The Stavanger committeeShuttle tanker Polytrader named and launched

Electricians threaten strike

person By Trude Meland, Norwegian Petroleum Museum
The first labour dispute with workers on Statfjord involved working time and the tour cycle. Thirty-eight Norwegian electricians threatened to strike for better tour arrangements and refused to go offshore to work on Statfjord A.
— Two electricians check a lifeboat control board on Statfjord A. Photo: Odd Noreger/Norwegian Petroleum Museum
© Norsk Oljemuseum

Brownaker, which had hired the men to do electrical outfitting on the platform, had introduced a new tour cycle which meant that workers spent 14 days offshore and then had 14 days free on land. The previous scheme was based on eight days at work and eight off.

Although the company had applied to the Norwegian Petroleum Directorate (NPD) on 30 December 1977 to introduce the 14-day cycle, this application had yet to be considered.[REMOVE]Fotnote: Aftenposten 13 January 1978. Statfjord-elektrikere vil ha 8-dagers turnus. 

Norway’s new Working Environment Act of 1977 included rules on working time. These specified that an eight-day tour cycle was the normal routine, but that certain companies could apply for up to 16 days and – in exceptional cases – as many as 32 days.

Electricians from the Elcon group[REMOVE]Fotnote: The partners in Elcon were Asea, Siemens, Stord Elektro, Sønnico and Nebb. reacted strongly to Brownaker’s new tour cycle. “The physical and mental strain on electricians arises because, in addition to tough working days, they have to share four-berth cabins – often with platform workers from the USA or Spain,” Helge Hammerseth, the union convenor at Asea, told Norway’s NTB wire service.

They also reacted over tendencies to make them do night work without this having been discussed with their union officials. At the urging of their union, electricians already on the platform refused to work nights.[REMOVE]Fotnote: Haugesunds Avis, 13 January 1978. “40 elektrikere blir hjemme, arbeidsordningen uholdbar”.

The threat to strike was successful and, after a tussle between the two sides, the eight-day tour cycle was reinstated.[REMOVE]Fotnote: Ny Tid. 19 January 1978. Streiketrussel ga seier.

Another stoppage was staged by the electricians on Statfjord A during 13 May 1978. For 12 hours, from 00.00 to 12.00, 160 of them downed tools in a demonstration against an agreement between the National Union of Electricians and Power Station Workers and the National Association of Electrical Installers on payment for shuttle traffic.

This was a wildcat strike, and the workers acted against the existing structure of elected officials and their own union to demand overtime payments for shuttling between the workplace and their living quarters while offshore.

The outcome of the union-management negotiations was that the electricians would get full overtime payment for the first hour of shuttle time, and then waiting and overtime pay. This meant an hourly reduction of 40 per cent, which the electricians on Statfjord A refused to accept.

In their view, the 1977 Working Environment Act clearly specified that shuttle time should be regarded as working hours, and noted that other groups on the platform were paid overtime for shuttle periods. It could take up to six hours per day to get to and from the worksites to the flotel by helicopter.

Shuttling was used only when the weather was so bad that the gangways linking the platform and the flotels had to be disconnected. That reduced rest time from 12 to six hours and represented a safety risk.[REMOVE]Fotnote: Bergens Tidende, 16 May 1978. Elektriker-streik på Statfjord A.

The Stavanger committeeShuttle tanker Polytrader named and launched
Published November 22, 2019   •   Updated December 9, 2019
© Norsk Oljemuseum
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The Statfjord A platform

person By Harald Tønnesen and Finn Harald Sandberg, Norwegian Petroleum Museum
The Statfjord A platform stands in 145.3 metres of water in the centre of the field. It ranks as the fourth Condeep to be built. This installation comprises a concrete gravity base structure (GBS) supporting a steel topside . The topside was fabricated by Aker Stord in western Norway and was mated with the GBS in the adjacent Digernessund sound before tow-out to the field.
— Statfjord A platform with the two flotels Nortrym and Polymarines. Photo: Statoil on behalf of the Statfjord Group.
© Norsk Oljemuseum
støping av a-en,
De tre skaftene er ferdig støpt. Sementblandeverket kan ses i venstre hjørne. Foto: Norwegian Contractors//Norsk Oljemuseum

Built by Norwegian Contractors at Hinnavågen in Stavanger, the GBS comprises 19 cells arranged in a concentric formation. Most of these are used for oil storage. Three have been extended upwards as shafts to carry the topside. The platform, which measures 254 metres in height from the seabed to the top of the drilling derrick, was towed to the field in 1977 and came on stream in November 1979.

Oil was exported via a loading buoy located a few hundred metres away. The original articulated loading platform (ALP) was later replaced by a specially developed Ugland-Kongsberg offshore loading system (Ukols).

Drilling rig

The rig comprises a derrick, modules for such functions as mud mixing, and pipe storage. Wells are drilled through two of the concrete shafts supporting the topside. A total of 42 slots are provided. Both production and gas/water injection wells have been drilled, with an average depth of 2 500-2 800 metres. The derrick stands on skids which allow it to be positioned over the various wells with the aid of hydraulic jacks.


The topside measures 86.2 metres long by 83.6 wide, providing a surface area of 5 000 square metres and total deck space of 21 000 square metres. Total height to the helideck is 43.2 metres, while the base is 28 metres above the sea at its lowest point.

Cellar deck

Statfjord A,

The lowest of the steel decks, the cellar deck is built into the module support frame (MSF) which carries the rest of the superstructure. Divided into individual sections with double bulkheads, it forms an integrated steel structure. The flare boom extends for 116 metres at an angle of 45 degrees from its eastern end to burn off all associated gas for brief periods.

Module deck

Statfjord A,

Located above the cellar deck, this has acquired its name because it is partly composed of prefabricated modules. The south-western corner, with the M11, M12, M14,M15, M17 and M18 units, forms part of the cellar deck’s integrated steel structure.

Upper module deck

With the exception of UM7, this deck is built up entirely of modules and lies immediately above the module deck. UM7, which is part of the drilling module, has been constructed as an integrated steel structure together with the cellar deck and the south-western part of the module deck.

Statfjord A,
Upper module deck

Living quarters

Bygging av A-dekket,
The living quarter of Statfjord A is ready to be connected with the topside. Photo: Johan Brun/Norwegian Petroleum Museum

The living quarters provide 100 cabins. These were originally two-berth but converted for single occupancy in 2000-2003. The six-storey structure comprises three modules. A partial seventh floor is provided by the helideck, radio shack and helicopter fuel tanks. The marine control centre was positioned there in the early years, but later moved to Bergen. In addition to the cabins come a canteen and recreation rooms. A lift and internal staircase connect the floors, while external staircases serve as emergency exits. The illustration shows the layout of a typical cabin in the living quarters.

Weather deck

The tops of the uppermost modules form the weather deck. This area is used for storage and for loading/discharging cargo by the large platform cranes.

Concrete GBS

støping av a-en,
Betongunderstellet til Statfjord A under bygging. Foto: Ukjent/Norsk Oljemuseum

The lower section of the GBS comprises 19 concrete cells. Sixteen of these are used for storage, while three extend upwards to form the shafts supporting the topside.

Storage cells

With an internal diameter of 19 metres and a height of 67 metres, the storage cells are individual concrete cylinders which each have a capacity of 80 000 barrels.

Fifteen of the cells are used to store crude oil, and can collectively hold about 1.2 million barrels. Cell 6 is equipped with an internal cylindrical tank to store up to 21 750 barrels of diesel oil. The annulus between the internal cylinder and the cell wall provides 63 500 barrels of storage space for the oil-water emulsion (sludge) which forms during platform operation. All 16 of the cells are partly filled with sand ballast covered by a concrete lid. They are kept filled with liquid at all times. When oil is exported, the cells take in water to maintain their liquid content.

Utility shaft

Statfjord A,
Inside one of the utility shafts. Photo: Aker/Norwegian Petroleum Museum

One of the three shafts supporting the topside, this contains a series of decks carrying pumps for fire, ballast and sea water, ballast water tanks and pumps for crude oil loading.

Drilling shafts

These are completely filled with conductor tubing for a total of 16 wells in each shaft. The illustration shows the distribution between production and water/gas injection wells.

