To provide a fluidized layer apparatus which effectively works even in a greatly minute amount of feeding compared with a conventional laboratory machine.
The fluidized layer apparatus has a fluidization vessel 6, a porous plate 10, a lower-side spray nozzle 17, a bag filter 5, an upper-side spray nozzle 31, a back-washing nozzle 39 and a back-washing elevator 40. The fluidization vessel 6 is formed in the shape of a cylinder of inverse cone trapezoid. The porous plate 10 is arranged to close a lower-part opening of the fluidization vessel 6. The lower-side spray nozzle 17 ejects air into the fluidization vessel 6 through the porous plate 10. The bag filter 5 is arranged at the upper-part opening of the fluidization vessel 6. The upper-side spray nozzle 31 sprays a spray liquid towards lower part. The back-washing nozzle 39 ejects air from the outer side of the bag filter 5 to the inner side so that particulates adhering to the bag filter 5 are brushed out, and is made to move up and down by the back-washing elevator 40. The fluidization vessel 6 is possibly made to vibrate by a vibrator 37.
ASAI NAOCHIKA
UENO TAKASHI
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Koyama
Masayuki Mukai
Kazunori Omotani
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