Semester-III Chemical Engineering
No of period per week
Sr. No.
Subjects
LECT
PRAC
TUT
Duration in
hours
Marks Distibution
TH
TW
PR
OR
TOTAL
1.
Applied Mathematics-III
Click Here
04
--
01
03
100
25
--
--
125
2.
Advanced Chemistry-I
Click Here
04
03
--
03
100
25
25
--
150
3.
Computer Applications
Click Here
04
03
--
03
100
25
25
--
150
4.
Electrical and Electronics Engineering
Click Here
04
03
--
03
100
25
25
25
175
5.
Process Calculations
Click Here
04
--
02
03
100
25
--
25
150
6.
Presentation & Communication
Techniques
Click Here
--
02
--
--
--
25
--
25
50
Total
20
11
03
--
500
150
75
75
800
University of Mumbai
Class: S.E.
Branch: Chemical Engineering
Semester: III
Subject : APPLIED MATHEMATICS- III
Periods per Week
Lecture
04
(each 60 min)
Practical
--
Tutorial
01
Hours
Marks
Theory
03
100
Practical and Oral
--
--
Oral
--
--
Term Work
--
25
Total
--
125
Evaluation System
Module
1
Contents
Hours
Laplace Transform
3.1.1.1 Definition ,properties of linearity, Laplace transform of
elementary function, Properties of Laplace transform(First & Second
10
Shifting property)
3.1.1.2 Theorem of Laplace Transform
2
Inverse Laplace Transform
3.1.2.1 Definition ,Inverse Laplace Transform by using partial fraction
method ,Convolution Theorem (without proof)
3.1.2.2 Applications to solve boundary value problem involving
ordinary differential equations with one independent variable.
Applications to chemical engineering
08
3
Laplace Transform & Matrices
3.1.3.1 Laplace Transform of periodic functions.
08
3.1.3.2 Types of Matrices,Adjoint of Matrices ,inverse of Matrix
4
Matrices
3.1.4.1 Rank of Matrix ,Elementary transformation of matrix ,Linear
dependant & independent of rows & columns of a matrix over a real
08
field
3.1.4.2 Reduction of normal form, Homogeneous linear equations &
non-homogeneous equations, their consistency
5
Complex Variable
3.1.5.1 Functions of complex variable, Continuity (only statement),
Derivability of a function, Analytic functions C-R equations in
Cartesian & polar (with proof) .Harmonic functions.
3.1.5.2 Orthogonal trajectories ,Analytical & Milne- Thomson method
to find f(z)
14
3.1.5.3 Mapping , Conformal mapping , Bilinear transformation ,
Cross ratio preservation property (with proof)
6
Bessels Equation
3.1.6.1 Bessels equation & functions (with out proof) Equations
reducible to Bessel form, Method of solving the equations &
conditions for the four types of Bessels & modified Bessels equations 12
& functions.
3.1.6.2 Recurrence Relations for Bessels functions.
Applications to Chemical engineering e.g. heat transfer for an
extended surface.
Theory Examination:
1. Question paper will comprise of 7 questions, each of 20 marks.
2. Only five questions need to be solved
3. Question 1 will be compulsory & it will be based on entire syllabus
4. Remaining questions will be mixed in nature.(for example if Q2 has part (a)from module 3 then part
(b) will be from any module other than module 3.
5. In question paper, weight age of each module will be proportional to number of respective lecture
hours as mentioned in the syllabus.
University of Mumbai
Class: S.E.
Branch: Chemical Engineering
Semester: III
Subject : ADVANCED CHEMISTRY - I
Periods per Week
Lecture
04
(each 60 min)
Practical
03
Tutorial
-Hours
Marks
Theory
03
100
Practical and Oral
--
25
Oral
--
--
Term Work
--
25
Total
--
150
Evaluation System
Module
1
Contents
Chemical Bonding & Molecular Structures
3.2.1.1 Ionic & covalent bonds ,Exeptions to Octet rules,Resonance,
Variable Valency,Hydrogen band ,Valence Bond Theory,Crystal field
theory, Ligand field theory, Structures of molecules with lone pair
electrons,H2O,NH3,BRF3 ,SF4,PCl3,PCl5, Molecular Orbital Theory,Non
bonding & anti bonding orbitals, LCAO method,VSEPR
theory,Molecular Orbital structures of homonuclear & hetronuclear
molecules H2, HC2, BC2, B2, N2,C2,O2,F2,CO,HF,NO2,Metallic
bond,Bloch’s theory Pauling theory.
2
Hours
10
Co- Ordination chemistry
3.2.2.1 Co-Ordination dative bond, complexions, co-ordinations
number or ligancy,werner’s co- ordination theory,Effective atomic
number, nomenclatures & isomerism in co-ordination compounds
with respect to co- ordination number 4 & 6. Application of CFT to
10
tetrahedral & octahedral complexes , Drawbacks of CFT to
tetrahedral & octahedral complexes of Fe & Ni. Measurement of CFSE
(10 D2) Numericals based on EAN & 10 D2 measurement.
