Zinc Oxide Dust CollectorUnder The Action Of The Fan, The Gas Containing Smoke And Dust Enters The Primary Martian Filtration Chamber Through The Distribution Pipe, Is Filtered By The Primary Martian Filtration Device, And Then Enters The Evolution Chamber. After Passing Through The Filter Element, The Dust Is Filtered On The Surface Of The Filter Element, And The Filtered Clean Gas Enters The First Stage Activated Carbon Adsorption Chamber Through The Filter Element. After Being Adsorbed By Activated Carbon, It Is Discharged Together Through The Outlet Pipe.
As The Filtration Process Continues, More And More Dust Is Adsorbed On The Filter Element, Which In Turn Increases The Operating Resistance Of The Equipment. When The Resistance Reaches A Certain Level, A Fixed Resistance Or Timed Command Is Issued To Activate The Working Mechanism For Three State Dust Cleaning And Discharge. Fixed Resistance Dust Cleaning Is When The Resistance Sensor Detects That The Operating Resistance Has Reached A Certain Range, Issuing A Command To Close The Exhaust Valve, Open The Pulse Valve, And Spray For A Certain Time (adjustable Time) Then The Ash Discharge Valve Is Opened For A Certain Time (adjustable Time), And The Ash Cleaning Is Completed. When Using A Timed Program, When The Device Has A Fixed Working Cycle (adjustable Cycle), The Program Controls The Action Mechanism To Act In The Above Order.
The Zinc Oxide Dust Collector Can Be Equipped With A Cooling Air Valve At High Temperatures. This Cooling Air Valve Is Mainly Used To Prevent Some High-temperature Flue Gas From Entering The Dust Collector. It Plays A Regulating Role, With One End Connected To The High-temperature Pipeline And The Other End Connected To The Atmosphere.
So, Before Using The Zinc Oxide Dust Collector, Installing These Devices Can Greatly Enhance The Functionality Of The Zinc Oxide Dust Collector And Prevent Damage To The Dust Collector Due To Unacceptable High Temperatures. It Is Possible To Mix Some Low-temperature Flue Gas Appropriately. If The Temperature Of The Gas In The Zinc Oxide Dust Collector Is Different, First Mix A Part Of The Low-temperature Gas Into The High-temperature Flue Gas. This Can Mix The Gas And Prevent The Temperature In The Dust Collector From Being So High.
The Zinc Oxide Dust Collector Adopts A Forward Spray And Downstream Design, That Is, The Airflow Enters From The Upper Box Of The Dust Collector And Is Discharged From The Clean Air Header Of The Lower Box. Its Flow Direction Is Consistent With The Direction Of Pulse Blowing And The Direction Of Dust Falling Into The Ash Hopper After Cleaning, And The Purified Air Does Not Pass Through The Injection Pipe, Reducing The Resistance Of The Dust Collector And Reducing The Load On The Fan.
