turned around to achieve expected<br />
results�<br />
<strong>The</strong> site for constructing the effluent pipeline was established on<br />
Fontana’s farm in Ilfracombe in February 1998� By March the<br />
launchway under the road (R102) and the rail line had been<br />
constructed, and by April 12 m lengths of concrete coated stainless<br />
steel pipes started arriving on the site� By May the first pipes were on<br />
the launchway and the barge to pull the pipeline out to sea arrived<br />
off Umkomaas� <strong>The</strong> ‘pull’ started in June but soon stopped because<br />
of mechanical problems with the pull wire ‘grippers’ on the barge�<br />
Turbulent seas that damaged the surf zone structures designed to<br />
support the pipeline into the sea delayed the recommencing of the<br />
pull� In late July the pipe was pulled out 68 m, where it stuck in a<br />
sandbank� <strong>The</strong> jetty had to be extended by 40 m to enable the pipeline<br />
to be lifted over the sandbank�<br />
175<br />
LignoTech South Africa, in<br />
operation
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Guests attending the opening of the lignosulphonate plant on 29 March 1999 were transported to the LignoTech site<br />
in an old-fashioned Umgeni steam train pulled by a <strong>Saiccor</strong> locomotive<br />
By September Greg Wolfe had taken over as Lama’s<br />
Project Manager and by October a report was<br />
received from Smit indicating Lama’s barge lacked<br />
power and that the 3,5 km pipeline would have to<br />
be pulled out in two 1,75 km sections� By this stage<br />
the project had become a public embarrassment to<br />
<strong>Saiccor</strong>� Further mechanical failures on the barge and<br />
associated equipment delayed the pull of the first<br />
1,75 km section to 10–24 December� Following<br />
consultations with the Permit Advisory Panel (PAP),<br />
the Department of Water Affairs extended the<br />
deadline for the completion of the pipeline from 31<br />
December 1998 to 30 April 1999� <strong>The</strong> second 1,75<br />
km section was pulled into position by 3 March 1999�<br />
<strong>The</strong> two ‘spool’ pieces were then installed to connect<br />
the existing 3 km pipeline to the two new 1,75 km<br />
sections� <strong>The</strong> 6,5 km pipeline was commissioned on<br />
20 April 1999� Although the project was completed<br />
late, the cost at R55 million was considerably lower<br />
than the budget of R95 million�<br />
<strong>The</strong> official opening of the new pipeline by the Minister of Water<br />
Affairs and Forestry, Ronnie Kasrils, took place on 9 July 1999 in a<br />
marquee on the south bank of the Mkomazi River mouth�<br />
Complaints about effluent ceased after the 6,5 km pipeline was<br />
commissioned� On 19 November 1999, Glen Jansen wrote to the local<br />
176<br />
Construction of the 6,5 km effluent<br />
pipeline, 1998: TOP A pipe seam<br />
welding machine in action at ND<br />
Engineering BOTTOM Doublejointing<br />
operations underway
<strong>The</strong> Tubb Period (1996 –)<br />
newspaper <strong>The</strong> Sun, saying: ‘<strong>The</strong> impact area is<br />
primarily between Umbogintwini to<br />
Scottburgh, and I have personally seen a vast<br />
improvement in water quality along this whole<br />
coastline that was regularly discoloured by<br />
<strong>Saiccor</strong> effluent� In fact we have experienced<br />
some “Mauritius” type colour�’<br />
It is curious that ‘environmentalists’ react very<br />
strongly to the discolouration of the sea by<br />
<strong>Saiccor</strong> effluent yet are ‘blind’ to the<br />
discolouration by river dirt (the latter is<br />
supposedly ‘natural’)� In a letter to the Mid South<br />
Coast Mail in December 1986, Ted Beesley, in his<br />
personal capacity, lamented the loss of valuable<br />
top soil into the sea, pointing out that in 1985<br />
the Mkomazi River carried some 1,5 million tons<br />
of soil into the sea� This was equivalent to a soil<br />
depth of 0,35 mm across the entire 4 310 square<br />