Statfjord A,
Statfjord A. Photo: Marit Hommedal/Equinor
Published April 4, 2018   •   Updated May 14, 2020
© Norsk Oljemuseum
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Building the Statfjord A topside

person by Trude Meland, Norwegian Petroleum Museum
The Aker group had been commissioned by Mobil in August 1974 to fabricate and outfit the topside for Statfjord A. It had already undertaken similar contracts – Vindholmen Verft in Arendal had built the topside for Beryl A and Aker Verdal north of Trondheim was building a similar structure for Shell/Esso’s Brent B. Both these platforms were destined for the UK sector of the North Sea.
— The Statfjord A topside under construction in the dry dock of Aker Stord. Two old hulls, named Tom and Tina, were used as "foundations" for this work. Photo: Tor Resser/Norwegian Petroleum Museum
© Norsk Oljemuseum

Under the letter of intent signed between Mobil and Aker, the module support frame (MSF) for Statfjord A would be fabricated at Aker Verdal with outfitting by Aker Offshore Contractors (AOC). The latter also had the contract for mechanical outfitting in the shafts of the concrete gravity base structure (GBS).

When it turned out that the topside would be larger and heavier than first agreed, the Aker Verdal yard ran into capacity problems.[REMOVE]Fotnote: Haga, T. (1993). “Stordabuen går offshore” : Arbeid og faglig politikk ved A/S Stord verft 1970-83 (Vol. 1993-4, AHS (trykt utg.)). Bergen: Gruppe for flerfaglig arbeidslivsforskning, Universitetet i Bergen: 260. Stord Verft south of Bergen, which had only built ships – primarily oil tankers – before, was hit when the tanker market collapsed in the wake of the oil crisis. An order for 11 supertankers was cancelled, leaving the yard short of work.[REMOVE]Fotnote: Grove, K., Heiret, J., & Stord jern- & metallarbeiderforening. (1996). I stål og olje : Historia om jern- og metallarbeidarane på Stord. Stord: Stord metall- og bygningsarbeider[e]s fagforening: 161. og Myklebust, A., & Aker Stord A/S. (1994). 75 år på Kjøtteinen : 1919-1994 : Jubileumsbok for Aker Stord. Stord: [Aker Stord].

Bygging av A-dekket,
Statfjord A topside under construction at Stord Verft. Photo: Aker Mekaniske Verksted/Norwegian Petroleum Museum

Aker accordingly submitted a proposal to Mobil in February 1975 to transfer the job of building the Statfjord A topside from Verdal to Stord. Mobil accepted this, and Stord Verft thereby acquired its first offshore assignment. The contract was signed on 5 April 1975.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 178.

But Stord Verft was soon to discover that fabricating offshore structures differed significantly from shipbuilding. While the latter was a form of mass production, a platform had to be custom-built.

Bigger than expected

The original contract allowed Stord Verft to take on a wider scope of work. As initially conceived, the topside was to comprise a single MSF where the equipment was installed in modular form – almost like a large Lego construction.

Bygging av A-dekket,
The Statfjord A topside is starting to take shape. Foto: Aker Mekaniske Verksted/Norwegian Petroleum Museum

Since the yard had spare capacity, however, Aker initiated negotiations with Mobil on a new integrated structure. Rather than all the modules forming a conventional modular system, the support structures for a number of these would be incorporated in the MSF, and their equipment then installed in them.

The contract with Aker’s Stord Verft embraced the following elements.

Design and fabrication of the steel topside, with an estimated weight of 6 800 tonnes. This included steel procurement, towing the topside to the mating site and mating with the Condeep GBS.

Design and fabrication of the MSF for the integrated M6, M8, M11, M12, M14, M17, M18 and UM7 modules and installation of the deck, with an estimated weight of 1 828 tonnes. This also included steel procurement.

Outfitting the cellar deck and the above-mentioned modules. This would be done to the extent that approved drawings, specifications, equipment and materials were available at Stord Verft.

While contract negotiations were under way between Aker and Mobil, appraisal wells being drilled on Statfjord revealed that the field was larger than originally thought. On the basis of that knowledge, it was resolved to double production capacity on the platform from 150 000 barrels per day to 300 000. In order to be able to handle such large volumes of oil, the topside facilities had to be expanded from one to two process trains. That naturally doubled the size and weight of the equipment. This in turn meant that the MSF had to be strengthened to handle the weight.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 141.

A partially integrated topside would be significantly more complicated, but Aker justified the design changes submitted to Mobil on 6 February 1975 by noting that steel weight would be reduced. Mobil accepted the revised design and a new contract was signed on 5 April 1975.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 178.

This meant a welcome increase in the scope of work for Stord Verft. A number of the modules were originally due to be fabricated at other yards and engineering works in Norway and abroad which were also struggling with the after-effects of the oil crisis. Because Stord Verft was now going to integrate these modules in the MSF, the other fabricators lost sorely needed work.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 183. Modules were built by Kværner/Sterkoder in Egersund and Kristiansund (M1A, M1B, M2, M10, M13, M16, UM8, UM9 and the toolroom), Nordland Offshore A/S in Sandnessjøen (UM9B and the telecommunications module), Bodø Mekaniske Verksted (UM2 and M10 top), Wilson Walton, Middlesbrough (M3, M5 and M9), and Curtis Wright/RSV in Rotterdam (M4A, M4B, UM5 and UM6). In addition, Norway’s Leirvik Sveis completed M9. 

In retrospect, it is clear that the local management at Stord Verft took an unrealistic view of the transition from shipbuilding to platform construction. A topside for what then ranked as the world’s largest offshore installation was far more complicated, and new standards had to be met – particularly for welding.

The amount of engineering design work was greatly underestimated, and detailed design proved the first casualty. While the yard had been accustomed to using its own drawing office, it now received detailed drawings from Matthew Hall Engineering (MHE) in London. The latter had the contract for the technical design of outfitting and process equipment.

Design job too extensive

MHE had won an engineering management contract (EMC) for the Statfjord A topside (see the section on the construction contracts for more details). This job embraced conceptual and technical design, management of process equipment and modules – including procurement – award of fabrication contracts and construction site supervision.

Although the EMC had been put out to competitive tender, a tight market meant that Mobil received only two bids. The operator had been concerned from the start about MHE’s lack of experience with similar projects, but had no choice but to award it the contract if the schedule was to be maintained.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 168.

It quickly transpired that the design work failed to meet the required standard and would be delayed. MHE had estimated 400 000 hours for the work, with 90 per cent completed by the end of 1975. But the company ran into problems.

In addition to insufficient experience with such projects, it lacked enough personnel and had up to 80 per cent contract workers at one point. When the decision was taken to change the concept to a partly integrated topside, MHE had already been working for nine months on planning the process equipment. A completely new concept meant that the company had to start all over again, and many working hours were wasted.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 169.

Only 50-60 per cent of the design work was completed in January 1976, and the number of hours was four times higher than the estimate. Mobil resolved to cancel the contract with MHE and brought in a US engineering contractor – Brown & Root – to replace the London-based company on a gradual basis. Mobil regarded Brown & Root as the best qualified candidate for the job, and awarded the contract without competitive tendering.

In October 1975, Brown & Root also took over the contract for planning, management and execution of offshore hook-up work from MHE. It already had the job of technical design and management for work on the loading buoy, flare boom and flowlines.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 156. This meant that the company now held all three of the major assignments for completing Statfjord A.

Topside weight increases

The factor which caused the biggest problems in planning and building Statfjord A was a massive underestimating of the weights involved.

Bygging av A-dekket,
Stord Shipyard estimated the hours of extra work as result of the weight problems to 150,000 hours, which corresponded to about NOK 75 million including materials. Another consequence of the reinforcement work was failure in the supply of materials. The amount of steel ordered was based on the initial estimates and was therefore too small. With a tight market, delivery time was long. Photo: Aker/Norwegian Petroleum Museum

A platform’s weight can be measured in two ways – wet and dry. Wet weight is measured in operating condition with the various process components are filled with liquids. The GBS and topside are designed to cope with a given weight, and the wet weight must not exceed that level. The dry weight is the sum of MSF and equipment alone. A platform is towed out fully or partly outfitted, and the dry weight of the topside must not exceed the tow-out value.[REMOVE]Fotnote: Rolstadås, A., & Norges tekniske høgskole Institutt for verkstedteknikk. (1981). Prosjektstyring. Trondheim: Tapir: 137.

MHE lacked a satisfactory system for either wet or dry weight control. The most accurate possible weight estimates for both MSF and production equipment were already required in early 1975 in order to design the topside. But the wet weight calculations produced by MHE were too low.

Disputes arose between the design company on the one hand and Stord Verft/Aker on the other about the loadbearing capacity of the topside. MHE’s estimate was 34 500 tonnes, while the contract with Stord Verft stipulated 41 500 tonnes. The overall weight ultimately came to 49 500 tonnes. Extensive design work was required to ensure that the MSF could bear this weight. That in turn led to big delays and significantly more expensive fabrication work.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 164.

During the fabrication period, MHE’s engineers fell behind with the design work. In an attempt to speed up progress with the technical design, MHE issued incomplete drawings. This meant that the number of drawing revisions and fabrication changes increased. When drawings were amended, structures already installed had to be ripped out and the work done again.

