With the arrival of summer, how can we address the issue of high temperature in circulating water?
Thread Content
Summer has arrived, and as temperatures rise, the temperature of the circulating water also increases, which reduces its cooling effect. Fellow sailors, please share how you manage to lower the temperature of the circulating water
This post was last edited by fangbin468 on 2012-5-2 at 12:41. Energy is conserved; using a cold source for secondary cooling requires investment and increases operating costs.
First, strengthen the management of the circulating water system to improve the efficiency of the cooling towers； Secondly, lithium bromide refrigeration technology is used to lower the temperature of semi-water gas.
With the arrival of summer, it is difficult to control the temperature of the circulating water; strengthening management to keep the water temperature within the normal range allows more ice makers to be used to lower the temperature for ammonia cooling.
Increase the load when it’s cooler at night, and reduce the load appropriately when it’s hotter during the day.
Improve the efficiency of the cooling tower by running the fans at full capacity； Increase water changes and add more cool water.
Improve the efficiency of the cooling tower, enhance water replacement, and add more cool water.
If an ammonia cooler is added at the outlet of the cold water tower, I wonder what the effect would be?
Increase the number of fans and enhance the maximum operating capacity of the cooling tower during design
Implement additional cooling measures to reduce the load on the circulating water, such as starting more ammonia chillers, raising certain temperature parameters (without affecting operations), adding more cooling fans, increasing the supply of cold water, and expanding the heat exchange area
Hollow dual-spray cooling tower: no tower blockage, high efficiency, and good energy savings. It has an excellent cooling effect; those interested can contact me. Phone: 18729679199