AUTOMATIC PROCESS CONTROL

SYLLABUS 教學大綱 程序控制

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1. Chemical Engineering (Background)

2. Theoretical Process Control (Lecture)

3. Industrial Process Control (HomeWorks)

4. Plantwide Control Systems (Term Report)

Chemical

Engineering

Industrial

Process

Control

Plantwide

Control

Systems

Process Control (WHY)

Syllabus

(WHAT)

Process Control

3

Process Control (WHAT)

1. Chemical Engineering 4

Theoretical

Process

Control

Industrial

Process

Control

Plantwide

Control

Systems

Syllabus of Process Control

5

General Engineering

Theoretical Basis

Applied Operations

Design/Operation

Syllabus

Chemical Engineering

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General Engineering

Maths: Algebra, Calculus, Diff. Equations, Etc.…

Sciences: Physics, Biology, Environmental

Chemistry: General, Analytical, Organic,

Physical,

Computer Solving: Numerical Methods, Matlab,

Excel

Industrial Engineering: Introduction to

Engineering/Chemical Engineering,

Manufacturing, Business &

Marketing/Accountings

Theoretical Basis

Mass Balance

Energy Balance

Thermodynamics (Process)

Physical Chemistry / Equilibrium

Thermodynamics

Transport Phenomena

Unit Operations

Momentum Operations / Fluid

Mechanics

Heat Transfer

Mass Transfer/Separation

Processes

Reactor Engineering

Unit Operation Lab

Design/Operation

Process Control/Automation

Computer Aided – Chemical

Engineering

Plant Design/Operation

Plant Economics

2. Theoretical Process Control 7

Chemical

Engineering

Industrial

Process

Control

Plantwide

Control

Systems

Syllabus of Process Control

8

Textbook：

Carlos A. Smith and Armando Corripio,

Principles and Practice of Automatic Process Control,

3rd Edition, Wiley.

ISBN：0-47143190-7

代理書商：歐亞書局有限公司

業務代表：楊自華，0939660513, 02-7705-3382

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10

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Chapter 1 Introduction

Chapter 2 Mathematical Tools for Control Systems Analysis

Chapter 3 First-Order Dynamic Systems

Chapter 4 Higher-Order Dynamic Systems

Chapter 5 Basic Components of Control Systems

Chapter 6 Design of Single-Loop Feedback Control Systems

Chapter 7 Tuning of Feedback Controllers

Chapter 8 Root Locus and Frequency

Response Techniques

Chapter 9 Cascade Control

Chapter 10 Ratio, Override and Selective

Control

Chapter 11 Feedforward Control

Chapter 12 Multivariable Process Control

Chapter 13 Dynamic Simulation of Control

Systems

Principles and Practice of Automatic Process Control

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Reference book：

趙榮澄、黃孝平，程序控制學，修訂版，1988。

趙榮澄、黃孝平，程序控制學，第三版，1982。

趙榮澄、黃孝平，程序控制學(下冊) ——程序控制系統分析與合成，1977 。

出版者：鹽巴出版社。

註：年代過久，已絕版，無ISBN註冊號碼。

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Process Control/Automation (WHAT)

Dynamic behavior

Maths Laplace Transform, First/Second Order Process, Process Response

Linearization of Non-Linear Models

Feedback controllers

PID

Closed Loops

Multiple Loops

Cascade Control

Sensors/Actuators

3. Industrial Process Control 15

Chemical

Engineering

Theoretical

Process

Control

Plantwide

Control

Systems

Syllabus of Process Control

16

17

ANALYSIS AND DESIGN OF CONTROL SYSTEMS

USING MATLAB

Computer Aided Process Control

It will help you to understand MORE!

It saves you time!

It is useful in real life

i.e. Chemical Plant simulation/modeling

Get ahead of your competition

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19

4. Plantwide Control Systems 20

Chemical

Engineering

Theoretical

Process

Control

Industrial

Process

Control

Syllabus of Process Control

21

Diagrams: PFD, Block Diagrams, P&ID

Equipment Integration

Recycle/Purgres/Bypass

Continous vs. Batch Processes

Equipment Sizing and Set of Operation Conditions

Start-up, Shutting down; Scaling-up, Scaling-Down

Heuristics and Golden Rules for Process Design/Operations

Energy Integration/Analysis. Heat Exchange Networks

Plant Design/Operation

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12-6 Plantwide Control Systems 整廠控制系統的設計

Appendix D Tuning Case Studies 調諧案例實作

Appendix E Operating Case Studies 操作案例探討

Appendix B Design Case Studies 設計案例實作

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1. Chemical Engineer

2. Theoretical Process Control

3. Industrial Process Control

4. Plantwide Control Systems

Chemical

Engineer

Industrial

Process

Control

Plantwide

Control

Systems

Process Control (WHY)

Syllabus

(WHAT)

Process Control

24

After this, you may call yourself a

(Chemical Process) Control Engineer !

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請當我是朋友與同學，課本才是教師。 27

Thank you for your attention

學習（興趣 + 成長）→ 創造（思想 + 實踐）→

分享（利己 + 利他）→ 學習（成長 + 興趣）。

（陰因 + 陽果）→

行深後是因也是果，

思細下是一不是二，

+ 增上緣 → 畢竟勝。

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