Tow-out weight restriction

The tow-out or dry weight also caused problems. The loadbearing capacity of the Condeep imposed restrictions on the amount of equipment which could be positioned topside before departure for the field.

It turned out that the maximum tow-out weight was significantly lower than the hardware to be installed. Modules accordingly had to be removed for installation once the platform had been positioned on Statfjord. Such assembly and disassembly, both for this reason and because of revised drawings, had a negative effect on the motivation of the workforce at the Stord yard.

Welding is not just making welds

Welders were the largest group of workers involved in fabricating the Statfjord topside. They quickly discovered that welding tankers and oil installations were two different exercises. The former demanded other material types and thicknesses than were used on ships, and the new kind of steel demanded a different welding technique. In addition, the quality of the work had to be improved and its accuracy improved.

Mobil required that all the welders were certified to specified standards. Instead of the earlier approval by Norway’s Det Norske Veritas (DNV), the American ASME norm was introduced. This was divided into six levels, from 1G as the lowest up to 6G. To secure a 6G certificate, a welder had to be able to weld around a pipe positioned at an angle of 45 degrees while welding “through” – in other words, so that the joint is filled.

Many former ship welders failed to pass the tests for the new certificates, and the yard eventually had problems securing sufficient skilled personnel. Since the work was already behind schedule, the management wanted to bring in foreign welders. But this had first to be cleared with the unions. Welders were brought in from other Aker companies to help out. The shortage of welders meant that prefabrication lagged behind, and delays there had a knock-on effect on assembling the topside.

Welds were carefully X-rayed and checked. The yard was told that each weld had to be marked with a number, so that possible faults could be traced directly back to the welder who had done the job. As the work progressed, it became clear that a number of welds had to be redone. If the checks showed more than five per cent error in a weld, it was rejected. A welder who had too many rejects had to be recertified.[REMOVE]Fotnote: Grove, K., Heiret, J., & Stord jern- & metallarbeiderforening. (1996). I stål og olje : Historia om jern- og metallarbeidarane på Stord. Stord: Stord metall- og bygningsarbeider[e]s fagforening: 170. By March 1976, fabrication was far behind schedule.


The pipefitters also found that their work changed with the transition from ships to platforms. There was considerably more pipework and it was more monotonous. The piping was prefabricated and much of the work previously done by the fitters arrived ready-made. Piping was lifted on board from the warehouse by crane.

When ships were still being built, detailed drawings were supplied by the yard’s own engineers, but the individual foreman or fitter could change them if he found it appropriate. That was no longer the case.[REMOVE]Fotnote: Grove, K., Heiret, J., & Stord jern- & metallarbeiderforening. (1996). I stål og olje : Historia om jern- og metallarbeidarane på Stord. Stord: Stord metall- og bygningsarbeider[e]s fagforening: 169. Drawings supplied from London had to be followed to the smallest detail, and all changes had to be reported. The independence and scope of the work was reduced.[REMOVE]Fotnote: Myklebust, A., & Aker Stord A/S. (1994). 75 år på Kjøtteinen : 1919-1994 : Jubileumsbok for Aker Stord. Stord: [Aker Stord].

Working conditions in the workshops were also poor. The worst problem was the heat. The platform steel had to be preheated to 150°C before it could be welded. Although fresh air was blowing into the welding areas to thin out the gases, no effective ventilation was in place. There were smoke and fumes everywhere, while greater use of angle grinders and carbon rod welding increased the noise level.

The Stord Verft workforce noted the transition to the offshore industry directly. Their work became less independent, delivery times were shorter and physical working conditions deteriorated. The many change jobs had an unfavourable impact of their morale, and productivity declined.[REMOVE]Fotnote: Grove, K., Heiret, J., & Stord jern- & metallarbeiderforening. (1996). I stål og olje : Historia om jern- og metallarbeidarane på Stord. Stord: Stord metall- og bygningsarbeider[e]s fagforening:172.

To offset this decline in efficiency, the workforce was expanded to 950 people between June and December 1976. But this did not increase the amount of work actually done.

Designing equipment which was to last “for ever”, and which would never again be seen or accessed, was unusual and challenging. No design codes existed for offshore petroleum projects in 1975. When mechanical engineer Einar Jensen at AOC worked on the rotating machinery, he and his team used design codes developed by Mobil for use on land and DNV codes for shipboard use.

Nobody had ever designed such a large and complex structure as Statfjord A, with all its criss-crossing pipes.[REMOVE]Fotnote: Interview with Eilef Lynghaug, Einar Jensen and Jan-Henry Larsen, former platform managers on Statfjord, by Trude Meland, Norwegian Petroleum Museum, 18 September 2008.  To begin with, all the piping was marked. But these marks were subsequently covered with insulation, so the work was wasted.


Bygging av A-dekket,
The Statfjord A topside at Stord Verft. Photo: Aker Mekaniske Verksted/Norwegian Petroleum Museum

Mobil eventually grasped the seriousness of the position, and realised that tow-out of the platform would have to be postponed for a year. It could not go out to the field before the summer of 1977.

In statements to the media, the company emphasised that more of the work on the installation could thereby be done inshore rather than more expensively and lengthily out on the field:

“The more equipment which can be installed on the platform while it is inshore ¬– according to plans, at Stord, the better. In this way, the time at land can be exploited and difficult and expensive work avoided on the field in the North Sea.”[REMOVE]Fotnote: Stavanger Aftenblad, 13 May 1976.  “Størst mulig last en fordel”. 

Because of the maximum tow-out weight, however, this plan could not be fully implemented.

Despite the problems, the MSF was eventually completed. This work had taken place in the yard’s dry dock, but the gates were opened on 30 July 1976 and the structure was towed out into the fjord. At the same time, the GBS was on its way from Stavanger to Stord.

The MSF had been built on two redundant tankers – known as Tom and Tina. When the topside was to be mated with the GBS, the latter was ballasted down until it was almost entirely submerged and the two tankers were manoeuvred between the concrete shafts.

Deballasting the storage cells then raised the GBS, so that the topside was carefully positioned on and then lifted by the shafts.[REMOVE]Fotnote: Godø, H. (1980). Plattformutbygging til havs (Vol. Nr 11-1980, Sosialdepartementets sammendragsserie (rapportsammendrag : trykt utg.)). Oslo: Sosialdepartementet: 45. This mating operation took place on 8 August 1976, and work then continued out in Digernessundet.


But the problems were not over. Cracks in the GBS were discovered in 1976 during maximum submersion in connection with the mating operation. They had arisen as a result of excessive temperature fluctuations and a weak section in the concrete. It took two months to repair the damage.[REMOVE]Fotnote: Hanisch, T., Nerheim, G., & Norsk petroleumsforening. (1992). Fra vantro til overmot? (Vol. 1). Oslo: Leseselskapet: 392. Einar Jensen experienced this episode:

“It was a Friday evening, I think, and we were on our way home to Stavanger. When the high-speed ferry berthed, the project manager was standing there and waving us to one side. We went directly to Sola [airport] and into a specially booked plane. Statfjord A was listing. The platform was shipping water in its cells. Four-five of us were involved. There was little drama, but we took in a good deal of water and didn’t know where it was coming from.”[REMOVE]Fotnote: Interview med Einar Jensen by Trude Meland, Norwegian Petroleum Museum, 2 October 2008.

It transpired that there were two cracks, each 20 centimetres long, in the concrete between one “star” cell and a storage cell. The GBS was taking in 15 000 litres of water per hour or 20 buckets a minute.[REMOVE]Fotnote: Stavanger Aftenblad, 14 September 1976. “20 bøtter i minuttet”. But the structure was never in any danger of tipping over or sinking. The pumps installed in the GBS were capable of discharging a million litres per hour, and had no problem controlling the water intrusion. Without the pumps, the GBS would have sunk 60-70 centimetres per day because of the extra displacement caused by the water.

People from AOC and Norwegian Contractors (NC) devoted the weekend to identifying what had happened. When the cracks were located, NC – the company responsible for the concrete structure – injected them with epoxy, a special and elastic form of concrete. Sealing the cracks was a big job, and the incident led to delays. Installing such modules as the living quarters and the helideck had to be postponed until the damage was repaired.[REMOVE]Fotnote: Hanisch, T., Nerheim, G., & Norsk petroleumsforening. (1992). Fra vantro til overmot? (Vol. 1). Oslo: Leseselskapet: 392.

