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The LPP Combustion System converts liquid biofuels, such as biodiesel and ethanol, into a synthetic natural gas. This LPP gas can then be burned with low emissions in virtually any combustion device in place of natural gas, providing users substantial fuel flexibility. The LPP system burning biofuel in a dry low emission (DLE) gas turbine creates a low emissions power plant with no net greenhouse gases.

Industrial, commercial and biofuel production facilities can benefit from LPP Combustion Technology by using a high efficiency gas turbine based combined heat and power (CHP) system to provide steam and electric power with low emissions for a cleaner environment.
EMISSIONS PERFORMANCE

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Pollutant emissions for biodiesel as LPP gas are similar or lower than natural gas levels:

CARBON DIOXIDE (CO2)

• Carbon emission are “net” zero
• Biodiesel is considered carbon neutral
• CO2 emissions significantly lower than natural gas, oil or coal

PARTICULATES (PM)

• Emission levels similar to natural gas

OXIDES OF SULFUR (SOX)

• Levels significantly lower than LPP Gas using conventional petroleum distillate fuels
• Biodiesel is considered ULSD (B100 tested at 2.6 ppmw)

CARBON MONOXIDE (CO)

• Emission levels similar to natural gas

OXIDES OF NITROGEN (NOX)

• Emission levels similar to natural gas
• Emissions even lower than LPP Gas using conventional petroleum distillate fuels
• Biodiesel is low in fuel-bound nitrogen (B100 tested at 2.1 ppmw)

Cleanest use of Renewable Fuels

• Fuel Flexibility with Lowest Emissions Possible
• Carbon Neutral (“net” zero)
• Generate Carbon Credits
• Generate Renewable Energy Credits
• Helps Meet Renewable Portfolio Standards (RPS) Requirements