Single Cone Dust Collectors
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India, Hyderabad M.Corp
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Description
Operating Principles: Pollution Control Equipments
Mechanical Collectors are particulate mater control devices that use gravity settling inertia, dry impaction processes to collect pollutants. Mechanical collectors are reasonably tolerant of high dust loadings. Cyclones force incoming gas streams to abruptly change direction in tight, spiral pattern. Large Particulars entering with the gas stream cannot turn with the gas because of their momentum (or inertia). As a result, these particulars "break out" of the gas stream and hit the wall of the cyclone. The particles then fall down the wall and collected in hopper.
The spiral pattern of gas flow in a cyclone is influenced by the method in which the gas is introduced. Typically, the gas enters along the side of the cyclone body wall and turns a number of times to spiral down to the bottom, much like the funnel of a tornado. When the gas reaches the bottom of the cyclone, it reverses direction and flow up the center of the tube, also in a spiral pattern a typical top entry cyclone.
How Efficient are Cyclone Collectors? The particle collection efficiency of a cyclone depends on a number of factors, including the dimensions (Length and Diameter) or cyclone, the inlet gas velocity, the particle size and the dust concentration in the gas stream. Collection efficiency tends to increase when inlet gas velocity increases and when particles size and dust concentration increases. Also, smaller cyclones are usually more efficient than are larger cyclones. Large-diameter cyclones are most effective in removing relatively large particles from a gas stream.
The spiral pattern of gas flow in a cyclone is influenced by the method in which the gas is introduced. Typically, the gas enters along the side of the cyclone body wall and turns a number of times to spiral down to the bottom, much like the funnel of a tornado. When the gas reaches the bottom of the cyclone, it reverses direction and flow up the center of the tube, also in a spiral pattern a typical top entry cyclone.
How Efficient are Cyclone Collectors? The particle collection efficiency of a cyclone depends on a number of factors, including the dimensions (Length and Diameter) or cyclone, the inlet gas velocity, the particle size and the dust concentration in the gas stream. Collection efficiency tends to increase when inlet gas velocity increases and when particles size and dust concentration increases. Also, smaller cyclones are usually more efficient than are larger cyclones. Large-diameter cyclones are most effective in removing relatively large particles from a gas stream.
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Single Cone Dust Collectors