Three-stage evaporative cooling - variable channel air supply system for textile mills

Abstract

The invention discloses a three-stage evaporative cooling-variable-channel air supply system for a textile mill. The three-stage evaporative cooling-variable-channel air supply system for the textile mill is composed of a main cooler, an auxiliary cooler and a water spray chamber which are connected through an air pipe network and a water pipe network. According to the three-stage evaporative cooling-variable-channel air supply system for the textile mill, which is disclosed by the invention, a three-stage evaporative cooling system is adopted with regard to the special environment, that is, each high-heat workshop of the textile mill, cold is provided for each workshop by virtue of a renewable energy, that is, 'dry air energy', and the way is energy-saving and environment-friendly; pre-cooling secondary air is provided for the main cooler by virtue of the auxiliary cooler, and a remarkable effect during cooling of the secondary air for primary air after a wet bulb temperature is lowered is achieved; a ventilation pipeline can be flexibly changed with regard to different weathers outside each workshop of the textile mill, and the mixed air of all fresh air, all return air and fresh return air can be adopted as the secondary air; and in addition, the main cooler and the auxiliary cooler can be connected in parallel with regard to a period with a high production capacity, of the textile mill, thus an air treatment quantity is increased, and the temperature and humidity of each workshop of the textile mill are ensured.

Description

technical field [0001] The invention belongs to the technical field of air conditioning systems, and in particular relates to a three-stage evaporative cooling-variable channel air supply system for textile mills. technical background [0002] Throughout the year, the equipment in the workshop of the textile factory generates a lot of heat, and the return air volume in the workshop is also large. Due to the special environment in the textile factory workshop, the return air not only has the characteristics of high sensible heat and low latent heat, but also contains a lot of fiber dust, which is very unfavorable for textile production. [0003] Due to the large amount of return air in the workshop of textile mills, many textile mills use water spray booths to cool and humidify the return air in the workshop in order to effectively use the return air in order to avoid energy waste. Sprinkling water is generally low-temperature cold water produced by mechanical refrigeration....

AI Technical Summary

Problems solved by technology

[0004] In order to effectively adjust the temperature and humidity in the workshop of a textile mill, it is usually necessary to equip the workshop with an air-conditioning system. However, most of the existing air-conditioning systems for textile mills have large air supply volume, high return air temperature, high energy consumption, equipment investment and operating costs. high problem

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