Products
Specializing in the production of compressed air purification equipment

Freeze dryer

The humid and high-temperature compressed air flows into the front cooler (special for high temperature) for heat dissipation, then enters the heat exchanger to perform heat exchange with the cold air discharged from the evaporator, reducing the temperature of the compressed air entering the evaporator.

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Global Clean-up

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Product Details

The humid and high-temperature compressed air flows into the pre-cooler (special for high temperature) for heat dissipation, then enters the heat exchanger to perform heat exchange with the cold air discharged from the evaporator, reducing the temperature of the compressed air entering the evaporator.

The heat-exchanged compressed air flows into the evaporator, where it exchanges heat with the refrigerant through the evaporator's heat exchange function. The heat in the compressed air is carried away by the refrigerant, causing the compressed air to cool rapidly. The moisture in the humid air reaches saturation temperature and quickly condenses. The condensed moisture forms droplets after condensation and is separated from the air by a unique high-speed rotating air-water separator, where the moisture is discharged from the automatic drainage valve. The pressure dew point of the cooled air can reach as low as 2°C. The cooled air then passes through an air heat exchanger to exchange heat with the incoming high-temperature humid air. The cooled air, having absorbed heat from the incoming air, increases in temperature. At the same time, the compressed air also passes through the secondary condenser of the refrigeration system (a unique design of the same industry) to exchange heat with the high-temperature refrigerant, ensuring that the outlet temperature is sufficiently heated and preventing condensation in the outlet air pipeline. This also fully utilizes the cold source of the outlet air, ensuring the condensation effect of the machine's refrigeration system and the quality of the outlet air.

 

Main technical parameters

· Inlet temperature: ≤100℃

· Standard working pressure: 0.2~1.0Mpa (special pressure can be customized)

· Processing gas volume: 1~300Nm3/min

· Pressure dew point: 2~8℃

· Regeneration gas consumption: 0%

· Cooling method: water cooling or air cooling

· Refrigerant: R-22

· Working mode: PLC or DCS fully automatic, continuous operation

· Pressure drop: 0.02Mpa

· Power supply: 380V/220V/4PH/50HZ

Special specifications can be designed and manufactured according to user requirements

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