Description
Our steam heat pumps utilize advanced steam compression cycle technology to efficiently convert waste heat into usable steam, achieving a ratio of 3 units of thermal energy output for every 1 unit of electrical energy input.
These industrial steam heat pumps efficiently recover low-grade waste heat—including that from wastewater, exhaust gas, and residual thermal energy—generated during industrial processes and convert it into hot water at temperatures between 80°C and 120°C.
The heat pump system is suitable for radiator heating, industrial hot water supply, slaughterhouse hot water needs, electroplating temperature control, chemical liquid heating, high-temperature rinsing, and other demanding applications.
Features:
1. Efficient operation in low ambient temperatures; stable heating up to 120°C.
2. Operating ambient temperature range: 10–40°C. Customization options available: minimum ambient operating temperature as low as -38°C; maximum outlet water temperature up to 135°C.
3. Modular design; up to 16 units can be connected in parallel.
4. Inverter technology for precise temperature control and stepless regulation.
5. Top and side discharge configurations for flexible installation.
6. Touch-screen controller and self-diagnosis functions.
Advantages:
1. Efficient Heating
Direct high-temperature supply: The unit can directly produce saturated high-temperature water at 120°C, meeting the high-temperature hot water requirements of various industrial production processes, as well as agricultural and commercial applications.
2. Energy Conservation and Emission Reduction
Reduced primary energy consumption: Compared to traditional steam generation methods, this heat pump significantly lowers the consumption of primary energy sources such as coal, oil, and natural gas, thereby reducing energy costs.
Applications:
* Industrial Manufacturing: High-temperature hot water and process heating for production operations.
* Food Processing: Hot water for production, cleaning, heating, and related processes.
* Slaughterhouses: Hot water for cleaning, processing, and disinfection.
* Electroplating: Temperature control and heating for electroplating processes.
* Chemical Industry: Process liquid heating and industrial hot water supply.
* Commercial Buildings: High-temperature hot water and space heating systems.
Specifications:
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