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LPP Combustion CEO to Present Revolutionary Clean Technology at ASME 2014 Power Conference

Cost-Effective, Expedient Means to Collect, Transport, Liquefy and Use Natural Gas Liquids; Solution Eliminates Waste From Flare Gases, Mitigates Risk and Need for Capital Investment in Export, Import Terminals and New Infrastructure

BALTIMORE, MD -- (Marketwired) -- 07/30/14 -- LPP Combustion, LLC today announced that its Chief Executive Officer, Dr. Richard (Rick) Roby, will deliver a presentation titled, "Low Emissions Microgrid Power Fueled by Bakken Flare Gas," at the ASME 2014 Power Conference in Baltimore, MD at 11:00 AM EDT on July 30, 2014. Mr. Roby will introduce a new methodology for maximizing the potential of natural gas liquids (NGLs), while mitigating risk and need for capital investment.

It is estimated that 30% of the over 1 billion cubic feet per day of natural gas produced in the Bakken shale field is lost to flaring. Collected and used in Dry Low Emission (DLE) power generation gas turbine engines, this fuel represents approximately 1.2 GW of collective power.

While the main reason that much of this fuel is flared is that the infrastructure in the Bakken lacks sufficient capacity or compression to combine and transport the gas streams, one of the reasons that this fuel cannot be utilized on-site for power generation is that it contains significant amounts of natural gas liquids (NGLs) which makes the gas unsuitable as a fuel for natural gas fired gas turbine engines.

"Burning the fuel used in the flare gases in the Bakken locally in a power generation combustor, for example, would provide electricity for drilling (and fracking) operations," said Dr. Roby.

A Lean, Premixed, Prevaporized (LPP) combustion technology has been developed that converts liquid fuels, including NGLs, into a substitute for natural gas. This LPP gas can then be used to fuel virtually any combustion device in place of natural gas yielding emissions comparable to that of ordinary natural gas.

This groundbreaking development provides a flexible liquid fuel source while meeting or exceeding environmental requirements. Also, the technology's use of existing equipment and infrastructure drastically reduces labor overhead and other maintenance costs.

A microgrid can distribute power locally to the camps and infrastructure supporting the drilling and processing operations. Using the flare gases on-site has the benefit of reducing or eliminating the need for diesel tankers to supply fuel for power generation systems and equipment associated with the drilling operations.

LPP technology empowers industry and utilities to convert liquid fuels into a substitute natural gas that will reduce emissions at or below natural gas levels, while providing them a range of alternative liquid fuel options available at competitive pricing levels in a fuel arbitrage scenario.

"In addition to complying with stricter EPA emissions requirements, the many practical applications for LPP technology have the potential to safely and efficiently maximize returns by capitalizing on existing resources.

"LPP conversions eliminate the need to use specialized LNG tankers for transport, as well as for new construction for plants and import/export facilities. Instead, existing pipelines, ocean and road transportation -- coupled with safe storage capabilities -- can be utilized with minimum costs and impact on communities to help satiate international demand for natural gas," added Dr. Roby.

ABOUT LPP Combustion, LLC
The LPP Combustion fuel preparation system overcomes the operational and emissions barriers between using liquid fuels and natural gas in combustion turbines. The patented technology offers fuel flexibility, improved heat rate, and reduced maintenance without the 80% increase in emissions associated with conventional burning of liquid fuels. LPP Combustion's packaged, skid-mounted fuel preparation system can be easily installed at new or existing facilities with a minimum of work on-site, and can be utilized with almost any burner designed to run on natural gas.

For additional information on LPP Combustion, LLC please visit www.LPPCombustion.com.

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