supply copper oxide CuO used for Catalytic oxidation of volatile organic compounds

Specification of antibacterial copper oxide:

Size: 50nm particle

CAS No:1317-38-0

ENINEC No.:215-269-1
Appearance:black Powder

Shape:spherical

SAT NANO also supply other size particle like 20nm, 40nm, 100nm, 1-3um, 10um.

The 50nm spherical nano-copper oxide is produced by a low-temperature active process. The 50nm spherical nano-copper oxide has the advantages of high activity, soft agglomeration, low heavy metal impurities, and good dispersion performance. At the same time, because of its own characteristics, the 50nm spherical nano-copper oxide is widely used in catalysis, Sterilization and other fields.

Application of antibacterial copper oxide

When the particle size of ordinary copper oxide powder reaches the nanometer level, it will make its function more unique and more widely used. Nano-copper oxide has been used in catalysts, sensing materials and other fields, and shows good application prospects.

The surface effect of nano-copper oxide makes it have the characteristics of large specific surface area, strong adsorption capacity, high reaction activity and strong selectivity. In addition, the surface atoms of the nanoparticles are different from the internal atoms of the particles.

Factors such as sub-coordination make the surface active sites increase. These conditions all make nano-copper oxide a good catalyst.

Catalysis for the complete oxidation of volatile organic compounds

Volatile organic compounds (VOCS) include various organic compounds that exist in the air in gaseous form. They are closely related to human living environment and physical health. Environmental problems such as odor, poisonous gas and ozone in the atmosphere are all related to VOCS. Emissions related. They mainly come from automobile exhaust, the use of organic solvents, and coatings and fuel processing industries. For example, carbon monoxide is the main component of automobile exhaust, and the mixture of ethanol and ethyl acetate is the main exhaust gas emitted by printing plants.

Therefore, in order to purify the environment and control and reduce the emission of VOCS, catalytic oxidation is an effective method to completely oxidize it. The intermediate products of incomplete oxidation of VOCS may be more

For example, ethanol and ethyl acetate will produce acetaldehyde when they are not completely oxidized. Therefore, it is very important to ensure the complete oxidation of VOCS. Studies have found that CuO/TiO2 has a good catalytic effect on the complete oxidation of CO, C2H5OH, CH3COOC2H5, etc. In addition, the doping of Ce will make its catalytic performance stronger. It can not only enhance the catalytic activity of CuO, but also stabilize the support of TiO2. Surface area.
SAT NANO copper oxide, as a catalyst, shows highly efficient catalytic activity for the oxidation of cumene under mild conditions. In addition, nano-copper oxide has good catalytic performance for the complete oxidation of toluene and the one-step synthesis of phenol from benzene.

Technical Support

The company can provide technical support for the application of nano-copper oxide in catalysis and additives. For specific application consultation, please contact the sales staff