Industrial Abatement Technologies
Flagship oxidation and concentration systems, plus pretreatment and supporting equipment for complete plant trains.
Core Systems
Four primary platforms for industrial VOCs and flue-gas control. Each page covers fit, configurations, and project context. For airflow × concentration selection, see theselection guide.
RTO Thermal Oxidizer
Medium–high concentration VOCs, complex solvent mixes, heat recovery duty
Regenerative thermal oxidizers for medium-to-high VOCs loads with high thermal efficiency and stable long-term operation.
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Zeolite Rotor Concentrator
Large airflow, low concentration VOCs (coating, printing, electronics)
Molecular sieve rotor systems that concentrate large-airflow, low-concentration VOCs before oxidation—cutting energy cost.
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Catalytic Oxidizer (CO)
Low-to-medium concentration streams; space-constrained plants
Catalytic oxidation systems—standalone or paired with zeolite/carbon concentration—for efficient abatement at lower operating temperatures.
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Wet Electrostatic Precipitator
Oil mist, sticky aerosols, flue gas polishing after scrubbing
Wet ESP systems for fine mist, oil fume, and sticky particulate in industrial flue gas—often as polish or primary control.
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Used alone or upstream of oxidation trains. Tell us your process conditions and we will recommend the full line-up.
Activated Carbon
Adsorption, desorption, and solvent recovery packages for low-concentration organics and recoverable solvent streams.
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Wet Scrubbing
Jet-mixing, cyclone hybrid, and spray towers for pretreatment—acid/alkali gases, sticky dust, and oil mist ahead of oxidation.
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Dust Collection
Baghouse and explosion-proof cartridge collectors for dry particulate from process and finishing operations.
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Odor Control
Microbial and photo-ion catalytic deodorization for process odors and waste-handling facilities.
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