LNG Canada takes FID on Phase 2, doubling Kitimat to ~28 Mt/y — and the JGC-Fluor JV picks up the build again

The LNG Canada joint venture has taken a final investment decision on its Phase 2 expansion at Kitimat, British Columbia, and the JGC Fluor BC LNG II joint venture — the same Fluor-and-JGC vehicle that delivered Phase 1 — has been selected to carry out the work. Fluor announced the award on 29 September 2026, the day after the FID.

Phase 2 adds two liquefaction trains and one further LNG storage tank beside the existing facility, lifting the site’s nameplate capacity to roughly 28 million tonnes per year — about double Phase 1. The owner group is Shell (40%), PETRONAS (25%), PetroChina (15%), Mitsubishi Corporation (15%) and KOGAS (5%). The joint venture — owned 50/50 by Fluor Canada and JGC — received notice to proceed on engineering, procurement, fabrication, construction and commissioning following the decision; Fluor put its own share of the contract at about US$7.5bn.

Why this is a dense study, and why the context matters more than the capacity

LNG liquefaction carries a study-heavy hazard set on its own: large flammable hydrocarbon and refrigerant inventories, cryogenic service with its brittle-fracture and material-selection constraints, rapid phase transition on any LNG-to-water contact, rollover and stratification in the storage tanks, and vapour-cloud dispersion driving spacing and siting. Two new trains multiply the interface work — shared flare and relief philosophy, common utilities, and the sequencing logic that keeps one train’s upset from propagating into the next.

What makes Phase 2 more than a repeat of Phase 1 is where it is being built. Phase 1 began producing in June 2025 and was handed over in October 2025, so the new trains are going in next to a live, operating facility rather than onto a greenfield plot. That turns a large slice of the work into brownfield and simultaneous-operations territory: tie-ins to systems that are in service, construction and commissioning activity alongside an operating plant, and a pre-startup safety review for the new trains that has to account for the running neighbour. Those transient and interface modes — tie-in isolation, train-swing, commissioning sequences, shared relief loading — are where the concentrated HAZOP, LOPA and SIL work on a project like this usually lands, across the detailed-design and construction window now opening.

For the sector it is another confirmed data point: the mega-project pipeline that drives design-stage process safety demand is still adding trains, not pausing.