kilometres of the Mkomazi catchment area� He<br />
asked whether anyone considered this<br />
significant� Since then (by 2002) more than<br />
5 mm have disappeared – and no one yet seems to be concerned�<br />
Once a plan to reduce the effluent discolouration of the sea had<br />
been agreed, the communities surrounding the mill focused their<br />
attention on <strong>Saiccor</strong>’s gas emissions (sulphur dioxide)� As gas<br />
emissions had been an issue since 1986, <strong>Saiccor</strong> emphasised what<br />
had been done over the previous 10 to15 years, which the authorities<br />
appreciated, but the communities ignored�<br />
<strong>The</strong> Minister of Water Affairs and Forestry, Ronnie Kasrils (left), <strong>Sappi</strong><br />
Chairman, Eugene van As (right), and <strong>Sappi</strong> <strong>Saiccor</strong> Managing Director, Alan<br />
Tubb, (centre) unveil the plaque marking the official opening of the <strong>Sappi</strong> <strong>Saiccor</strong><br />
pipeline extension, 9 July 1999� <strong>The</strong> plaque is positioned underneath the railway<br />
bridge at the south bank of the Umkomaas River<br />
177<br />
Construction of the 6,5 km effluent<br />
pipeline, 1998: TOP Barge moving<br />
offshore whilst laying pull wires<br />
BOTTOM Extension of the jetty<br />
after the pipeline stuck in a<br />
sandbank
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Total quantity of sulphur dioxide emitted (tons/day), 1986-1997<br />
A continuous ambient sulphur dioxide monitor was installed in the<br />
community in 1989, a second in 1994, and a further two in 1995� As<br />
the total amount of sulphur dioxide emitted decreased, so the<br />
concentration of sulphur dioxide measured in the communities also<br />
reduced, as did the number of times the authorities’ guidelines for<br />
the levels of sulphur dioxide in ambient air were exceeded� However<br />
there were still occasions when these guidelines were exceeded and<br />
there were still complaints, although the two seldom coincided� A<br />
health study conducted in 1997 concluded there was no danger to<br />
human health�<br />
Although the local communities continued to complain about gas<br />
emissions between 1997 and 1999, the intensity of the complaints<br />
started to diminish as it had become noticeable that <strong>Saiccor</strong> had<br />
addressed the issue� However in the evening of 15 September 1999,<br />
the discharge valve on No 18 digester was inadvertently opened<br />
through the computer system when trying to rectify a problem on<br />
No 17 digester� As No 18 was cooking, cooking liquor rich in sulphur<br />
dioxide was discharged into part of the process plant that normally<br />
contained pulp� Consequently a cloud of sulphur dioxide was emitted<br />
and blew undetected over the Drift community� On the assumption<br />
that there was something wrong with the discharge valve on No 18<br />
digester, the air pipes controlling the valve were swopped around to<br />
close the valve; the digester then continued operating� <strong>The</strong> following<br />
morning it was realised that an error had been made on the computer<br />
system the previous day and, unaware that the air pipes had been<br />
swopped, the computer system was corrected� <strong>The</strong> discharge valve<br />
again opened, and this time sulphur dioxide went over the Naidoo<br />
Memorial School in Roseneath (some 3 km away)� Although sulphur<br />
dioxide concentrations were not high, they were detected and the<br />
headmaster called the emergency response� When the emergency<br />
response vehicles arrived at the school the pupils panicked� Some 100<br />
pupils were treated for gassing and hyperventilation� <strong>The</strong> incident<br />
178
<strong>The</strong> Tubb Period (1996 –)<br />
made front page news (including the SABC National TV news),<br />
severely tarnishing <strong>Saiccor</strong>’s image�<br />
<strong>The</strong> Department of Agriculture and Environmental Affairs set up<br />
an official inquiry, from which followed several recommendations�<br />