3
Organometallic compounds
3.2.3.1 Chemistry of Fe- carbonyls with respect to preparation
properties ,structure & bonding
10
3.23.2 Bi-inorganic Chemistry of iron
Classification of biomolecules containing metal ions,Bio chemistry of
proteins contains Cu,Fe & Zn ,Chemistry of cyclochromes & their
applications, O2 atom transfer reaction of biomolecular reactions
containing Fe
4
Dyes & Drugs
3.2.4.1 Dyes – Sensation of color, color & constitution, nomenclature,
classification based on chemical composition & mode of application.
Synthetic & uses of
08
(1) Fast printing Green
(2) Methyl orange
(3) Congo red
(4) Alizarin
(5) Methyl red
3.2.4.2 Drugs – Synthesis & uses of
(1) Ibuprofen
(2) Aspirin
(3) Vitamin –C
(4) P-nitro aniline
(5) O- Chlorobenzoic acid
5
Electrochemistry
3.2.5.1 Introduction – conductance ,Effect of temperature &
conductivity ,mobility of ions, transport number & its determination
12
,theories of electrolytic conductance ,Debye Huckel theory of strong
electrolytes, concentration cells with & without transference
,standard cells ,standard electrode potential, reference electrode
potential ,reference electrode .Use of EMF measurements & other
techniques for determination of dissociation constancies of acids &
bases ,solubility product ,hydrolysis constant ,hydrogenation
concentration, theory of acid base indicators ,electrometric titrations
6
3.2.6.1 Reactions, mechanisms & industrial applications of PinacolPinacolone
rearrangement
,Michel
reaction,Deckmann
Condensation,Benzil – Benzilic acid rearrangement ,Beckmann,
Darzan reactions ,Fischer – Indole synthesis ,Mecrmin pondroff
reaction & Oppenauer oxidation.
10
University of Mumbai
Class: S.E.
Branch: Chemical Engineering
Semester: III
Subject : Computer Applications
Periods per Week
Lecture
04
(each 60 min)
Practical
03
Tutorial
--
Evaluation System
Module
1
Hours
Marks
Theory
03
100
Practical and Oral
--
25
Oral
--
--
Term Work
--
25
Total
--
150
Contents
Hours
3.4.1.1 Introduction
Software Evolution, Algorithm, Flowchart, Approaches to Modular
Design, Software Development life cycle and object oriented
10
paradigm.
3.4 1.2 Opening and closing of data files (File access options),creating
a data files and accessing data file .
2
Basic concepts in data base management systems (DBMS)
3.4.2.1 Data base system application, File structure versus DBMS,
database Languages, Data base User and administrator , E-R
10
diagrams and Reduction of E-R to the Relational Scheme
3.4.2.2 introduction to visual programming
Case study in Visual Basic: Form Designing by
Active data object(ADO),Open data base connectivity (ODBC),with
Excel and application to the chemical engineering problem
3
Introduction to MATLAB
3.4.3.1 Introduction; Tutorial lessons: A minimum MATLAB Session,
creating and working with arrays of numbers, creating, saving and
executing a function file, working with files and directories, and 14
publishing reports.
Interactive computations :Matrices and vectors, matrix and array
operations, vectorization, command line functions using built- in
functions and on line help, saving and loading data and plotting
simple graphs; Programming in MATLAB, scripts and functions;
applications to chemical engineering.
4
Introduction to Robotics
06
3.4 4.1 Automation, Specification of robot NC and CNC machine
advantages, disadvantages, basic concepts of artificial intelligence,
expert system and its applications to chemical engineering.
5
Numerical Methods
3.4 5.1 Solution of algebraic and transcendental equations , bisection 10
method, method , method of false positions ,iteration method ,
secant method ,Newton rapshon method ,Muller`s method the
quotient difference method and solution of systems nonlinear
method.
6
Interpolation
3.4.6.1 Errors in polynomial interpolation ,finite differences,
detection of errors by use of difference tables, Newton`s formula
practical interpolation , interpolation with unevenly spaced points ,
divided differences and their properties , inverse interpolation ,
interpolation with unevenly spaced points, divided differences and
10
their properties , inverse interpolation and double interpolation .
3.4.6.2 Curve fitting ,cubic splines and approximation
Least squares curve fitting procedures, data fitting with
splines,
approximations of functions.
Term Work:
Term work consists of minimum eight programs & a written test. The distribution of term work shall be
as follows,
Experiments & Journal
: 10 marks
Test (At least one)
: 10 marks
Attendance (Practical)
: 5 marks
University of Mumbai
Class: S.E.
