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Operating principle of industrial heat exchangers
Mar 22, 2019

The industrial heat exchanger is a kind of heat exchanger, which can realize energy conversion between gases, and release heat absorbed from the high-temperature gas in the low-temperature gas to realize heat exchange. The transmission medium of the industrial heat exchanger is a honeycomb wheel core, and its main components are a wheel core, a seal, a casing, a power mechanism and the like. The honeycomb industry's small design size constitutes a huge contact area for moisture absorption, heat storage and heat transfer. It contains super energy and has excellent characteristics of recovering sensible heat and latent heat.


The core is made of special composite fiber or metal foil as carrier, which will be non-toxic, odorless, environment-friendly heat storage, moisture absorbing material, synthesized by high-tech method, assembled in a metal box of left and right or upper and lower partitions, driven by transmission. The belt wheel rotates.


The exhaust air passes through the filter and is processed by the heat recovery wheel and sent to the workshop or process site by the fresh air blower. The fresh air is discharged through the filter through the heat recovery wheel and discharged to the outside by the exhaust fan. Under normal circumstances, the upper half of the industry passes through the fresh air, and the lower half passes through the indoor exhaust. During summer operation, when the indoor exhaust air passes through the heat recovery industry, the wheel core absorbs the cooling air of the room air, the temperature is lowered, and the moisture content is reduced. When the wheel core is turned to the air inlet side and the outdoor fresh air is in contact, the industry is hot to the high temperature. The air releases cold and absorbs moisture, which cools and cools the fresh air.


During winter operation, the temperature and humidity of the exhaust air is higher than that of the fresh air. When the exhaust air passes through the industry, the temperature of the core increases, and the moisture content increases. When the core turns over the cleaning fan and the fresh air contacts, the industry biases the low temperature and low humidity to release heat. Moisture, so that the fresh air warms up and

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