<strong>The</strong>se included another four ambient sulphur dioxide monitors in<br />
the communities, together with air speed and direction monitors� In<br />
addition, seven early warning monitors were to be placed between<br />
the mill and the communities� All sulphur dioxide sources in the mill<br />
were to be fed into a computer model that would continuously predict<br />
sulphur dioxide levels in the community and raise an alarm before<br />
pre-set levels were reached� <strong>The</strong> Community Awareness and<br />
Emergency Response (CAER) forum was reinstituted to exchange<br />
information between <strong>Saiccor</strong> and the communities�<br />
All recommendations from the inquiry were in operation from<br />
January 2001�<br />
Tragedy struck in the early hours of the morning of 20 July 2000,<br />
when Xolani Philemon Ngcoba fell to his death in No 5 chipper while<br />
trying to clear a log jam� Xolani was born on 24 January 1952 and<br />
joined <strong>Saiccor</strong> in 1973 as a general worker, working himself up to a<br />
Junior Operator in the woodyard� He was well respected by all for<br />
being an exceptionally hard worker who gave his best at all times�<br />
Another tragedy occurred on 31 July 2001� At around midnight on<br />
the 30th gas was detected emanating from No 11 digester, which<br />
was nearing the end of a cook� <strong>The</strong> Operating Chargehand Elliot<br />
Cele, went to investigate� A piece of the digester shell, some 2 m x 2 m,<br />
suddenly tore loose, allowing the contents of the digester to erupt<br />
with volcanic force, killing Elliot in the blast� Woli Elliot Cele was<br />
born on 10 October 1960, and joined <strong>Saiccor</strong> on 20 October 1980 as<br />
an Assistant Operator in digesters� In 1989 he was promoted to Senior<br />
Operator but realised any further promotion would be dependent on<br />
his furthering his education� He started studying Pulp and Papermaking<br />
through the <strong>Sappi</strong> college� He achieved N4 in 1998, enabling<br />
him to be promoted to Chargehand in 1999� He achieved N6 in April<br />
2001� He was an ambitious and hard working man, well respected<br />
by his colleagues�<br />
<strong>The</strong> rupture of No 11 digester occurred very suddenly and very<br />
violently, hurling debris hundreds of metres� Metallurgical examination<br />
of the ruptured vessel did not readily reveal the cause of failure� Avesta<br />
(Sweden), the designers of the vessel, who knew of no previous failure<br />
anywhere in the world, undertook original research work in an<br />
attempt to determine the cause of failure� Avesta concluded that a<br />
fire in No 11 digester in May 2000 altered the metallurgy of the<br />
stainless steel welds, significantly reducing their corrosion resistance�<br />
Andy Stretton left <strong>Saiccor</strong> for New Zealand at the end of July 2001�<br />
Tony Neave replaced him as Plant Manager� Tony joined <strong>Saiccor</strong> on<br />
179<br />
Xolani Philemon Ngcoba<br />
Woli Elliot Cele
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
No 11 digester ruptured violently in 2001, hurling debris hundreds of<br />
metres and causing the death of the Operating Chargehand, Elliot Cele<br />
1 February 1981 as <strong>Saiccor</strong>’s first Pulp and Paper diploma student at<br />
the Technikon� After completing his studies, he was appointed a Shift<br />
Superintendent on 1 January 1984� He was promoted to Production<br />
Manager of the woodyard on 1 September 1990 and transferred to<br />
the same position in the magnesium plant on 1 September 1995� He<br />
was appointed Senior Production Manager on 1 January 1998� Tony<br />
is a quiet but strong and capable individual�<br />
In 1998 <strong>Saiccor</strong>’s environmental department (Mike Bentley, Derek<br />
Airey and Samuel Mokoena) started preparing <strong>Saiccor</strong> for the<br />
environmental management system, ISO 14000� Progress was slow,<br />
and in February 2000 Wayne Weston, having recently completed<br />
