Natural Gas Booster and Combustion Turbine Power Generation Integrated System

This solution integrates high-performance gas booster units with reliable combustion turbines to meet the growing need for localized, stable, and efficient power generation. It is suitable for industrial zones, distributed energy projects, and cogeneration applications.

Key Equipment Configuration

• Natural Gas Booster Units × 2
  Designed to increase the pressure of natural gas before it enters the turbines.

  • Flow Rate: 5000 Nm³/h

  • Inlet Pressure: 0.6 MPa(g)

  • Discharge Pressure: 3.0 MPa(g)

• Combustion Turbines: MAN MGT6200 × 4
  These turbines convert natural gas into mechanical energy for electricity generation.

  • Fuel: Natural gas

  • Application: Power generation, cogeneration (CHP), and grid support

• Key Features

  • Efficient Natural Gas Compression
    Provides stable gas flow and pressure to meet the needs of gas turbines.

  • Compact Skid-Mounted Design
    Modular structure allows for easy transportation and fast site installation.

  • Reliable Performance
    Engineered for consistent operation under varying load and pressure conditions.

  • Integrated Control System
    Automated control and real-time monitoring for safe and stable operation.

• Typical Applications

  • Distributed Power Plants
    Ideal for on-site electricity production with high energy efficiency.

  • Industrial and Economic Development Zones
    Reliable power supply for manufacturing and infrastructure projects.

  • Cogeneration (CHP)
    Simultaneous production of electricity and usable heat to maximize energy use.

  • Natural Gas Treatment Facilities
    Supports pressure boosting and preparation for downstream consumption.