分離プロセスの記事

Chemical engineers design, construct, and operate plants.

化学工学の役割と展望産業を支えるプロセス設計の専門家

$Fractional distillation apparatus using a Liebig condenser. A conical flask is used as a receiving flask. Here the distillation head and fractionating column are combined in one piece.$

分画（フラクショネーション）の仕組みと多様な応用事例

分画フラクショネーション分離プロセス分留

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Laboratory model of a still.1: The heat source to boil the mixture2: round-bottom flask containing the mixture to be boiled3: the head of the still4: mixture boiling-point thermometer5: the condenser of the still6: the cooling-water inlet of the condenser7: the cooling-water outlet of the condenser8: the distillate-receiving flask9: vacuum pump and gas inlet10: the receiver of the still11: the heat control for heating the mixture12: stirring mechanism speed control13: stirring mechanism and heating plate14: heating bath (oil/sand) for the flask15: the stirring mechanism (not shown, e.g. boiling chips or mechanical stirring machine)16: the distillate-cooling water bath.[1]: 141–143

蒸留の仕組みと歴史化学的分離プロセスの基礎から産業応用まで

蒸留分留化学工学真空蒸留

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物質移動のメカニズムと産業・宇宙への応用

物質移動化学工学拡散対流

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