Dresser-Rand wins order for small-scale distributed production of LNG
The Dresser-Rand business, now within Siemens Power and Gas, recently received an order from Elizabethtown Gas, a subsidiary of AGL Resources based in Elizabeth, New Jersey, for two LNGo natural gas liquefaction systems.
The order includes installation and commissioning at the Elizabethtown Gas site. The systems will be sized to produce approximately 13,500 gal/day of liquefied natural gas (LNG).
Dresser-Rand’s business LNGo natural gas liquefaction system is a modularized, portable natural gas liquefaction plant designed to provide on-site natural gas liquefaction.
This point-of-use production plant is a standardized product made up of four packaged skids: a power module; compressor module; process module; and a conditioning module.
LNGo natural gas conversion plants enable the distributed production of LNG on a small-scale. The technology eliminates the need for the costly trucking of LNG long distances from large, centralized plants to LNG fueling depots, as is the practice today.
“We are delighted to be working with Elizabethtown Gas to build and commission this distributed LNG plant for a peak shaving application,” said Judy Marks, executive vice president of global solutions for the Dresser-Rand business within Siemens Power and Gas. “Driven by rapidly expanding global natural gas development and continued price differentials between natural gas and oil, we believe that the market for distributed, small-scale LNG production plants will grow from early adopters in North America to a broad, robust market for users around the world.”
Elizabethtown Gas provides natural gas delivery service to approximately 281,000 residential, business and industrial natural gas customers in New Jersey.
“For several months, we have worked closely with the Dresser-Rand business to evaluate their LNGo natural gas liquefaction technology,” says Brian MacLean, president of Elizabethtown Gas. “We are convinced this technology offers a strong and reliable solution for our specific application and will enable us to liquefy natural gas on-site which can then be stored for future use. By doing so, we will avoid dramatically higher prices for the spot purchases of LNG to meet peak demand requirements.”
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