How to optimize the structure of a closed-loop cooling tower?

　　The structural optimization of closed-loop cooling towers and pipe-type cooling towers was studied. The influence of cylinder structural parameters on the energy consumption of fans and pumps was investigated. The marks of the接入 results were queried, with widths within an appropriate range, and the coils were inserted in equilateral triangles, which can greatly reduce the investment and operating costs of closed-loop cooling towers in air conditioning refrigeration projects, as well as the cooling coils and cooling pipes with nozzles.lGlCooling tower noise reduction treatment manufacturer

　　Due to the cooling water entering the cooling coil not directly fighting with the air, the cooling water should be clean and pollution-free to reduce the impact of dirt on the condenser and its equipment air, maintaining a certain working efficiency. The bottom of the closed-loop cooling tower is equipped with a circulating water storage tank. The pump should introduce water into the discharge pipe, spray it on the surface of the cooling coil, and take away some of the hot cooling water, which has strong adaptability.lGlCooling tower noise reduction treatment manufacturer

　　Compared with the experimental results, the temperature distribution of the cooling water in the cooling tower along the height of the cooling tower. The system uses a circular pipe simulation method, adopts a segmented calculation method to estimate the outlet water temperature of the cooling water, and compares it with the experimental results, showing good consistency. This model can be used to estimate the cooling water temperature and the outlet temperature of the closed-loop cooling tower under the same flow rate under different outdoor air conditions.lGlCooling tower noise reduction treatment manufacturer

　　For air conditioning systems that require cooling during the transitional season or throughout the year, it is recommended that the cooler should stop working when the wet bulb temperature is lower than the system temperature required for cold water by the outdoor air. A cooling energy-saving scheme is provided directly from the closed-loop cooling tower to the system using evaporative cooling technology, and the direct cooling method using the logarithmic mean temperature difference calculation system, such as the closed-loop cooling tower. Direct cooling has obvious energy-saving effects when the main unit is not operating. More equipment investments can be accepted within two years, with good economic benefits.lGlCooling tower noise reduction treatment manufacturer

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