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- Purifying Kitchen Exhaust
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- Air Purification for Biogas Production/Alternative Energy/Oil Mills
- Air Purification in the Textile Industry
- Purification of Exhaust Containing Solvents
- Air Purification in the Chemical and Pharmaceutical Industries
- Air Purification in the Wood and Paper Industries
- Air Purification for Facility Management
- Air and surface disinfection/Odor Removal
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- Purifying Kitchen Exhaust
- Air Purification
- Air Purification
- Air Purification For Manufacturing Flavorings and Seasonings
- Air Purification for Deep-Frying and Baking
- Air Purification for Smokehouses
- Animal Husbandry
- Air Purification for Slaughterhouses
- Air Purification in Waste Elimination
- Air Purification for Waste Water Treatment/Drying Sewage Sludge
- Air Purification for Biogas Production/Alternative Energy/Oil Mills
- Air Purification in the Textile Industry
- Air Purification in the Chemical and Pharmaceutical Industries
- Air Purification in the Wood and Paper Industries
- Air Purification for Facility Management
- Sterilization/Disinfection/Odor Removal
- Water Conservation
Purification of Exhaust Containing Solvents
It is still necessary to use solvents to maintain quality when manufacturing and processing paint, ink, and coating materials. These are released into the exhaust and have toxic effects. It is also necessary to permanently guarantee limit values of 20, 50 or 100 mg C/m3 in the exhaust air, depending on definitions and relevance.
The following are frequent organic pollutants in exhaust:
- Organic solvents (MEK, MIBK, isopropanol, hexanes, BTEX, organochlorides, etc.)
- Mineral oil derivatives (alkanes, alkenes, alkynes, alcohols, ketones, aldehydes, carboxylic acid, etc.)
- Benzene derivatives – benzene, toluene, ethyl benzene, xylene, cumene (BTEX)
- Polyaromatic hydrocarbons (PAH), phenols
- Tar products (pyridine)
- Nitrated hydrocarbons
- Silanes, siloxanes
- Organochlorides (vinyl chlorides, cis-1,3 dichloroethylene, tri-, per-, etc.), chlorobenzene
- Fluorinated hydrocarbons
- Endocrine substances (antibiotics, cytostatics, etc.)
- TOC (total organic carbon)
UV-C ozone technology is a system that has been specially designed to purify heavily smelling, organically contaminated exhaust from processes that use solvents.
The process in 3 steps:
- The UV chamber: here, compounds with long chains are broken down by a lamp with class “C” UV radiation, and ozone is created by the UV radiation.
- The reaction path: oxidation occurs as the reaction of ozone with the broken-down compounds.
- The catalyst stage: the reaction time is extended and the final cleansing occurs.
This process can be expanded as desired using modules and retrofitted for increased volumes and concentration levels.
Applications:
- Manufacturing paints and dyes
- Painting
- Surface finishing
- Coating processes and material impregnation
- Processing polymers in laser systems (laser fumes)
Advantages:
- Effectively destroys organic and odor-carrying particles
- Not sensitive to load fluctuations
- Not sensitive to high air humidity
- Exhaust containing VOCs
- Exhaust containing styrene
Please ask us your questions:
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