系統應用光氧催化氧化反應技術去除VOC。光觸媒及空氣為催化劑， 光觸媒

The system applies photo-oxygen catalytic oxidation reaction technology to remove VOC. The photocatalyst and air are used as catalysts, and the photocatalyst is sprayed on the media plate as a carrier to speed up and promote the rapid reaction of high-energy ultraviolet light with the dirt in the exhaust gas. Ultraviolet light is energy that degrades organic matter into harmless low-molecular compounds such as carbon dioxide and water molecules. Under the action of high-energy ultraviolet light, on the one hand, the oxygen in the air is cracked and then combined to produce ozone; on the other hand, the chemical bond of the malodorous gas is broken to form free atoms or groups; the ozone generated at the same time participates in the reaction process , So that the malodorous gas is finally cracked and oxidized to produce simple and harmless low molecular compounds.

The system uses photooxygen catalytic oxidation reaction technology to remove VOC. Photocatalyst and air as catalysts, photocatalyst sprayed on the media board, as a carrier, to accelerate and promote high-energy ultraviolet light and exhaust gas in the rapid response of dirt. Ultraviolet light is energy that degrades organic matter into harmless low-molecular compounds such as carbon dioxide and water molecules. Under the action of high-energy ultraviolet light, on the one hand, the oxygen in the air is cracked and then combined to produce ozone, on the other hand, the chemical bonds of the odorous gas are broken to form a free-state atom or group, and the ozone produced is involved in the reaction process, so that the odorous gas is finally cracked, oxidized and produced simple and harmless low-molecular compounds.

Photocatalytic oxidation technology was applied to remove VOC. Photocatalyst and air are used as catalysts, and photocatalyst is sprayed on the catalyst plate, which is used as the carrier to accelerate and promote the rapid reaction between high-energy ultraviolet light and pollutants in waste gas. Ultraviolet light can degrade organic compounds into harmless low molecular compounds such as carbon dioxide and water molecules. Under the action of high-energy ultraviolet, on the one hand, the oxygen in the air is cracked, and then combined to produce ozone; on the other hand, the chemical bond of the odor gas is broken to form free atoms or groups; at the same time, the ozone generated participates in the reaction process, so that the odor gas is finally cracked and oxidized to form simple and harmless low molecular compounds.<br>