Branch: Chemical Engineering
Semester: III
Subject : Electrical and Electronics Engineering
Periods per Week
Lecture
04
(each 60 min)
Practical
03
Tutorial
--
Evaluation System
Module
1
Hours
Marks
Theory
03
100
Practical and Oral
--
25
Oral
--
25
Term Work
--
25
Total
--
175
Contents
Hours
D.C. machines
3.3.1.1 D.C .Generator, Constructional details, types (shunt, series,
&compound), principle of working, e.m.f. equation characteristics.
3.3 1.2 Motoring action significance of back e.m.f. Torque and
speed equations, torque-armature current and torque-speed
characteristics of different types of motors, speed control, starter,
applications.
12
2
3.2.2..1 Induction motor Rotating
magnetic field, construction and principle of operation, slip, rotor
frequency, torque – slip characteristic, relation between slip and
10
rotor copper loss, speed control, starting methods, motor ratings.
3
3.3.3.1 .Fractional horse power motors
Construction and principle of operation of single phase induction
motor, types of single phase induction motor (resistance split phase,
capacitance split phase) and their applications. Shaded pole induction 08
motor.
4
Synchronous Machines
08
3.3 4.1 Alternator
Constructional features and principle of operation, Synchronous
speed, regulation.
3.3 4.2 Synchronous Motor
Principle of operation, method of starting and applications.
5
3.3 5.1 Switchgear, measuring instruments and utilization of power.
Autotransformer, construction and principle of current and 08
potential transformer, introduction to relays, contactors, isolators
and HRC fuses, principle and working of circuit breakers. Introduction
of induction and dielectric heating
6
3.3.6.1 Electronics
Diode rectifiers, and filter, transistor characteristics and its three
configurations,(C.E.,C.B.,C.C.), transistor as an amplifier, opto
electronic
devices(L.D.R.,photo
transistors
,
photodiode
),S.C.Rs(silicon controlled rectifier) and its application to control
speed of motors, cathode ray oscilloscope. A preliminary level
treatment for induction to digital electronics (number system and 16
basic gates).Basic architecture block diagram of microprocessor 8085.
Theory examinations:
1 .Question paper will comprise of total 7 questions, each of 20 marks.
2. Only 5 questions need to be solved.
3. Q1 will be compulsory and based on entire syllabus
4. Remaining questions will be mixed in nature.
5. In question paper weightage of each module will be proportional to the
number of respective lecture hours as mentioned in the syllabus.
University of Mumbai
Class: S.E.
Branch: Chemical Engineering
Semester: III
Subject : Process Calculations
Periods per Week
Lecture
04
(each 60 min)
Practical
--
Tutorial
02
Evaluation System
Module
1
Hours
Marks
Theory
03
100
Practical and Oral
--
--
Oral
--
25
Term Work
--
25
Total
--
150
Contents
Hours
3.5.1.1 Introduction
3.5.1.2 Units And Dimensions
Various systems of Units, conversion of units from one system to
other.
3.5.1.3 Basic Chemical Calculations
Density, specific volume, specific gravity, concentrations &
composition of mixtures & solutions. Density of gases & vapors using
Ideal Gas law & Van der Walls equation state,Dalton’s law,Amargat’s
law ,concept of VLE ,Raoult’s law,Henry’s law.
2
14
3.5.2.1 Material Balance (For Unit Operations)
General material balance equation ,degree of freedom analysis for
individual units ,solving material balance problems for various unit
operations using steady state equation
10
3
3.5.3.1 Material Balance for unsteady Processes
04
4
3.5.4.1 Material Balance (For processes involving Chemical Reactions)
08
5
3.5.5.1 Recycle ,Bypass & Purge Calculations (For topic 4 & 6 )
3.5.5.2 Psychometry
10
Humidity & saturation Psychrometric chart,basic calculations using
psychometric chart
6
3.5.6.1 Energy Balance
Heat capacity ,sensible heat, latent heat,calculation of enthalpy
changes General energy balance equation Energy balance for
processes involving chemical reaction including adiabatic reactions &
combustion processes.
3.5.6.2 Material & Energy Balance for complete process/flow sheet
14
Formulation of equations & DOF analysis ,use of spreadsheet
software like MS Excel R for calculations
Tutorials
Minimum number of tutorials conducted must be 10. At least one Tutorial must be given on the each
topic
Theory Examination:
1. Question paper will comprise of 7 questions each of 20 marks
2 .Only 5 questions need to be solved
3.Question 1 will be compulsory & it will be based on entire syllabus
4.(One question will based on one modules ) in this way there will be remaining six questions of 20
marks each out of four will have to be solve
Term Work:
Term work consists of minimum eight assignments & a written test. The distribution of term work shall
be as follows,
Assignment & Journal
: 10 marks
Test (At least one)
: 10 marks
Attendance (Practical
University Of Mumbai
Class:-S.E
Branch: Computer Engineering
Subject :-Presentation and communication Techniques(PCT)
Lecture
Periods per week (each 60 min)
practical
Tutorial
Evaluation System
Theory
Practical & Oral
Oral
Term Work
Total
Semester:-III
2
2
Hours
-
Marks
50
50
Module
Contents
Hours
1
Communication in Business organization
Internal and external communication Types of Meetings strategies for
conducting successfully business meetings documentation of meetings
Introduction to modern communication Techniques
(E-mail internet video conferencing ) legal and ethical issue in communication
(Intellectual properties rights patents TRIPS geographical indication)
Advanced Technical writing
Report Writing : Definition and importance of reports qualities of reports
languages and style of report types of reports format(letter Memo Project
report) . methods of compiling data for preparing reports
A Computer Aided presentation of technical Project report based on survey or
reference based topic . the topics are to be assigned to a group of 8-10 students .
