Ons Engineering
Ash Conditioners
Assisting In Lowering The Airborne Ash Emissions Before the Final Disposal
Applied Largely For Pollution Control In Numerous Industries
Ash conditioners are produced by ONS engineering from abrasion-resistant bolt-on paddles to ensure maximum wear life.
Ash Conditioners
Ash Conditioner is generally applied for pollution control in several industries. The abrasion-resistant bolt-on paddles used to construct the ash conditioners ensure optimal wear life. The Ash Conditioner is made of steel plate, has a solid base frame, and a cover plate that is easily removable for simple access to the internal portion.
Additionally, it houses split-type bearings with dust seals and support shafts for anti-friction roller bearings. Ash conditioners are very helpful in thermal power plants and the sponge iron industry because they create a closed circuit by returning recovered dust to the process.
The conditioner efficiently combines dust collected from machineries such as ash silos, mechanical collators, electrostatic precipitators, and bag houses, allowing transportation without particulate matter escaping into the atmosphere.
Benefits Of Ash Conditioners
Continuous Flow Of Materials
Ash conditioners can also be used to enhance the flow of material through a vacuum conveying system. They are often used in conjunction with separators and storage silos. Producer filter separators, which help lighten the burden on bottom ash disposals, are frequently included in ash conditioners.
Free Of Pollution
An ash conditioner’s key advantage is that it can be used to suppress fly ash dust, control residual dust, and lower dust levels. This enhances the management of particulate emissions and lessens the requirement for pricey scrubbers and electrostatic precipitators.
Controlled Material Feed
In the discharge material, the conditioner also effectively separates bottom ash from fly ash and other elements. By regulating the airflow and temperature for better outcomes, an ash conditioner can be used to achieve more efficient and effective means of conveying both bottom and fly ashes.
ONS Engineering
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