Turbine Frac Unit Overview
The turbine frac unit is a new type of fracturing equipment powered by a high-efficiency turbine engine, specially developed to meet the demands of high-intensity and high-efficiency fracturing operations in modern oil and gas fields. This equipment converts the powerful energy of a gas turbine into high-pressure fluid output, enabling efficient fracturing of subsurface formations. With a compact structure and high degree of integration, it provides continuous and stable power support for oil and gas field development, making it an essential tool for the high-quality development of unconventional oil and gas resources.
Main Features of the Turbine Frac Unit
- Equipped with an advanced turbine power module, it offers fast startup and responsive operation, maintaining high output even in demanding environments.
- The power transmission system boasts high efficiency, effectively reducing energy consumption and carbon emissions, in line with green and low-carbon development trends.
- The entire equipment layout is optimized, resulting in a compact size with high output power, making it suitable for deployment in space-constrained sites.
- Features intelligent monitoring and remote-control capabilities, allowing real-time operational oversight and enhancing safety and management efficiency.
- Supports parallel operation of multiple units, enabling flexible adaptation to fracturing projects of various scales.
Application Fields
Turbine frac units are widely used in the fracturing and production enhancement of unconventional oil and gas reservoirs such as shale gas, tight oil, and coalbed methane, and are also suitable for challenging fracturing projects in conventional oil and gas fields. Whether in harsh desert environments or on space-limited well sites, turbine frac units deliver efficient and reliable performance, making them an important choice for improving efficiency, reducing costs, and supporting green development in today’s oil and gas industry.