the written report should not exceed 20 printed pages
Technical paper writing, writing business proposals
Interpersonal Skill:
Introduction to emotional intelligence, motivation Negotiation and conflict
resolution , Assertiveness tea-building, decision making , time- management
,persuasion
Presentation Skill
Element of effective presentation, structure of presentation, presentation tools,
Audience analysis Language, Articulation good pronunciation voice quality
Modulation Accen and Intonation.
Career Skill
Preparing Resume and Career letters, types of resumes, Interview Techniques,
Preparing for job Interviews, facing an Interviews , observation sessions and role-
05
2
3
4
5
07
03
03
03
6
play techniques to be used to demonstrate interview strategies(mock
interviews)
Group Discussion:
03
Group discussion as a part of selection process, structure of a group discussion
,dynamics of group behavior, techniques for effective participation, team work
and use of body language
Term Work
Part-I (25 Marks):- Assignment;
Two assignments on communication topic
Three assignments on report-writing
Three assignments on interpersonal skills
Two assignments on career skills
At least one class test(Written)
Distribution of term work marks will be as follows
Assignments
:-10 marks
Written test
:-10 marks
Attendance
:-05 marks
Part-II(25 marks): Presentation
Distribution of term work mark will be as follow
Project Report Presentation
:-15 marks
Group Discussion
:-10 marks
The final certification and acceptance of term work ensure the satisfactory performance of laboratory
work and minimum passing in the term work
Text Books:


Lesikar and Pelit “Report writing for Business ” Tata McGraw hill
Raman and sangeeta Sharma, technical communication, Oxford University
press, New Delhi




Wallace and Master, personal delopement for life and work Thomson lerning
Heta Murphy effective Business communication, McGraw Hill.
Huckin& oslsen , technical writing and Professional communication McGraw Hill
Fred Luthans Organizational behavior, McGraw Hill.
Reference Books
Semester-IV Chemical Engineering
No of period per week
Sr. No.
Subjects
LECT
PRAC
TUT
Duration in
hours
Marks Distibution
TH
TW
PR
OR
TOTAL
1.
Applied Mathematics-IV
Click Here
04
--
01
03
100
25
--
--
125
2.
Advanced Chemistry-II
Click Here
04
03
--
03
100
25
25
--
150
3.
Fluid Flow
Click Here
04
03
--
03
100
25
25
--
150
4.
Material Science & Technology
Click Here
04
03
--
03
100
25
25
25
175
5.
Plant Utilities
Click Here
04
--
02
03
100
25
--
25
150
6.
Streangth Of Materials & Fabrication
Technology
Click Here
--
02
--
--
--
25
--
25
50
Total
20
11
03
--
500
150
75
75
800
CLASS : S.E.CHEMICAL
SUBJECT :Applied Mathematics –IV
Periods per week
Lectures
(Each of 60 mint.)
Practical
Tutorial
Evaluation system
Theory Examination
Practical Examination
& oral Examination
Oral Examination
Term Work
Total
SEMESTER –IV
04
---01
Hours
03
----
Marks
100
-----
-----
Detailed Syllabus
4.1.1
Module 1
Fourier Series
4.1.1.1 Defn.of Fourier series ,full range Fourier series for (0,2  )
,(0,2f),(-  ,  )& (-1,1)
4.1.1.2 Half range sine & cosine series ,Parseval’s identity & complex
form of Fourier series
4.1.2
Module 2
Fourier Transform & Matrices
4.1.2.1 Orthogonal & orthonormal function ,Fourier sine & cosline
integral
4.1.2.2 Characteristic values & vectors,their properties for
Hermition & real symmetric matrices,Caley Hamilton theorem
(without proof)
4.1.3
Module 3
Matrices
4.1.3.1 Diagonalization of square matrix,Functions of square matrix
,minimal polynomial,Derogatory & non-derogatory matrix.
