Dual Fuel Engines : Diesel – Natural Gas

Dual fuel engines can be variable or constant speed using two fuel sources, typically gasoline or diesel as the primary source. The secondary source is gaseous, such as natural gas, methane, or propane, and is blended in the air intake process. Most dual fuel engines have been converted using a retrofit kit which regulates the intake of the gaseous fuel, controls the mixing with air, and monitors engine performance to ensure the displacement from the secondary fuel does not damage the engine or negatively impact the performance of the engine. Optiblend® has installed kits on Caterpillar®, Cummins®, Kohler®, MTU, John Deere®, Mitsubishi®, and many other diesel engines.

Dual Fuel Engines Oil and Gas

Diesel engines are used throughout the oil and gas industry to power transportation, drilling, pumping, compression, liquification, and filtering equipment required to extract, process and move high-demand raw energy resources. The cost to replace all of these engines throughout the world with newer more efficient engines would be astronomical and would disrupt the 24/7 production where minutes down are measured in tens of thousands of dollars of loss. Retrofitting diesel engines with with dual fuel conversion kits can double their runtime, save significant costs related to diesel resupply, and reduce emissions.

Dual Fuel Engines Disaster Relief

Diesel engines power first responder search and rescue, emergency medical care, temporary housing, utility restoration, road repair, structural reconstruction, and many other activities following a natural disaster. Hurricanes and floods require many millions of gallons of water to be pumped from low-lying areas. Refrigerated food and medical supplies need to remain cold. Life support systems within hospitals must continue to function to keep people alive. Retrofitting existing diesel engines allows for extended run times, lower fuel costs and reduces emissions.

diesel engine dual fuel dealerships

Installing a dual fuel kit onto a stationary diesel engine is easy and cost effective, displacing up to 70% of the diesel consumed. ROI can take as little as a few weeks. We have installed Optiblend® dual fuel conversion kits on Caterpillar®, Cummins®, Kohler®, MTU, John Deere®, Mitsubishi®, and many other diesel engines.

dual fuel gas trains

Adapting diesel engines to use a blend of diesel with compressed natural gas requires a conversion kit. A diesel engine dual fuel kit consists of a gas train, air gax mixer, fuel control valve and a controller.

The gas train uses a low pressure supply of gas (3 psi–5 psi); a primary pressure regulator can be placed ahead of the gas train to regulate high pressure supplies. A zero pressure regulator detects changes in engine vacuum through the mixer to maintain approximately atmospheric pressure and prevent over-fueling.

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Optiblend was developed using pipeline natural gas and syngas. It has also been used with propane, LNG, and biogas.

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    OptiBlend :: Savings & CO2 Offset Calculator

    100% Diesel Operation

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    Estimated Efficiency Dual Fuel

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    Annual Diesel Cost

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    Total Annual Dual Fuel Cost

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    Ready for Any Industry.

    Learn why OptiBlend® is the answer to lower fuel costs, improve emissions, and increase runtime in any industry.

    OptiBlend :: Savings & CO2 Offset Calculator
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    Generator Size (KW)
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    DUAL FUEL SAVINGS & CO2 OFFSET ::
    Gallons / hr
    $ / Gallon
    $ / Hour
    $ / Day
    $ / Year
    CO2 total lbs
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    CNG
    Savings

    *calculation assumes 70% displacement, 1 Gallon CNG = 5.66lbs , Diesel Equivelant = 6.384 lbs
    **calculations are based on your input data and are approximations