Oilfield Power Systems for Oil & Gas Industry - Oil, Gas & Refineries
Details
LPP Combustion Benefits:
-
Flex-fuel capability
-
Reduced maintenance costs
-
Reduced emissions
-
Dynamic interchanging and blending of fuels
-
Reduced fuel costs
-
Reduced operating costs
-
Gas pipeline infrastructure not required
-
Reduced fuel-supply risk
-
Waste heat recovery options for heating and cooling / industrial process heat
-
Avoids ‘methane slip’ emissions
Power requirements can be met with LPP Combustion flex-fuel power systems configured for various outputs: 30 kW, 65 kW, 200 kW, 400 kW, 500 kW, 600 kW, 1 MW, 3.4 MW, or 5.4 MW. Mobile trailer-mounted LPP Combustion Power Systems are available in addition to fixed-location deployments. For power stations LPP Combustion equipment is available for 10 MW, 23 MW, or 31 MW power output generation systems as well as utility-scale units. Most LPP Combustion power systems can produce heat, hot water, or steam when configured for combined heat and power (CHP) to leverage the turbine exhaust heat.
The LPP Combustion technology has been extensively tested and peer-reviewed in its ability to vaporize a wide variety of liquid fuels into a substitute natural gas (LPP Gas). Copies of the 2014 ASME ('Low Emissions Microgrid Power Fueled by Bakken Flare Gas') or other technical papers are available upon request.
LPP Combustion Flex-fuel, Low Emissions Substitutes for Natural Gas
Fuels
-
No. 2 Fuel Oil*
-
Diesel (D2)*
-
Kerosene
-
Jet Fuel
-
Gasoline
-
LNG
-
Naphtha
-
*LPP Standard Systems include diesel operation.
Opportunity Fuels
-
Natural Gas Liquids
-
Y-Grade
-
Ethane
-
Flare Gas
-
Unprocessed Natural Gas
-
Propane
-
Butane
