LR backs larger LNG carriers

Lloyd’s Register (LR) has identified 200,000m3 LNG carriers as a credible option for the next phase of global fleet renewal, according to new analysis presented at Gastech 2026.

The LR Advisory study, commissioned by GTT, assessed representative 200,000m3 LNG carrier designs against existing LNG infrastructure and evaluated their commercial performance on Atlantic and Pacific trading routes.

“The industry is entering a period where fleet renewal decisions will shape LNG transportation for decades to come,” said Sujith Tooneri, global head – Newbuild Advisory Services at LR.

“Our analysis shows that 200,000m3 LNG carriers can retain access to most major LNG terminals while increasing cargo carrying capacity.”

The analysis found that 88 LNG terminals worldwide are compatible with 200,000m3 carrier concepts, compared with 97 terminals for conventional 174,000m3 vessels. Despite the reduction, the accessible network includes many major LNG trading hubs, suggesting larger ships could operate across core global routes.

Modern infrastructure across Asia Pacific, Europe, North America and the Middle East was found to be generally well positioned to accommodate the larger vessels. LR also found that tank configuration has little impact on terminal accessibility, with no material difference between three-tank and four-tank concepts.

Instead, vessel beam was identified as the most important factor affecting compatibility, alongside draft and displacement.

The findings come as LNG shipping faces pressure to improve transportation efficiency while maintaining operational flexibility. Larger carriers could transport more cargo per voyage, potentially reducing the number of sailings required to move a given volume of LNG and supporting future trade growth.

LR’s commercial modelling identified potential benefits for both owners and charterers. The report estimates an owner benefit of approximately US$85.5 million over 30 years, alongside material transportation savings on representative routes.

The research suggests 200,000m3 vessels could become increasingly relevant as LNG carriers operate at lower average speeds and owners balance efficiency, fleet renewal and long-term flexibility.