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Mesh Belt Heat Pump Sludge Dryer
When the heat pump dryer is running，the air is circulated in the closed space composed of the drying chamber and the heat pump unit. The hot air passes through the materials to take away the water, and passes through the heat pump evaporator. The low temperature refrigerant in the evaporator absorbs heat, so that the air temperature is reduced and the water is condensed and drained. The saturated air after dehumidifying is then passed through the condenser of the heat pump, where the high heat refrigerant heats the air. And, the dry hot air blows into the drying chamber again to dry the materials. During this process, the heat pump system will be running automatically by the SCM according to the set temperature.
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Mesh Belt Heat Pump Sludge Dryer
Principle of air source heat pump drying machine
When the heat pump dryer is running，the air is circulated in the closed space composed of the drying chamber and the heat pump unit. The hot air passes through the materials to take away the water, and passes through the heat pump evaporator. The low temperature refrigerant in the evaporator absorbs heat, so that the air temperature is reduced and the water is condensed and drained. The saturated air after dehumidifying is then passed through the condenser of the heat pump, where the high heat refrigerant heats the air. And, the dry hot air blows into the drying chamber again to dry the materials. During this process, the heat pump system will be running automatically by the SCM according to the set temperature.
Working process of air source heat pump drying machine
The mesh belt drying machine is usually equipped with a slitter，shredder or paver at the feed port of the drying chamber, and 2-3 layers of mesh belts are equipped in the drying chamber. Materials after shredding fall onto the mesh belt and transferred by the belts from top to bottom layer by layer. The hot air entering the drying chamber passes through the mesh belts and the materials from bottom to top, takes away the water, and return into the heat pump unit for dehumidification and heating from the upper return air outlet of the drying chamber, and then back to the drying chamber.
Product Features
- Energy Efficient
- Safety and Environmental
- Intelligent Control
- Compact structure
- Reliable and Durable
- Low Operating Costs
Technical Advantage
1. Full Engineering Design Support
We provide pre-sales and after-sales technical support for your project.
2. Corrosion resistant heat exchanger
Heat exchangers such as evaporators and condensers are made of copper tubes with aluminium fins. We specially designed the structure and applied nano coating on the surface to improve the corrosion resistance
3. Well-known brand heat pump parts and electrical parts
Copeland / Danfoss compressor; Saginomiya / Danfoss EEV; Siemens / Schneider electrical components，such as VFD, AC contactor , breaker etc.
5. Large access doors
Easy for maintenance and repairment
6. Reasonable position of compressors and fans
The compressors and inlet air fans are installed outside the air duct to isolate the high temperature and humidity environment, improve reliability and prolong service life
7. Condensate water recycling and cooling technology
Fully utilizing the low temperature characteristics of the condensed water, sufficiently cools the return air, improves the dehumidification efficiency.
PARTNER
MASAN Group
Robinhood
NONGSHIM
Mareven Food
Kaifeng Lixing Machinery
Dongfang Noodle Machine
Qingdao Zhengya Machinery Technology Co., Ltd.
Helper
BUHLER
Baixiang Food
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Mesh Belt Heat Pump Sludge Dryer
When the heat pump dryer is running，the air is circulated in the closed space composed of the drying chamber and the heat pump unit. The hot air passes through the materials to take away the water, and passes through the heat pump evaporator. The low temperature refrigerant in the evaporator absorbs heat, so that the air temperature is reduced and the water is condensed and drained. The saturated air after dehumidifying is then passed through the condenser of the heat pump, where the high heat refrigerant heats the air. And, the dry hot air blows into the drying chamber again to dry the materials. During this process, the heat pump system will be running automatically by the SCM according to the set temperature.
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