4.1.3.2 Quadratic form,Congruent & orthogonal reduction of
quadriatic forms,Rank ,Index,Signature & Class values of quadratic
form
4.1.4
Module 4
Complex integration
4.1.4.1 Line integral of a function of complex variable, Cauchy’s
theorem for analytic function , Cauchy’s integral formula (with
proof) & deductions
4.1.4.2 Singularities & Poles ,Taylor’s & Laurent’s series (without
25
125
Lectures
10
10
10
10
proof)
4.1.5
4.1.6
Module 5
Applications of Complex Integration & Numerical Method
4.1.5.1 Residue Theorem & its Evaluation ,Residue Theorem
application to evaluate real integrals of type
2
  F (COS  ,Sin  )d  and   f -  (X)dx
4.1.5.2 Numerical solution of partial differential equation
,Liebmann’s method for Laplace equation .Derivative
boundary conditions,Explict & imlpict methods for the heat
equation
4.1.5.3 Crank Nicolson Method ,Bender Smidth method.
Module 6
Optimization (NLPP)
4.1.6.1 Objective function & constraint maxima & minima for
one & two constraint,Hessian Matrix ,Lagrange’smultiplier
method (for not more than two constraints ),Kuhn –Trucker
conditions
12
08
Theory Examination
1. Question paper will be comprise of 7 questions each of 20 marks.
2. Only five questions need to be solved
3. Question 1 will be compulsory & it will be based on entire syllabus
4. Remaining questions will be mixed in nature (for example if Q.2 has part (a) from module 3 then
part(b) will from any module other than module 3
5. In question paper weightage of each module will be proportional to number of respective
lecture hours as mentioned in the syllabus.
CLASS : S.E.CHEMICAL
SUBJECT :ADVANCED CHEMISTRY -II
Periods per week
Lectures
(Each of 60 mint.)
Practical
Tutorial
Evaluation system
Theory Examination
Practical Examination
& oral Examination
Oral Examination
Term Work
Total
SEMESTER –IV
04
03
---Hours
03
03
Marks
100
25
-----
Detailed Syllabus
4.2.1
Module 1
Instrumental methods of Analysis
4.2.1.1 Chromatography –paper ,Gas Liquid ,Thinlayer ,HPCL &
applications
4.2.1.2 Optical Methods (instrumentations & applications) UV ,IR,
flame photometry ,NMR-SPECTROSCOPY Moss Bauer spectroscopy
,Electron spin resonance spectroscopy ,(spectral interpretation &
characterization of compounds)
4.2.2
Module 2
Potentiometry ,conductometry,Amythetometry
4.2.2.1 Polarography methods & applications ,Titrations,Acid base
,precipitation & complexometric
4.2.3
Module 3
Ion exchange & solvent extraction techniques
4.2.3.1 Ion exchange resins ,cation & anion exchange & separation of
lanthanides
4.2.3.2 Solvent extraction introduction ,Distribution ratio, calculations
,Batch extraction ,counter current extraction. Numericals based on
solvent extraction
4.2.4
Module 4
Colloidal State
4.2.4.1 Origin of charge on colloidal particals ,concept of double layer
,Helmholtz & system models,analitative idea of elecrtokinetic
phenomenon,electrophoresis, elecro-osmosis,streaming potential &
Dorn effect
4.2.4.2 Colloidal electrolyses, Donnam Membrane equilibrium
,Emulsions O/W and W/O types emulsifying agents surfractants in
detergents pesticide formulations &food industry.
4.2.5
Module 5
25
150
Lectures
12
08
10
10
4.2.6
4.2.5.1 Synthesis & properties of malonic ester & Aceto acetic ester
4.2.5.2 Aromaticity & aromatic character
Introduction ,Discussion of Aromatic character of Benzene
,Furan,Parole ,Thiophene,pyridine,Naphthalene ,Anthracene Huckel
rule of aromaticity.
Module 6
Reactions,mechanism & Industrial applications
4.2.6.1 Knoevanagel’s ,Gatterman,Gatterman Koch,Kolbe’s ,Sommpel
reaction ,Wurtz fitting ,Perkins,Retormatsky,Darzen condensation,&
Hoffmann Elimination
10
10
Term work:
Students are expected to perform at least 09 experiments from the following
One test examination & five assignments are necessary for the complete term work
The distribution of marks for term work shall be as follows:Journal
Test
Attendance (Practical & Theory)
: 10 marks
: 10 marks
:05 marks
The final certification & acceptance of the term work ensures the satisfactory performance of practical
work & minimum passing of the term work.
LIST OF EXPERIMENTS
S.E. CHEMICAL
SUB.:- ADVANCED CHEMISTRY -II
SR.NO.
01
NAME OF EXPERIMENT
a) Organic Spotting
Identification of organic compound at least 5
02
Potentiometric titration
I) Titration of strong acid & strong base potentiometrically
II) Determination of solubility & solubility product of AgCl
pH metry
Determination of dissociation constant of malonic acid & succinic acid
Conductometric titration
03
04
SEM. IV.