the LignoTech project, was appointed Project Manager for ISO<br />
14000 to assist the environmental department� An environmental<br />
policy was devised, which was followed by setting objectives and<br />
targets for the mill� Procedures were then written after which line<br />
managers wrote work instructions� By this time most people at<br />
<strong>Saiccor</strong> were involved in ISO 14000� A pre-assessment audit was<br />
carried out from 6–7 December 2000 by TUV (Bavaria), who<br />
commented that good progress had been made� A pre-audit was<br />
carried out from 2–4 April 2001 and a final audit date of 2–4 July<br />
2001 was set�<br />
On 1 January 2001 Craig Daniel joined <strong>Saiccor</strong> to supplement the<br />
environmental department and was immediately launched into ISO<br />
14000� A marine biologist (B�Sc�) and zoologist (M�Sc�), Craig had<br />
180<br />
Diagram of No 11 digester indicating<br />
the piece that tore out<br />
Tony Neave
<strong>The</strong> Tubb Period (1996 –)<br />
previously worked as an environmental conservation officer in Port<br />
Elizabeth� <strong>The</strong> ISO 14000 audit set for July had to be postponed as<br />
the trade union had declared a strike over a wage dispute� <strong>The</strong> audit<br />
took place from 6–8 August where auditors, TUV, required seven<br />
‘findings’ to be rectified within 90 days before issuing an ISO 14000<br />
certificate� <strong>The</strong> ‘findings’ were largely for oil in storm water and<br />
incorrect storage of chemicals� Frantic rectification work took place<br />
before 23 October 2001, when the ‘findings’ were again audited and<br />
found to be in order� An ISO 14000 certificate was issued by TUV<br />
(Bavaria) on 31 January 2002�<br />
<strong>The</strong> fiftieth anniversary of the registration of <strong>Saiccor</strong> as a company<br />
was marked on 12 September 2001� It had been decided to celebrate<br />
the day in a relatively low-key fashion, as the arrival of the Italians in<br />
1954 and the first production on 1 December 1955 were considered<br />
more noteworthy events� <strong>The</strong> anniversary was to be honoured with<br />
a banner at the entrance to the mill noting the occasion and a<br />
commemorative desk clock given to each employee� However,<br />
<strong>Saiccor</strong>’s fiftieth anniversary was completely overshadowed by the<br />
horrific events that took place in New York on 11 September 2001�<br />
Everyone was too numb with shock to celebrate�<strong>The</strong> <strong>Saiccor</strong> mill<br />
carried on�<br />
<strong>The</strong> <strong>Saiccor</strong> mill, 2001<br />
181<br />
Craig Daniel
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
<strong>The</strong> <strong>Saiccor</strong> mill over the years<br />
TOP: 19<strong>50</strong>s<br />
MIDDLE: 1960s<br />
BOTTOM: 1990s<br />
182
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Index<br />
Ahrens, Hugh 107<br />
Ainhirn, Hans 36-38<br />
Airey, Derek 144, 145, 180<br />
Aldgate, Bryan 147, 147<br />
Aldred, F C (Fred) 5, 6,<br />
6, 7, 18, 32, 48, 56, 62,<br />
64, 72<br />
Allegro, A 41<br />
Almond, Alan 103<br />
Anderson, Graham 69<br />
Arde, Jacques (Jack) 121,<br />
121-22, 130, 136, 142-43<br />
Asmal, Prof� Kader 160,<br />
170<br />
Baldin, Enoc 12, 34, 34,<br />
88, 88, 89, 143<br />
Baldin, Giovanni 45, 51, 68<br />
Baldo, Sergio 113, 130,<br />
130, 143<br />
Barnard, Rowland 143<br />
Barry, Roy 34, 34<br />
Bassi, D 5, 7,<br />
Battiston, Alfredo 84,<br />
84, 103 , 131, 144<br />
Baum, Chris 127<br />
Beard, Brian 68, 154,<br />
154-55<br />
Beatie, Bert 45<br />
Beesley, Ted 33-34, 45,<br />
51, 59, 59, 70, 84, 86,<br />
106-108, 123, 132, 144,<br />
147-48, 152, 177<br />
Bellamy, Martin 172<br />
Beltramini, Renzo 52, 52<br />
Bentley, Mike 83, 99,<br />
103, 127, 130, 143-144,<br />
1<strong>50</strong>, 158, 158, 161,<br />
161-62, 180<br />
Bernard, Sir Dallas 49<br />
Bernstein, Mark 6, 8, 38<br />
Bertossi, Jacqui 167<br />
Biral, Bepi 79, 79,<br />
Boem, Rino 13, 14, 14<br />
