SRI VENKATESWARA COLLEGE OF ENGINEERING · Sub. Code / Sub. Name : CH 6605 - Process Instrumentation, Dynamics and Control ... T3-Ch.3; pg.1-07 PPT 5 ... SRI VENKATESWARA COLLEGE

FT/GN/68A/01/23.01.16

SRI VENKATESWARA COLLEGE OF ENGINEERING

COURSE DELIVERY PLAN - THEORY Page 1 of 7

Department of Chemical Engineering

LP: CH 6605

Rev. No: 01

Date: 2/1/2017

B.E/B.Tech/M.E/M.Tech : Chemical Engineering Regulation:2013

PG Specialisation : NA

Sub. Code / Sub. Name : CH 6605 - Process Instrumentation, Dynamics and Control

Unit : I

Unit Syllabus: INSTRUMENTATION

Principles of measurements and classification of process instruments, measurement of

temperature, pressure, fluid flow, liquid weight and weight flow rate, viscosity, pH,

concentration, electrical and thermal conductivity, humidity of gases.

Objective: To introduce the field measuring instruments and their Principles.

Session

No * Topics to be covered Ref

Teaching

Aids

1 Principles of measurements and classification of process

instruments

T3-ch.1;

pg. 1 PPT

2 Principles and classification of Temperature measurement Devices. T3-Ch.1;

pg. 1-3 PPT

3 Principles and classification of Pressure measurement Devices T3-Ch.2;

pg.4-13 PPT

4 Principles and classification of Fluid flow T3-Ch.3;

pg.1-07 PPT

5 Principles and classification of liquid weight and weight flow rate

measurement Devices. T3-Ch.3;

pg.1-07 PPT

6 Viscosity, pH and concentration measurements

T4, Ch10,

Pg 316,

Ch6, Pg

180,

PPT

7 Electrical and Thermal Conductivity measurement T4-Ch6, Pg

168 PPT

8 Measurement of Humidity of gases T4-Ch6, Pg

171 PPT

9 Composition measurements by physical properties and spectroscopy

methods - PPT

Content beyond syllabus covered (if any): Composition measurements by physical properties and

spectroscopy methods

* Session duration: 50 minutes

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Sub. Code / Sub. Name: : CH 6605 – PROCESS INSTRUMENTATION, DYNAMICS AND CONTROL

Unit : II

Unit Syllabus: OPEN LOOP SYSTEMS

Laplace transformation and its application in process control. First order systems and

their transient response for standard input functions, first order systems in series,

linearization and its application in process control, second order systems and their

dynamics; transportation lag.

.

Objective: To analysis the static and dynamic behavior of chemical processing system

and models employed through the use of Laplace transforms.

Session


Teaching

Aids

10 Introduction to Chemical Process control and Instrumentation T2-Ch.1;

pg.1-11 PPT

11 Theorems in Laplace transformation, Derivatives, Integrals and

Inversion of standard functions T2-Ch.2;

Pg18-25 PPT

12 Open loop systems, physical examples of first Order systems T2-Ch.5;

pg.69 & 99 PPT

13 Transient behavior of standard input functions T2-Ch.4;

pg.69-87 PPT

14 First Order systems in Series-Interacting and Non-Interacting types T2-Ch.6;

pg.123-128 PPT

15 Problems on Interacting type and Non-Interacting types first order

systems T2-Ch.6;

pg.123-128 PPT/BB

16 Linearization and its application in process control T2-Ch.5;

pg.109 PPT

17 Second order systems and their dynamics with an example and its

response to standard forcing functions T2-Ch.7;

pg.137-152 PPT

18 Transportation lag T2-Ch.7;

pg.153 PPT

19 Development of transfer functions for chemical reactors and its

Transient behavior of standard input function -

Content beyond syllabus covered (if any): Development of transfer functions for chemical reactors and

its Transient behavior of standard input function

* Session duration: 50 mins

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Unit : III

Unit Syllabus: CLOSED LOOP SYSTEMS

Closed loop control systems, development of block diagram for feed-back control systems,

servo and regulatory problems, transfer function for controllers and final control element,

principles of pneumatic and electronic controllers,

Objective: To develop block diagram using transfer functions for closed loop systems

