
Oxidation catalyst
Classification:
Keywords: Design and technology transfer for vinyl chloride, polyvinyl chloride,Organic Wastewater to pure water,Mercury Containing Wastewater Treatment
Details
Product introduction:
Ozone catalyst technology serves the advanced ozone oxidation process, which combines the strong oxidation of ozone with the adsorption and catalytic characteristics of the catalyst to more effectively solve the problems of low ozone utilization, low ozone treatment efficiency, high operating costs, incomplete organic degradation and so on.
Due to the huge difference in the performance of different wastewater pollutants, the company has developed two series of high-efficiency catalysts, namely SAO3-I type and SAO3-II type, for different water quality. In practical application, the selection is mainly based on the composition of the main pollutants of wastewater and the characteristics of water quality parameters, and finally through the water sample test, the product model is selected to ensure the efficiency of ozone catalytic oxidation treatment.
Product specifications:
performance index | Unit | Performance parameters |
particle size | mm | 3~5 |
specific surface area | m2/g | 220-320 |
Hole capacity | ml/g | 0.4-0.6 |
Mechanical strength | N/cm2 | 50-60 |
Abrasion | % | 0.1~0.2% |
annual loss rate | % | ≤ 2% |
effective active ingredient | % | 5-10% |
Service life | Year | ≥ 5 |
Product advantages:
●Efficient:The catalytic efficiency of ozone is more than 4 times higher than that without catalyst. 30%-80% higher efficiency than similar catalysts
●Subversive:Long life, can maintain long-term activity, rinse clean can restore activity
●High utilization:Ozone is fully applied, less residue
●Economy:Save land, no secondary pollution
●Transformation convenience:The purpose of raising the standard can be achieved only by adding a catalytic unit to the original process, and no major changes are required for other systems.
Consultation