Textile production involves numerous processes—from raw material processing to spinning and weaving—each of which generates dust and fiber fluff to varying degrees. Textile mills feature densely arranged machinery, with workers concentrated in the same spaces. Textile machinery consumes large amounts of energy, generates significant heat, and produces substantial waste heat and moisture. The outdoor air entering the workshop contains high levels of fine oil fumes and carbon black, which can contaminate the production environment and worsen working conditions. Therefore, textile air conditioning... Spray chamber Not only is it necessary to heat, cool, humidify, and dehumidify the air, but also to purify it. To enhance the efficiency of thermal and moisture exchange between air and water in spray chambers and improve air cleanliness, a new type of textile air-conditioning spray chamber has been designed based on the structural characteristics of conventional textile air-conditioning spray chambers.
One kind Spray chamber The system includes walls and multiple water pipes evenly spaced along the walls. Each water pipe is equipped with multiple spray nozzles arranged at equal intervals. The spray chamber comprises several connecting pipes through which water flows, as well as a rotating mechanism installed inside these connecting pipes to induce rotational motion of the water flow. The rotating mechanism consists of an installation column positioned within the connecting pipe and a rotating impeller rotatably connected to the installation column. As the water flow transitions from the water pipes into the connecting pipes, it passes through the gap between the connecting pipe and the installation column, then impinges upon the rotating impeller, causing it to rotate around the installation column in a circular path. After passing through the rotating impeller, the water is propelled outward by centrifugal force, spreading widely and thereby increasing the effective washing area. This design eliminates the need for the water flow itself to clean the attachments, thus significantly enhancing the cleaning performance of the attachments.
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