Two months later, Statfjord A listed again while it was lying in Digernessundet. A test of the emergency shutdown procedure for the ballast system went wrong. The living quarters had been installed at one end of the topside, and differing levels of ballast water in the various cells was used to compensate for the added weight. A service operative from the Swedish factory which had delivered the ballast system was going through the procedure for testing the hydraulics. Einar Jensen reports what happened:

“The procedure involved placing each valve in a semi-open position, and then pressing a red button and timing how long it took to shut down. There were 16 cells with ballast water. He tested first one valve and then another. Everything seemed to be working fine. The final stage in the procedure was to place all the valves in a semi-open position and then press the big button. Since we had varying water levels, things began to happen and the platform started to list. The alarms sounded, and the big button fortunately worked. We had a well-qualified man in the control room who pressed the button as soon as he saw the platform begin to list.”[REMOVE]Fotnote: Interview med Einar Jensen by Trude Meland, Norwegian Petroleum Museum, 2 October 2008.

The procedure followed would have been correct for a system which was not in operation. Since the system on Statfjord A was in fact operational, the final stage should have been left out.

This was a serious incident. The platform listed by three degrees, which means that the topside sank by eight-nine metres along one side.[REMOVE]Fotnote: Gjerde, K., Ryggvik, H., & Gooderham, R. (2014). On the edge, under water : Offshore diving in Norway. Stavanger: Wigestrand: 158. It was evacuated, and nobody was hurt. Subsequent reports have alleged that people jumped from the topside, but Jensen denies this:

“People didn’t jump from the topside, but a scaffolding ladder was installed on each side down to a barge on the water. When the platform listed, the stair on one side became far too short, so that when you reached the bottom step the surface was still some way down. It’s possible that some people who went down those stairs jumped, but I can’t confirm it.”[REMOVE]Fotnote: Interview med Einar Jensen by Trude Meland, Norwegian Petroleum Museum, 2 October 2008.

When Mobil decided that the tow-out of Statfjord A should be postponed by a year, a new date was also set – 3 May 1977. That deadline was met, and the platform was in position on the field by 8 May.

Grouting – filling the space between the GBS base and the seabed with gravel – started two days later. The remaining work of completing Statfjord A and readying it for production could then begin. Much work and many challenges were still to come.

Published April 5, 2018   •   Updated May 13, 2020
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The work camps

person by Trude Meland, Norwegian Petroleum Museum
The following report appeared in local daily Stavanger Aftenblad on 7 August 1973: “Just a few hours after the city council had agreed to plans for construction activity in the bay, the first hammer blows marked the start to building a new work camp.”
— Barracks stored at the "Cement" December '78. Photo: Tor G. L. Marcussen/Norwegian Petroleum Museum
© Norsk Oljemuseum
Byggestart for A-en, historie, forsidebilde,
Statfjord A's GBS floating in the dock. The spun wall, which has kept the water out of the dock during the first part of the bottom section's casting, is being removed to allow the platform to be towed into the Gandsfjord for further construction of the GBS. The platforms under construction in the fjord are Brent B (left) and Beryl A. Photo: Norsk Fly og Flyfoto A/S/Norwegian Petroleum Museum

This initiated a new industry in the Hinnavågen district on the outskirts of Stavanger. It began with the Condeep-type concrete gravity base structure (GBS) ordered by Mobil to support the topside for an oil and gas platform on Britain’s Beryl field. While Beryl A and eventually also Brent A – again for the UK continental shelf – were under construction, work also began on casting the GBSs for Statfjord A and Brent D in the Hinnavågen dry dock.

Building four such massive structures meant that several thousand personnel had to be recruited from all over the place. Norwegians, Swedes, Finns and other nationalities flocked to the construction sites in Stavanger and at Stord further north, where the Statfjord A topside was fabricated and outfitted. But the question was where all these incomer workers to live and how to provide for them.

Incomer labour in Stavanger

Barracks at Hinna. Photo: Tor G. L. Marcussen/Norwegian Petroleum Museum

Hinnavågen was a full-bloodied construction site during 1973-77. Not only were four large Condeeps being built in the bay and out in the fjord, but a large work camp had also been established on land to accommodate several thousand incomers. The same phenomenon occurred at Kjøtteinen on Stord, where the Stord Verft yard was located.

Many of the work camp residents in both places were employed on Statfjord A as well as on the other platform structures which lay in the Gands Fjord outside Hinnavågen or Digernessundet off Stord. Workers who could not be accommodated in the camps were packed together on hotel ships berthed at the quays.

During the busiest period between 1974 and 1976, an average of 800 people at a time occupied the temporary accommodation in Stavanger, but few worked there for more than six months. Over the whole period, 3-4 000 people were housed in the work camps and the hotel ships.

The work camp had become twice the size envisaged when construction companies A/S Høyer-Ellefsen and Ing F Selmer A/S applied to the city council for permission to lease the Hinnavågen area in order to “build offshore projects for the oil industry”.[REMOVE]Fotnote: Stangeland, P., & Baldvinsdottir, A. (1977). Condeep : A platform construction site in Stavanger. Stavanger. A/S Høyer-Ellefsen and Ing F Selmer A/S joined forces with Furuholmen to found the Norwegian Contractors (NC) joint venture, which was responsible for casting the Condeep GBSs. 

Together with the Aker group, these two companies had won the order to build and outfit Beryl A as the world’s first concrete production platform. They submitted a request in 1973 to the city council for permission to fill in the Hinnavågen bay in order to create a dry dock, and to use the flat ground behind for warehousing and a work camp.[REMOVE]Fotnote: City of Stavanger, executive board case 1975 A, 7.9. 1972. A/S Høyer-Ellefsen and Ing F Selmer A/S had applied to the council as early as 1972 to lease “the areas with adjacent seabed at Dusavika or Hinnavågen, Stavanger, and moreover anchorage at Hillevåg to build offshore projects for the oil industry“. But NC failed to win contracts at the time and the issue was postponed.

At that time, the companies envisage a maximum requirement of 200 beds.[REMOVE]Fotnote: Stangeland, P., & Baldvinsdottir, A. (1977). Condeep : A platform construction site in Stavanger: 65. This proved to be a very substantial underestimate. The camp reached its peak occupancy in the spring of 1975, with around 2 000 people temporarily quartered there and on three hotel ships berthed at the Hetland quay.

Office barracks. Photo: Tor G. L. Marcussen/Norwegian Petroleum Museum

A year later, the camp had a capacity of 950 people in 60 double – known as “combined rigs” – and single rooms. In addition, all available camping cabins, boarding houses and flats were occupied by incomers working at the facility. Built on former fields and an old rubbish dump overlooking the dry dock in Hinnavågen, the work camp comprised rows of temporary buildings spread around warehouses and temporary offices.

The Ekofisk tank had been cast at nearby Jåttåvågen a few years earlier, again by Høyer-Ellefsen and Ing F Selmer. Part of the area had thereby already been developed, but most of the original site was converted to recreational use after the tank had been completed. The dry dock became a marina. In order to launch new building projects, the whole area had to be redeveloped.

Local opposition

"The community in Jåttåvågen. More than 200 barges in the foreground house construction workers and families from all over the country. In the middle of the picture is the canteen, to the right are the office barracks, and in the background the build itself: the GBS" Facsimile from Stavanger Aftenblad 29.01.1972

The council’s consideration of the application emphasised the opportunity to secure new industrial jobs for the city. But not everyone was pleased to see Hinnavågen converted into a giant construction site, and residents of Hinna and Jåttå formed an action committee to oppose the scheme.

They were not only negative to the plans, but also wanted certain conditions to be laid down in advance. These related to sewage facilities, Hinna’s Vaulen bathing site and working hours. The council’s executive board responded to certain of these demands.

It instructed the contractors to ensure that all sewage problems in the bay had been overcome by the time the first Condeep base section was ready to be towed out of the dry dock – in other words, within a year. The bathing site had to be retained and protected as well as possible, which meant that the cement mixing plant had to be moved as far to the south as possible. The council also accepted that work would be confined to the hours from 06.00 to 23.00 with exceptions for some jobs – particularly slipforming and repairs.

The action committee also wanted the issue to be postponed and the construction period to be confined to a maximum of two years. These demands were rejected by the council, which gave the contractors a lease for five and a half years and allowed the work to begin immediately.[REMOVE]Fotnote: Stavanger Aftenblad, 6 August 1973.  “Uklarhet om spuntveggen”.  and Stavanger Aftenblad, 9 August 1973. “Det blir Hinnavågen på visse betingelser”. 

In its application to the city council to build temporary accommodation for 200 incomer workers, no account was taken of the fact that the Aker group, which was to perform the mechanical outfitting of the GBS, would also need a large labour force.

Norwegian Contractors (NC), as the GBS construction joint venture was called, was not the only company to accommodate personnel in the work camp. Aker Offshore Contractors (AOC) eventually had a big need to provide sleeping quarters for its own employees as well as sub-contractor personnel.

As the two main contractors, NC and AOC administered the camp jointly but were separately responsible for their own workers. This meant in practice that accommodation varied according to the employer company.