05
06
07
08
i) Titration of strong acid with strong base
ii) Titration of weak acid with strong base
iii) Titration of mixture of weak acid & strong acid against strong base
Flame photometry
Determination of sodium present in the given sample.
Spectro photometry
i)Determination of Fe by KSCN method
ii) Determination of [Cu(M3)4] + spectro photometrically
Organic estimation
i) Estimation of glucose Iodometrically
ii) Estimation of Ester by hydrolysis
Volume strength of H2O2
Term work:
Students are expected to perform at least 09 experiments from the following
One test examination & five assignments are necessary for the complete term work
The distribution of marks for term work shall be as follows:Journal
Test
Attendance (Practical & Theory)
: 10 marks
: 10 marks
:05 marks
The final certification & acceptance of the term work ensures the satisfactory performance of practical
work & minimum passing of the term work.
CLASS : S.E.CHEMICAL
SUBJECT :FLUID FLOW
Periods per week
(Each of 60 mint.)
Evaluation system
SEMESTER –IV
Lectures
04
Practical
Tutorial
03
---Hours
03
03
Theory Examination
Practical Examination
& oral Examination
Oral Examination
Term Work
Total
Marks
100
25
-----
Detailed syllabus
4.3.1
Module 1
Introduction
4.3.1.1 Scope & application of fluid flow ,System of units,
conversion of units
4.3.1.2 Introduction internal energy, types of fluid –
incompressible fluid Ideal gas, Non ideal gas. The fluid in
motion .Continuity ,Momentum change in a fluid motion
,Energy of a fluid in motion ,Pressure & fluid head .Constant
flow per unit area, separation ,Pressure –volume relationship –
incompressible & compressible fluid
4.3.2
Module 2
Flow in pipes & Channels
4.3.2.1 The nature of fluid flow- Flow shearing characteristics
of a fluid ,Resistance to flow in pipes ,Calculation of drop in
pressure along a pipe ,Roughness of pipe surface .Types of
flow, Flow with free surface – Laminar flow down an inclined
surface ,flow in open channels .Non Newtonian behavior –
steady state shear dependant behavior ,Time –dependant
behavior ,Viscoelastic behavior ,Characterization of non –
Newtonian fluids, Relation between rheology & structure of
material, flow in pipes & channels of regular geometry
,General equations for pipe line flow, Turbulent flow.
4.3.3
Module 3
Flow of compressible liquids
4.3.3.1 Flow of gas through orifice-Isothermal flow ,Non
isothermal flow .Flow in pipe –Energy balance for flow of ideal
---25
150
Lectures
10
10
10
4.3.4
4.3.5
4.3.6
gas .Isothermal flow of an ideal gas, in a horizontal pipe
,Adiabatic flow of an ideal gas in a horizontal pipe ,Flow of non
ideal gas
Module 4
Flow of Multiphase Mixtures
4.3.4.1 Two-phase gas –liquid flow –Flow regimes & flow
patterns, Hold up, Pressure momentum & energy
relations,Erosion.Newtorian & Non newtorian flow past
immersed bodies ,Friction in flow through beds of solids,
motion of particles through fluids, fluidization.
Module 5
Flow & pressure measurements
4.3.5.1 Fluid pressure – Static pressure ,Pressure measuring
devices ,Impact cell Measurement of fluid flow – the pilot
tube, orifice meter,venfurimeter , pressure recovery in orifice
type meters .Variable area meters –Rota meters, other
methods of measuring flow rates ,Types of Valves
Module 6
Liquid Mixing
4.3.6.1 Types of mixing –Single phase liquid mixing, mixing of
immiscible liquids, Gas-Liquid mixing, Liquid solid mixing, GasLiquid –solid mixing, Solid-solid mixing .Mixing mechanismsLaminar & turbulent mixing. Scale –up of stirred vessels,
Power consumption in stirred vessels- Low & high viscosity
systems. Flow patterns in stirred tanks. Mixing equipment
4.3.6.2 Pumping of Fluids
Introduction ,pumping equipment for liquids- reciprocating
pump, Positive displacement rotary pumps, Centrifugal pump
.Pumping equipment for gases –reciprocating piston
compressors, Rotary blowers & compressors. Centrifugal
blowers & compressors. Power requirement for pumping
through pipelines
10
10
10
University Of Mumbai
Class:-S.E
Branch: Chemical Engineering
Semester:-IV
Subject:- Strength of Materials and Fabrication Technology
Lecture
Periods per week (each 60 min)
practical
Tutorial
Evaluation System
Theory
Practical & Oral
Oral
Term Work
Total
04
02
Hours Marks
03
03
Detailed Syllabus
4.4 1.
100
25
125
Lectures
Module 1
Stress and Strain
4.4 1.1 Types of stresses and strains. Modulus of elasticity,
Modulus of rigidity, Bulk modulus, Passion’s ratio, Relations
between elastic constants, Study of stress-strin curve, Thermal
stresses and strains for simple and composite bars.
