

The Business Unit Wet Cooling designs, manufactures, and services cooling towers for energy and processing industries. More than 40 years of experience and success have made this Business Unit a major global player in planning and implementation of wet cooling systems.
GEA Wet Cooling can offer any type of cooling-tower design, including counter flow and cross flow, and with an extensive variety of technologies and concepts. The wide range of designs available from Wet Cooling ensures that its solutions satisfy all cost and environmental requirements, and minimize operational and service costs.
An in-house research and development department guarantees the latest state-of the-art technology for medium-flow routing, types of filling, drift eliminators, fans, and spray systems.
We select optimal solutions from extensive possibilities of configuration such as natural-draft cooling towers and cell cooling towers made of engineered composites, concrete, or wood. Standardized-design solutions for power and industrial markets have been applied to low-plume abated cooling towers, with increased efficiency by retrofitting existing towers with a combined wet-dry cooling system (PAC-system). System technology means that GEA offers complete turnkey systems with carefully selected and effectively coordinated components. The GEA scope of supply includes pumps, fittings, pipework, heat exchangers, electrical systems, measuring and control technology, and chemical/mechanical water-treatment systems.
The constant optimization and product development undertaken by GEA enable us to supply extremely diverse types of filling material structures and surfaces. We provide solutions for all fields of cooling-tower operation, from high cooling capacities to high levels of operating reliability.
Our GEA 2H products also make a decisive contribution to environmental protection with such products as PLASdek® drift eliminators, which eliminate tower emissions. The innovative SANIPACKING® equipment in 2H components provides added security with microbiological activities in cooling cycles.
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