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The PDA measurements in the downcomer tube of a gas cyclone provide the first in-situ experimental proof of agglomerated particles in a cyclone. The formation of agglomerates in the cyclone explains how particles of less than 20–50 μm are able to settle in the dust bin, in the presence of high velocities. The gas flow in the downcomer tube of the cyclone induces circulation of the particles in the...
The separation process in a gas cyclone can be divided in three determining steps: (1) the movement of the particles in the cyclone chamber towards the cyclone wall due to centrifugal force, (2) agglomeration of particles at the wall and in the dust bin and (3) separation of the particles and/or agglomerates in the bin. For many years the dust outlet has been considered to be very important for the...
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