Botha, Jacobus (Cobus)<br />
147, 147<br />
Boulter, Norman 34-35, 45,<br />
<strong>50</strong>, <strong>50</strong>, 72, 80, 94, 98-99,<br />
102, 103, 103-104, 107-<br />
108, 113, 120, 122,<br />
126-27, 130, 132, 166<br />
Bowles, Gary 89, 143,<br />
161, 161<br />
Bowling, Adrian 92<br />
Bowman, Dr 111<br />
Bozzone, Arturo 10, 11, 11<br />
Bozzone, Ezio 11, 11, 37<br />
Bozzone, Renee 11, 42<br />
Bozzone, Roberto 11,<br />
11, 42<br />
Bramuzzo, Assuero 26, 35,<br />
49, 49, 51<br />
Bramuzzo, Fabiana 49<br />
Brannigan, Paddy 34-37,<br />
51, 56, 61, 64, 64, 67,<br />
68, 72, 76, 80, 89, 93,<br />
94, 98, 99<br />
Breckenridge, Mr 37<br />
Brown, Lord George 88<br />
Bruce, Dr 18, 26, 51<br />
Brull, Mike 73, 73, 105, 113<br />
Brunetti, Dr<br />
Alessandro 5, 6, 7, 7,<br />
22, 22, 25, 25, 57<br />
Brusa, Dr 18, 26<br />
Butler, Tony 74, 82, 92,<br />
99, 105, 144, 167, 167<br />
Byrne, Harry 167<br />
Campbell, Don 74, 74,<br />
103, 121<br />
Campbell, Gordon<br />
Arden 9, 102, 112,<br />
117, 119, 119, 120-22,<br />
124-7, 130, 134-8<br />
Cantacuzene, Barbara 1<br />
Cantacuzene, Michel<br />
Surgueyevitch 1, 1, 8,<br />
9, 12, 21, 25, 25, 38,<br />
43, 54, 58, 59, 59<br />
Cantacuzene, Pam 59<br />
Carnevale, Alberto 87<br />
Carr, Andrew 103, 103,<br />
112, 116, 122, 130,<br />
136, 143<br />
Carrick, John 8, 9, 26,<br />
45, 72<br />
Casale, Domenico 87<br />
Casarin, Giovanni 53<br />
Catholic Church 18<br />
Cathro, Mike 143, 162<br />
Cele, Woli Elliot 179, 179<br />
Ceriani, Silvio 143, 154,<br />
162, 162, 167<br />
Cescutti, Renzo 37, 39, 39<br />
Ceselin, Father<br />
Umberto 18, 43, 43<br />
Charlton, J 25<br />
Chiccaro, Adelmo 34<br />
Chiccaro, Lauro 53, 113<br />
Clark, Timothy 41<br />
Clark, Dave 41, 131<br />
Clark, Raymond 41<br />
Clark, Trish 41<br />
Clement, Prince 76<br />
Club Communita<br />
Italiana 22, 43, 43<br />
Collins, Sam 59, 60, 61<br />
Connell, Dr Allan 144, 172<br />
Cornish-Bowden, A C M<br />
(Claude) 7, 8, 25<br />
Corrado, Enea 12, 26, 51<br />
Coutts, Gary 162, 167<br />
Cox, Kevin 153, 155,<br />
158, 158<br />
Coxell, Graham 143,<br />
143, 166<br />
Cristin, Ernesto 75<br />
Crompton, Jake 38<br />
Cudin, Marino 45, 51, 69,<br />
91, 91, 92, 98, 130, 143<br />
Curtis, Ben 73, 83<br />
Damiano, Archbishop 43<br />
Daniel, Craig 180, 181<br />
Daroux, W G 5, 7<br />
Davey, John 34, 68, 98,<br />
99, 130, 130, 143<br />
Davidson, David 74<br />
Davidson, Fred 74<br />
Davies, Lionel 99, 103,<br />
114, 114, 131, 167<br />
Day-Lewis, Nick 83, 89, 99<br />
De Corte, Luigi 13, 14,<br />
De Faveri, Alfonso 26,<br />
35, 51<br />
De Jager, Piet 75<br />
De Kock, H� 22<br />
De Robillard, Pierre<br />
Auguste Maxime<br />
(Max) 89, 143, 144,<br />
144, 163, 167<br />
De Waal Meyer, Mr P 22<br />
De Waard, M P (Thys)<br />
142, 152, 153, 153,<br />
154, 155 , 166<br />
Del Bianco, Ego 28<br />
Del Ponte, Piero 41, 53<br />
Del Vecchio, Silvano 37,<br />
39, 39<br />
Dell, Peter Lawson 99,<br />
101, 101, 102, 103,<br />
107, 111, 111<br />
Della Martina,<br />
Gastone 40, 52<br />
Della Martina, Gino 12,<br />
12, 44, 45, 100, 103, 105<br />
Della Martina,<br />
Lorenzo 12<br />
Devos, R V D 25<br />
Deyzel, Willem 31<br />
Di Marco, Eridanio 34, 34,<br />
37, 39, 39, 75, 89, 143<br />
Dick, B M 142<br />
Dlamini, Alfred 95<br />
Dlamini, Milton 95<br />
D’Oliviera, Errol 152,<br />
152, 167<br />
Domiro, Mario 87<br />
Dose, Francesco 12<br />
Du Plooy, Attie 34, 74, 83<br />
Duncan-Anderson, R R<br />
D (Scotch) 120, 120-<br />
22,130-31, 136, 140<br />
Earnshaw, John 45, 51,<br />
56, 72, 72, 73, 103, 121<br />
East, Vic 34, 38, 45, 51, 83<br />
Eddleston, Fred 75, 99<br />
Evans, Glynn 82, 82, 83, 91<br />
Ferreira, Martin 51, 68,<br />
75, 91, 94, 105, 105,<br />
127, 130, 143<br />
Fitzgerald, Tom 26, 45,<br />
51, 56, 57, 84<br />
Fogolar Furlan 41, 41<br />
Fonda, Dr Fabio 12, 18,<br />
18, 25, 25, 26, 28, 35, 51<br />
Fontana, Achille 34, 70, 70<br />
Fontana, Raoul 70, 70<br />
183<br />
Forbes, I D (Ian) 143,<br />
161, 166, 166, 173<br />
Fortune, Roy 51, 69<br />
Fowler, R O 25<br />
