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博文

目前显示的是 五月, 2019的博文

The difference between square type crossflow closed circuit cooling tower and traditional open cooling tower

H.Stars Group  water cooled chiller unit  always need to adopt cooling tower to supply water to the cooling system . Hence, H.Stars has summarizes the difference between square type cross flow closed circuit cooling tower and traditional open cooling tower. The cooling water of the open cooling tower is directly contact with the air for heat exchange in the packing process, so the purity of the cooling water system cannot be maintained, and the cooling water inevitably absorbs dust and bacteria from the air. However, in the closed cooling tower, the cooling water flows in the coil, and the spray water and air are outside the disc, so the cooling water and the outside air are not in contact, and the purity of the cooling water system can be kept forever. Advantages of square type crossflow closed circuit cooling tower 1. The cooling tower series has the advantages of high efficiency, energy saving, environmental protection, energy saving, stable operation, etc. 2. It can keep the

Square Type Contra-flow closed Circuit Cooling Tower Working Principle

Regarding to  water cooled chiller  working system, normally it needs to adopt water cooled chiller, cooling tower, water pump or tank etc.  To familiar with H.Stars Group water cooled chiller system, here we are introducing you the working principle of  square type contra-flow closed circuit cooling towers   first. The working fluid (water, oil or other liquid) flows in the coil clock, the outer wall of the coil is wrapped by the spray water, the heat of the fluid is transmitted through the wall of the tube, and the saturated hot and humid air is formed with the water and the air, and the heat is discharged into the atmosphere by the fan. The parts are blocked and sprayed back to the sink, and the consumption is very small. The spray water reduces the water temperature through the PVC heat-dissipating material during the circulation process, and flows in the same direction as the fresh air. The coil mainly relies on the sensible heat conduction mode. An important feature of the