13
Shear Force and Bending Moment
4.4 1.2 Basic concept of shear force, bending moment and
axial force, Shear force, bending moment and axial force
diagrams for statically determinate beams (Excluding beams
with internal hinge)
4.4 2
Module 2
Bending Stresses
4.4 2.1 Theory of simple bending,Expression for bending
stress,position of neutral axis,section modulus,moment of
resistance,Problem on bending Stresses in symmetrical and
Unsymmetrical sections
11
Shear Stresses in Beams
4.4 2.2 Distribution of shear stress across plane sections used
commonly for structural purposes.
Direct and Bending Stresses
4.4 2.3 Introduction,load eccentric to one or both the
axes,Resultant stresses at the corners,Condition for no fension
in the section ,practical application –Chimneys involving iateral
loads.
4.4 3
Module 3
Columns and struts
4.4 3.1 Infroduction ,Classiffication of columns Equivalent
length concept ,Euler,s theory for long columns with different
end conditions,(Derivation only for column with both ends
hinged)Rankine’s Hypothesis for columns
08
Thick and Thin Cylinders:
4.4 3.2 Thin and Thick cylinders under internal pressure
Design of composite shell using lame’s theory
4.4 4
Module 4
FABRICATION TECHNOLOGY
4.4 4.1 Cold working & hot working of metals. cold workingshearing & cutting forming &Drawing.Bending of sheets
,rods&pipes .Hot working –Hot spinning &Hot rolling
4.4 4.2 Welding-classfication types Gas welding, glass cutting
electric are welding spot welding TIG/MIG welding Arc
welding,Flaws in welding simple Calculation invoing strength of
welded joints.Riveted Joints,Temporary Joints
4.4 4.3 NDT, Visual methods ,Magnetic partied test.Surface
10
penetrate liquid method,Radiography,Ultrasonic technology
4.4 5
Module 5
06
4.4 5.1 Plastics, Types of plastics, Important properties,
additives used ,molding characteristics etc.
4.4 5.2 Refractories-Types,applications ,fabrication with
refractory materials lining of Vessels/pipes
,PVC,rubber,refractory,FRP glass,lead lining
4.4 6
Module 6
4.4 6.1 Injection molding,Types,molding
equipments,technique,process parameters &their effect on
quality of molding,various defects in molding,causes &
remedies,Blow molding,Types-Extrusion,Injection &stretch
blow molding,process parameters &their effect on quality of
molding. Defects in molding,causes & remedies,Rotational
molding &fabrication with FRP
12
CLASS : S.E.CHEMICAL
SUBJECT :Material Science & Technology
Periods per week
Lectures
(Each of 60 mint.)
Practical
Tutorial
Evaluation system
Theory Examination
Practical Examination
& oral Examination
Oral Examination
Term Work
Total
SEMESTER –IV
03
---02
Hours
03
----
Marks
100
----
-----
Detailed Syllabus
4.5.1
Module 1
Introduction to Materials
4.5.1.1 Scope of materials science & technology &its
importance in chemical course –B.E. Chemical Engg.
Atomic structure & Chemical bonding
4.5.1.2 Structure of the atom ,the quantum states,the
periodic table ,ionization potential ,electron affinity &
electro negativity. Wave nature of electron & Schrodinger
wave equation, Chemical Bonding : Bond energy ,Bond
type &bond length, ionic bonding .Covalent bonding
metallic bonding ,secondary bonding (dispersion bonding
,dipole bonding & hydrogen bonding) Variation in
bonding character & properties
4.5.2
Module 2
Crystal Structure & Determination
4.5.2.1 Geometry Crystals The space lattices (a brief
mention of the Bravais lattices) ,basis ,cubic & hexagonal
crystal structure. Crystal directions and lances.(Miller
indices & planes) Structure determination by X-ray
diffraction .The Bragg law of X-ray deffiaction, the Bragg
spectrometer the powder method & structure
determination 3
Crystal Imperfections
4.5.2.2 Point imperfections, dislocations or line
imperfections, Burgers vector, critical resolvedshear
---25
125
Lectures
10
10
4.5.3
4.5.4
4.5.5
stress ,dislocation theory, surface imperfection & volume
imperfection
Module 3
Structure of solids
4.5.5.1 Ionically –bonded structures, properties solids
,covalently –bonded structures ,properties of covalent
solids ,metallically-bonded structures & their properties
,molecularly –bonded structures & their properties
Deformation of Materials
4.5.3.2 Elastic deformation ,anelastic deformation .Plastic
deformation of a single crystal deformation by slip,
critical resolved stress dislocation theory work hardening
Module 4
Mechanical Properties
4.5.4.1 Fundamental properties : Fatigue –Mechanism of
fatigue ,characteristics of fatigue failure ,factors affecting
fatigue strength ;Creep-types of creep ,creep curve
,design of creep ,factors affecting creep, mechanism of
creep. Fracture -: types of fracture ,cleavage ,brittle
fracture& Griffith crack theory ;factors affecting
,mechanical properties ,Changes in mechanical properties
