A. Blume, Editor
As trends in energy production and use evolve, so too must plans for networks to produce and consume that energy. In no subsector is this more apparent than gas liquefaction and its associated infrastructure—particularly in the US.
In February 2016, Cheniere Energy's Sabine Pass LNG terminal in Cameron Parish, Louisiana became the first project in the US to export LNG from domestic shale gas. The terminal, inaugurated in April 2008, was originally designed to import LNG to supplement dwindling domestic gas supply. Then the shale boom hit, and the US suddenly found itself sitting atop vast reserves of shale oil and gas. In 2010, Cheniere became the first company to apply for a permit from the US DOE to export LNG to countries that do not have free-trade agreements with the US. A number of other companies have followed suit. More applications have been received for domestic LNG export projects than will be approved or built. Cheniere itself is adding more LNG trains to Sabine Pass, and building another LNG export terminal at Corpus Christi, Texas.
To support the ongoing operations and train additions at Sabine Pass, Kinder Morgan applied in December for authorization to add bidirectional capacity on its Louisiana pipeline. The $151-MM project would send gas to the terminal from 2019, when a fifth train is anticipated to come online. The pipeline was originally put into service in 2009 to send regasified LNG from Sabine Pass to US markets; however, the shale boom eliminated that need. Similar alterations to planned and in-service infrastructure are predicted over the next several years as more LNG export projects come online in the US. GP
Large-scale production of shale gas in the US, which began around the turn of the century, is now feeding US exports in the form of LNG.
Annual demand for natural gas in the EU is pegged at approximately 380 Bm3y–450 Bm3y. A portion of this demand is met by regional production within the EU. However, the European energy system is beset by challenges that are impacting EU gas supply.
ADIP ULTRA: ADIP-X Reimagined
Shell Global Solutions International BV (Shell) is launching the improved process technology ADIP ULTRA, for cost-effective removal of CO2 down to <50ppmv. The ADIP ULTRA process is applicable in gas plants, LNG, pre-NGL, refinery HMUs and gasification syngas.
•Discover how looking back at decades of ADIP and ADIP-X operational experience has led to the cost effective ADIP ULTRA process
•Understand how Shell’s new absorption column internals can further enhance process performance
•Learn how Shell is a reliable partner of choice who helps you get the most out of your unit
•An opportunity to ask questions to Shell’s technical experts
May 9, 2017 9am UTC