Delfin is considering using its Grand Chenier pipeline system to support a second deep-water port or a Delfin LNG (FLNG 1, FLNG 2, FLNG 3, FLNG 4) expansion for an additional 2 floating LNG vessels of up to 8 mtpa.
Delfin is considering using its Grand Chenier pipeline system to support a second deep-water port or a Delfin LNG (FLNG 1, FLNG 2, FLNG 3, FLNG 4) expansion for an additional 2 floating LNG vessels of up to 8 mtpa.
Vessel 4 of the four Floating LNG vessels constituting the Delfin LNG project. Delfin LNG is a brownfield Deepwater Port that supports up to four FLNG Vessels producing up to 13.3 million tonnes of LNG per annum. Each FLNG can achieve FID independently: FLNG 1, FLNG 2, and FLNG 3. Delfin purchased the UTOS pipeline… Continue reading Delfin LNG | FLNG 4
Vessel 3 of the four Floating LNG vessels constituting the Delfin LNG project. Delfin LNG is a brownfield Deepwater Port that supports up to four FLNG Vessels producing up to 13.3 million tonnes of LNG per annum. Each FLNG can achieve FID independently: FLNG 1, FLNG 2, and FLNG 4. Delfin purchased the UTOS pipeline… Continue reading Delfin LNG | FLNG 3
Vessel 2 of the four Floating LNG vessels constituting the Delfin LNG project. Delfin LNG is a brownfield Deepwater Port that supports up to four FLNG Vessels producing up to 13.3 million tonnes of LNG per annum. Each FLNG can achieve FID independently: FLNG 1, FLNG 3, and FLNG 4. Delfin purchased the UTOS pipeline… Continue reading Delfin LNG | FLNG 2
Vessel 1 of the four Floating LNG vessels constituting the Delfin LNG project. Delfin LNG is a brownfield Deepwater Port that supports up to four FLNG Vessels producing up to 13.3 million tonnes of LNG per annum. As of March 2023, FLNG 1 was on track to achieve FID in Q2 2023. As of June… Continue reading Delfin LNG | FLNG 1
The liquefaction facility, located in Nikiski, will process, store, and transport up to 20 million tons of LNG per year using the Propane Precooled Mixed Refrigerant Process, an Air Products patented technology. The facility includes three LNG trains, two 240,000 cubic meter storage tanks, terminal facilities and marine services, and two loading berths to accommodate… Continue reading AGDC | Nikiski LNG Facility
Port Arthur LNG Phase 2 would expand the liquefaction-export project with two additional liquefaction trains, Trains 3 and 4, that could double the total nameplate capacity of the facility. LNG produced from Phase 2 would be stored and exported using storage tanks and marine facilities approved as part of the Port Arthur LNG Phase 1… Continue reading Port Arthur LNG Phase 2
Port Arthur LNG is a natural gas liquefaction and export terminal in Jefferson County, Texas, with direct access to the Gulf of Mexico via the Sabine-Neches ship channel. The Port Arthur LNG Phase 1 facility is designed to include two natural gas liquefaction trains, two LNG storage tanks, and associated facilities with a nameplate capacity… Continue reading Port Arthur LNG Phase 1
Magnolia LNG is an LNG export project located on the Industrial Canal near Lake Charles in Southwest Louisiana. The 115-acre project site is permitted to produce 8.8 mpta. Magnolia LNG plans to have the ability to pre-treat, liquefy, and store LNG onsite for domestic use and export. The project features four LNG production trains of… Continue reading Glenfarne | Magnolia LNG Project
The $10 billion Golden Pass LNG export project will add natural gas liquefaction and export capabilities to the existing import terminal in Sabine Pass, Texas. The project’s estimated send-out capacity will be around 18 million tons of LNG per year. The new facility will utilize the existing tanks, berths and pipeline infrastructure. In addition, new… Continue reading ExxonMobil | Golden Pass LNG