Course objective (課程目標):
To teach and train students be able to analyze, operate and design the isothermal and non-isothermal reactor at both the steady and unsteady state. The students will also be able to operate, analyze and design the packed bed reactor and catalytic reactors.
(本課程旨在使學生瞭解化學反應工程之原理以及訓練學生能夠應用這些原理於設計、分析或操作化學反應器.)
Course content (課程內涵):
(1) Non-isothermal reactor design (非等溫反應器設計)
(2) Catalysis and catalytic reactors (觸媒反應與反應器設計)
(3) External diffusion effects on heterogeneous reactions (外擴散對異相觸媒反應的效應)
(4) Diffusion and reaction (擴散與反應)
(5) Reaction mechanisms, pathways, bioreactions, and bioreactors (反應機制、路徑与生化反應)
(6) Distributions of residence time for chemical reactors (化學反應之滞留時間分佈)
Course objective:
To teach and train students be able to analyze, operate and design the isothermal and non-isothermal reactor at both the steady and unsteady state. The students will also be able to operate, analyze and design the packed bed reactor and catalytic reactors.
(This course is intended to enable students to understand the principles of chemical reaction engineering and the ability of trainees to apply these principles to design, analyze or operate chemical reactors.)
Course content (content of course):
(1) Non-isothermal reactor design (non-isothermal reactor design)
(2) Catalysis and catalytic reactors (Touch media reaction and reactor design)
(3) External diffusion effects on heterogeneous reactions (The effect of external expansion on different media reactions)
(4) Diffusion and reaction (Expansion and reaction)
(5) Reaction mechanisms, pathways, bioreactions, and bioreactors (reaction mechanisms, pathways and biochemical reactions)
(6) Distributions of residence time for chemical reactors
本課程之目的在於使學生瞭解化學反應工程之原理以及訓練學生能夠應用此些原理於設計，分析或操作化學反應器。
The purpose of this course is to enable students to understand the principles of chemical reaction engineering and to trainees to apply these principles to design, analyze or operate chemical reactors.
H. Scott Fogler, ” Elements of Chemical Reaction Engineering”, 6th edition, 2022, Pearson Education Limited.
H. Scott Fogler, “ Elements of Chemical Reaction Engineering”, 6th edition, 2022, Pearson Education Limited.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 作業及小考(Homework and quiz)作業及小考(Homework and quiz) Work and quiz |
20 | 課程中將安排隨堂作業及小考，針對學習內容進行評估 |
| 期中考 (Midterm examination)期中考 (Midterm examination) Midterm examination (Midterm examination) |
30 | 計算部分開書考 (Opened book for calculation part) |
| 期末考 (Final examination)期末考 (Final examination) Final examination |
35 | 計算部分開書考 (Opened book for calculation part) |
| 出席率及課堂参與 (Attendence)出席率及課堂参與 (Attendence) Attendance and class participation (Attendance) |
5 | |
| Term paperTerm paper Term paper |
10 | 口頭報告 (Oral Presentation for a paper about the reaction engineering) |
