Bi-Fuel Diesel Generators For Oil And Gas


Why Use Bi-Fuel Diesel Generators for Oil and Gas Applications?

Diesel generators, engines, and equipment are essential to pumping and drilling operations in the oil and gas industry. They provide power to drilling rigs, pumps, and compressors, particularly in remote areas with limited grid access.

Electric power is necessary for oil field operation, and diesel generators provide reliable power.

Why Bi-Fuel Generators?

Diesel fuel is expensive and burning it emits high amounts of CO2, which increases operating costs. Its emissions also harm the environment. Natural gas is a popular alternative to diesel in pumping operations due to its availability and low cost. Using natural gas can lower CO2 emissions, fuel costs, and diesel generators’ lifespan.

However, natural gas is typically transported via pipelines or specialized tanks, which can be challenging in remote locations. Bi-fuel generators offer a solution by allowing operators to use natural gas as a backup fuel source for diesel generators. Bi-fuel systems can switch between diesel and natural gas automatically, providing operators with flexibility in the field.

Bi-Fuel Engines for Drilling

Diesel generators power drilling rigs, compressors, and other equipment that require the high torque and power that electric motors can provide. Although they provide dependable performance, diesel engines also contribute significantly to greenhouse gas emissions. Bi-fuel engines offer a solution to reduce emissions while maintaining performance.

The bi-fuel system allows drilling operations to blend gaseous fuels and diesel, reducing emissions and fuel costs. The system provides real-time monitoring of engine parameters to ensure proper substitution rates and engine safety.

Bi-Fuel Generators for Oil and Gas Pumping

Diesel generators provide backup power to pumping operations and are critical to maintaining continuous pumping operations. However, using diesel fuel for these operations is expensive and emits high levels of CO2. Bi-fuel generators are ideal for pumping operations as they are cost-saving, offer longer runtime, and have lower CO2 emissions.

A bi-fuel generator provides a reliable and safe solution for oil and gas pumping operations by allowing the use of a blend of gaseous fuels and diesel. The system’s smart regulators and control software can instantly adapt to engine load changes, ensuring optimal performance and fuel efficiency.

Bi-Fuel Equipment for Oil and Gas Operations

Oil and gas operations depend on compressors, pumps, and computers. This equipment requires a consistent and efficient power source. Bi-fuel equipment is an excellent solution for reducing fuel costs and emissions while maintaining performance.

Bi-fuel systems provide real-time monitoring of engine parameters to ensure safe and efficient operation, reducing the risk of equipment failure and downtime. The software in the control unit enables the generators to adapt to engine load changes instantly, ensuring optimal performance and fuel efficiency.

Ditching Straight Diesel: Reasons Why Bi-Fuel is the Future

Bi-fuel systems offer several advantages over straight diesel in oil and gas operations. Here are seven reasons why bi-fuel is the future:

  • Savings of up to 30% in fuel costs compared to straight diesel.
  • Emissions reduced up to 40% less CO2 and up to 90% less Nox than straight diesel.
  • Extended diesel fuel runtime, reducing the need for refueling and downtime.
  • Ability to use various gaseous fuels, providing flexibility and reliability in fuel supply.
  • Enables monitoring of engine parameters in real-time to ensure safe and efficient operation, lowering the risk of engine failure and downtime.
  • Cuts engine maintenance costs by reducing carbon build-up and wear.
  • Reduces greenhouse gas emissions, demonstrating a commitment to environmental sustainability.

Final Thoughts

Bi-fuel engines and equipment are vital in various applications, including drilling, pumping, and other oil and gas operations. By combining diesel and natural gas as fuel sources, operators can save money, extend the life of their diesel fuel supplies, and reduce emissions.

OptiBlend® offers a range of bi-fuel conversion systems that can be installed on existing diesel generators and equipment. Contact us today and experience the benefits of advanced fuel optimization.

Contact Us

15 + 1 =

OptiBlend® in Social Media

Popular Articles

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
Generator Size (KW)
Generator Load
Gallons / hr
$ / Gallon
$ / Hour
$ / Day
$ / Year
CO2 total lbs

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