| 摘要 |
PURPOSE:To enhance clad separation efficiency by mounting a cylindrical reaction chamber to which a fluid to be treated is supplied, a plurality of magnets having magnetic poles and a synchronous mechanism synchronously rotating a plurality of the magnets in the supply direction of the fluid sent in the cylindrical reaction chamber in such a state that the magnets are shifted in a relative rotary direction. CONSTITUTION:A fluid to be treated is supplied to a cylindrical reaction chamber 2 through a fluid inlet 5 in a clad separator. When a plurality of magnnets 8A, 8B, 9A, 9B are relatively rotated by the operation of a drive mechanism 22, the clad mixed with the fluid to be treated in a suspended state is ready to move to the vicinity of magnetic poles by the magnetic action formed between a plurality of the magnets 8A, 8B, 9A, 9B and, by the movement of two kinds of magnetic fields in a peripheral direction and an oblique direction in the peripheral direction due to the relative rotation of the magnets 8A, 8B, 9A, 9B in a synchronous state, the clad C in a collected state is guided by the cylindrical reaction chamber 2 while it receives the resistance due to viscosity of the fluid to be treated to reach a partition wall 4 and gradually falls along the inclination of the partition wall 4 to be accumulated in a clad storage part 7. By this method, the removal efficiency of the clad from the fluid to be treated can be enhanced. |