Fox, Des 113<br />
Fox, Harry 93<br />
Franceschi, C 51<br />
Garz, Gunther 127, 166,<br />
167<br />
Gay, Stan 45, 74<br />
Gianpietri, Dr 41, 51<br />
Glannister, Phil 131, 144<br />
Goodenough, Bill 147,<br />
148, 148<br />
Goodenough,<br />
Kenneth 148<br />
Goodwill, Prince 76, 76<br />
Gori, Sergio 34<br />
Govender, Nad 148, 148<br />
Govender, Sugan 148, 148<br />
Govetto, Sergio 53<br />
Graveson, Ian 170<br />
Grew, John 33<br />
Haggett, Rick 124, 132<br />
Hall, Andrew 154<br />
Hanbury-Williams,<br />
Barbara 1<br />
Hanbury-Williams, Sir<br />
John 1, 3, 3, 22, 22, 49<br />
Hancock, Col� A 5, 7<br />
Harding, Pauline 83, 83,<br />
103<br />
Harman, Tom 26, 35, 45,<br />
<strong>50</strong><br />
Harper, Warwick 34<br />
Hart, Maurice 144, 145<br />
Hastie, W F (Bill) 8, 13,<br />
25, 25, 32, 37, 37, 38,<br />
<strong>50</strong>, <strong>50</strong>, 56, 64, 153<br />
Hay, Errol 58, 59, 59<br />
Herbert, Alfred 33<br />
Herd, John 167<br />
Heron, Ian 142, 142,<br />
155, 157, 160, 161<br />
Hewitt, W E 143<br />
Heyerdahl, Jens 175<br />
Hilcove, Maurice 35<br />
Hillcoat, David 112,<br />
112, 122<br />
Hinck, John 121, 121-<br />
23, 126, 130, 136, 140<br />
Hlungwane, Stanley 94<br />
Hogg, Sir Christopher<br />
102, 102, 104, 105,<br />
116, 123, 137, 138<br />
Hollington-Sawyer, Col�<br />
Francis 37, 39<br />
Hopkins, Andy 116<br />
Howlett, Mike 83, 97,<br />
98, 98, 103, 105, 122,<br />
125-26, 154<br />
Hudson, Bill 131<br />
Hughes, Deon 73<br />
Huismans, Sipco 102,<br />
116, 117, 120, 130<br />
Hunt, Bill 83, 105, 105<br />
Hunt-Davis, D N A 72<br />
Ioppo, Gianni 53, 113<br />
Ioppo, Graziano<br />
(Ciano) 34, 42, 45, <strong>50</strong>,<br />
57, 57, 84� 86, 94, 98,<br />
103, 105, 131, 144, 152<br />
Italian Club 12, 52, 54, 91<br />
James, Garth 143, 154, 162<br />
Jansen, Dr E G 22, 23, 23<br />
Jansen, Glen 160, 160, 176<br />
Job, Dr J L (John) 166,<br />
166, 168<br />
Johnson, Axel 30<br />
Johnson, Richard 158<br />
Jorgensen-Lian,<br />
Bernard 113, 167, 167<br />
Kalamouducos, Natalie<br />
113<br />
Kasrils, Ronnie 176, 177<br />
Kearton, Lord 6, 25, 49,<br />
49-<strong>50</strong>, 54, 56, 62, 64,<br />
68, 72, 80, 80, 86, 88,<br />
102, 137<br />
Kelly, Graham 143, 1<strong>50</strong>-<br />
51, 162, 167, 172, 172,<br />
Kerr, Colin 152, 152-53<br />
Kerr, Ryan 166, 167<br />
Keyes, Derek <strong>50</strong><br />
Khumalo, Joe 112, 112<br />
Kieviet, W H 51<br />
Kikine, Sam 112, 112,<br />
113, 162<br />
Kilmartin, Bob 103<br />
Kittshoff, J J (Jan) 8, 72, 72<br />
Knight, Sir Arthur 72,<br />
102, 137<br />
Kruger, Ronnie 69<br />
Kushke, G S J<br />
(Siegfried) 8, 25, 56,<br />
64, 64, 72<br />
Kweyema, Maxwell 94, 96<br />
Lapping, Dr D 45, 74<br />
Larkan, Trevor 121, 121,<br />
139-31, 136, 137, 142,<br />
152<br />
Lido Hotel, <strong>The</strong> 9, 10,<br />
42, 100, 126<br />
Lofstrand, Allan 30, 30,<br />
79, 87, 124<br />
Luger, Stephen 171<br />
Mabida, Joseph 123<br />
Macbeth, Alistair 75, 113<br />
Macdonald, M 72, 120, 130<br />
Mackenzie, Dr Hector<br />
Douglas 121, 126,<br />
129, 129-30, 134-35,<br />
136, 140<br />
Mackenzie, Dr Ian<br />
(John) 35, 36<br />
Magabeni 44, 44, 76,<br />
127, 133<br />
Magrin, Ado 42, 42, 51,<br />
73, 74<br />
Magubane, David 94,<br />
95, 95
<strong>The</strong> <strong>First</strong> Fifty <strong>Years</strong><br />
Magubane, Ephraim 95, 95<br />
Magubane, Moses 42, 95,<br />
95, 99, 113, 147, 148<br />
Maisles, Issy 58<br />
Makhaye, Douglas 162<br />
Malisan, Fiorenzo 75<br />
Malpiedi, Marcello 33,<br />
33-34, 97, 116-17, 141-<br />
43, 145, 146<br />
Manfredini, Prof L 8<br />
Mansoor, Mohamed 170<br />
March, Barry 86<br />
Marinotti, Dr Franco 1,<br />
4, 5, 5, 22, 23<br />
Marshall, George 143,<br />
154, 154, 166<br />
Martelossi, Giuseppi<br />
(Bepi) 34, 41, 41, 45,<br />
51, 68, 77, 77, 78, 84,<br />
94, 99, 130, 135, 143<br />
Martelossi, Ilva 78<br />
Martelossi, Imperia 18<br />
Martin, Hugh 144, 145,<br />
145, 166<br />
Mason, Franco 42, 51,<br />
52, 52<br />
Mason, Guiseppe 52<br />
Mather, Sir William 68<br />