Barracks at Hinna. Photo: Tor G. L. Marcussen/Norwegian Petroleum Museum

That part of the camp occupied by NC’s personnel was divided into huts with 50 single rooms containing a bed, a cupboard, a desk and two chairs. There was no room for more. Eight hand basins, three showers and two toilets had to be shared. In addition came two day rooms, one at each end of the hut, with TV and armchairs. One of these rooms was supplied with newspapers.

Food was free in the canteen for people working for NC or its sub-contractors, but the steelworkers employed by Aker had to pay for their own meals. They were given a subsistence allowance instead.

In a survey conducted by Per Stangeland at the Rogaland Research institute in 1975-77, perceptions of the food’s quality differed substantially between those who got “free” meals and those receiving an allowance – regardless of the size of the latter.

NC employees were almost unanimously positive to the food and the canteen, while the steelworkers who had to pay were almost equally unanimous in their criticism. Although the two groups each had their own canteen, the food in both was prepared by the same catering company.[REMOVE]Fotnote: Stangeland, P., & Baldvinsdottir, A. (1977). Condeep : A platform construction site in Stavanger. Stavanger: 170.

But the organisation of meals was not the only employer-related difference. NC personnel had access to a gym, with weights, wall bars, rowing machines, table tennis and a squash court. They also had a ramp they could use to fix their cars.[REMOVE]Fotnote: Stangeland, P., & Baldvinsdottir, A. (1977). Condeep : A platform construction site in Stavanger. Stavanger: 158. The steelworkers, by contrast, had slot machines in the canteen as their only leisure activity. A kiosk serving the whole camp was open from 12.00 to 22.00.

White-collar workers were treated rather differently. Their hard hats clearly identified them, they had a separate pay system and different accommodation. Most of them resided in boarding houses, and they had their own canteen. One of the huts was also reserved for them, with their own chef and different equipment from in the leisure accommodation for the ordinary workers.

Leisure time

So there was not much to do. A soccer pitch only appeared in 1976. The days were largely spent working, eating and sleeping. Most of the incomers primarily wanted to earn money. TV, cards and reading dominated the evenings. “Work camp syndrome”, a state of lassitude and apathy, is a well-known phenomenon.

The canteen. Photo: Tor G. L. Marcussen/Norwegian Petroleum Museum

Unlike many other construction sites, however, Hinna was only seven-eight kilometres from downtown Stavanger and bus services were good. According to some of the old-timers, this had both negative and positive aspects. The disadvantage was that it could be difficult to organise common activities and the environment in the work camp was therefore not as good as it might have been. Much of the social life was drawn out if it.

But precisely the opportunities to escape from the site through a trip into town could have a positive effect. Restaurants, cinemas and the swimming pool were the most popular destinations. The many Finns at the camp were particularly keen to visit the sauna at the city baths. A sauna was only installed at the camp in 1976.[REMOVE]Fotnote: Stangeland, P., & Baldvinsdottir, A. (1977). Condeep : A platform construction site in Stavanger. Stavanger: 171-172. Quite a lot of time was spent partying, and the Cobra nightclub became the place to meet in town for the Aker workers.[REMOVE]Fotnote: Interview with Svein Jørpeland by Trude Meland, Norwegian Petroleum Museum.

The hotel ships

A number of the incomers lived on hotel ships, which were berthed at the site for two periods – February-June 1975 and October 1975-May 1976. These ferries had steel containers packed together on car and sun decks to serve as cabins. The corridors on either side were only a metre wide, and it was always semi-dark below deck. Each container had two rooms – a bathroom with shower and toilet and a bedroom with two bunks, although they were never occupied by more than one person at a time.

The ships offered a higher standard of accommodation than the work camp, but Stangeland says they were not popular. They were cramped, dark and oppressive. Their stuffiness was emphasised, and the normal work camp huts regarded as heaven by comparison. “This is a really shitty place,” one of the residents complained.[REMOVE]Fotnote: Stangeland, P., & Baldvinsdottir, A. (1977). Condeep : A platform construction site in Stavanger. Stavanger: 161. Between 100 and 150 cabins on the ferry were also used and were – if possible – even worse.[REMOVE]Fotnote: Stangeland, P., & Baldvinsdottir, A. (1977). Condeep : A platform construction site in Stavanger. Stavanger: 160.


So who were the “inhabitants” of the work camp? Almost half of them were Norwegians, who largely came from other Aker companies or sub-contractors around the country. The remainder were mainly from Sweden and Finland, and had worked for long periods in Norway and Sweden before.

There was no organised import of foreign workers, even though Swedish sub-contractors brought their own personnel with them. As construction proceeded, however, the Swedes were increasingly phased out in favour of Norwegians.[REMOVE]Fotnote: Interview with Svein Jørpeland by Trude Meland, Norwegian Petroleum Museum. Few of these “travelling men” remained in Stavanger after the work was finished. They largely moved on to new construction sites.

Both workplace and work camp were male-dominated. No women worked on the GBS, but about 70 of them had jobs at the facility – 50 in the work camp and 20 on the hotel ships, which can be regarded as an extension of the site.[REMOVE]Fotnote: Leira, A. (1978). Kvinner på en oljearbeidsplass : En undersøkelse ved Condeepanlegget i Stavanger (Vol. Nr 8-1978, Sosialdepartementets sammendragsserie (rapportsammendrag : trykt utg.)). Oslo: Sosialdepartementet: 30.

The great majority of the women worked in service jobs, such as food, waitressing, laundry and cleaning. Some had more specialised posts, including secretaries, bookkeepers and switchboard operators, while a few had supervisory jobs such as canteen manager, cleaning supervisor and head cook. The last of these roles was usually played by men in the canteen kitchens. There were also two female crane drivers.[REMOVE]Fotnote: Leira, A. (1978). Kvinner på en oljearbeidsplass : En undersøkelse ved Condeepanlegget i Stavanger (Vol. Nr 8-1978, Sosialdepartementets sammendragsserie (rapportsammendrag : trykt utg.)). Oslo: Sosialdepartementet: 37.

Population growth at Stord

Brakkebyene, a-plattformen,
The first barracks camp was built at Grunnavågen in Sagvåg to relieve the vessels. Photo: Tor Resser/Norwegian Petroleum Museum

Fabrication of the steel topside for Statfjord A began at Stord Verft in 1975. Building and outfitting this structure involved a lot of work, so the yard was in great need of additional labour. It was resolved in April 1976 to build temporary quarters for 100 workers at Naustvågen. The number of beds was increased to 450 in September, which again proved far from sufficient.

A number of hotel ships berthed, including North Sea ferry Leda, bought by the yard, as well as Kronprinsesse Märtha, Vikingfjord, Prince of England and Dana Sierena. None of these vessels were regarded positively.

“Work camp capacity was soon exhausted, and the yard had to hire more or less condemned ferries as accommodation,” the workers themselves recalled in the 20th anniversary publication about the union branch at Aker Offshore Partner.[REMOVE]Fotnote: Bedriftsklubben Aker Offshore Partner. (1994). Bedriftsklubben Aker Offshore Partner 20 år : 1974-1994. Stavanger: Klubben: 10. “All the cabins were occupied, including those below the waterline. Ventilation and hygienic conditions were below par and dissatisfaction was great.”

In the spring of 1976, Mobil ordered the company to increase its workforce even further “in an attempt to compensate for the low productivity and slow labour build-up, so that the job could be completed on time and offshore work minimised,” as part I of the Cost Analysis for the Norwegian Continental Shelf (Kostnadsanlysen) put it in 1979.[REMOVE]Fotnote: A total of 2 377 workers and 342 consultants had been hired in to work at the new offshore yard in Kjøtteinen on Stord by 1 January 1977.

The Stord yard had 2 100 registered contract workers in September 1976, and this figure peaked at 2 719 the following January. That meant the population of the local authority had risen by a fifth. A mine site was converted into a work camp, and a small village of caravans also sprang up. Living conditions were wretched. People were packed together wherever space was available.

At one point, this led to a sit-down strike by the workforce. Those who took part were mainly workers hired in from abroad, but included personnel from other Aker companies – particularly Aker Verdal. The action was a protest not only against living conditions but also over working hours, changing room conditions, lack of leisure activities and discrimination against union officials. It was alleged that efforts were made to remove elected officers who called attention to deficiencies, and this was unacceptable to the workforce.

A number of conflicts broke out over working hours. Those who lived furthest away could not afford to go home every third week, because such travel was unpaid. They wanted to work as much as possible and then have a longer period off. The foreign incomers also earned better money and wanted to work more rather than hang around in Stord.

This meant in turn that the permanent workforce also had to work longer hours, which was not popular among those resident in Stord or with the unions. The locals wanted working hours which were better tailored to family life. That sort of thing breeds conflict.