and stability analysis

Session


Teaching

Aids

20 Introduction to closed loop control systems T2-Ch.11;

pg.218-219 PPT

21 Development of block diagram for feed-back control systems- servo

problems T2-Ch.12;

pg.228-229 PPT

22 Development of block diagram for feed-back control systems –

regulator problems T2-Ch.12;

pg.229-234 PPT

23 Servo and regulatory problems in closed systems T2-Ch.12;

pg.236-241 PPT

24 Development of transfer function for ON-OFF, P, PI , PD and PID

Controllers T2-Ch.10;

pg.211 PPT

25 Development of transfer function for final control element and

problems T2-Ch.10;

pg.209 PPT/BB

26 Principles of pneumatic controllers T2-Ch.9;

pg.186 PPT

27 Principles of electronic controllers T2-Ch.7;

pg.187 PPT

28 Analytical method stability analysis by Routh test - PPT

Content beyond syllabus covered (if any): Analytical method stability analysis by Routh test


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Unit : IV

Unit Syllabus: FREQUENCY RESPONSE - Introduction to frequency response of

closed-loop systems, control system design by frequency response techniques, Bode

diagram, stability criterion, tuning of controllers Z-N tuning rules, C-C tuning rules.

Objective: Emphasis on Frequency Response Analysis and its application in feedback

controller settings

Session


Teaching

Aids

29 Introduction to frequency response of closed-loop systems T2-Ch.15;

pg.285-287 PPT

30 Control system design by frequency response method, T2-Ch.15;

pg.285-287 PPT

31 Stability analysis using bode diagram T2-Ch.15;

pg.300-311 PPT

32 Bode diagram for first order and second order system. T2-Ch.15;

pg.300-316 PPT

33 Bode diagram for PI , PD and PID Controllers T2-Ch.15;

pg.312-315 PPT

34 Problems in stability criterion of bode diagram T2-Ch.16;

pg.326-327 PPT/BB

35 Tuning of controller settings using Ziegler-Nichols rules T2-Ch.18;

pg.394-396 PPT

36 Tuning of controller settings using Cohen-Coon method T2-Ch.18;

pg.397-401 PPT

37 Problems in stability and controller tuning T2-Ch.18;

pg.404-409 PPT/BB

38 Stability analysis using Nyquist diagram

Content beyond syllabus covered (if any): Stability analysis using Nyquist diagram


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Unit : V

Unit Syllabus: ADVANCED CONTROL SYSTEMS

Introduction to advanced control systems, cascade control, feed forward control, Smith

predictor, control of distillation towers and heat exchangers, introduction to computer

control of chemical processes.

Objective: Analysis and Design of advanced control systems, cascade control of

chemical processes

Session


Teaching

Aids

39 Controller mechanism, introduction to advanced control systems T2-Ch.17;

pg.353 PPT

40 Cascade control with an example and development of block diagram

for servo and regulator problems T2-Ch.17;

pg.353 PPT

41 Feed forward control with an example development of block

diagram for servo and regulator problem T2-Ch.17;

pg.354-360 PPT

42 Smith predictor with an example development of block diagram for

servo and regulator problem T2-Ch.17;

pg.373-376 PPT

43 Control of distillation towers T1-Ch.17;

pg.01-52 PPT

44 Different control techniques used in distillation control T1Ch.17;

pg.01-52 PPT

45 Control of heat exchangers T1-Ch.17;

pg.01-52 PPT

46 Introduction to computer control of chemical processes.

T2-Ch.26;

pg.581-595 PPT

47 Importance of microprocessors in control system studies T2, Ch35,

Pg 543 PPT

Content beyond syllabus covered (if any): Importance of microprocessors in control system studies


FT/GN/68A/01/23.01.16



Sub Code / Sub Name: : CH 6605 – PROCESS INSTRUMENTATION, DYNAMICS AND CONTROL

FT/GN/68A/01/23.01.16



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SRI VENKATESWARA COLLEGE OF ENGINEERING · Sub. Code / Sub. Name : CH 6605 - Process Instrumentation, Dynamics and Control ... T3-Ch.3; pg.1-07 PPT 5 ... SRI VENKATESWARA COLLEGE