Mazery, Roland Egon<br />
Jean-Marie 135, 138-<br />
40, 141, 141, 143, 152,<br />
155, 157, 161, 163<br />
Mazzaro, Luigi 53, 105,<br />
131, 131, 143, 167<br />
Mblambo, Julius<br />
Mehlomane 37, 39<br />
McCann, Mike 103, 131<br />
McFeat, Jimmy 34, 73,<br />
73, 105, 131, 143, 166<br />
McGregor, Alistair 161, 166<br />
McInnes, Jimmy 45, 74,<br />
74, 103, 131<br />
Mdlalose, Dr Frank 160,<br />
161<br />
Melkjorsen, Viggo 26,<br />
26, 35, 45, <strong>50</strong><br />
Meneghel, P (Paolo) 41, 89<br />
Mensi, Cesare 134, 134<br />
Mian, Piero 30, 30, 73,<br />
88, 99, 103, 105, 112<br />
Miniutti, Piero 8, 34<br />
Mitchell, Douglas 59<br />
Mitchell, Jock 8, 45, 51<br />
Mitchell, Nan 42<br />
Mkhize, Elijah 34<br />
Mncwabe, Divas 160, 161<br />
Mnguni, Mrs A J 76, 76<br />
Monte, Ferruccio 10, 11,<br />
11, 37, 40, 41<br />
Monte, Piercarlo 11<br />
Moore, Janet 108<br />
More, John 18, 32, 48,<br />
82, 82, 143<br />
Moro, Silvano 13, 14,<br />
14, 18, 40, 68, 75, 113,<br />
127, 127, 130<br />
Morris, Peter 115, 115,<br />
143, 166, 170<br />
Mortarino, Dr Renzo 26,<br />
35, 51<br />
Mortimer, Graham 13,<br />
14, 14, 18, 26, 26, 34-<br />
38, 45, <strong>50</strong>, 56, 73, 88<br />
Mostert, Nic 151, 151<br />
Mowatt, Colin 166, 166<br />
Mshengu, Jerome 160<br />
Mthuli, Alison 13, 14, 15<br />
Muller, Eckhard 147,<br />
149-<strong>50</strong><br />
Murphy, Clive 122-123<br />
Murphy, Colin 125<br />
Murray, Kier 74, 103, 131<br />
Mussolini, Benito 5<br />
Mynors, D R B 5, 25, 56<br />
Mzotho, Bernard 94<br />
Nardi, Francesco 12, 12, 26<br />
Natal Mercury 15, 16,<br />
17, 22, 58, 108, 109<br />
Natali, Giorgio 34, 51,<br />
65, 73, 79, 79, 83, 99,<br />
105, 143<br />
Ndlovu, Moffat 95, 96<br />
Neave, Tony 143, 179, 180<br />
New South Barrow<br />
Hotel 9, 9, 13, 17<br />
Ngcoba, Xolani<br />
Philemon 179, 179<br />
Ngubane, Ben 174, 174<br />
Ngubane, Eric 160<br />
Nicholson, Eugene 113<br />
Nxele, Michael 112<br />
Oehgren, Torgny 92, 92,<br />
93, 98, 105, 106<br />
Panizzolo, Leone 105<br />
Paton, Laird 155<br />
Pavan, Daniele 53<br />
Pavan, Roberto 89<br />
Pavan, Romeo 53<br />
Peddie, Bruce 99, 131<br />
Phungula, Osborne 34<br />
Pianto, Camillo 8, 40<br />
Pienaar, H 142<br />
Pinnock Peter 144<br />
Piovesan, Giuliano 53<br />
Piovesan, Pietro 53<br />
Pollock, Robin 103, 130<br />
Porter, Andy 99, 103,<br />
113, 113, 122, 130,<br />
136, 142, 161<br />
Pretorius, Rapha 115<br />
Rabitski, Tom 173<br />
Radziwill, Dom 21<br />
Railton, Garth 34<br />
Rainey, Eric 154<br />
Rainier, Kevin 167<br />
Ranger, Roland (Tex) 112<br />
Rattray, Loring 2, 2, 6,<br />
7, 8, 22<br />
Rattray, Major Peter 2, 2<br />
Ravenscroft, Bill 34<br />
Rea, John 143<br />
Redding, Strath 38, 45, 68<br />
Reed, Ken 26, 34, 35,<br />
<strong>50</strong>, <strong>50</strong>, 62, 65, 72<br />
Reilly, Gavin 137<br />
Rhodes, Frank 45, 51, 56,<br />
66, 73, 73, 79, 83<br />
Richardson, Keith 153<br />
Richter, Johan 78<br />
Richter, Ole 78, 79<br />
Riecker, Rudi 34<br />
Rigotti, Silvano 30<br />
Rivetti, Gino 6, 8, 38, 51,<br />
68, 69, 79, 79, 92, 98,<br />
112<br />
Rivetti, Mannie 18, 53<br />
Roberts, Bill 88<br />
Roberts, Douglas 8<br />
Robinson, Prof� Paul 80<br />
Robson, Alison 146, 146<br />
Roche, Pat 45, 51, 69<br />
Roerig, Tom 1<strong>50</strong><br />
Rosicarelli 26<br />
Rossetto, Aldo 69, 78<br />
Rossi, Andrea 153, 154, 155<br />
Rossi, Elio 69, 73, 74, 87,<br />
88<br />
Rossouw, Noel 123<br />
Sabbatini, Domenico 26,<br />
35, 36, 37, 51, 69<br />
<strong>Saiccor</strong> Village 10, 28, 40,<br />
43, 44<br />
Salotto, Gino 13, 73<br />
Scarpa, Carletto 15<br />
Scarpa, Flavio 18, 53<br />
Scarpa, Franco 30, 30,<br />
31, 133<br />
Scarpa, Renzo 18, 31, 36<br />
Schoultz, I A 35<br />
Scorovic, Bruno 34, <strong>50</strong>, 69<br />
Segatto, Attilio 51, 69,<br />
73, 74, 103, 131, 143<br />
Segatto, Basillio 34, 69,<br />
83, 94, 94, 98, 131, 143<br />
Segatto, Bruna 69<br />
Segatto, Dirce 69<br />
Seppa, Dr Illeri 125<br />
Serravalle, Angelo 26, 34,<br />
<strong>50</strong><br />