Little provision was made for leisure activities, either in the work camp or in the local Stord community. But something was done. Table tennis, space for playing cards, TV viewing, darts and other activities were initially provided, but the equipment was damaged and both furniture and TVs thrown out of the windows by very inebriated workers, as Knut Grove recounts in his book about Stord Verft.[REMOVE]Fotnote: Grove, K., Heiret, J., & Stord jern- & metallarbeiderforening. (1996). I stål og olje : Historia om jern- og metallarbeidarane på Stord. Stord: Stord metall- og bygningsarbeider[e]s fagforening: 163-164.

This was a period of conflict, with much drunkenness and hullabaloo. But Statfjord A was towed out to the field on 3 May 1977, and Stord Verft had failed to win any new major contract. So the travelling men moved to new construction sites elsewhere. The work camp was already empty by the end of 1976.


Statfjord A was placed on the field in the North Sea by 1977. In Stavanger, NC had won new contracts – starting with Statfjord B and then Statfjord C. Eight other GBSs were to follow. It was not until 1993 that the last of the Condeeps left the construction site at Hinna. But things were never again the same as in 1974-79, when four large concrete structures were being built at the same time and 3 000 people were at work.

Stord, on the other hand, went from thousands of incomers in 1977 to lay-offs and dismissals the following year. The yard had waited for the next big project – Statfjord B – which never came. Read more under the title “The biggest single contract in Norwegian history

Published April 5, 2018   •   Updated May 13, 2020
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Alcohol and drugs

person by Trude Meland, Norwegian Petroleum Museum
All intoxicants and drugs – with the exception of tobacco – have always been banned on Norwegian offshore installations. Oslo tabloid Dagbladet nevertheless informed its readers on 31 March 1978 that “Statfjord is a Mecca for trading in goal, diamonds and narcotics”.

Scaffolder Erik Krog reported that everything could be bought on Statfjord. “It’s the Americans who offer the goods, and at very low prices.” According to the paper, cannabis and large quantities of heroin were also available.

The same article was also highly critical of checks at Flesland heliport outside Bergen. “[Searches] are swift and very superficial,” it claimed. A Dagbladet reporter had witnessed the checks carried out on passengers. The main concern of the security personnel was to ensure that nobody was carrying alcohol, and that those returning to land had no stolen tools with them.

This story was followed up in the same issue by an article headlined “North Sea a ‘transit port’ for drug smuggling?”.[REMOVE]Fotnote: Dagbladet. (1978). 31 March. Statfjord er et mekka for omsetning av gull, diamanter og narkotika. and Dagbladet. (1978). 31 March . Nordsjøen ‘transitthavn’ for narkotikasmugling.  It claimed that the police thought the platforms were probably being used for drug smuggling and that both they and the customs services would be tightening up their checks.

Dagbladet continued its series about drugs use on Statfjord the following day. According to anonymous sources, a Spanish worker was on the verge of death at a hospital in Spain after taking poor-quality heroin on the A platform. He was said to have injected morphine cut with flour and sugar.

The same sources, who claimed to be very familiar with conditions offshore, also told the paper that this was not a case of sporadic smoking but of relatively high consumption of heroin.

A few days later, Oslo business daily Norges Handels og Sjøfartstidende reported that the safety representative on Statfjord denied that drugs were being taken on Statfjord A. He maintained that the source used by Dagbladet had left the platform on 10 November 1977.

It was also asserted that the police had tried to contact the person concerned, but without success. An investigation was launched in the wake of Dagbladet’s story about drug use on Statfjord A, which clearly established that there was no sign of drugs on the platform.[REMOVE]Fotnote: Norges Handels og Sjøfartstidende. (1978). Week 15. Narkotikarykter fra Statfjord dementeres. 

Had a campaign been launched to blacken the image of the offshore workforce, or was drug use a problem on Norwegian platforms in general and Statfjord in particular?

Drugs had indeed been seized offshore. The first occasion was on Ekofisk in 1977, when four boxes containing 375 grams of cannabis and 55 grams of amphetamines were found. Small quantities were thereafter seized on several occasions from both foreigners and Norwegians.

In 1984, the police claimed that an estimated 200 named offshore workers were suspected of being drug-users, including platform personnel and crew on drill ships, supply vessels, stand-by ships, diving support vessels and the like.

The police maintained that one-two per cent of.[REMOVE]Fotnote: Rogalands Avis. (1984). 21 December. 200 oljearbeidere i narko-arkiv.  But no studies had been carried out on this issue.

The police statements were based on a number of drug raids staged on the country’s offshore installations, including Statfjord. Workers suspected of using narcotics were arrested and their homes were ransacked while they were on leave.

Frequent checks were also made when personnel were heading offshore. The police claimed to have “clear indications that there is or has been widespread drug-taking on [Statfjord].”[REMOVE]Fotnote: Dagbladet. (1984). 28 November. Narkorazzia ble varslet.

“Rolling up” this narcotics scene on the field began with the discovery of a small quantity of cannabis on a British operator of remotely operated vehicles (ROVs).

The police later found 10 grams of cannabis and six doses of LSD in a parcel mailed to another British worker. On that basis, they staged two raids on the Statfjord platforms on 6 and 26 November 1984.

A thorough approach was taken, with sniffer dogs brought out to the field. They were intended to smell their way through the whole platform, but an unexpected obstacle emerged – the dogs were unable to walk on the gratings which form most of the decks on Statfjord A. So the raid was confined to the living quarters, which had normal floors.[REMOVE]Fotnote: Interview with Arne Evensen at Statoil by Trude Meland, Norwegian Petroleum Museum, 14 June 2010.

These raids, combined with a search of all personnel flying out to Statfjord on 15-16 January 1984, angered the workforce. Many felt themselves pilloried and degraded. Statfjord personnel did not like being treated as suspicious persons, and having their workplace depicted in the mass media as a sanctuary for drugs.

The Norwegian Oil and Petrochemical Workers Union (Nopef) also reacted sharply to the treatment of the workforce. While accepting the necessity of sporadic checks by customs officers, it was unhappy over the way the police and customs had acted.

In the union’s view, it should be unnecessary to strip-search all travellers or making visible arrests on the basis of suspicions.[REMOVE]Fotnote: Ryggvik, Smith-Solbakken, Gullvåg, Smith-Solbakken, Marie, Gullvåg, Else Wiker, & Norsk petroleumsforening. (1997). Blod, svette og olje (Vol. 3). Oslo: Ad notam Gyldendal: 399 During the platform raids, suspects were pilloried in front of their colleagues. In one case, a woman was taken out of the shower in her cabin by an all-male group of constables. At the Flesland heliport outside Bergen, workers had to strip naked for a body search.

Erna Jensen, chief safety representative on Statfjord. criticised the operations: “We never notice any drug misuse out on the field, and think it’s terribly sad that the public get a regrettable impression of Statfjord when six people are sent ashore in that way,” she told Rogalands Avis after the second raid. “If the police have suspicions about specific individuals, they should arrest them while they’re ashore.”[REMOVE]Fotnote: Rogalands Avis. (1984). 29 November. Vi trodde Statfjord var rent for narkotika. 

During the first raid on the field, 10 people were investigated and three of these were removed to land. Nineteen people were investigated on the second occasion, with six taken ashore to be questioned and released. No narcotics of any kind were found by the police on Statfjord.

The debate about drug use on Norwegian platforms has flared up at irregular intervals since 1984. After detecting several stand-alone incidents of drug-taking, the Norwegian Oil Industry Association (OLF) decided in 2010 to survey drug use on the country’s offshore platforms by testing sewage.

This approach was adopted to protect the privacy of individuals and because it would cost less than testing people directly. The Norwegian Institute for Water Research (Niva) was to do the work.

The Industry Energy union, part of the Norwegian Confederation of Trade Unions (LO), was sceptical about the plan and expressed concern at the threat to personal privacy. Were drugs to be found in the sewage, it feared that a witch-hunt would be launched against employees.[REMOVE]Fotnote: (2010). 3 December. Skal kartleggja narkotikabruk på norske oljeplattformer.  At the time of writing in 2012, the planned survey had not been launched.

Little research or other documentation is available which deals specifically with the problem of drugs offshore, and drug testing remains a touchy subject. On 17 March 2011, ExxonMobil announced that it would enforce alcohol and drug testing of everyone who was going out to its platforms – not only its own personnel, but also employees of contractors or service companies.

A number of other companies wanted to introduce random drug testing, inspired by global policies which specify that all employees would be subject to random and arbitrary tests.

The unions take the view that random testing represents an infringement of the employee’s integrity and threatens their legal rights. They want the emphasis to be on preventive efforts, with testing only when reasonable grounds for suspicion exist. Random testing is not only illegal but also violates the relationship of trust between employee and employer.

