Reassess LNG sourcing after Cheniere capacity and Asia FLNG shifts

What happened

A 1.5 GW LNG‑to‑power project in Vietnam has an integrated floating LNG terminal feeding a gas-fired power plant and is in active development. The project began work in 2025 and the developer plans operations to align with regional demand, making it a sustained offtake and execution coordination requirement. Buyers should watch the project’s sequencing of FLNG terminal milestones and onshore commissioning to align supply contracts and EPC scopes

Why the category manager should care

Treat this as a multi‑year demand anchor for APAC LNG and EPC capacity because the project combines terminal and power‑plant execution that will need aligned supply and installation schedules

Key facts

• 1.5 GW LNG‑to‑power project
• Integrated floating LNG (FLNG) terminal and onshore gas‑fired power plant
• Operations slated to start in late 2029 (project timeline provided by source)

What happened

Cheniere reported substantial completion of Corpus Christi Liquefaction Stage 3 and exported its 5,000th LNG cargo, signalling that new U.S. liquefaction capacity is now in sustained operation. Stage 3 increases capacity at the Corpus Christi site and the milestone cargo departed for Asia, which makes additional short‑notice cargo supply operationally real for buyers and traders. Procurement should watch exporter nomination rules and vessel/terminal slots as the cadence of cargoes becomes repeatable

Why the category manager should care

Treat new export capacity as a real additional supply pool; renegotiate delivery flexibility and nomination mechanics for spot and short‑term purchases accordingly

Key facts

• Reported substantial completion of Corpus Christi Liquefaction (CCL) Stage 3
• Exported the company’s 5,000th LNG cargo
• Stage 3 increases CCL capacity by more than 10 mtpa and raises company total to about 56 mtpa

What happened

Shell agreed to integrate its dual mixed refrigerant (DMR) liquefaction technology into Wison New Energies’ FLNG offerings, making that technology available outside Shell equity projects. The collaboration covers support through pre‑FEED, FEED and EPC phases, enabling Wison to offer pre‑engineered DMR‑based FLNG solutions to Asian buyers. Procurement should watch whether this reduces FLNG engineering timelines or simply raises bids for higher‑performance systems

Why the category manager should care

This creates an additional pre‑engineered FLNG supply path that buyers can evaluate against traditional EPCIC bids, potentially shortening FEED cycles if proven

Key facts

• Shell DMR liquefaction technology licensed into Wison’s FLNG offerings
• Collaboration to cover pre‑FEED, FEED and EPC phases
• Aims to make pre‑engineered DMR‑based FLNG solutions available to Asian market