Sguassero, Graziano<br />
(Box) 53<br />
Sheldon, C W (Wilfred)<br />
7, 7, 8<br />
Shepstone, Denis 22<br />
Shezi, Israel 94<br />
Sibisi, Victor 95<br />
Simonetti, L� 51<br />
Simonetti, Piero 53, 144,<br />
144, 166<br />
Simpson, Alison 144<br />
Simpson, Derek 144, 144<br />
Simpson, Malcolm 48, 125<br />
Singh, Narend 174, 174<br />
Soldat, Giordano<br />
(Sack) 13, 15, 30, 53<br />
Soldat, Giorgio 15<br />
Soldat, Luigi 15<br />
Sorenson, Dick 154<br />
South Barrow Hotel 9,<br />
10, 37,<br />
Sowler, Geoff 83, 99,<br />
103,112<br />
Spence, Owen 103, 131,<br />
143, 162<br />
Spencer, Dr W D 5<br />
Sponheim, Lars 174, 174<br />
184<br />
Stefanelli, I 5, 7,<br />
Stella, Aldo 123<br />
Stone, S L (Sinclair) 15,<br />
15, 34, 82, 89, 104, 107-<br />
108, 113, 122, 130, 130,<br />
136, 142, 153, 155,<br />
160, 166, 174<br />
Stone, Yvonne 133<br />
Stretton, Andy 113, 115,<br />
115, 143, 158, 166, 179<br />
Stroppolo, Danilo 37,<br />
39, 39<br />
Sukaram, Roy 157<br />
Szabo, “Louis” 34<br />
Tainton, Oakley<br />
Warwick 6, 8, 9, 25,<br />
26, 45, 55-56, 65, 70,<br />
71, 71-72, 74-76, 76,<br />
86, 99, 100-102, 107-<br />
108, 111, 126<br />
Taverna, Edi 13<br />
Taverna, Giorgio 53, 83,<br />
89, 99<br />
Taverna, Mario 89<br />
Taylor, Greg 162, 162 167<br />
Testa, Ugo 45, <strong>50</strong>, 68, 264<br />
Thomas, Bryan 34 45,<br />
51, 69, 74, 78, 81, 81-<br />
82, 103, 122, 126, 130,<br />
136, 140, 142, 146<br />
Thomas, Janice 113, 113<br />
Thompson, John 74<br />
Thomson, Alec L 8, 9,<br />
45, 74<br />
Thubron, John 34, 93,<br />
106, 106<br />
Timm, Mike 40<br />
Titton, Stefano 53<br />
Tokelove, Barry<br />
Norman 34, 83, 131,<br />
131, 143<br />
Topp, Peter 86<br />
Toward, Ken 167<br />
Townsend, Bruce 32, 104<br />
Trevisan, Bepi 13, 14, 14,<br />
30 143<br />
Trevisan, Bruno 28, 31,<br />
34, <strong>50</strong>, 73, 83, 88, 88,<br />
105<br />
Tubb, Alan David 89,<br />
165, 165-66, 173, 177<br />
Turco, Ennio 158<br />
Turco, Nevio 40<br />
Turco, Paul 158<br />
Turco, Sheryl 158<br />
Turner, Frank 74, 103<br />
Turner, Dr G B (Geoff)<br />
102, 115, 116, 120<br />
Turner, M W (Mike) 142,<br />
143, 155, 157, 166<br />
Turner, Ted 40, 51<br />
Van As, Eugene 136, 139,<br />
141, 142, 142, 152-53,<br />
170, 175, 177<br />
Van den Berg, A J 65, 72<br />
Van der Merwe, A J<br />
W 166<br />
Van der Walt, J L (Johan)<br />
72, 72, 102, 130<br />
Van der Walt,<br />
Tjaart 153, 154<br />
Van Eck, Dr H J<br />
(Hendrik) 8, 22, 22,<br />
23, 25, 54, 59, 61, 61,<br />
64, 65<br />
Van Groeningen,<br />
Lester 112, 144, 144<br />
Van Rooy, P J (Koos) 8,<br />
102, 117,120, 120, 130,<br />
136, 137<br />
Van Rooyen, Clifton 172<br />
Vermeer, Cor 124, 133<br />
Vice, Gordon 130, 143<br />
Vickstrom, Gunnar 173<br />
Villaggio Roma 18, 18<br />
Vlok, Andre 140, 142,<br />
153, 153, 155<br />
Von Schoultz 51<br />
Von Wartburg, Heidy 74<br />
Walmisley, J B (Jim) 97,<br />
120, 141, 142, 142, 144<br />
Watson, Eddie 143, 154,<br />
154, 167<br />
Watson, Stuart 167<br />
Watts, Billie 142<br />
Webb, Darrell 167<br />
Weggeelaar, Bill 155<br />
Weightman, D A<br />
(Derek) 83, 99, 103,<br />
112 , 127, 130, 142,<br />
143, 143, 166<br />
Wemys, Dr Ken 74<br />
Weston, Wayne 126,<br />
142, 173, 173, 180<br />
Wharton, John 62, 63,<br />
63, 64, 68, 70, 72<br />
Wheeler, Don 158<br />
Wheeler, Mannie 53<br />
Whelan, Alan 143<br />
White, Brian 131, 146,<br />
147, 147<br />
Williamson, Chris 122,<br />
122, 124, 130, 136,<br />
143, 161<br />
Wooding, Dr N S<br />
(Norman) 8, 72, 98,<br />
102, 102, 117<br />
Wrangham, J R 72, 102, 117<br />
Wright, Henry 112<br />
Wykes, Anthony 83, 83,<br />
99<br />
Yelland, Neil 143<br />
Yeomans, John Leslie 25,<br />
55, 55, 56, 62, 70<br />
Zamarian, Aldo 51<br />
Zan, Ennio 30, 34, 45,<br />
51, 75, 79, 79, 80, 80,<br />
99, 143<br />
Zan, Henry 30, 30, 53,<br />
131, 143, 162, 167<br />
Zanello, Ido 34<br />
Zerman, Armando 13,<br />
13, 15, 40<br />
Zerman, Mannuel 40, 41<br />
Zerman, Miranda 40<br />
Zerman, Raimondo 40<br />
Zondi, Lawrence 34<br />
Zuma, Jacob 174, 174