Once-through cooling was a common design feature for large power plants in the last century, as the process could effectively supply the high volumes of water needed for turbine exhaust steam ...

•Water In: The amount of recirculating cooling water entering the wet tower. This depends on the plant size, steam cycle heat rate and cooling water temperature drop range. It is the sum of cooling ...

Cooling towers serve the vital role of cooling water for power plant heat exchange equipment. Sustaining excellent system performance is important because a one-degree increase in water temperature ...

Heat transfer depends on the efficiency of contact between air and water flowing through a tower, which means that cooling tower fill design is critical to air-water mixing. Part 1 of this series ...

Learn how Tower Tech turned the cooling tower industry literally upside-down, designing a solution for better maintenance and worker safety. Harold Curtis's practical experience identified key ...

Master Industrial cooling tower maintenance in Thailand. This guide covers best practices for biofouling, scaling, and corrosion to boost efficiency and cut costs.

In cooling water chemistry for power plants, it is not enough to control one or two of the major chemistry issues. Successful treatment requires simultaneous control of corrosion, scale, and ...

JOHANNESBURG, DECEMBER 2014: An industrial cooling tower’s life expectancy is between 15 and 25 years, yet it is not always necessary to install a completely new system; old cooling towers can be ...

Evaporative cooling towers play an important role in green buildings by significantly reducing energy consumption when they supplement or replace traditional air conditioning systems, thereby reducing ...

HVAC contributes nearly 4% of annual carbon emissions.[i] Decarbonizing heating and cooling is essential as efforts to battle climate change continue. But relying on conventional cooling towers likely ...