Besides Filtration and Separation dedusting devices, Sorption and Scrubbers -as flue gas and other gaseous components removal devices-, Selective Catalytic reactors for NOx removal or units to cool, quench and condition gas streams; GEA offers some specific processes for diverse dedicated applications.
These specific processes are:
- Heavy Metal removal
Applicable mainly for industrial applications in the cement and non-ferrous industries.
- Converter Gas Recovery (LT Process)
Applicable mainly for Iron & steel industries.
- Spray Drying Evaporator
Mainly for industrial applications in waste to Energy and non-ferrous industries.
- EP Absorber
Mainly for industrial applications in cement and non-ferrous industries.
- Bubble column
Mainly for industrial applications in the chemical industry.
- Aerosol Separator systems
Mainly for industrial applications in the chemical industry.
Products
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Aerosol separator systems
A suspension of fine solid particles or liquid droplets, in gas is called aerosol and can be separated by different working principles.
Bubble column reactor
Bubble Columns feature a high liquid to gas volume ratio, beneficial when conducting rather slow reactions in the liquid phase as large reaction volumes can be realized. Ideal when dry spots must be avoided in the contactor.
Converter gas recovery (LT process)
The conversion of hot metal into steel produces CO-laden gases of high caloric value. The recovery of these gases means to save a considerable amount of energy. The LT-Steel Gas Process has established worldwide.
EP Absorber
Gas cleaning for FCC units is a core area of expertise for GEA in the refinery industry. By combining process engineering know-how with advanced gas treatment technologies, GEA helps refiners manage emissions, optimize process performance and meet site-specific operational requirements.
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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.