by heat treatment
Module 5
Electrical & Magnetic properties of Materials:
4.5.5.1 Electrical conductivity ,Band model of conductivity
(brief description) Semiconductors ,Valence band
model(brief description)
Dielectric properties & dielectric materials Ferroelectricity ,Piezoelectricity
Introduction to Magnetism & Magnetic Properties
(Definition & brief explanations ) Magnetization &
Classification of magnetic materials, hysteresis
Introduction to Superconductivity :- ( Definition &
Explanation ) Critical transition temperature Type I & type
II superconductors, Applications
Thermoelectricity :- Thermocouples ,Thermoelectric
electromotive force ,Seebeck effect,Peltier,Thomson
effect,Laws of intermediate matels & temperatures,Uses
of thermocouples as a thermometer ,pyrometer
10
10
10
4.5.6
Module 6
Selection of Materials of Construction for Chemical
process Industries
4.5.6.1 Factors determining choice of materials
a) General factors (topic 6,7,&8 of this syllabus )
b) Corrosion : Definition, units of measurement Eight
forms of corrosion (sub types, mechanisms & examples)
prevention of corrosion
4.5.6.2Engineering Materials
a) Metals & alloys & their applications (ferrous &
nonferrous)
b) Non metallic materials :Polymetric materials &
applications ,Ceramics (Clays,Refractories & Glasses
),others (eg.Graphite
10
Theory Examination
1. Question paper will be comprised of 7 questions each of 20 marks.
2. Only five questions need to be solved
3. Question 1 will be compulsory & it will be based on entire syllabus
4. (One question will be based on one module )in this way there will be remaining six questions of
20 marks each out of Four will have to solve.
TERM WORK
Term work should consists of at least one assignment (detailed note on a topic or numerical
problems where applicable) on each of topics through above .In addition at least two chemical
process industries as case studies for materials of construction in various equipments
The distribution of marks for term work shall be as follows:Journal
Test
Attendance (Practical & Theory)
: 10 marks
: 10 marks
:05 marks
The final certification & acceptance of the term work ensures the satisfactory performance of practical
work & minimum passing of the term work.
University Of Mumbai
Class:-S.E
Branch: Chemical Engineering
Semester:-IV
Subject:- Plant utilities
Periods per week (each 60 min)
Evaluation System
Lecture
practical
Tutorial
Theory
Practical & Oral
Oral
Term Work
Total
04
00
01
Hours Marks
03
03
100
25
125
Details Syllabus
Lectures
4.6.1
10
Module 1
Introduction
4.6.1.1 Identification of comman plant utility Importance of utility in Industry
Water
4.6.1.2 Row water storage and treatment, Treatment of water ,salt water
and DM water cooling water system
Fire water system
4.6.2
Module 2
10
4.6.2.1 Properties of stream
Stream generation of boiler
Types of boiler and there operations
Steam generation by utility process waste using thermic fluid
Thermic flude,regenerator and reevaporators
Distribution of stream in plant, efficient
4.6.3
Module 3
10
Air 4.6.3.1 Compressed air from blower and compressor air drying system for
instrument air and plant air
Humidification and de-Humidification of air
4.6.4
Modul 4
Refrigeration
4.6.4.1 Principal of refrigeration
Refrigeration system like compression refrigeration absorption , and chiles
water sytem.
4.6.5
4.6.6
Types of refrigerants
Module 5
Vacuum system
4.6.5.1 Selection of vacuum system
Operation of various process equipment under
vacuum distillation ,reactor ,evaporators
Module 6
Flaring & venting
4.6.6.1 Introduction
Type of vent flares
10
10
THEORY EXAMINATIONS
1. Question paper will be comprised of 7 questions each of 20 marks.
2. Only five questions need to be solved
3. Question 1 will be compulsory & it will be based on entire syllabus
4. (One question will be based on one module )in this way there will be remaining six questions of
20 marks each out of Four will have to solve.
TERM WORK
 A minimum of 10 assignment should be given at regular interval
 The performance of the students should be evaluated based on each assignment giving
suitable weightage to punctuality & contents
 Point 1 & 2 above should account for 15 marks (out of 25 marks) marks for term work.

Suggested list of topics from where the assignment & practical are to be taken up are
as follow
1. Performance study of cooling tower
2. Heat balance in boiler/thermic fluid system
3. Performance study of chilled water system
4. Performance of humidification &De-humidification system
5. Performance of ion exchange for soft water & DM water generation
6. Study of following
 Steam trap
 Emergency vents & safty valves
 Utility line diagram
7. Study of compressors
8. Study of vacuum system