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Cooling tower drift can have negative effects on the tower, nearby equipment and the surrounding environment. As the water that is emitted along with the exhaust air of a cooling tower, drift carries with it whatever soluble constituents are present in the circulating water.
After many years of operation, cooling towers may require more than routine maintenance and component replacement to achieve the thermal performance necessary to support plant processes.
ClearSky improves cooling tower efficiency, conserves water and reduces unwanted water vapor plumes when integrated with Marley field-erected counterflow cooling towers.
A cooling tower with FM Approval provides a measure of assurance to plant owners — and may be required by your insurer or other authorities having jurisdiction.
A common misconception is that cooling towers are inherently safe from fire hazards because water flows through them. However, cooling towers can be highly vulnerable to fire risks because they contain many combustible materials such as polypropylene (PP), polyvinyl chloride (PVC), polyethylene (PE), wood and fiberglass-reinforced plastic (FRP).
Utilizing the Ellipti-fin heat transfer coil, the eco-PMC offers improved heat transfer during wet operation and water savings due to extended periods of dry operation.
Utilizing the Ellipti-fin heat transfer coil, the eco-PMC offers improved heat transfer during wet operation and water savings due to extended periods of dry operation.
Brentwood is a leading provider of thermoformed plastic solutions to a wide variety of consumer, manufacturing, and environmental industries. We supply custom and proprietary products of the highest quality and emphasize customer service, working closely with clients throughout the design, engineering, and manufacturing phases of each project to create targeted, tailored solutions.