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The authors investigated the gravity separation of plastic, rubber, and wire harnesses in automobile shredder residue using a gas-solid f luidized bed. Uni-beads (barium silica titanate glass), zircon sand, and glass beads were employed as f luidized particles. Superficial air velocity was changed to see how the plastic, rubber, and wire harnesses f loated and sank in the f luidized bed. Wire harnesses were almost completely separated from the other constituents by using uni-beads and zircon sand. Plastic can be separated from rubber by using glass beads, although separation ef ficiency is relatively low. Precise adjustment of superficial air velocity is essential for attaining high separation efficiency because particle f low and air bubbles in the f luidized bed affect how objects f loat and sink.

Separation of Automobile Shredder Residue by Gravity Separation Using a Gas-Solid Fluidized Bed [Translated]<sup>†</sup>