Stabilis Energy LLC plans to build five LNG liquefaction facilities to service the high horsepower oilfield, marine, and rail fuel markets.
Stabilis has contracted Chart Energy & Chemicals to perform advance engineering for five LNG production plants for implementation in North America. Stabilis has selected Chart’s C100N and C250IMR standard LNG liquefaction plants, which produce 100,000 gallons and 250,000 gallons per day of LNG, respectively. Advance engineering will commence immediately.
Stabilis placed a deposit to secure a manufacturing space reservation with Chart, to ensure that the first LNG plant can be online in the 1 st quarter of 2015 or before. Stabilis is still analyzing the data to determine the ideal location for the first plant. The location priority analysis will consider a number of issues including local gas supply and quality, regional LNG demand, as well as state and local permitting requirements and timelines. The four remaining plants are scheduled to come online at regular intervals throughout 2015 and 2016.
“ Stabilis Energy believes LNG will be a major contributor to North American energy independence. High quality locally produced LNG is the only reliable, clean and efficient alternative fuel to diesel. LNG is proven to be the most cost effective fuel solution for high horsepower applications. Stabilis will supply off-road engine fuel requirements while supporting on-highway motor fuel markets with strategic distribution partners,” commented Casey Crenshaw, President of Stabilis Energy.
“Chart is very pleased to support Stabilis in their drive to implement LNG fuelling infrastructure in North America, and we are very pleased they have chosen Chart to provide the underlying LNG production plants. Our standard LNG plant platform provides Stabilis the ability to get LNG to market quickly, reliably and cost efficiently. We look forward to our ongoing relationship with Stabilis as their build out progresses,” stated Mike Durkin, President of Chart E&C.
[mappress] LNG World News Staff, April 04, 2013; Image: Chart Energy & Chemicals