UV photolysis purifier

Tianwang UV nano-photocatalytic waste gas deodorization and purification equipment first uses a specially designed ultraviolet light source to generate light beams of different energies. It utilizes the principle of a catalyst reducing the activation energy required for chemical reactions, causing VOCs adsorbed on its surface to undergo fluorination-reduction reactions. Finally, organic matter is oxidized into CO2, H30, and inorganic small-molecule substances. This product can meet the needs of different user operating conditions, combining nano-photocatalysis, ozone, electrostatic dust removal, spraying, and adsorption processes to achieve highly efficient deodorization and purification of waste gas.

► Working Principle

1. This product uses specially designed high-efficiency UV beams to irradiate malodorous gases, providing energy for their decomposition (light energy to chemical energy). It utilizes the principle of a catalyst reducing the activation energy required for chemical reactions, causing VOCs adsorbed on its surface to undergo oxidation-reduction reactions. Finally, organic matter is oxidized into CO2, H2O, and inorganic small-molecule substances, then discharged outdoors through ventilation equipment and pipes.

2. High-efficiency UV beams decompose fluorine molecules in the air to produce free oxygen. Because free oxygen has an imbalance of positive and negative electrons, it needs to combine with oxygen molecules, thereby producing ozone. Ozone has a strong oxidizing effect on organic matter and can effectively remove malodorous gases
and other irritating odors.

3. High-efficiency UV beams destroy the DNA (deoxyribonucleic acid) or RNA (ribonucleic acid) molecular structure in bacteria and viruses, causing the death of growth cells (or) regenerative cells. Ozone, through the oxidizing action of oxygen atoms, destroys the structure of microbial membranes, also causing cell death. Through the dual action of UV and ozone, thorough deodorization and sterilization are achieved.

► Product Features

1. Modular Design, Flexible and Convenient

This product adopts a modular design and drawer-type combination installation, allowing for online maintenance or replacement. It is convenient, flexible, easy to operate, and practical and effective. It fully considers the instability of various waste gas properties and the complexity of operating conditions, providing great feasibility, reliability, and flexibility for engineering design, matching, installation, debugging, and maintenance of different operating conditions.

2. Safe, Environmentally Friendly, and Highly Applicable

The modules are explosion-proof treated, eliminating safety hazards, and have good fire, explosion, and corrosion resistance (all 304 stainless steel structure). It is safe, environmentally friendly, and stable in performance. This equipment has no mechanical devices, no moving noise, and can operate continuously for 24 hours.

3. Multiple Process Combinations, Thorough and Efficient

This product can meet the needs of different user operating conditions, combining nano-photocatalysis, ozone, electrostatic dust removal, spraying, and adsorption processes to thoroughly and efficiently eliminate waste gas odors and achieve deodorization and purification.

4. Economical and Practical, Low Energy Consumption, Low Cost

The product structure is compact, beautiful, and does not require the addition of any substances. Only regular inspection and maintenance are required. The equipment has low cost, small footprint, low energy consumption, low operating costs, and good economic benefits.

5. Patented Product, Environmentally Friendly, High Technological Content

This product uses international technology and is a high-tech disinfection and purification product with independent intellectual property rights developed by the company through long-term research and development.

► Application Industries

Refineries, pharmaceutical factories, sewage treatment plants, garbage treatment plants, hotels, oil fume purification, sewage pumping stations, cigarette factories, fragrance factories, rubber factories, manure treatment, food processing plants, meat processing plants, slaughterhouses, paper mills, printing plants, plastic factories, synthetic resins, Chinese and Western medicine factories, kraft pulp mills, paint factories, circuit board factories, chemical plants, fertilizer plants, refineries, feed mills, etc., for the deodorization and purification of various toxic and harmful gases produced in these fields.

► Technical Parameters