In August 2010, the Confederation of Norwegian Enterprise (NHO) also made it clear that random testing is not appropriate and moreover illegal.

Published April 23, 2018   •   Updated April 23, 2018
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The original plan – Statfjord B

person by Trude Meland, Norwegian Petroleum Museum
Statfjord B was initially conceived as a virtual copy of the A platform, but incorporating the experience gained with the latter. The most important difference was that much more of the outfitting work would be done inshore rather than offshore. As a result, the concrete gravity base structure (GBS) had four shafts to increase buoyancy.
— Statfjord B projects 271 meters to the top of the drill tower. Here compared to the UN building in New York which is 154 meters high. Illustration: Statoil brochure 1980.
© Norsk Oljemuseum

Plans called for the platform to be installed on the field in 1979. Arriving at this solution was a long and difficult process, involving many stakeholders.

Stage one – preliminary and final plans

Den første planen – Statfjord B
Statfjord A seen from a helicopter as Polymarines arrive in the field to serve as a hotel platform (flotel). Photo: Odd Noreger/Norwegian Petroleum Museum

The Norwegian licensees[REMOVE]Fotnote: Statoil 50 per cent, Mobil Exploration Norway Inc 15 per cent, Norske Conoco 10 per cent, Esso Exploration and Production Norway Inc 10 per cent, A/S Norske Shell 10 per cent, Saga Petroleum a/s 1.875 per cent, Amoco Petroleum Company 1.042 per cent, Amerada Petroleum Corporation of Norway 1.042 per cent, Texas Eastern Norwegian Inc 1.042 per cent. established a licence 037 committee, which functioned as an informal decision-making body. In September 1976, the Statfjord licensees submitted a preliminary field development plan to the Ministry of Industry. This proposed a three-stage approach.

Phase I was Statfjord A, an integrated production, drilling and quarters (PDQ) platform with a daily capacity of 300 000 barrels. This Condeep structure would be placed centrally on the field.

The field development plan also discussed further stages. It found that the reservoir could be drained most efficiently with three production platforms, and proposed that at least two additional structures be built after phase I.

These proposals were accepted in principle by the ministry on 4 November 1974. But it requested a more detailed plan for the first phase, Statfjord A. This was submitted by operator Mobil on 18 February 1975.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 139.

By then, casting the concrete GBS for the A platform was already well under way. Mobil had awarded a contract for the GBS to Norwegian Contractors (NC) in October 1974, before the ministry had commented on the proposed plans. While work on Statfjord A was starting up, Mobil began to draw up the full field development plan. This was submitted to the ministry in January 1976 and formed the basis for White Paper no 90 (1975-1976).[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 196.

Statfjord was long thought to be part of Britain’s Brent field. However, it transpired that Statfjord was actually the discovery which extended into the UK North Sea and block 211 with Conoco North Sea Inc as operator.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 138. Licensees in UK block P211 were Conoco Ltd 33.333 per cent, Gulf Oil (Great Britain) Ltd 16.666 per cent, Gulf (UK)Investments Ltd 16.666 per cent, and the British National Oil Corporation (BNOC) 33.333 per cent. 

Stortingsvedtak om Statfjord B og C, historie, Den første planen – Statfjord B
installations at Statfjord with landings to Sotra - from Storting Report no. 90

In order to establish the size of the field and its division between the two national continental shelves, an initial informal meeting was held between the British and Norwegian licensees. The key issue was to agree a mutual exchange of well and seismic data. An agreement on this was signed in May 1975.

At the same meeting, the licensees’ committee was established as the highest authority for the unitisation work. This body was an extension of the licence 037 committee, where the British licensees were admitted as observers but without a vote. Conoco North Sea Inc acted as coordinator for the British group.

The same meeting decided that Statfjord B should be built as a Condeep with four shafts and a production capacity of 300 000 barrels of oil per producing day. Preliminary work was initiated on that basis.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 138.

First of all, the matter had to go through the Storting (parliament). The Ministry of Industry had submitted White Paper no 90 (1975-1976) concerning the full field development plan for Statfjord on the basis of the application submitted by Mobil on 5 January. This secured a majority in the Storting. Labour, the Conservatives and the Christian Democrats supported the government, while the Liberals maintained that account should be taken of employment conditions when placing orders for Statfjord B and that the GBS should accordingly be built at Åndalsnes rather than in Stavanger as planned. The Socialist Left was the only party which had reservations about developing the field.

This reflected its doubts about the expansion of offshore operations. The party proposed that Statfjord production should not exceed 15 million tonnes per annum, and also noted that specific plans for the creation of possible industrial activity in relation to full development of the field had not been submitted.[REMOVE]Fotnote: Status. (1976). no 10.

A clear majority nevertheless voted to allow the Statfjord licensees to continue with their plans for three integrated PDQ platforms, each with a daily capacity of 300 000 barrels. The schedule was tight, with Statfjord B due to be towed out in the summer of 1979.[REMOVE]Fotnote: White Paper (Report to the Storting) no 90 (1975-76) On the development and landing of petroleum from the Statfjord field and on a gas-gathering pipeline. Ministry of Industry. 

On the following day, 17 June 1976, the licensees held a meeting to establish the Statfjord Unit Operating Committee (SUOC) as their highest decision-making authority. An interim unitisation agreement was signed, which thereby gave the British licensees a vote. Voting rights were allocated in accordance with the percentage interest held by each of the 13 partners.Including the British meant that the licence shares had to be recalculated. Before unitisation, Statoil had held 50 per cent of the Norwegian share of Statfjord. This was now reduced to 44.4424 per cent. Since a valid decision by the SUOC required at least 70 per cent support, however, Statoil retained a blocking vote.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 2 : Utbyggingsprosjektene på norsk sokkel (Vol. 2). Oslo: [Olje- og energidepartementet]: 139.

Apart from the unitisation agreement, the most important items on the agenda were to secure acceptance for continuing with the plans for a platform with a capacity of 300 000 barrels per day, order a Condeep and select the engineering management contractor (EMC) to handle design and project leadership.

NPC – a Norwegian option

While work on the formal approval continued, the operator initiated its preparations for building Statfjord B. The first job was to identify possible EMCs. The planned platform ranked as the largest Norwegian industrial project until then, and forces in industry and government wanted to prevent project assignments being awarded outside the country.

On Statfjord A, the bulk of the engineering work had gone to foreign contractors. The main problem was that no Norwegian company was big enough to undertake such a job, and possible contenders also lacked expertise in planning large processing facilities.[REMOVE]Fotnote: Engeland, S. (1995). Ingeniørfabrikk På Norsk : Oppbygginga Av Norsk Petroleumsrelatert Engineeringkompetanse, 154: 33. The three largest industrial groups in Norway – Kværner, Aker and Kongsberg Våpenfabrikk (KV) – met in the spring of 1975 to discuss a collaboration, but failed to agree on its organisation. They nevertheless succeeded in organising a meeting with Statoil on opportunities for winning contracts on Statfjord B.

Statoil was interested in a Norwegian constellation, and wanted this in preference to one of the large international companies. It also gave clear signals that it was willing to look not only at engineering costs, but would also give weight to the positive effects which a Norwegian contractor could have for choosing domestic suppliers.[REMOVE]Fotnote: Engeland, S. (1995). Ingeniørfabrikk På Norsk : Oppbygginga Av Norsk Petroleumsrelatert Engineeringkompetanse, 154: 36.

The goal had to be to replace Britain’s Matthew Hall Engineering (MHE) in the next project. During the meeting, Statoil emphasised that resources in Norway were small, and that there was only room for one large Norwegian company. The three industrial combines had to involve more partners, not least with an eye to regional considerations. A joint venture would need to have Statfjord B as its primary goal, but Statoil also made it clear that it would be able to utilise such a partnership in its own later projects.

These suggestions from Statoil were extremely positive, but great disagreement continued to prevail between Kværner, Aker and KV over how a possible collaboration should be organised. From Statoil’s perspective, the three needed to form a joint venture if they were to have chance of winning the Statfjord B contract. It wanted the partnership to be based in Stavanger, but that view failed to win support and Norwegian Petroleum Consultants (NPC) was established at Aker’s offices in Oslo.

The three companies eventually reached agreement. Seven other Norwegian companies – Elkem, Årdal og Sundal Verk, Electro Union, Norconsult, Dyno, Hafslund and Norsk Jernverk – were invited to participate in the new joint venture. The 10 partners would own 10 per cent each, thereby ensuring that none of the three largest would become too dominant and giving the new company an independent image.

