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LNG Shipping at 50|the pioneers<br />
the Conch Océan banner were Gilbert<br />
Massac, Michel Kotcharian and another<br />
ex-Shell man, Bob Jackson.<br />
Going back to the evolution of the<br />
Gazocéan membrane itself, the next stage<br />
involved a seagoing trial. René Boudet,<br />
the company’s president, and his friend<br />
Carol Bennett agreed to build a small<br />
prototype ship to demonstrate the<br />
soundness of the design for LNG and to<br />
show that it could also be used for LPG<br />
and ethylene trading. Delivered in May<br />
1964, the ship was the 630m 3 Pythagore.<br />
René Boudet was one of the gas<br />
industry’s larger-than-life characters.<br />
A formidable pioneer of LPG trading<br />
and transport by sea in the 1950s, he<br />
founded Gazocéan in 1957. Following<br />
the success of the Pythagore prototype<br />
vessel, Boudet then placed a speculative<br />
order in 1968 for the 50,000m 3 Descartes,<br />
the first commercial ship with the<br />
Technigaz Mark I membrane. In 1979<br />
René Boudet moved on from Gazocéan<br />
and created Geogas Enterprise, a<br />
Geneva-based LPG trading company.<br />
One of the attendees at the Oslo test,<br />
Audy Gilles, had also been involved with<br />
the Beauvais project. The Worms Group<br />
man was investigating another potential<br />
membrane material. In particular he was<br />
considering a 36 per cent nickel steel<br />
alloy which the Nobel prize-winning<br />
Swiss physicist Charles Édouard<br />
Guillaume had discovered in 1896 and<br />
named invar. Industrialised by Imphy<br />
Alloys of France, invar has a near-zero<br />
coefficient of thermal expansion.<br />
The Worms Group put Pierre Jean<br />
in charge of a research team to look<br />
at invar in more detail and he was<br />
assisted by Pierre Legendre of Imphy.<br />
By October 1965 the researchers’<br />
confidence in the material was sufficient<br />
Audy Gilles (left) and Pierre<br />
Jean, the men who brought the<br />
Gaz Transport membrane tank<br />
containment system to life<br />
for the Worms Group to establish Gaz<br />
Transport as a new subsidiary.<br />
Six engineers joined president and<br />
founder Audy Gilles as the initial team<br />
members of Gaz Transport. Pierre Jean<br />
headed the group, which included<br />
naval architect Roger Lootvoet and<br />
Jacques Lenormand. Jacques Guilhem,<br />
who had been the engineer in charge of<br />
the Jules Verne project, also joined the<br />
team together with two other Jules Verne<br />
technicians, Michael Bourgeois and<br />
Jean-Pierre Morandi.<br />
Work on the Moss LNG spherical<br />
tank containment system design started<br />
at Moss Værft in Norway in February<br />
1969. Mikal Grønner, the president and<br />
CEO of Moss Rosenberg Værft (MRV),<br />
and his design team set off with a simple<br />
three-pronged strategy. The design had<br />
to provide a high standard of safety; the<br />
construction would have to be based on<br />
traditional shipbuilding methods; and the<br />
initial and operating costs of a spherical<br />
tank ship must be kept low.<br />
The other members of the team were<br />
Hans Jorgen Frank, who joined MRV<br />
from the Lorentzen Group, Ragnar<br />
Bohgaes, the technical director of<br />
Moss Værft, and Olav Solberg, who was<br />
head of the steel structure department at<br />
Kværner Brug. The Kværner engineering<br />
group was the parent of MRV.<br />
In early 1970 DNV was<br />
commissioned to help with the project<br />
and a team was assembled under the<br />
guidance of manager Rolf Kvamsdal.<br />
The society’s Per Tenge, Gunnar Wold<br />
and Odd Solli were directed to weigh up<br />
the choice of materials for the spherical<br />
tanks while Helge Ramstad examined<br />
stress levels and Odd Solumoen<br />
investigated insulation matters.<br />
DNV president Egil Abrahamsen<br />
played an active role in this study,<br />
providing guidance on dealing with<br />
national and other regulatory bodies.<br />
Early on in the study James Howard, a<br />
former US Coast Guard officer, joined<br />
the Kværner Group and his background<br />
proved useful when dealing with<br />
the US maritime authorities. Later<br />
Tormod Grove and Hans Richard<br />
Hansen contributed extensively to the<br />
Moss spherical tank project with input<br />
on stress and fatigue analysis. In January<br />
1971 Rolf Kvamsdal joined MRV as head<br />
of the gas technology department and<br />
quickly became the well-known frontman<br />
and publicist for Moss spheres.<br />
After Methane Princess, Methane<br />
Progress and Jules Verne had established<br />
the initial Algeria-to-Europe LNG<br />
trade lanes, subsequent projects<br />
William Wood Prince is<br />
acknowledged as the father of LNG<br />
generated their own contributions to<br />
the pioneer pool. Esso’s DM Latimer<br />
played a key role in developing both<br />
the shipping and terminal elements<br />
for his company’s Libya venture while<br />
Alexander Delli Paoli was section<br />
head of Esso International’s tanker<br />
department and the man responsible for<br />
the design and construction of the four<br />
41,000m 3 vessels built for the project.<br />
Ed Torney, another naval architect<br />
from the JJ Henry stable, acted as design<br />
and construction advisor to Esso. He<br />
later joined Energy Transportation Corp,<br />
the company which operated the eight<br />
spherical tank ships on the Indonesia-<br />
Japan route on behalf of Burmah Oil.<br />
The Alaska-Japan trade began in<br />
October 1970 and Phillips Petroleum’s<br />
vice-president LeRoy Culbertson and<br />
John Horn in the natural gas sales<br />
department were leading figures in<br />
getting the venture off the ground.<br />
RJ Wheeler, the company’s director<br />
of marine operations, headed the<br />
team responsible for the running of<br />
the two vessels that served the trade,<br />
Polar Alaska and Arctic Tokyo.<br />
There were many other LNG<br />
shipping and terminal pioneers who<br />
did not grab as much limelight as those<br />
mentioned above. As SIGTTO and<br />
GIIGNL point out in their introductory<br />
remarks to this magazine, our industry<br />
owes a great deal of gratitude to all the<br />
pioneers that helped establish the solid<br />
foundation stones that are in place.<br />
This group encompasses not just those<br />
who made the headlines but also those<br />
shipyard workers, welding experts,<br />
steel and aluminium manufacturers,<br />
insulation specialists, electrical engineers<br />
and cryogenic equipment suppliers who<br />
have played key but mostly unsung<br />
roles in logging 50 years of safe LNG<br />
operations. SH<br />
36 I LNG shipping at 50<br />
A SIGTTO/GIIGNL commemorative issue