Our gas cleaning plants are custom designed and optimized in cleaning efficiency and in cost effectiveness.
GEA's technology has proven itself in numerous of applications for emission control:
- Removal of NOx and ammonia (NH3)
- Removal of sulfur compounds (SO2, SO3, H2S)
- Absorption of halogens (F2, Cl2, Br2, I2) and hydrogen halides (HF, HCl, HBr, HI)
- Reduction of low molecular weight alcohols, carboxylic acids and amines and other hazardous air pollutants (HAPs)
Gas scrubbing plants for process and environmental technology
We specialize in jet and venturi scrubbers which are used with a high success rate for cleaning and de-dusting of discharge air, absorbing noxious gaseous substances, separating aerosols and cooling gases.
Our offering often includes combinations of emission control devices depending on the application.
Jet scrubbers are unique among gas scrubbers. They work on the injection principle and are the only scrubbers which produce an increase rather than a loss in pressure in the gas flow. Thus, when using a jet scrubber there is generally no requirement for a mechanical ventilator for extracting and conveying the gases.
Additional packing or trays are installed into the scrubber’s separator as counter-flow columns for fine cleaning. Depending on the particular application, jet scrubbers can also be designed with several effects or combined with Venturi scrubbers or aerosol separators.
Jet scrubbers are particularly suitable for use with explosive gas mixtures and heavily dust-laden and highly corrosive gases. They can also be conveniently installed into existing plants at a later date.
Compact scrubbing units and emergency scrubbers
We have developed gas scrubbers in compact design for gas quantities of up to 2,000 m³/h. They are often used in chemical laboratories during testing, in production, filling, draining, and cleaning of equipment whenever very small flows of discharge air have to be drawn off.
In the event of an accident caused by escapes of chlorine or other toxic substances from leaking storage containers or dosing plants, GEA has developed compact emergency units, which operate according to the principle of the jet scrubbers.
Jet scrubbing plants are perfectly suited to the cleaning of exhaust air from chemical reaction processes, production buildings, container de-aeration, and tank wagon emptying.
Titanium Dioxide Calcining
Titanium dioxide is produced through two processes: the chloride process and the sulfate process and both generate different but significant process-related emissions.
GEA offers the removal of dust and sulfuric acid mist using venturi scrubbers and wet electrostatic precipitators.
Sulfuric Acid Recovery Plants
GEA offers for the removal of sulfuric acid mist wet electrostatic precipitators and washing and cooling systems
Products & Technologies
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Absorption & Gas Scrubbing
GEA supplies scrubbers for an efficient multi-pollutant cleaning of process-and-exhaust gases for various applications.
Centrifugal Separator
GEA separators are designed for liquid-based applications. Using centrifugal force, they are used for separating suspensions consisting of two or more phases of different densities, i.e. they can be used for liquid-liquid separation, for liquid-liquid-solid separation or for liquid-solid separation. They are equally as effective at separating liq...
Cooling, quenching & conditioning
The Rapid Cooling or Quenching of gas streams is used in several essential applications in the process industries.
Decanter Centrifuge
The decanter’s hour has come as soon as the solids content in the suspension to be processed is particularly high. These machines provide the benefits of high clarifying efficiency and maximum dewatering as well as the separation of liquids with the simultaneous removal of solids. The main requirements in this respect include a high bowl speed, a...
Other applications
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GEA Insights
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.
