Modern industrial manufacturing and power generation require flexible, reliable steam turbine drivers tailored to specific thermal cycles and operational loads.
Custom-engineered steam turbine solutions spanning 0.5 MW to 400 MW for diverse industrial applications, including industrial mechanical drive, biomass power generation, waste-to-energy (garbage power generation), photothermal (CSP) power, waste heat recovery, combined cycle systems, and municipal district heating.
Impulse steam turbines cover the entire spectrum of steam parameters from low pressure to supercritical. They are designed in four primary structural configurations to match plant steam balance and heat demand.
Optimized for power-only generation plants (such as biomass, waste-to-energy, and combined cycle) where exhaust steam is fully condensed using air cooling or circulating water cooling systems to maximize expansion ratio and electrical output.
Ideal for industrial combined heat and power (CHP) applications. Exhaust steam is discharged directly into low-pressure industrial steam networks, eliminating cooling water loss and providing exceptionally high total fuel utilization.
Delivers flexible, dual-purpose operation by allowing controlled steam extraction for process heating while expanding the remaining steam through condensing stages for electrical power generation.
Designed for multi-pressure industrial process sites that require steady steam supply at multiple intermediate pressure levels along with a back-pressure exhaust network.
For high-pressure process plants demanding peak aerodynamic efficiency, advanced reaction turbine designs provide world-class thermodynamic performance.
Featuring high-pressure and ultra-high-pressure reactive designs imported from leading global design standards. Available in both high-speed and conventional-speed configurations, with unit capacities ranging from 3 MW to 300 MW for maximum conversion efficiency.
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