Photolysis purification equipment THY- series of odor gas UV high efficiency photolysis purification equipment product introduction
Product technical principle
, this product use special high-energy high ozone UV ultraviolet light irradiation malodorous gases, change the odorous gases such as ammonia and trimethylamine, hydrogen sulfide, dimethyl sulfide hydrogen, methanethiol, dimethyl sulfide, dimethyl disulfide, carbon disulfide and styrene, sulphide H2S and VOC classes, the molecular chain structure of benzene, toluene, xylene, organic or inorganic polymer odorous compounds molecular chain, in high-energy ultraviolet light irradiation, degradation change into low molecular weight compounds, such as CO2 and H2O.
Two, the use of high energy and high ozone UV ultraviolet light beam decomposition of oxygen molecules in the air to produce free oxygen, that is, reactive oxygen species, because of free oxygen carrying positive and negative electron imbalance so the need to combine with oxygen molecules, and then produce ozone.
UV + O2 - O-+O * (active oxygen) O+O2 - O3 (ozone), known as ozone on organic matter has a strong oxidation, the odor of gas and other irritating odor has an immediate effect on the removal of.
Three, malodorous gases using exhaust equipment input to the purification equipment, purification equipment using high energy UV light beam and ozone on the stench of gas for CO oxidation reaction, the stench gas material degradation into low molecular weight compounds, water and carbon dioxide, again through the exhaust pipe is discharged to the outdoors.
Four, the use of high-energy UV beam cracking gas molecules in the molecular bonds of the bacteria, the destruction of the bacteria nucleic acid (DNA), and then through the ozone oxidation reaction, completely to achieve the purpose of removing and killing bacteria.
Performance advantages of THY-TQ series of UV series of high efficiency photolysis gas purification equipment
One, efficient removal of odor: efficient removal of volatile organic compounds (VOC), inorganic, H2S, NH3, thiols and other major pollutants, and a variety of odor removal deodorization efficiency highest can amount to 99% above, deodorization effect greatly exceeded the national in 1993 promulgated emission standards for odor pollutants (gb14554-93) and in 1996 promulgated the atmospheric pollutant comprehensive discharge standard "(GB16297-1996).
Two, no need to add any material: only need to set the corresponding exhaust duct and exhaust power, so that the odor / industrial waste gas through the device to be decomposed and purified, without adding any material to participate in chemical reactions.
Thirdly, adaptability is strong: thy series of industrial waste gas emissions (industrial) efficient UV photolysis of exhaust gas purification equipment can adapt to high concentration, amount of atmospheric and different industrial waste material removal of odor, purifying, and 24 hours of continuous work, stable and reliable operation.
Four, low operation cost: thy series of industrial waste gas emissions (industrial) efficient UV photolysis of exhaust gas purification devices without any mechanical action, without noise, without the need for special management and daily maintenance, just for regular checkups, low energy consumption of the equipment, device drag very low < 50pA, save a large amount of exhaust wind power consumption.
Five, equipment covers an area of small, light weight: suitable for the layout of compact, small venues and other special conditions, equipment covers an area of less than 1 square meters / processing 10000m3/h air volume.
Six, high-quality imported materials manufacturing: fire prevention, anti-corrosion performance is high, equipment performance security and stability, the use of stainless steel materials, equipment service life of more than fifteen years.
Seven, environmental protection high-tech patent products: using the international advanced technology concept, through the test of the experts and my company engineering and technical personnel over the long term, developed, with completely independent intellectual property rights of high-tech environmental protection purification products can completely decompose toxic and hazardous substances in industrial waste gas, and can achieve perfect off odor, purify the effect, the decomposition of the industrial waste gas, can fully meet the harmless emissions, does not produce secondary pollution, at the same time, disinfection and sterilization.
Widely used in oil (gas) fields, petroleum chemical, pharmaceutical and other explosion-proof high requirements of industry with the. Eight, explosion-proof certification products: device has safety, explosion-proof performance, has passed national explosion proof electrical products quality supervision and inspection center of ex explosion-proof certification (certificate number: CNEx13.0792 x)
Scope of application
Refinery, rubber factory, chemical plants, pharmaceutical plants, sewage treatment plants, garbage transfer stations, such as odor gas, industrial waste gas purification treatment.
substances
Main source of odor gas and industrial waste gas
hydrogen sulfide
Kraft pulp, oil refining, petrochemical, coking, gas, waste treatment, carbon disulfide production or processing
Thiol group
Kraft paper pulp, oil refining, gas, pharmaceutical, pesticide, synthetic resin, synthetic fiber, rubber
sulfoether
Kraft paper pulp, oil refining, pesticide, garbage disposal, sewage and sewage
ammonia
Nitrogenous fertilizer, nitric acid, coking, manure treatment, meat processing
amine
Aquatic products processing, livestock processing, leather, glue
Type of
Manure treatment, domestic sewage treatment, coking, meat decomposition, slaughter of livestock
Nitro
Fuel, explosive
Hydrocarbon
Oil refining, coking, petrochemical, calcium carbide, fertilizer, internal combustion engine exhaust, paint, solvent, ink printing
aldehyde
Refining, petrochemical, pharmaceutical, internal combustion engine exhaust, garbage disposal, casting
Compared with other processing methods, the characteristics and the economy of the purification method are compared.
Processing technique
equipment investment
airflow
Treatment concentration
operating costs
Operation management
Purification efficiency
Two pollution
UV photolysis oxidation method
low
large
high
low
easy
high
nothing
Direct combustion method
high
Small
high
high
hard
high
yes
Activated carbon adsorption method
low
in
low
high
easy
low
nothing
Chemical catalysis
high
Small
high
high
hard
high
yes
Ozone deodorant method
high
in
in
high
hard
in
nothing
Biological decomposition method
in
in
in
low
hard
in
yes
Ion oxidation process
high
large
low
low
easy
in
nothing
THY-TQ series industrial waste gas UV high efficiency photolysis purification equipment product specifications
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