Dresser-Rand's First Small-scale LNG Unit Successfully Produces LNG

December 6, 2013


Dresser-Rand, a global supplier of rotating equipment and aftermarket parts and services, reported today that its first small-scale liquefied natural gas (LNG) plant, known as LNGo™ has successfully produced LNG. 

Dresser-Rand designed, constructed and commissioned this demonstration plant, which has reached a key milestone with the initial production of LNG. Extended performance and endurance testing is being initiated as the final step prior to full market release.

"We are very excited about this technology for small-scale LNG production, which allows for very small stand-alone plants that are portable and can be moved to support changing requirements and needs,” said Vincent R. Volpe, Jr., Dresser¬Rand President & Chief Executive Officer. “The standard LNGo plants are sized to produce approximately 6,000 gallons of LNG per day. There is substantial  Dresser-Rand scope potential in this offering, including our newly introduced MOSTM reciprocating compressor, Guascor® engines, Enginuity® control systems, and project management to integrate all of these and the process components into compact, portable packages”. 

In the "for sale" category, Dresser-Rand would provide the liquefaction process and, depending upon the plant configuration, potentially also include the associated ancillary gas processing equipment, a power module, and full turn-key installation and commissioning.

In the "rental" or "lease" space, Dresser-Rand is presently evaluating several market strategies, including potential market channel partners, and expects over the coming weeks, it will determine which approach is expected to create the greatest shareholder value.

For all users, Dresser-Rand can provide full turn-key installation and commissioning services as well as routine operations, monitoring, and maintenance contracts to ensure ongoing reliable and available operations. 

Upstream applications include, among others, the monetization of flared gas to increase revenues for oil companies and reduce their environmental impact, the production of stranded natural gas fields which are not close to existing pipeline infrastructures, on-site fuel supply for drilling and hydraulic fracturing equipment converted to run on LNG, and applications for coal bed methane for fueling mining vehicles.  Downstream applications include the production of vehicle-grade LNG, allowing LNG to compete effectively with diesel fuel on a cost-per-energy-content (BTU) basis.

As LNGo 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.  Further, Dresser-Rand believes that its approach to short cycle time will enable LNGo plants to be installed and operating in months rather than years.  The short cycle times will allow owners to see quick returns on their investment, as well as matching the supply and demand of LNG as local markets develop.

Driven by rapidly expanding global shale gas development and continued price differentials between natural gas and oil, Dresser-Rand predicts 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. North America is the most rapidly growing market and the substantial price disparity between diesel fuel and low priced natural gas has