Ozone effect:
The use of high-energy high ozone UV-C ultraviolet beams to decompose oxygen molecules in air produces free oxygen, also known as reactive oxygen species. Due to the imbalance of positive and negative electrons carried by free oxygen, it needs to combine with oxygen molecules to produce (ozone 03).
Ozone: UV+02 → 0-0 (reactive oxygen species) 0-02 → 03
Ozone has a strong oxidizing effect on organic matter and has an immediate removal effect on odorous gases and other irritating odors
Ozone is currently the best method for treating exhaust gases and odorous gases, and has been recognized and supported by the national environmental protection departments.
3、 Using environmental parameters:

a、 Environmental humidity:+10~+40%
b、 Environmental temperature: 20~50 ℃
c、 Equipment resistance:<100Pa (wind speed 2.5m/s) d. Suitable for oils and fats: industrial waste gas oil odor and industrial waste gas VOCs, non flammable, explosive, volatile, and corrosive gases.
e、 Attention: It is strictly prohibited to introduce other black smoke generated by diesel stove combustion into the equipment and treat it together with oil fume. f、 Purification efficiency at rated air volume:

give birth to article system arrange	clean change effect rate	answer use a place where people gather close
Pure UV series	≥ 90%	Low altitude emissions or smoke exhaust outlets that do not disturb residents

4Product Performance Overview
1Efficient odor removal:It can efficiently remove major pollutants such as volatile organic compounds (VOCs), inorganic substances, hydrogen sulfide, ammonia, thiols, as well as various odors. The deodorization efficiency can reach over 99%, and the deodorization effect greatly exceeds the national odor pollutant emission standard (GB14554-93) issued in 1993
2No need to add any substances:Only the corresponding exhaust ducts and exhaust power need to be set up to allow the odorous gas to pass through this equipment for deodorization, decomposition, and purification, without the need to add any substances to participate in chemical reactions. ，
3Strong adaptability:It can adapt to the deodorization and purification treatment of high concentration, atmospheric volume, and different odorous gases, and can work continuously 24 hours a day, with stable and reliable operation.
4Low operating costs:This device has no mechanical action, no noise, and does not require dedicated management or daily maintenance. It only needs regular inspections. The device has low energy consumption (only about 2 kWh of electricity is consumed for every 1000 cubic meters per hour of processing) and extremely low wind resistance<30pa, which can save a lot of exhaust power energy consumption.
5No preprocessing requiredOdorous gases do not require special pretreatment, such as heating or humidification. The equipment can work normally in an environment with a temperature between -30 ℃ and 95 ℃, a humidity between 30% and 98%, and a pH value between 3-11.
6The equipment occupies a small area and has a light weightSuitable for special conditions such as compact layout and narrow space, with equipment occupying an area of less than 1 square meter/processing 10000m³/H air volume.
7Manufacturing with high-quality imported materialsHigh fire and corrosion resistance, stable performance, and long service life.
8Environmentally friendly high-tech patented products:Adopting the most advanced international technology concept and through long-term repeated experiments by experts and our company's engineering and technical personnel, we have developed a high-tech environmental protection purification product with completely independent intellectual property rights. It can completely decompose toxic and harmful substances in odorous gases and achieve a perfect deodorization effect. After decomposition, the odorous gases can be completely discharged harmlessly without producing secondary pollution, while achieving efficient disinfection and sterilization.

Chemical properties and substance photolysis oxidation conversion table of common exhaust gas pollutants

Serial Number	name Molecular formula	molecular weight	Odor characteristics	Main chemical bond	Correspondence key bond energykj/mol	The final product of photochemical reaction
1	Ammonia NH3	17	Strong pungent odor, colorless gas	H-N	389	H2O N2
2	Hydrogen sulfide H2S	34	Stinky egg odor, colorless gas	H-S	339	H2O SO42¯
3	Trimethylamine C3H9N	59	Colorless gas with a fishy odor	C-H、C-N	414. 305	H2O N2 CO2
4	Phenol C6H5ON	94	At room temperature, it is a colorless or white crystal with a special aromatic odor	C=C、C-H、C-O	611.414.326	H2O CO2
5	Benzene C6H6	78	At room temperature, it is a colorless, sweet, transparent liquid with a strong aromatic odor	C=C、C-H	611.414	H2O CO2
6	Toluene C7H8	92	At room temperature, it is a clear colorless liquid with an aromatic odor similar to benzene	C=C、C-H、C-C	611. 414. three hundred and thirty-two	H2O CO2
7	xylene C6H4（CH3）2	106	At room temperature, it is a colorless liquid with an aromatic odor similar to benzene	C=C、C-H、C-C	611. 414. three hundred and thirty-two	H2O CO2
8	Styrene C8H8	104	Colorless oily liquid with a unique aroma	C=C、C-C、C-H	611 .332. four hundred and fourteen	H2O CO2
9	Ethyl acetate C4H8O2	88	A colorless, transparent liquid with an aromatic odor	C-H、C-O C=O、C-C	414 .326 .728 .332	H2O CO2
10	Methyl sulfide C2H6S	62	smell	C-C、C-H、C-S	332 .414 .272	H2O CO2 SO42¯
11	Methyl mercaptan CH4S	48	Colorless gas with unpleasant odor	C-S、C-H、H-S	272 .414 .339	H2O CO2 SO42¯
12	Dimethyl disulfide C2H6S2	94	Light yellow transparent liquid with a foul odor	S-S、H-S、S-C、C-H	268 .339 .268 .414 .	H2O CO2 SO42¯
13	Acetaldehyde C2H4O	44	Colorless and easily flowing liquid with an irritating odor	C=C、C-O、C-H	611 .326 .414 .	H2O CO2
14	Methanol CH3OH	32	Colorless liquid with alcohol odor and volatile nature, toxic	C-H、C-O、H-O	414 .326 .464.	H2O CO2
15	Acrolein C3H4O	56	Colorless or pale yellow liquid with a foul odor	C=C、C-O、C-H	611. 326 .414	H2O CO2
16	Aniline C6H5NH2	93	Colorless oily liquid with a special odor	C=C、C-H、N-H、C-C	611 .414 .389 .332 .	H2O CO2 N2

From the above molecular formula, it can be seen that high-energy ultraviolet light can break down odorous chemical substances of molecular weight into independent, ionized pollutant atoms. Then, by decomposing oxygen in the air, active positive and negative oxygen ions are produced, which in turn generate ozone. At the same time, the pollutant atoms that are broken down into independent, free states are re aggregated into low molecular weight compounds such as water, carbon dioxide, etc. through the oxidation reaction of ozone.