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2 results about "Ozone degradation" patented technology

Infrared radiation light wave bath room

ActiveCN224326069ULavatory sanitoryDisinfectionOzone degradationEngineering
The utility model belongs to infrared radiation health care technical field, concretely relates to a kind of infrared radiation light wave bathroom.It includes bathroom, is provided with automatic sterilization purification module on the bathroom, and the automatic sterilization purification module includes ozone sterilization system and ozone degradation discharge system;First infrared radiation plate is respectively installed on the left side wall board, right side wall board, rear side wall board and door body inner side of the bathroom, the inner bottom of the bathroom is installed with two second infrared radiation plate and third infrared radiation plate being separately arranged, infrared physiotherapy stool is placed on the second infrared radiation plate, and footrest is placed on the third infrared radiation plate.In the utility model, the linkage design of ozone sterilization system and degradation discharge module constructs complete disinfection closed loop;Three-dimensional radiation network formed by first infrared radiation plate, second infrared radiation plate and third infrared radiation plate can also realize differentiated heat therapy.
Owner:HENAN NANYANG IND ELECTRIC APPLIANCE RES INST

A gas-liquid-solid three-phase synergistic high-efficiency ozone degradation spray tower system and method

PendingCN122273305AActivated carbonAmbient ozone
This invention discloses a device and method for the efficient degradation of ozone through a three-phase synergistic process. The device includes an atomization system, a spray tower with a gas absorption pump, and an auxiliary system. The spray tower contains an organic-modified activated carbon layer. Ozone gas is forcibly drawn in by the absorption pump, enriched by the adsorption layer, and then comes into countercurrent contact with organic droplets, undergoing synergistic degradation under UV excitation and constant temperature conditions. Using a 0.5 g / L cysteine-ascorbic acid-glutathione mixed solution (pH=9.4), a UV intensity of 1.34 W / m², a temperature of 39.5℃, an activated carbon addition height of 2.54 cm, and a gas flow rate of 21.1 L / h, the ozone degradation rate reaches 90.957%. This invention is particularly suitable for ozone purification in microenvironments.
Owner:KUNMING UNIV OF SCI & TECH