Waste Heat Recovery Unit

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The waste heat recovery unit uses a small amount of high-temperature heat as the driving energy to generate a large amount of medium-temperature useful heat. By utilizing high-temperature energy to elevate the heat from low-temperature sources to medium temperatures, the heat-enhancing heat pump significantly improves thermal energy utilization efficiency. Its performance coefficient (COP) ranges between 1.5 and 2.5, showcasing its energy efficiency.

Driving Energy

The waste heat recovery unit operates using high-temperature heat sources such as steam turbine extraction steam, high-temperature water, or combustible gases.

Recoverable Waste Heat

Exhaust steam from thermal power plants
Circulating cooling water from thermal power plants
Waste hot water separated during crude oil extraction
Slag removal water from steel production
Urban sewage (recycled water), geothermal water, hot spring water, and solar energy

Heat Generation Capabilities

Produces heat media approximately 40°C higher than the waste heat source, but not exceeding 100°C.
Recovers waste heat from exhaust steam in air-cooled condensers, with a maximum single-unit heat recovery capacity of 120 MW.
Recovers waste heat from cooling tower circulating water, with a maximum single-unit recovery capacity of 20 MW.