Direct Drive Turbine

Hydraulic fracturing pump packages in which an aeroderivative gas turbine drives a reciprocating plunger pump through a reduction gearbox, providing high continuous hydraulic horsepower per skid for sustained pumping stages.

The turbine prime mover itself, derived from aviation jet-engine cores, which converts gaseous fuel to rotating shaft power and is rated for continuous-duty frac pumping at high power density.

Fuel conditioning, metering, and supply skids that feed field gas, pipeline gas, or CNG to the turbine, often with dual-fuel capability allowing operation on natural gas, blended fuel, or backup liquid fuel.

Speed-reducing gearboxes and coupling assemblies that step the turbine's high output shaft speed down to the operating range of the fluid end, transmitting torque from turbine to pump.

The replaceable high-pressure pumping section (fluid end with plungers, valves, and seats) and the crankcase assembly (power end) that convert rotating drivetrain power into high-pressure proppant-laden fluid output.

Compressed natural gas trailers, regulators, and vaporization equipment that deliver fuel gas to turbine fleets on pads lacking a direct pipeline or field-gas tie-in.

Turbine control, combustion management, and pump rate/pressure automation systems that coordinate the fleet, manage fuel substitution, and monitor emissions and operating parameters.

High-pressure treating iron, frac manifolds, missile trailers, and flow lines that combine the output of multiple turbine pump units into the wellhead treating line during a frac stage.