01 Technological Advancements in Vessel Design Technological innovation in vessel design is reshaping the FSRU market, enabling enhanced performance, energy efficiency, and adaptability. Modern FSRUs are being equipped with advanced thermal insulation, dual-fuel engines, improved boil-off gas handling, and modular regasification systems to optimize LNG operations and reduce emissions. These enhancements also allow vessels to operate efficiently in harsher marine environments and support faster deployment timelines. For instance, in June 2025, Wärtsilä Gas Solutions was contracted to supply a high-efficiency regasification module for the Höegh Gandria, converting it into the FSRU Höegh Evi. This cutting-edge module enhances thermal performance and modularity, improving turn-key installation and lowering operational emissions—an important step toward greener FSRU operations. As global LNG demand rises, such advancements are critical in driving sustainable and cost-effective FSRU deployments.
May 2026 Höegh Evi signed an agreement with Egypt Natural Gas Holding Company (EGAS) to deploy the FSRU Hoegh Gandria, expanding Egypt's LNG import infrastructure and energy security.
February 2026 Excelerate Energy signed a long-term charter agreement with Petrovietnam Gas (PV GAS) for a floating storage and regasification unit to support Vietnam's first LNG import terminal.
September 2025 Höegh Evi partnered with Aker BP and Atlas Copco Gas and Process to develop floating ammonia-to-hydrogen power solutions based on FSRU expertise, expanding clean energy infrastructure applications.
June 2025 New Fortress Energy commenced commercial operations of its LNG import terminal utilizing an FSRU, strengthening natural gas supply and import capacity in the region.