So, with an inlet cooling water flow rate of 150,000 gpm (1,251,000 lb/min), the calculated air flow is 1,248,000 lb/min, which, by chance in this case, is close to the cooling water flow rate.

As the efficiency of a cooling tower stumbles, the temperature in the tower rises, increasing energy consumption in the unit by as much as 2% per one-degree increase.

Cooling tower efficiency is determined by cycles of concentration. The table data assume that 10 cycles of concentration represent 100% cooling tower efficiency for comparison purposes.

Cooling towers are sized for summer design condition; variable flow enables users to reduce the water flow from the cooling tower to the chiller during cooler seasons. Fans are operated at a lower ...

Cooling towers may not be the first place companies look to for adding efficiency, but they are a critical component for a number of industries that require process cooling. So dealing with a cooling ...

Cooling towers are pivotal components in power plants, directly affecting overall plant efficiency and environmental sustainability. These devices dissipate unwanted heat by utilising the process ...

Cooling tower efficiency can also be affected by tower footprint. “Some companies choose a tower with a smaller footprint to conserve on space,” Flaherty said. “But that may require using more power ...

On the roof of the 1950s office building on Wilshire Boulevard, a large fiberglass capsule sits silhouetted against the sky, looking more like an abandoned lunar landing module than what it really ...

October 2015 – One of the simplest and most cost-effective ways in which to extend the life of a cooling tower, improve heat transfer efficiency and reduce maintenance downtime, is to upgrade ...