James Fisher Decommissioning, a division of James Fisher and Sons plc, has recently completed its largest project to date, involving the decommissioning of 25 dormant gas platforms in the Gulf of Thailand. This significant project is part of a broader end-of-life asset campaign for a major offshore engineering, preparations, removal, and disposal (EPRD) operator.

The project utilized James Fisher’s proprietary real-time cutting verification technology, which played a critical role in enhancing operational efficiency. By providing immediate feedback on each abrasive cut, the technology ensured that cuts were completed successfully on the first attempt, reducing the need for reevaluation and subsequently cutting project times by an impressive 50 percent.

Mark Stephen, Decommissioning Director for James Fisher, highlighted the unique aspects of the operation, stating, “We pride ourselves on providing bespoke, environmentally focused solutions to overcome some of the most complex decommissioning structures faced by our customers. This type of operation was a first for James Fisher Decommissioning in terms of jacket removal volume and duration, and we are extremely proud to have been part of the project.”

The decommissioning team’s use of advanced tools like abrasive waterjet cutting, hydraulic demolition shears, and diamond wire saws was pivotal in executing the project efficiently. These tools, combined with the in-house expertise of James Fisher’s decommissioning team, ensured the project not only met but exceeded client expectations.

The successful completion of this large-scale decommissioning project by James Fisher Decommissioning sets a new standard in the field, showcasing how real-time technology can significantly enhance operational efficiencies. This project serves as a benchmark for the industry, particularly in terms of environmental sustainability and technical proficiency.

  EPRD operations, James Fisher and Sons, James Fisher Decommissioning, offshore decommissioning, offshore engineering, real-time cutting technology