PROJECT OVERVIEW
- A 432 acre site with more than a mile of deep-water frontage
- Eighteen 0.626 MTPA liquefaction trains configured in 9 blocks
- Three pre-treatment trains,each designed to support approximately 50% of the gas pretreatment needs of the project
- Two ship loading berths for LNG vessels carrying a capacity of up to 210,000 cubic meters
- Two 200,000 cubic meter full containment LNG storage tanks
- 720 MW combined cycle gas turbine power plant, including an additional 25 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 for Each 10 MTPA of Liquefaction Capacity
- The projects are based on mid-scale liquefaction technology which will consist of two electrically-driven 0.626 MTPA trains in each block, with nine blocks for the entire facility
- The gas will flow through three trains for acid gas removal and dehydration (pretreatment systems) before it enters the liquefiers. Each pre-treatment train is designed to support approximately 50% of the gas pretreatment needs of the project
- The LNG will be 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
As part of our efforts to minimize our overall emissions, we have elected to employ electrically-driven liquefaction technology that is powered by highly efficient combined cycle gas turbines. Our projects are completely air cooled (power, pre-treatment and liquefaction), rather than water cooled.