Industrial Steam Turbines for Diverse Power Generation & Heavy Industry Applications

Section 1: Captive & Combined Cycle Utility Solutions

Large-scale power plants and major manufacturing facilities require high-capacity impulse and reaction steam turbines capable of continuous, heavy-duty utility power generation.

• Steam Turbine for Industrial Captive Power Plants

  High-reliability impulse (0.5–400 MW) and reaction (3–300 MW) units engineered for self-generation in large industrial parks, providing stable electricity to critical manufacturing infrastructure.

• Steam Turbine for Combined Cycle Power Plants

  High-efficiency condensing and extraction condensing steam turbines designed to integrate seamlessly with gas turbines and heat recovery steam generators (HRSG) for combined cycle plants.

Section 2: Waste Heat Recovery & Energy Efficiency

Capitalizing on industrial process heat through high-efficiency waste heat recovery (WHR) reduces plant carbon intensity and dramatically lowers operating energy costs.

• Steam Turbine for Waste Heat Recovery | WHR Power Generation

  Versatile steam turbines covering parameters from low pressure to supercritical, engineered to convert low-grade and fluctuating process waste steam into reliable electrical power.

• Steam Turbine for Cement Plants | Waste Heat Power Generation

  Tailored WHR turbine solutions utilizing waste heat from cement kiln preheaters and clinker coolers, optimized for varying gas temperatures and dust-heavy plant environments.

Section 3: Renewable Energy & Waste-to-Energy Applications

Biomass energy and municipal waste management require flexible, robust steam turbines designed to handle variable thermal inputs and frequent cycling.

• Steam Turbine for Biomass Power Generation | Biomass Turbine Solutions

  Custom-designed condensing and extraction steam turbines built for biomass combustion systems (wood chips, bagasse, agricultural residues) with advanced thermal parameters to maximize power density.

• Steam Turbine for Waste Incineration Power Plants

  Robust condensing steam turbines engineered specifically for waste-to-energy (garbage power generation) projects, featuring optimized corrosion resistance and flexible load control.

Section 4: Heavy Process Industry & Cogeneration Solutions

Process industries require precision steam control, combining high-speed industrial drives with dual-purpose process heating (CHP) networks.

• Steam Turbine for Chemical Plants | Industrial Power Generation

  High-pressure reaction and impulse turbines providing constant process steam extractions alongside electrical generation for chemical, petrochemical, and synthetic material synthesis.

• Steam Turbine for Refineries | Industrial Power Generation Solutions

  Heavy-duty extraction back-pressure and condensing turbines designed for petroleum refineries, providing critical mechanical drives for large compressors and steady process steam supply.

• Steam Turbine for Sugar Mills | Cogeneration Power Solutions

  Back-pressure and extraction back-pressure turbines specifically optimized for seasonal sugar mill operations, utilizing sugarcane bagasse fuel to deliver simultaneous power and low-pressure process heat.

  
  

Thermal System Configurations

• Air Cooling Systems: Engineered for water-scarce regions (e.g., desert solar/photothermal or remote WHR installations).

• Circulating Water Cooling: Maximizes vacuum performance and efficiency for high-capacity power generation.

• Steam Extraction & Back Pressure Heating: Delivers continuous low-to-medium pressure process steam directly into plant heat networks.