Some common sense about adsorption dryers, and adsorption dryer accessories manufacturers answer your questions
Adsorption dryer accessories The manufacturer believes that the micro-heat regeneration adsorption dryer has the characteristics of simple structure, reliable and stable operation, and low gas consumption in the regeneration process. Currently commonly used compressed air purification equipment mainly includes refrigeration dryers, non-heat regeneration adsorption dryers and micro-heat regeneration adsorption dryers.
Adsorption dryer accessories The manufacturer believes that the freeze dryer adopts the working principle of cooling and condensation, mainly composed of three parts: heat exchange system, refrigeration system and electrical control system. Compressed air first enters the pre-cooler for gas-gas or gas-water heat exchange to remove part of the heat energy, and then enters the cold and hot air exchanger to exchange heat with the cold air cooled to the pressure dew point from the evaporator, thereby further reducing the temperature of the compressed air. Afterwards, the compressed air enters the evaporator to exchange heat with the refrigerant, the compressed air temperature decreases, and the water in the air is separated out. After the compressed air is separated by the gas-water separator, it is discharged through the automatic drain. The dry low-temperature air enters the cold and hot air exchanger for heat exchange, and the temperature rises before being output.
The adsorption dryer accessories manufacturer believes that the non-heat regeneration adsorption dryer is based on the pressure swing adsorption regeneration cycle principle and uses its own heat for adsorption drying. Compressed air alternately flows through two adsorption towers. When one adsorption tower is under high pressure, the desiccant (such as silica gel, alumina gel, molecular sieve, etc.) absorbs a large amount of water, while the other adsorption tower introduces dry low-pressure gas through the regeneration gas pipeline to analyze the water absorbed by the desiccant and regenerate the desiccant. The micro-regeneration adsorption dryer adds a heater on the basis of the non-heat regeneration adsorption dryer, and the gas flow used for regeneration is heated and regenerated after the temperature rises.
Adsorption dryer accessories The manufacturer believes that the power consumption of the micro-heat regeneration adsorption dryer is mainly the micro-heating of the regeneration gas. Because the micro-heating cycle is relatively long (2~4h), the energy consumption of the micro-regeneration adsorption dryer is greatly reduced, and the energy consumption of the air compressor is also correspondingly reduced, because the self-consumption of the micro-regeneration adsorption dryer is very small. From the perspective of comprehensive energy consumption, micro-heat regeneration adsorption dryers have great advantages.
The adsorption dryer accessories manufacturer believes that the air compressor station equipment layout: the size and basic layout of water-cooled refrigeration dryers, non-heat regeneration adsorption dryers, and micro-heat regeneration adsorption dryers are not much different, and the three drying equipment have no impact on the overall construction investment of the air compressor station. Pipeline design: Adsorption dryers do not require cooling water pipelines and valve accessories, simplifying the pipeline layout of the air purification system, reducing the investment and maintenance of pipelines and accessories, and reducing the investment and operating costs of external energy facilities and pipelines.
Contact Information
200 meters east of Zhangjiawan Lishan Temple Village Committee, Tongzhou District, Beijing
