Project Overview
- A 432 acre site with approximately one mile of deep-water frontage
- Eighteen 0.626 MTPA liquefaction trains configured in 9 blocks
- Three gas pre-treatment trains, each designed to support approximately 50% of the gas pretreatment needs of the project
- Two ship loading berths, each designed to accommodate LNG vessels carrying a capacity of up to 185,000 cubic meters
- Two 200,000 cubic meter full containment LNG storage tanks
- 720 MW (peak) combined cycle gas turbine power plant, including an additional 23 (nominal) MW gas-fired aeroderivative turbine
- A single 42-inch diameter, 24-mile-long lateral pipeline, TransCameron, that extends from interconnection points within the vicinity of Grand Cheniere Station in Cameron Parish, Louisiana
Basis of Design
- The gas flows through three trains gas pre-treatment for acid gas removal and dehydration before it enters the liquefaction trains. Each gas pre-treatment train is designed to support approximately 50% of the gas pretreatment needs of the project
- The projects are based on mid-scale, factory-build liquefaction technology which consist of two electrically-driven 0.626 MTPA trains in each block, with nine blocks for the entire facility
- The LNG is stored in two 200,000 cubic meter full containment storage tanks. This ample storage capacity allows Venture Global to optimize the plant output
- Two loading docks allow for greater flexibility and availability in loading the vessels and scheduling safe operations
Combined-Cycle Gas-Turbine Power Plant
- An inside-the-fence combined-cycle gas-turbine (CCGT) power plant will use feed-gas to produce the power required to drive the electric motors of the liquefaction trains
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Our "5 on 2" gas and steam turbine configuration is designed to allow for significant flexibility for maintenance or down times, resulting in extremely high availability for production, once fully constructed, commissioned, and tested
- There is also one aeroderivative gas turbine for load following, start-up and peaking needs
