VOC Oxidation Catalyst

Chemical Industry VOCs Catalyst VOCs Catalysts Volatile organic compounds (VOCs) are one of the environmental pollutants. There are many types of VOCs. Outdoor VOCs mainly come from chemical production and automobile exhaust emissions, and indoor ones are mainly from construction and decoration materials. While VOCs are released into the air, they will destroy the ozone layer and produce photochemical smog, and cause great harm to human health. At present, the main treatment

ZVMC Type Volatile Organic Compounds Purification Catalyst (ZVMC for VOCs) Rare Earth Honeycomb Volatile Organic Compounds Catalyst ZVMC Type ZVMC-type organic exhaust gas purification catalyst is a new type of high efficiency industrial exhaust gas purification catalyst, which takes high temperature and high specific surface area materials, high performance rare earth oxygen storage materials as catalytic material carrier, and transition metals such as Cu, Mn and CO as main

VOC Catalyst (Industrial & Stationary & Petro-chemical Emission Catalyst) Stationary Petrochemical Emission VOC Oxidation Catalyst 600 CPSI VOCs Catalysts Volatile organic compounds (VOCs) are one of the environmental pollutants. There are many types of VOCs. Outdoor VOCs mainly come from chemical production and automobile exhaust emissions, and indoor ones are mainly from construction and decoration materials. While VOCs are released into the air, they will destroy the ozone

ZVPD Cubic VOC Oxidation Catalyst 200 300 CPSI Voc Removal Catalyst ZVPD-type organic exhaust gas purification catalyst takes modified alumina of high temperature and high specific surface area, rare earth oxygen storage material of high performance, and perovskite-type transition oxide as catalytic material carrier, it takes precious metal platinum (PT) and palladium (PD) as main active components. By matching catalytic materials and active species of precious metal

ZVPD Cubic VOC Oxidation Catalyst 200 300 CPSI Voc Removal Catalyst ZVPD type organic waste gas purification catalyst uses high temperature and high specific surface area modified alumina, high performance rare earth oxygen storage material and perovskite transition oxide as the catalytic material carrier, and uses precious metal platinum (PT) and palladium (PD) as the main active components . By perfectly matching the catalytic material with the active species of the noble

ZVMC Type Volatile Organic Compounds Purification Catalyst (ZVMC for VOCs) ZVMC-type organic exhaust gas purification catalyst is a new type of high efficiency industrial exhaust gas purification catalyst, which takes high temperature and high specific surface area materials, high performance rare earth oxygen storage materials as catalytic material carrier, and transition metals such as Cu, Mn and CO as main active components. These ingredients above are uniformly distribute

VOC Catalyst (Industrial & Stationary & Petro-chemical Emission Catalyst) VOCs Catalysts Volatile organic compounds (VOCs) are one of the environmental pollutants. There are many types of VOCs. Outdoor VOCs mainly come from chemical production and automobile exhaust emissions, and indoor ones are mainly from construction and decoration materials. While VOCs are released into the air, they will destroy the ozone layer and produce photochemical smog, and cause great harm to

ZVMC Type Volatile Organic Compounds Purification Catalyst (ZVMC for VOCs) ZVMC-type organic exhaust gas purification catalyst is a new type of high efficiency industrial exhaust gas purification catalyst, which takes high temperature and high specific surface area materials, high performance rare earth oxygen storage materials as catalytic material carrier, and transition metals such as Cu, Mn and CO as main active components. These ingredients above are uniformly distribute

ZVPD Type Volatile Organic Compounds Purification Catalyst (ZVPD for VOCs) ZVPD-type organic exhaust gas purification catalyst takes modified alumina of high temperature and high specific surface area, rare earth oxygen storage material of high performance, and perovskite-type transition oxide as catalytic material carrier, it takes precious metal platinum (PT) and palladium (PD) as main active components. By matching catalytic materials and active species of precious metal

Absorption Concentration & Catalytic Combustion Technology RCO Technical Principle Absorption concentration & catalytic combustion process is an integrated and combined technology. It converts large volume and low concentration organic exhaust gas into samll volume and higher concentration organic gas. Then the organic gas will undergo catalytic combustion treatment. Technical Features 1. With very high efficiency up to 98%. 2. No secondary pollution. 3. Low energy consumptio

Rotor Enrichment & Thermal Storage Combustion Technology (RTO) Technical Principle After being absorbed, desorbed and concentrated, organic waste gas can be vonverted into low volume, medium and high concentration and then is introduced into the RTO furnace for thermal oxidation. Then all organic gas are converted to CO2 and H2O. Technical Features 1. With very high efficiency up to 99%. 2. Desorption temperature is as high as 200C to achieve complete desorption. 3. High

VOC Catalyst (Industrial & Stationary & Petro-chemical Emission Catalyst) VOCs Catalysts Volatile organic compounds (VOCs) are one of the environmental pollutants. There are many types of VOCs. Outdoor VOCs mainly come from chemical production and automobile exhaust emissions, and indoor ones are mainly from construction and decoration materials. While VOCs are released into the air, they will destroy the ozone layer and produce photochemical smog, and cause great harm to

VOC Catalyst (Industrial & Stationary & Petro-chemical Emission Catalyst) VOCs Catalysts Volatile organic compounds (VOCs) are one of the environmental pollutants. There are many types of VOCs. Outdoor VOCs mainly come from chemical production and automobile exhaust emissions, and indoor ones are mainly from construction and decoration materials. While VOCs are released into the air, they will destroy the ozone layer and produce photochemical smog, and cause great harm to

Activated Carbon Absorption & Condensation Recovery Technology Technical Principle When organic waste gas passes through the activated carbon, the organic matter will be absorbed by the micropores of the particulate carbon. After absorption, the gas will be purified and released to the atmosphere. When the activated carbon is saturated, high temperature steam or hot air will pass the carbon to desorb the organic molecules and such organic molecules will be collected. The