Yangzhou Photovoltaic Industry Waste Gas Treatment Equipment Fiberglass Biological Deodorization Box Company

1、 Working principle

1. Biodegradation technology：
   Odorous gases (such as hydrogen sulfide, ammonia, volatile organic compounds, etc.) enter the deodorization box through the air inlet and come into full contact with microorganisms attached to biological fillers (such as activated carbon, ceramic particles, bark, etc.). Microorganisms use these harmful substances as a source of nutrition and break them down into carbon dioxide, water, and harmless salts through metabolic processes.

2. Circulating spray system：
   There is a spray device inside the box that regularly sprays water onto the biological filler to keep it moist and provide a suitable living environment for microorganisms. Meanwhile, the circulating water system can utilize low concentration wastewater to reduce operating costs.

3. Uniform distribution of gas：
   Reasonable ventilation structure design ensures even distribution of gas inside the box, prolongs residence time, and improves processing efficiency.

2、 Product Features

1. Strong corrosion resistance：
   Fiberglass material has excellent acid and alkali resistance, corrosion resistance, and is suitable for various harsh environments with a service life of over 15 years.

2. High processing efficiency：
   Biological fillers have a large specific surface area and strong microbial activity, which can efficiently remove various odorous gases with a purification rate of over 90%.

3. Low operating costs：
   No need to add chemical agents, only a small amount of electricity is needed to drive the fan and sprinkler system, with simple maintenance and low operating costs.

4. No secondary pollution：
   Biodegradable products are harmless substances that do not cause secondary pollution and meet environmental protection requirements.

5. modular design：
   Customization of specifications based on actual needs, easy installation, and small footprint.

3、 Application Fields

• sewage treatment plantDealing with odorous gases generated in the grid room, sludge dewatering room, etc.

• garbage stationHydrogen sulfide, ammonia, and other substances produced during the decomposition and fermentation of garbage.

• chemical plantDealing with industrial waste gases such as volatile organic compounds (VOCs).

• farmRemove ammonia, hydrogen sulfide, and other substances produced from livestock and poultry manure.

• food processing plantDealing with odors generated during slaughter, fermentation, and other processes.