According to the business purpose clause for NPC, “the company’s purpose will be to pursue independent consultancy activities – including project management for planning, building and operation of facilities related to oil and gas”.[REMOVE]Fotnote: Engeland, S. (1995). Ingeniørfabrikk På Norsk : Oppbygginga Av Norsk Petroleumsrelatert Engineeringkompetanse, 154: 51. Agreement on establishing NPC. The basis had now been laid for national participation in the planning of future petroleum projects, an activity which had previously been reserved for foreign industrial giants.[REMOVE]Fotnote: Norsk Oljerevy. )1976).

NPC’s management committee appointed a working party for Statfjord B in November 1975. The joint venture was clearly going to win the contract, but needed a foreign partner to share the work on a 50-50 basis.

Mobil wanted Brown & Root, but Statoil felt that the US contractor had too much of a stake in delivering equipment and preferred Bechtel. While the latter admittedly had limited offshore experience, it could point to long involvement on land with a particular weight in nuclear engineering.

It was to transpire that Mobil had a dispute going on with Bechtel elsewhere in the world, which may have contributed to its opposition to this company. But Statoil was not aware of that at the time.[REMOVE]Fotnote: Engeland, S. (1995). Ingeniørfabrikk På Norsk : Oppbygginga Av Norsk Petroleumsrelatert Engineeringkompetanse, 154: 60. In order to reach agreement, three candidates were invited to tender in open competition for a joint venture with NPC covering the contract for overall project management and engineering services. The invitation was issued on 12 February 1976 to Brown & Root (UK) Ltd, Bechtel International Ltd and Foster Wheeler Offshore Ltd.

Brown & Root + Aker = Brownaker, forsidebilde, a-plattformen, Brownaker etablert, Den første planen – Statfjord B
Brownaker’s symbol on Statfjord A. Note that the two flags are shaking their left hands.

Mobil got its way. Brown & Root won the job after a hard tussle in the Statfjord group. NPC and Brown & Root agreed to share functions and work between their offices in Oslo and London. Sceptical about NPC and worried about coordination problems between the two cities, Mobil demanded that the US partner should have the lead role. The operator also suspected that NPC would be unable to secure sufficient staff and that its office facilities would be unsatisfactory.[REMOVE]Fotnote: Engeland, S. (1995). Ingeniørfabrikk På Norsk : Oppbygginga Av Norsk Petroleumsrelatert Engineeringkompetanse, 154: 64.

Negotiations began with Mobil in October and the contract was signed after much toing and froing. NPC earned its first revenues on 13-14 November. The letter from the Norwegian Petroleum Directorate (NPD) which changed everything arrived on 15 November.

NC and Aker

The two other key contracts which had to be negotiated were construction of the GBS and fabrication and outfitting of the topside. Strong pressure was being exerted on the Statfjord group by the unions, industrial companies and the political leadership at the Ministry of Industry to award these jobs to NC and the Aker group respectively, without going out to tender.

Statoil also wanted this solution, but it was rejected by operator Mobil. The latter was keen to use Norwegian suppliers, but opposed the monopoly position Aker had built up as an offshore supplier.[REMOVE]Fotnote: Nerheim, Jøssang, Utne, Dahlberg, Jøssang, Lars Gaute, Utne, Bjørn Saxe, . . . Kværner Rosenberg. (1995). I vekst og forandring : Rosenberg verft 100 år 1896-1996. Stavanger: Kværner Rosenberg: 357. NC and Aker had earlier entered into a collaboration agreement which committed any company choosing to order a Condeep to allow Aker to build the topside and handle the mating job. That gave the customer little opportunity to check Aker’s prices against the market.

The cooperation deal had worked as long as both NC and Aker had delivered on time and to budget. But experience with the Statfjord A topside, where Aker’s Stord Verft yard was seriously behind schedule and did not look likely to deliver at the agreed price, did not tempt Mobil to repeat the process. The operator preferred Kværner for the job.[REMOVE]Fotnote: Norsk Oljerevy. (1976). no 7

Mobil accordingly stuck to its position that the topside contract had to be put out to tender, and was supported by the other foreign companies. Statoil also remained adamant that the contracts should be awarded to NC and Aker without competition.

The political leadership at the ministry became directly involved in the issue. Both it and Statoil emphasised that Aker’s employment position was more difficult than Kværner’s, and that an Aker topside was the only possible solution in political terms. Because the crisis in the Norwegian shipbuilding industry was deepening and the outlook for jobs was getting worse, a political desire existed to get started on building Statfjord B as quickly as possible. State secretary (deputy minister) Lars Uno Thulin at the industry ministry called a meeting where he advised the Statfjord group to place the construction orders with NC and Aker.

This political pressure was to no avail. Mobil insisted on a tendering process. It was happy enough to use a Condeep solution, but wanted Aker to face competition.

The Statfjord licensees agreed in the summer of 1976 to adopt Mobil’s approach. The SUOC decided on 31 August that negotiations should be initiated with NC on building the GBS, while Aker had to accept competition. But the latter was confident that Statoil and the ministry would ensure that Stord secured the topside job.A new element was now introduced.

Against the opposition of Britain’s state-owned BNOC, which had a 3.7 per cent interest, the licensees agreed to exercise an option with the Aker group. This contained a clause that the topside should be put out to tender before an order could be placed. The tendering process also involved yards outside Norway, and a decision was to be taken on purely commercial grounds. Although the British interests were not large, BNOC made its presence felt in the SUOC and took every opportunity to press the case for UK industry. But it was politically impossible for the Norwegian government to allow this contract to go abroad.[REMOVE]Fotnote: Norsk Oljerevy. (1976). no. 8 

A discussion also took place over the construction site for the GBS. The options were Rauma, Åndalsnes and Stavanger. The industry ministry deployed strong regional policy and employment arguments, and maintained that jobs were most needed in Åndalsnes. But NC wanted to remain in Stavanger, where it had close links with the city’s oil community.[REMOVE]Fotnote: Norsk Oljerevy. (1976). no. 3 The industry ministry issued a press release on 10 September 1976. It was originally due to have been published by the Statfjord group, but the British licensees opposed that plan. This document stated:

“The Statfjord group has resolved to initiate contract negotiations with Norwegian Contractors aimed at ordering a Condeep platform … The Statfjord group has also authorised the operator (Mobil) to enter into an option agreement with the Aker group aimed at fabricating the topside for this platform. However, a final decision will be taken later after bids have been obtained …“

The concrete structure will be built in Stavanger. The four-shaft design will make it possible to tow the platform fully equipped out to the field. In that way, the platform with topside structure can be completed in sheltered inshore waters to a lower cost than would have been the case if the work had to be done out in the North Sea.

“The Statfjord group has also resolved to initiate contract negotiations with a new company consisting of Norwegian Petroleum Consultants and Brown & Root concerning engineering services, technical procurement and construction supervision during the building of Statfjord B.”

Shell says no

On 16 June 1976, three months after NPC plus Brown & Root had been offered the contract, the Storting approved the full field development plan. An interim unitisation agreement was signed on the following day at the first official meeting of the SUOC.

This meeting was also intended to approve the construction of Statfjord B as a platform with a capacity of 300 000 barrel per producing day, the ordering of a Condeep and the choice of NPC and Brown & Root as main contractor.

The plans failed to secure a majority. Instead, Norske Shell questioned whether committing to another giant concrete platform was the right approach. It moved a proposal for two platforms with daily capacities of 150 000 barrels. This would allow production to start more quickly. Shell’s experience with Brent D in the UK sector suggested it would be cheaper, and the licence could save up to NOK 200 million.

This plan was received with a certain amount of understanding by many of the partners, but was unwelcome to the industry ministry and Statoil. Mobil and Statoil both opposed studying the proposal, in the case of the operator because it would lead to delays. But these two companies did not jointly command more than 70 per cent of the votes. It was accordingly resolved that the advantages and disadvantages offered by platforms with daily capacities of 150 000 and 300 000 barrels respectively would be studied. A report would be completed by August.

When the SUOC met again on 31 August, the original development plan was approved unanimously. A four-shaft Condeep would be ordered with a production capacity of 300 000 barrels per day. Shell admittedly requested that its objections be minuted.[REMOVE]Fotnote: Moe, J. (1980). Kostnadsanalysen norsk kontinentalsokkel : Rapport fra styringsgruppen oppnevnt ved kongelig resolusjon av 16. mars 1979 : Rapporten avgitt til Olje- og energidepartementet 29. april 1980 : 1 : Sammenfatning av utviklingen, vurderinger og anbefalinger (Vol. 1). Oslo: [Olje- og energidepartementet]: 206. There was also a majority for awarding the EMC job to a joint venture between NPC and Brown & Root.

Then came the letter from the NPD which changed all the plans.

Brevet, Den første planen – Statfjord B
It was called Norway's most expensive letter. The letter instructed the Statoil/Mobil group to change the structure of Statfjord B.
Published April 25, 2018   •   Updated May 12, 2020
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