OUR STRATEGY
Venture Global believes that natural gas is a critical fuel source of the future and intends to deliver competitively priced LNG to the world.
Venture Global believes natural gas is a critical fuel source of the future and intends to deliver competitively priced LNG to the world.
With lower cost LNG, more global, growing economies will realize the environmental benefits of clean-burning natural gas.
With lower cost LNG, more global, growing economies will realize the environmental benefits of clean-burning natural gas.
Modular Approach
- Optimally sized .626 MTPA liquefaction modules are fabricated offsite, pre-tested and delivered to the site fully assembled.
- Our LNG liquefaction “blocks” consist of two trains, each with a cold box utilizing industry-standard single mixed refrigerant (SMR) technology.
- Controlled factory settings significantly decrease construction labor and increase site safety, execution quality, and on time delivery.
- Execution risks and installation times have been dramatically reduced through the delivery of fully complete modules.
Next Generation Design
- We believe a factory-built, mid-scale, modular plant design offers significant cost, schedule, safety, and operational advantages when compared to the traditional large scale, custom built, plant configurations around the world.
- We believe our model is fundamentally less risky than more common, highly customized, ‘stick-built’ projects that are constructed almost entirely onsite by large workforces over longer periods of time.
Environmentally Advanced Design
- Our commitment to providing cleaner energy is the driving force behind the environmentally conscious design of our facilities and our planned investment in carbon capture and storage, or CCS, at each of our projects.
- 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. Further, we use state of the art, full containment storage tanks which seek to eliminate methane release from stored LNG.
