| Availability: | |
|---|---|
The first stage, the horizontal scrubber, utilizes a chemical spray process to remove water-soluble contaminants such as ammonia (NH₃), hydrogen sulfide (H₂S), and acidic vapors. The second stage applies ionized air technology to oxidize and break down non-soluble VOCs and persistent odors at the molecular level.
This system is ideal for municipal waste treatment plants, sludge drying facilities, food waste processing, and chemical manufacturing sites, where odor standards are strict and gas composition is complex.
Space-efficient horizontal design – easy indoor integration
Dual-stage odor removal: wet scrubbing + plasma ion deodorization
High removal efficiency for acid gases, VOCs, and complex odors
Modular construction for easy maintenance and upgrades
Customizable air flow and scrubbing liquid systems
Low energy consumption and long-term operational stability
Wastewater treatment odor control (sludge, screening room, aeration tanks)
Food waste and kitchen waste deodorization systems
Petrochemical and fine chemical gas exhaust treatment
Waste gas polishing after biological or chemical scrubbers
Wet scrubber captures various dusts 0.1 µm in size or larger.
In order to capture smaller elements, we recommend various supplements, such as caustic soda etc. The supplements are selected on a case-by case basis depending on the air and gas mixture in the client's operation environment.
![]() | ![]() |
Acidic substances | Ordinary substances | Other substances |
inorganic acids: HCl (saline), HF (plastic), H2S04 (sulfuric), HN03 (nitric), H3P04 (phosphoreal), etc. | amines: (tri-) (di-) (mono-) methylamines, (tri-) (di-) (mono-) ethylamines, etc. | aldehydes, mercaptans, ozone, odors, and malodorous substances |
acidic oxides: SO2 (sulfur dioxide), NO2 (nitrogen dioxide), SO3, CrO3, etc. | soluble salts: BaCl2 (barium chloride), NaCl (common salt), NaNO2 (sodium nitrate), KaNO3 (potassium nitrate), and other salts soluble in water | H2S (hydrogen sulfide), CH2O (formaldehyde) |
organic acids: HCOOH (aminoformic), CH3COOH (acetic), etc. | spirits: methyl, ethyl, dimethyl, etc. | |
hydrogen cyanide HCN | alkalis: NaOH (sodium hydroxide or “caustic soda), KOH (potassium hydroxide or “caustic soda) etc. | |
Cl2 (chlorine), Br2 (bromide) | ethers: ethyl acetate, methyl acetate, dimethyl, diethyl, etc. | |
phenols | ||
NH3 (ammonium) |
The Specifications depend on the package elements. For each client, we create a project based on a detailed survey about the production site and the nature of the dust and contaminations.
Each filter can optionally be designed in a non-standard execution, depending on the technical task of the client.
Characteristics | Information |
Performance | up to 180000 cfm (305000 m³/h) |
Aerodynamic resistance | 300 |
Power consumption without additional equipment, kW | 1 or more depending on the wet scrubber's performance |
Temperature range that the polypropylene wet scrubber can be used under | From 40 to 175 ˚F (From 5 to 80 ˚C) |
Temperature range that a steel wet scrubber can operate under | From 40 to 570 ˚F (From 5 to 300 ˚C) |
Gas concentration at the scrubber inlet | 10000 mg/m³ |
Dust concentration at the scrubber inlet | 500 mg/m³ |
Gas cleaning efficiency | - for particles 5 µm 99,9% depending on the gas and the solution used for irrigation and the gas flow temperature |
The efficiency of the scrubber in its standard configuration (example) | HCl-NaOH — 99.5% |