ORC Power
ORC (Organic Rankine Cycle) power generation is a key technology for low-grade waste heat utilization, converting industrial waste heat, solar energy and geothermal energy into electric power. The system requires precise phase control of organic working fluids such as R245fa and R134a to avoid dry evaporation and liquid slugging. Heat exchangers must feature high heat transfer efficiency, excellent fluid compatibility, anti-fouling performance and structural stability to prevent fluid decomposit
Typical Process & Heat Exchanger Stations
Industry Overview
1. Industry Demand ORC (Organic Rankine Cycle) power generation is a key technology for low-grade waste heat utilization, converting industrial waste heat, solar energy and geothermal energy into electric power. The system requires precise phase control of organic working fluids such as R245fa and R134a to avoid dry evaporation and liquid slugging. Heat exchangers must feature high heat transfer efficiency, excellent fluid compatibility, anti-fouling performance and structural stability to prevent fluid decomposition and equipment failure, ensuring safe and efficient long-term power generation. |
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2. Core Working Stations
Core working scenarios include low-grade waste heat collection, organic working fluid evaporation and phase temperature control, unit cooling and system stable temperature regulation. Widely applied in industrial waste heat recovery, geothermal and solar thermal power generation, it realizes low-temperature heat energy recycling and improves comprehensive energy utilization efficiency.
3. Core Equipment
1. Nexson GreenP&S Plate-and-Shell Heat Exchanger: Flagship equipment for ORC systems, featuring excellent fluid compatibility and precise phase control, suitable for full-condition heat exchange and stable power generation; 2. Thermowave Thermoline Semi-Welded Heat Exchanger: Core equipment for waste heat collection, anti-fouling and high-efficiency, maximizing recovery of various low-grade residual heat; 3. Nexson GreenBox Fully Welded Plate Heat Exchanger: Dedicated for system cooling, leak-free and thermally stable, preventing working fluid decomposition and ensuring continuous unit operation.
