Catalyst ceramic fiber filter tube
Desulfurization/Denitration/Dust removal/Dioxin removal
Four-in-one exhaust gas treatment system
Comparison of air pollution treatment processes based on intent
傳統空汙防制設備
廢氣來源
潔淨氣體
靜電集塵機
催化系統
觸媒陶瓷纖維濾管
廢氣來源
潔淨氣體
保護陶瓷纖維濾管包材
Six Advantages
1. Replace the traditional filter bag : The use method and high-pressure pulse backwashing method are basically the same as the traditional bag dust collector (filter bag).
2. High temperature resistance and corrosion resistance : The resistance to high temperature and corrosive chemicals is better than the traditional bag filter bag.
3. Extended service life : The service life is more superior than traditional dust collectors (filter bags).
4. Integrated ultra-low emission : The integrated system of desulfurization, denitrification and dust removal is simple and low in operation cost, which meets the environmental protection ultra-low emission and saves environmental taxes.
5. Heat recovery function : The clean air after the system is dust-removed and acid-removed under high temperature conditions can further increase the value of heat recovery.
6. No heating up and low energy consumption : The system can remove dust and denitrate under the state of 175~250 ℃, avoiding heating up and reducing operating costs. (Low temperature)
Ceramic fiber filter tube size
Ceramic fiber filter tube characteristics
High porosity
-Porosity 65~85%
-Low density 0.4 g/cm3
-Thermal shock resistance (not affected by thermal expansion and contraction and breakage)
The removal efficiency comes from extremely fine ceramic fibers (about 2-3 microns in diameter)
Ceramic fiber is not easy to react with chemicals
-Can withstand high temperature
-Rigidity
Monomer structure
-Self-supporting body without frame
-Cylindrical
-The basic material is composed of aluminum silicate fiber and inorganic adhesive
Pollutant removal efficiency
-Dust 2mg/m3
-The removal rate of hydrogen chloride is as high as 97%
-Sulfur oxide removal rate is up to 95%
-Nitrogen oxide removal rate is as high as 95%
-Dioxin removal efficiency is as high as 99%
Note: The removal efficiency of pollutants in the exhaust gas depends on the particle size (specific surface area), purity, dosage and full mixing reaction of the additives.
