Purify and dry compressed air. Air compressors draw in polluted air from the work and living environment, compressing it into high-pressure gas. The oil, dust, odor, and moisture in the gas will be presented in a highly concentrated manner, which can be studied and designed. These dirty, gaseous equipment and processes can cause significant damage. Let's introduce the performance advantages of compressed heat dryers!

　　Oil, dust, and odor problems can be removed using filters. Moisture can only be removed through a compressed heat dryer.

　　Zero air consumption waste heat regenerative compressed heat dryer, which is an energy-saving and air-saving compressed heat dryer.

　　1. Zero air consumption waste heat analysis and regeneration adsorption dryer energy consumption is 0.2kW, almost negligible; the whole machine approaches 0 energy consumption.

　　This invention is an adsorption waste heat regeneration dryer that matches the exhaust system temperature and environment of the air compressor. It can fully utilize the waste heat of the enterprise air compressor for regeneration without the participation of fans and heaters in the social regeneration design process. It does not require fans, heaters, or electricity consumption, and reduces the equipment failure rate caused by the operation of blowers and heaters.

　　In zero gas consumption blow-through compressed heat dryers, although zero gas consumption is also achieved, due to the addition of a blower, heater, and cooler (see table above) by the enterprise, energy consumption can be significantly increased. It is not a good choice.

　　4. In zero gas consumption compressed heat dryers, due to the addition of the fan, the dryer, which was originally a static device, has now become a mobile device. The fan requires frequent maintenance, causing much inconvenience to the user's sustainable production;

　　5. Zero gas consumption compressed heat regenerative compressed heat dryer adds a bypass pipe. When the equipment (mainly the drying tower) malfunctions, it can be switched to a bypass pipe system in time, which does not affect the gas demand of the downstream enterprise and ensures stable and safe production. In this process, by affecting the cooler design within the dryer system, the high-temperature compressed air discharged from the air compressor is cooled to below 40 ℃, and the liquid water is separated by a gas-water separator and directly output to the downstream air point through a post-filter.

　　6. The compressed air pressure dew point is stable at -20 ℃ for a long time with little fluctuation.

　　7. The enterprise information technology system control can optionally use Siemens 300 or 200 series PLC, and a large-size true color display screen can effectively display various socio-economic development operation statuses and data analysis curves, greatly facilitating user on-site operation and resource cost management and maintenance.

　　An Internet of Things system can be selected to achieve remote real-time monitoring and fault alarm of the operator's mobile phone, and intelligent control.

　　The above is an introduction to the performance advantages of compressed heat dryers. If you need to learn more, please feel free to contact us!