Sai Enviro - Dust Collectors

SAI/ dust collector are use for

• Disposition of soiled particles, gin & coarse dust fail relatively close to the chimney whilst fine dust and smoke are more widely dispersed.
• Disposition of tarry liquids and tarry smoke.
• Blackening of buildings and clothes by smoke.
• Lowering of health due to inhalation of harmful gases.
• Damage to pains, particulate matters, animals & crops.

Major Pollutants

• Ethylene
• Sulphur dioxide
• Acid mists
• Floridac
• Ozone
• Organic oxidants concentration of as little as I part per million (2.6 mg/m3) of so2 & 1 part per 100 million of floridae may cause serious damage to some plants.

Coal/Bagger Husk fired Boilers have maximum Ash flying in operation. Fly ash being light weight, appears at Chimney discharge in considerable quantity. This air borne ash gets carried away, and settles down over a large area and is a dangerous hazard to residents nearby and covering miles together, Latest design with high efficiency after considerable research in the field of Air Pollution. It is fitted after the discharge of flue gases from Boilers and before Chimney. Its function is to remove fly ash from flue gases and allow cleaner discharge to be omitted from Chimney, complete surrounding of factory. Material of construction will be as per requirement.

SAI/ dust collector are use for

• Disposition of soiled particles, gin & coarse dust fail relatively close to the chimney whilst fine dust and smoke are more widely dispersed.
• Disposition of tarry liquids and tarry smoke.
• Blackening of buildings and clothes by smoke.
• Lowering of health due to inhalation of harmful gases.
• Damage to pains, particulate matters, animals & crops.

Major Pollutants

• Ethylene
• Sulphur dioxide
• Acid mists
• Floridac
• Ozone
• Organic oxidants concentration of as little as I part per million (2.6 mg/m3) of so2 & 1 part per 100 million of floridae may cause serious damage to some plants.

Coal/Bagger Husk fired Boilers have maximum Ash flying in operation. Fly ash being light weight, appears at Chimney discharge in considerable quantity. This air borne ash gets carried away, and settles down over a large area and is a dangerous hazard to residents nearby and covering miles together, Latest design with high efficiency after considerable research in the field of Air Pollution. It is fitted after the discharge of flue gases from Boilers and before Chimney. Its function is to remove fly ash from flue gases and allow cleaner discharge to be omitted from Chimney, complete surrounding of factory. Material of construction will be as per requirement.

SAI/ dust collector are use for

• Disposition of soiled particles, gin & coarse dust fail relatively close to the chimney whilst fine dust and smoke are more widely dispersed.
• Disposition of tarry liquids and tarry smoke.
• Blackening of buildings and clothes by smoke.
• Lowering of health due to inhalation of harmful gases.
• Damage to pains, particulate matters, animals & crops.

Major Pollutants

• Ethylene
• Sulphur dioxide
• Acid mists
• Floridac
• Ozone
• Organic oxidants concentration of as little as I part per million (2.6 mg/m3) of so2 & 1 part per 100 million of floridae may cause serious damage to some plants.

Coal/Bagger Husk fired Boilers have maximum Ash flying in operation. Fly ash being light weight, appears at Chimney discharge in considerable quantity. This air borne ash gets carried away, and settles down over a large area and is a dangerous hazard to residents nearby and covering miles together, Latest design with high efficiency after considerable research in the field of Air Pollution. It is fitted after the discharge of flue gases from Boilers and before Chimney. Its function is to remove fly ash from flue gases and allow cleaner discharge to be omitted from Chimney, complete surrounding of factory. Material of construction will be as per requirement.

Sai/ Cyclones operate to collect relatively large size particulate matter from a gaseous Stream through the use of centrifugal forces. Dust laden gas in made to rotate in a decreasing pathway forcing solids to the outer edge of the gas stream for deposition into the bottom of the cyclone. efficiencies of 90% in particle sizes of 10 microns or greater are possible. Capacity as per requirement. Material of construction will be as per requirement.