プロセスシステム工学II - 工学部 - 東京大学授業カタログ

プロセスシステム工学II

プロセスシステム工学II／ Process System Engineering II

The aim of the lecture is to learn modeling and simulation as the core technology of Process Systems Engineering (PSE). Three modules of (I) steady-state flowsheeting, (II) unit operation design and operation, and (III) dynamic process design and control cover the aspects of process design, operation, and control. The lecture combines individual knowledge of chemical engineering as a set of tools to analyze and synthesize process systems for chemical production and beyond.

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授業計画

Module I: Steady-state flowsheeting on propylene glycol process (Sugiyama) 1 Introduction / Mixer / Heater 2 Reactor (CSTR / PFR) 3 Distillation column 4 Recycling 5 Economic assessment & optimization Module II: Unit operation design and operation of drug purification process (Sugiyama) 6 Dissolution modeling 7 Dissolution simulation & optimization 8 Batch process scheduling Module III: Dynamic process design and control of therapeutic protein process (Badr) 9 Cell cultivation modeling 10 Cell cultivation simulation & optimization 11 Batch process control 12 Discussion & perspectives

授業の方法

This lecture is practice-oriented. The students submit exercises/reports at every lecture.

成績評価方法

Grades are given considering exercises/reports, attendance, and engagement in the lecture. There is no written examination in this lecture.

履修上の注意

＜事前履修＞化学工学I，化学工学II，コンピュータ化学演習，プロセスシステム工学I ＜並行履修＞反応工学I，分離工学I，化学工学及び演習I ＜事後履修＞プロセス設計及び演習，化学工学及び演習II

その他

＜前提となる知識・項目＞ Chemical engineering basics ＜応用先・項目＞ Process design, operation, and control; Programming and simulation ＜備考＞ PC/Python environment is required.

実務経験と授業科目の関連性

Industrial process design, operation, and control