GEA technology is the standard in gas cleaning plants of the global players. Together with the world market leaders, we continue to develop our technology to always stay competitive.
Our portfolio includes a series of cooling and quench solutions, which can also be combined depending on the application.
A Quench Tower or a hot gas Quench System is often the first step in conditioning a high-temperature and polluted air stream so that particulate, acid gases, metals, and other emissions can be appropriately removed.
GEA offers various cooling and conditioning units:
- Gas conditioning tower (Evaporative gas cooler)
- Quench cooler
- Hot gas quench system
- Packed column cooler
Products
Showing 4 of 4
Gas conditioning tower (GCT)
Used in industrial applications to cool gases upstream of electrostatic precipitators / bag filters for effective temperature control, gas volume reduction and humidification by the evaporation of water. GEA provides the two available atomization technologies utilized in the evaporative cooling process: hydraulic atomization and twin-fluid atomiz...
Hot gas quench systems
Vertically standing scrubbing tube with gas inlet from above and spray nozzles arranged radially on the tube below the gas inlet.
Packed Cooling Tower (Column Cooler)
Vertical tube with a gas inlet from underneath and a radial task of the scrubbing liquid from above over the whole tube cross section.
Quench cooler
Rapid cooling of quenching of gas streams is used in a number of essential applications in the process industries. The selection and sizing of spray nozzles are the most critical decisions in the system design. GEA quench tower design consists of an open vessel in which liquid is sprayed to contact the gas. The gas enters the bottom of the tower...
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The water equation
Across Europe, drought is a recurring reality – and no longer confined to the south. While water increasingly shapes where industries locate, its value is determined by local context. There are many technological routes to water efficiency in industrial processes, but location, energy needs and other factors are also key.
