Title of the Lecture: Chemical Reactor Design (化学反応器設計)
Date: July 29, 2019 - August 2, 2019 5 days
Overview:
The goal of this course is to enable the student to develop a clear understanding of the fundamentals of chemical reactor design. The students are able to derive and solve steady-state and transient material balance with reaction. To learn how to apply the fundamental principles of chemical kinetics to the design of chemical reactors for both homogeneous and heterogeneous cases. To provide an integrated study of fundamentals and quantitative design techniques of batch and flow chemical reactors applying fundamental knowledge of mathematics, science and engineering. To solve chemical engineering reaction problems, it will be introduced a mass customization concept by means of modulation. The modules in reactor design algorithm include (1) mole balance in reactor system, (2) type of reactors (Batch, CSTR, PFR, PBR, fluidized CSTR, membrane reactor, semibatch reactor, and differential reactor), (3) rate laws (element reaction, non-element reaction, bio-reaction, photochemical reaction, heterogeneous reaction) (4) stoichiometry, and (5) pressure drop. After lecture, students can design logically the various reactors which can carry out numerous reactions by combination of modules or can analysis data collected from a reactor. Reactors that carry out bioreaction and heterogeneous catalysis will be covered.
# Schedule
Monday, July 29
10:20-11:50 Industrial reactors
12:50-14:20 Module 1: General mole balance equation
15:00-16:30 Module 2: Ideal reactors
Tuesday, July 30
10:20-11:50 Module 3: Kinetics, rate law
12:50-14:20 Module 4: Stoichiometry
15:00-16:30 Module 5: Pressure drop
Wednesday, July 31
10:20-11:50 Construction 1: Ideal reactor design by algorithm
12:50-14:20 Construction 2: Data analysis
15:00-16:30 Construction 3: Multiple reaction
Thursday, August 1
10:20-11:50 Construction 4: Polymath application
12:50-14:20 Construction 5: Bioreactor
15:00-16:30 Construction 6: Catalytic reactor
Friday, August 2
10:20-11:50 Construction 7: Scale-up of CSTR
12:50-14:20 Examination