Gas power generation solution

The MinerPower and GasPick gas calculation combination developed by MINERPOWER is an ideal choice for various mobile and fixed applications. Whether it uses oilfield gas extracted directly from underground, gas well gas or biogas, it can present efficient and reliable performance.

How to achieve it?

Under normal circumstances, the associated gas from oil production operations can only be burned directly through flares, otherwise it requires a large amount of cost to collect it. The gas calculation solution developed by MINERPOWER can directly convert oilfield gas into electricity for applications such as computing power data centers for cryptocurrencies and AI.

LP Technology: The MinerPower gas engine developed by MINERPOWER is highly suitable for use in the harshest environments. This gas engine adopts LP technology and can precisely control the air-fuel ratio to reach the theoretical air-fuel ratio state.

Low emissions: Under the action of the three-way catalyst, compared to lean-burn engines, the exhaust emissions (such as nitrogen oxides, carbon monoxide, and hydrocarbons) of the MinerPower engine are very low.

Reliability verified: The MinerPower engine has been proven to consistently demonstrate reliable performance in gas compression applications in various on-site environments, including high calorific value fuel applications, over 50% load step-up capabilities, and extended maintenance intervals 。

High-altitude performance: Although, in general, turbocharged diesel engines typically require derating when operating at altitudes above 1,500 feet (457 meters), the MinerPower technology can demonstrate greater flexibility and operate at full power at an altitude of 8,000 feet (2,438 meters).

Fuel flexibility: Because the MinerPower engine operates without knocking and has a wide normal ignition range, it can adapt to various low-quality fuels and operate at high loads...

Lean-burn technology: The MinerPower gas engine developed by MINERPOWER can provide efficient lean-burn control, especially suitable for mobile oilfield applications.

Characteristics and advantages

• Robust and durable. It is highly suitable for reliable operation in harsh, remote, mobile or stationary mission-critical applications.
• "Ready-to-run" installation. It can be easily switched with most other existing power generation drives.
• Reduce operating costs. Compared with diesel or dual fuel, the use of on-site natural gas can reduce operating costs by up to 80%.
• Fuel flexibility. It can adapt to various gas qualities during operation, including high calorific value oilfield gas (up to 1,654 BTU HHV), HD-5 propane, and ethane, without knocking.
• Low emissions. With a three-way catalyst, the MinerPower engine can meet or even exceed the latest environmental protection requirements. Compared with diesel engines, emissions can be reduced by up to 95%.
• High-altitude performance. Compared with diesel technology, it can operate at higher altitudes (up to 8,000 feet) without reducing the rated output, and the performance is not affected.
• Outstanding transient load capacity. The MinerPower engine can handle high load changes in just two steps (comparable to diesel engines).