Steam Turbine Power Range Guide: 1 MW to 400 MW Solutions

Section 1: Micro & Small-Scale Industrial Steam Turbines (1 MW – 10 MW)

Designed for small industrial plants, captive power, and localized waste heat recovery where compact footprint and rapid start-up capabilities are critical.

• 1 MW Steam Turbine | Compact Industrial Power Generation

  Ultra-compact impulse steam turbine ideal for small-scale waste heat utilization, decentralized energy recovery, and mechanical drive applications.

• 5 MW Steam Turbine | Industrial Power Generation Solutions

  Flexible impulse and reaction units widely used in biomass energy projects, municipal waste-to-energy, and onsite industrial power generation.

• 10 MW Steam Turbine | Industrial Steam Turbine Generator

  Popular capacity rating for sugar mills, small chemical plants, and cement plant waste heat recovery (WHR) installations requiring continuous baseline power.

  
  

Section 2: Medium-Scale & Industrial Cogeneration Turbines (20 MW – 50 MW)

Engineered for mid-sized processing plants, district heating schemes, and combined heat and power (CHP) installations requiring extraction or back-pressure steam.

• 20 MW Steam Turbine | High-Efficiency Power Generation

  Highly adaptable condensing and extraction condensing models designed for paper mills, refineries, and medium-sized captive power plants.

• 30 MW Steam Turbine | Industrial Power Generation Solutions

  Balanced power-to-heat ratio unit optimized for combined cycle systems, solar thermal (photothermal), and large waste incineration projects.

• 50 MW Steam Turbine | Large-Scale Industrial Power Generation

  High-capacity industrial driver offering full parameter coverage up to high pressure and ultra-high pressure, delivering optimal fuel efficiency for industrial parks.

Section 3: Large-Scale Utility & Heavy-Duty Power Generation (100 MW – 400 MW)

Built for main-grid power generation, major chemical complexes, and combined cycle utility plants demanding supercritical steam parameters and maximum thermal efficiency.

• 100 MW Steam Turbine | Large-Scale Power Generation Solutions

  High-performance reaction and impulse steam turbine suitable for large utility power stations, regional cogeneration heat supply, and heavy industrial power grids.

• 200 MW Steam Turbine | Utility & Industrial Power Generation

  Advanced high-pressure reaction turbine configuration available in conventional-speed or high-speed models, optimized for utility-scale power generation.

• 400 MW Steam Turbine | Large-Scale Power Generation Solutions

  Top-tier impulse unit covering all steam parameters up to supercritical conditions, delivering maximum capacity and world-class thermodynamic performance.

  
  

Capacity Range & Operating Parameters Matrix

Customizable Thermal Configurations Across All Capacities

• Condensing Units: Maximizes total power generation efficiency via circulating water or air cooling.

• Back Pressure & Extraction Units: Provides process steam for industrial heating or municipal district heat networks.