Catalytic Combustion EquipmentThe Product Structure Features Flameless Catalytic Combustion, Making It Suitable For High Demand Applications Such As Fuel Cells Using H2 And O2 As Raw Materials, And Pocket Furnaces Using Gasoline Or Alcohol As Raw Materials (with Pt Impregnated Asbestos Catalyst). If Extracting And Digesting Factory Smoke, Fuel Can Be Added To The Smoke Through Supported Platinum And Palladium Catalysts
1. Suitable For Processing High-temperature, High Concentration, And Continuously Generated (based On Actual Reports) Exhaust Gases;
2. No Secondary Pollution, Low Equipment Investment And Operating Costs;
3. Catalytic Low-temperature Decomposition, Short Preheating Time, Low Energy Consumption, Long Catalyst Service Life, Catalytic Decomposition Purification Rate Of Over 90%;
4. The Equipment Runs Stably And Excellently, With Few Moving Parts, A Complete Maintenance System, And Easy Operation And Maintenance;
5. Realize Fully Automated PLC Control Throughout The Entire Operation Process, Which Is Convenient And Excellent;
6. The System Facilities Are Complete, Equipped With Flame Arresters And Explosion Vents. Any Abnormal Situations That Occur During Operation Will Trigger An Alarm And Automatically Shut Down;
7. Easy To Operate, Achieving Automatic Control During Equipment Operation;
8. Low Energy Consumption, Device Startup, Only Takes 15-30 Minutes To Heat Up To Start-up
Classification And Function Of Catalytic Combustion Exhaust Gas Treatment Equipment. Exhaust Gas Is A Pollution That Poses A Threat To The Atmospheric Environment And Human Health, Originating From The Production And Treatment Of Industrial Factories. Waste Gas Treatment Equipment Is The Use Of Physical, Chemical, And Biological Techniques To Treat Waste Gas In A Technically And Rationally Manner. In The Exhaust Gas Treatment Equipment, There Are: Exhaust Gas Treatment Combustion Equipment That Focuses On The Combustibility Of The Exhaust Gas Itself (based On Actual Reports) (based On Actual Reports); Corrosive Waste Fiberglass Acid Mist Purification Tower; An Activated Carbon Adsorption Tower That Uses Activated Carbon Fibers As The Adsorption Medium To Adsorb And Recover (based On Actual Reports) (based On Actual Reports) Substances From Exhaust Gas; There Are Also Devices Such As Sewage Treatment Equipment, ROT Incinerators, Biological Filtration Equipment, Etc., Which Require Different Waste Gas Treatment Equipment To Treat Waste Gases From Different Industries.
Characteristics And Working Principle Of Catalytic Combustion Equipment. The Main Structure Of Catalytic Combustion Equipment Consists Of The Main Engine, Boiler Induced Draft Fan, And Electrical Control Cabinet. The Main Unit Of The Catalytic Combustion Device Consists Of A Heat Exchanger, Preheating Chamber, Catalytic Bed, Group Or Filter, And Explosion-proof Device As A Whole Structure.
The Flame Retardant Filter (dust) Is Located On The Intake Duct, And (based On Actual Reports) The Filter Is Located At The Top Of The Main Engine. The Scope Of Application Of Catalytic Combustion Devices (based On Actual Reports) (based On Actual Reports) Includes Exhaust Gases From Chemical Production, Food Production, And Various Resin Production Processes, Surface Coating Exhaust Gases From Metal And Plastic Parts In The Automotive, Motorcycle, And Bicycle Industries, Surface Coating Exhaust Gases From Metal And Plastic Parts In Industries Such As Machinery, Ships, Home Appliances, Furniture, And Building Materials, Exhaust Gases From Electronic And Enameled Wire Production Processes, And Exhaust Gases From Asphalt And Rubber Product Production Processes.
