320w 185nm Power UVC Light Industry Deodorization With Ballast G13

 

Hello, welcome to Ningbo UV Light, a professional and reliable UVC lamps producer.This is a set of 320 watt uvc lamp with ballast,one year warranty for the lamps, and 2 years warranty for the ballast, and up to 13000 working hours of the lamp,and 90℃high temperature working environment . It is the biggest power uvc lamp. Biggest power for industry use, such as waste gas treatment, industrial deodorization,commercial kitchen fume purification. It can be used in Food or meat Processing Plants,, Slaughter houses, Poultry Feed Mills, Paper Mills, Sewage Treatment Plants, Waste Transfer Stations, Manure Treatment Plants, Oil Refineries, Rubber Plants, Tanneries, Printing Plants,chemical factories, etc.Contact us for more information. Ningbo UV light, making the best UV light.

A320S15H high-energy ultraviolet light 185nm organic waste gas treatment UVC tube

 

Use high-energy ultraviolet light with a wavelength of 185nm to break molecular bonds

 

The binding energy of some chemical molecular bonds

 

The photon energy of ultraviolet light with a wavelength of 185nm is as high as 647KJ/mol, and the molecular binding energy of most chemical substances is lower than that of the wavelength of 185nm. Therefore, the molecular bonds of pollutants can be broken by the cracking of 185 high-energy ultraviolet light energy, and most organic waste gases. It is C, H, O structure, and the chemical bond is less than 185NM ultraviolet energy, so these organic waste gases can be decomposed into CO2 and H02 in the presence of O2.

 

But it is worth noting that the 185nm wavelength ultraviolet rays are vacuum ultraviolet rays, which combine with O2 to produce O3 as soon as they come out of the lamp tube, so their ""range"" is extremely short, and basically there is a small amount of intensity on or near the surface of the lamp tube, so it can The organic waste gas treated by 185NM wavelength ultraviolet rays breaking the bond is basically a part that can be in contact with the surface of the lamp tube or close to the lamp tube.

 

Example: The photolysis mechanism of benzene molecule:

 

Molecular structure and molecular bond energy of benzene:

 

Benzene is made up of hydrogen atoms (1s1) and carbon atoms (1s22s22px12py1)

 

Benzene (C6H6) is an organic compound with the simplest composition of aromatic hydrocarbons. It is a colorless, sweet and transparent liquid at room temperature and has a strong aromatic odor. Benzene is flammable, toxic, and is an IARC Group I carcinogen. Benzene is insoluble in water, easily soluble in organic solvents, and can also be used as an organic solvent itself. Benzene has a ring system called the benzene ring, which is the simplest aromatic ring. The structure of benzene molecule after removing one hydrogen is called phenyl, which is represented by Ph. Therefore benzene can also be expressed as PhH.

 

Benzene and Phenyl

CAS No. 71-43-2 Boiling point 353.25K (80.1℃)

RTECS No. CY1400000

 

The bond energies of C=C, C-C, and C-H are 611kJ/mol, 332kJ/mol, and 414kJ/mol, respectively

 

SMILESC1=CC=CC=C1 solubility in water 0.18g/100ml water

 

Chemical formula C6H6 structure plane hexagon

 

Density 0.8786g/mL Flash point -10.11℃ (closed cup)

 

Melting point 278.65K (5.5℃) Auto-ignition temperature 562.22℃

 

Molar mass 78.11gmol-1

 

Standard molar entropy So298173.26J/mol·K

Standard molar heat capacity Cpo135.69J/mol·K(298.15K)

 

According to the structural characteristics of benzene, it is not difficult to understand that when the UV photon energy is greater than 611kJ/mol (take the maximum bond energy value), the benzene ring will be broken, forming an ionic C-C+C-C+C-C+ and H-H+H-H+H-H+, which respectively react with ozone after the molecular bond is broken. Benzene molecule (C6H6) is finally cracked and oxidized into CO2 and H2O." The main principle of UV photolysis waste gas method is to decompose waste gas molecules through high-energy UV ultraviolet rays, and quickly oxidize harmless substances, so as to achieve the purpose of purification. In addition, different treatment tops can be designed according to different emissions, so as to avoid waste of resources, and adopt the most suitable treatment equipment according to the current status of exhaust emissions of enterprises. Moreover, UV photolysis waste gas treatment is not affected by the outside world, such as temperature, air humidity, wind direction, etc., only need to control the switch of the equipment, almost no need to be guarded, the equipment runs stably and reliably, and is suitable for most waste gas Treatment is the main method of waste gas treatment in my country.