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| Serial No. | Course No. | Title |
| M.Sc. Previous (Theory Syllabus) | ||
1. |
401 | Industrial Stoichiometry and Unit Operations |
2. |
402 | Reaction Engineering and Membrane Technology |
| 3. | 403 | Industrial Process Chemistry |
| 4. | 404 | Industrial Management and Utility Engineering |
| M.Sc. Previous (Practicals Syllabus) | ||
| 5. | 405 | Chemical Engineering Practicals |
| 6. | 406 | Industrial Analysis |
| M.Sc. Final (Theory Sylllabus) | ||
| 7. | 501 | Material Science and Process Control |
| 8. | 502 | Polymer Technology |
| 9. | 503 | Advanced Organic Chemistry & Instrumental Analysis |
| 10. | 504 | Chemical Technology |
| M.Sc. Final (Practicals Syllabus) | ||
| 11. | 505 | Synthesis Planning (Practicals) |
| 12. | 506 | Project and Seminar |
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| Kinetics of Homogeneous reactions |
Single and Multiple Reactions,
Elementary and Non-elementary reactions, Molecularity and order
of reactions, Kinetic models for non-elementary reactions, Temperature
dependency and reaction rate prediction from Arrhenius, transition
and collision theories.Integral and Differential analysis for constant
volume and variable volume reactors-irreversible & reversible. Design of Ideal batch, CSTR and plug flow reactors, determination of the best system for a given conversion, Study of recycle reactors and optimum recycle ratio. Studies on heat effects in reactors, residence time distribution- determination of exit age curve. |
| Kinetics of Heterogeneous reactions |
Global rate of reaction,
Effect of transport processes on selectivity in series and parallel
reactions, Rate equations for surface reactions, Rate of reaction
in Fixed and Fluidized bed reactors, Three phase reactors –
Slurry and Trickle bed reactors. micro reactors, bio reactors. Determination
of surface area , porosity, density and particle size of catalyst
. |
| Membrane Technology |
Classification of membranes
and membrane processes, Basic operating principles and applications
of various membrane processes – Micro filtration,Ultra filtration,
Nano Filtration, Reverse Osmosis Dialysis, Membrane Distillation
, pervaporation, gas permeation, liquid membranes. |
M.Sc
Final |
Property Spectrum of
materials, Bravice Lattices, Atomic packing factor, planes and directions
in crystals, solid solutions, cooling curves and phase diagrams.
Study of mechanical properties - resilience, toughness, creep, fatigue,
hardness, effect of microstructure on properties. Kinetics of nucleation,
growth, sintering and precipitation reactions. Properties and applications
of Iron carbon alloys and high temperature alloys, failure of materials
at high temperatures, properties and applications of composites
with special emphasis on its use as material of construction in
chemical industries, structures and packaging material. Heat treatment
of materials, Non- destructive testing of materials, XRD and scanning
electron microscope for analysis of selected metallic, ceramic and
composite materials. Introduction to Laplace transform, transfer
function. Process dynamics and responses of open loop and closed
loop systems, linearisation, Transportation lag, Control system,
Development of block diagrams, stability of control systems, tuning
of controller for closed and open loop systems, Transient response
of control systems, Advanced Control Strategies- Cascade, Feed forward,
Internal Model and Ratio Control, Control of distillation column
and heat exchangers. Control Valves- Sizing, Sensitivity, Rangeability
of Linear and Non- linear valves. Microprocessor based controllers
and Distributed Control. |
Manufacturing process,
properties and applications of important polymers such as polyolefins,
vinyls, acrylics, polyamides, polyesters, polyurethanes and poly
carbonates. Manufacture, curing and applications of synthetic resins
like alkyds, phenolics, amino and epoxy. Inorganic polymers and
speciality polymers - Introduction to elastomeric, fibre forming
and plastic materials, polymer additives, polymer rheology, fundamental
principles and applications of major polymer processing techniques.
Study of polymer degradation and stabilization Bio organic chemistry:
- elementary structure and function of biopolymers. Bio Inorganic
chemistry- metal chelates in biological systems- metal sequestration
and its industrial application. |
|
Chemical Industries in
Gujarat- An Overview Study of following group of Industries with respect to their classification, raw materials, manufacturing process of at least one product with special emphasis on chemistry and engineering principles, structural features and product analysis: 1. Drugs and Pharmaceuticals |
Experiments based on
synthesis of organic compounds with special emphasis on unit processes
involved, selected name reactions, heterocyclic synthesis and polymers. |
A project report based
on literature survey and laboratory work conducted on topics related
to chemical engineering and/or chemistry is to be submitted and
presented as a seminar by each student. |
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