Wison carries out FLNG performance test in China
Wison Offshore & Marine has informed that the first natural gas floating liquefaction unit (FLNG), for which the company provided turnkey services for Exmar, has completed its performance test at the Wison yard in Nantong, China.
According to Wison’s statement on Tuesday, this marks the first time in history LNG has been produced onboard a floating facility.
The performance test was carried out in the presence of classification societies and Exmar.
“During the 72-hour performance test, the excellent performance of the FLNG ensured all key design requirements and production capacities (guaranteed performance) were achieved for the unit’s operational effectiveness,” Wison said.
The FLNG project is being delivered by Wison under an engineering, procurement, construction, installation and commissioning (EPCIC) contract with Exmar. Both gas trial and performance test were completed at Wison’s Nantong Yard in China. It is the world’s first gas trial for a floating liquefaction unit before sail-out.
All systems on the FLNG have been commissioned and tested without leaving the shipyard by using LNG to supply gas without connection to a pipeline. Conducting gas trials and performance testing in the shipyard shortened the time required for project completion, said the company.
Wei Huaqing, Project Manager for the FLNG project and Deputy General Manager of Wison (Nantong) Heavy Industry, stated, “The successful completion of performance test verified Wison’s comprehensive project management capabilities from engineering design, supplier management to fabrication, demonstrating our integrated EPCIC project delivery capability in complicated and challenging projects. The project has also cemented Wison’s position in floating LNG turnkey projects around the world.”
An Wenxin, Senior Vice President of Wison Offshore & Marine, said, “Floating LNG production, storage and transportation facilities are emerging markets with large potential. The small-scale FLNG being delivered by Wison has design advantages with low-cost and compact features, providing the market with more economical and efficient solutions.”