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LPP 65 kW System Complete with Capstone C65 Turbine For Sale

LPP C65 Fuel Conditioning and Vaporization System Packaged with 65 kW Gas Turbine
 

LPP Combustion Skid integrated with a commercial Capstone C65 gas turbine to produce power using various liquid fuel streams. Complete skid mounted system that can generate up to 65 kW electrical energy using NGLs, flare gases, and other mixed fuel streams. Provides fuel flexibility while reducing emissions and operating costs. 

LPP C65 System

Specifications and Features:

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  • Fuel types - Light liquid hydrocarbon fuels such as Ethane, Butane, Propane, NGLs, and Gasoline​

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  • Capstone C65 Turbine Base Load - 65 kW

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  • Vaporizer Operating Pressure - 90 psig

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  • Thermal Oil - DELF600 Heat Transfer Fluid

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  • Heating Method and Maximum Temperature - Can utilize either a 16 kW electric heater or turbine exhaust heat exchanger with oil temperature up to 500 degrees Fahrenheit 

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  • Single Skid Mounted

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  • User friendly PLC that communicates with both the turbine and supervisory computer with remote monitoring

 

  • HMI touchscreen on main control panel for local system control and monitoring

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  • Gas Turbine can be ran in grid connect mode or standalone generator using battery backup​

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  • Electrical Connections - 110 VAC supply, 480 VAC supply for heater, 480 VAC connection to load​​

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  • Multiple safety features:
    • Redundant pressure relief systems
    • Over temperature sensors
    • Emergency shut off switch
C65 Drawing All Views.JPG
How it Works:
 
​The LPP 65 system conditions liquid fuel into LPP Gas to fuel an onboard Capstone C65 gas turbine engine, producing 65 kW of on-demand power. Liquid fuel is injected the fuel vaporizer where it is flash vaporized and mixed with inert nitrogen to match the ignition and combustion properties of the resulting LPP Gas to those of natural gas.

Subsystems:
 
  • Nitrogen - Nitrogen is produced on-skid using a compressor and membrane separator to separate out oxygen from the air. 
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  • Liquid Fuel - Liquid fuel is pumped from supply inlet through duplex filters into the storage tank. The fuel is then injected into the vaporizer using high pressure pumps.
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  • Heat Transfer Fluid - DELF600 transfer fluid circulates between either an exhaust heat exchanger or electric inline heater and the vaporizer.
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  • LPP Gas - LPP Gas is produced in the vaporizer and sent through a coalescing filter before moving into the gas turbine.

     
Applications and Key Benefits:
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  • Designed to vaporize liquid fuels and power the gas turbine with lighter liquid hydrocarbon fuels such as ethane, propane, butane, mixed NGLs, and gasoline.
  • Includes remote system control and monitoring capabilities
  • Can meet natural gas emission standards for gas turbine exhaust using liquid fuels
  •  Lowers fuel and operating costs by providing fuel flexibility and utilizing waste fuel streams

© 2026 by LPP Combustion, LLC

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