What is the expected production capacity of Golar LNG's fourth FLNG unit?

The fourth FLNG unit is built upon Golar's standardized Mark II design, which typically delivers an annual liquefaction capacity of approximately 3.5 million tonnes of LNG per annum (MTPA). This design offers a significant capacity increase over Golar's earlier Mark I conversion designs.

Why is Golar LNG ordering FLNG vessels without an immediate long-term contract in place?

Securing shipyard capacity early allows Golar to offer prospective gas field operators rapid time-to-market compared to conventional greenfield onshore LNG projects. Given the severe shortage of specialized offshore construction slots globally, having an active hull on order serves as a major commercial advantage in securing long-term charter negotiations.

How does this development impact offshore gas projects in the Eastern Mediterranean?

East Med operators evaluating export routes for deepwater discoveries in Cyprus and Israel increasingly view modular FLNG vessels as a hedge against regional pipeline disputes. Access to established FLNG designs like Golar's Mark II lowers technical barriers and provides a realistic offshore export pathway for regional gas.

Offshore Technology · August 13, 2026 (22h ago) · 1 min read

Golar LNG signs $2.5bn agreement for fourth floating LNG vessel

Analysis

AI-assisted analysis · reviewed by Yuri Kan

Golar LNG has finalized a major engineering, procurement, and construction (EPC) contract with China's Yantai CIMC Raffles Offshore to construct its fourth floating liquefied natural gas (FLNG) unit under an estimated $2.45 billion budget. This bold capital commitment underscores Golar's strategic drive to expand its market-leading position in low-cost, fast-track offshore liquefaction solutions. By securing new shipyard capacity amid high global demand for flexible export infrastructure, the company positions itself to monetize stranded and associated offshore gas reserves internationally.

Key Facts

Golar LNG executed a definitive EPC contract with Chinese shipbuilder Yantai CIMC Raffles Offshore for its fourth FLNG hull.
The total budget allocated for the construction, topsides integration, and delivery of the unit stands at approximately $2.45 billion.
The vessel will utilize Golar's proven Mark II or MKII FLNG design, targeting an annual liquefaction capacity of around 3.5 million tonnes per annum (MTPA).
This agreement marks Golar's fourth FLNG production asset, joining the operational Hilli Episeyo, the Gimi FLNG unit, and the recently committed Mark II project (Fuji FLNG).
Delivery of the newly ordered FLNG unit is anticipated in the latter half of the decade, aligning with growing demand for flexible maritime export solutions.

Background & Context

The global energy shock following the 2022 disruption of Russian pipeline flows to Europe dramatically accelerated interest in flexible, offshore liquefaction infrastructure. Floating LNG solutions provide resource-rich nations with an attractive, capital-efficient alternative to long-cycle, capital-intensive onshore liquefaction terminals. Golar LNG has pioneered this niche, successfully deploying converted carrier units such as the Hilli Episeyo in Cameroon and recently delivering the Gimi unit for BP's Greater Tortue Ahmeyim development off Senegal and Mauritania.

Market Impact

This $2.45 billion commitment solidifies Golar LNG's status as the leading pure-play FLNG developer globally, securing coveted shipyard slots amidst tight global yard capacity. The contract reduces technical and execution risks for prospective upstream gas asset owners who seek modular export solutions without incurring onshore geopolitical or environmental hurdles. Furthermore, Chinese yards like CIMC Raffles continue to expand their market share in complex offshore energy modules, challenging traditional Korean yards in the high-value FLNG segment.

What to Watch

Market observers will closely monitor Golar LNG's commercial efforts to secure a firm, long-term off-take or tolling charter contract for this speculative newbuild prior to its delivery. Critical project milestones to watch include first steel cutting at the Yantai shipyard and the procurement timeline for critical long-lead items such as gas turbines and cryogenic heat exchangers.

Why This Matters for Cyprus

Floating LNG technology represents one of the leading commercialization pathways under active consideration for stranded and deepwater gas discoveries across the Eastern Mediterranean, including Cyprus's Cronos, Zeus, and Aphrodite fields, as well as Israel's Leviathan expansion. The expansion of standardized, cost-competitive FLNG vessel designs offers regional operators a viable route to monetize regional gas without relying exclusively on cross-border pipeline treaties.

Frequently Asked Questions

What is the expected production capacity of Golar LNG's fourth FLNG unit?: The fourth FLNG unit is built upon Golar's standardized Mark II design, which typically delivers an annual liquefaction capacity of approximately 3.5 million tonnes of LNG per annum (MTPA). This design offers a significant capacity increase over Golar's earlier Mark I conversion designs.
Why is Golar LNG ordering FLNG vessels without an immediate long-term contract in place?: Securing shipyard capacity early allows Golar to offer prospective gas field operators rapid time-to-market compared to conventional greenfield onshore LNG projects. Given the severe shortage of specialized offshore construction slots globally, having an active hull on order serves as a major commercial advantage in securing long-term charter negotiations.
How does this development impact offshore gas projects in the Eastern Mediterranean?: East Med operators evaluating export routes for deepwater discoveries in Cyprus and Israel increasingly view modular FLNG vessels as a hedge against regional pipeline disputes. Access to established FLNG designs like Golar's Mark II lowers technical barriers and provides a realistic offshore export pathway for regional gas.

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