Integrated Biological Deodorization System

process flow

Odor collection duct → Integrated equipment inlet → Pre-washing spray zone (for dust removal, humidification, and preliminary dissolution of acidic odors) → Biological filler degradation zone (for microbial decomposition of malodorous substances) → De-misting and dehydration section (for removal of entrained water mist) → Anti-corrosion induced draft fan → Exhaust stack for compliant emission

Core Advantage (Integrated, complete set of split-type equipment)

1. Fully integrated modular unit: The fan, spray system, packing, and electrical control system are all manufactured as a single unit; only air ducts and electrical/water supply connections need to be installed on-site for immediate operation, reducing construction time by 70%.

2. Minimal footprint: The integrated unit combines washing and a biological filter bed, occupying only one-third of the space required by a separate civil-engineered filter system;

3. Simple maintenance: The PLC system operates with fully automatic control, requiring only periodic replenishment of nutrient solution and replacement of packing material every 2–3 years.

4. Extremely low operating costs: Compared to alkaline washing, activated carbon treatment, and photocatalysis, it achieves over 70% energy savings with no hazardous waste disposal costs;

5. Sealed and leak-proof: The entire structure is FRP-sealed and operated by a micro-negative-pressure fan, preventing odor leakage from the workshop;

6. Environmental sustainability: All pollutants are completely decomposed, with no secondary wastewater, solid waste, or hazardous waste generated.

applicable scene

Municipal wastewater treatment; Solid waste disposal; Agricultural and livestock slaughter; Industrial odors; Public areas