GE technology to power Cheniere Energy’s LNG export facility in Louisiana

LONDON -- GE Oil & Gas will supply gas compression trains for Cheniere Energy’s Sabine Pass liquefaction expansion project in Cameron Parish, La., about 170 miles west of Baton Rouge. Adding liquefaction capabilities will transform the existing Sabine Pass LNG terminal into the first LNG terminal capable of importing and exporting LNG in the U.S.

GE will supply 12 PGT25+G4 aeroderivative gas turbines to drive the first two liquefaction trains of the Sabine Pass Liquefaction Project currently under construction. Each train will have the capacity to produce approximately 4.5 million mtpa of LNG. Cheniere has received regulatory approvals from the Federal Energy Regulatory Commission to construct up to four liquefaction trains at Sabine Pass. Cheniere is expected to reach a final investment decision on its third and fourth liquefaction trains in the first quarter of 2013, with construction of those trains expected to commence shortly thereafter.
GE’s PGT25+G4 aeroderivative gas turbine, which has been selected for the Sabine Pass liquefaction project, features high efficiency and reliable performance. The G4—derived from CF6 aircraft engines—contains a rugged GE high-speed 34-megawatt gas turbine, the LM2500+G4, coupled with a two-stage high-speed power turbine module with increased flow capacity. A highly efficient machine for mechanical and generator drive applications, the PGT25+G4 was developed based on GE’s extensive experience with heavy-duty gas turbines.
“We’re pleased that our well-proven technology has been selected for the Sabine Pass liquefaction project. We have been able to build a strong presence in the LNG sector by leveraging our gas turbine, compressor and offshore production technology for many of the world’s leading LNG projects,” said Prady Iyyanki, president and CEO—turbomachinery for GE Oil & Gas.
“Technology innovation and economies of scale have been the two key contributors to the oil and gas industry's progress. GE Oil & Gas has played a key role in the evolution of LNG technology. Our sustained commitment to innovative design and world-class engineering and our production and testing capabilities have allowed us to push the envelope of highly reliable, advanced LNG solutions,” added Iyyanki.