Scheme of Teaching. L P Total

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1 Teaching Scheme Course M.E (Textile Chemical Processing) Programme Part: I Code No Subject Fiber Science Man-made Fiber - - Optional Option-I (Advances in Physical chemistry of colouration, Quality control in Textile Processing) Option-II (Development in Textile Auxiliary Chemical, Chemical Modification of Polymers and Fibres) Scheme of Teaching L P Total Duration (Hrs) Scheme of Examination Paper Pr. / T.W Total Total

2 Programme Part: II Code No. 2.1 Subject Advanced Textile Chemistry Optional Scheme of Teaching L P Total Duration (Hrs) Scheme of Examination Paper Pr. / T.W Total Option-III (Numerical & Statistical Method & Introduction to Computer,) Energy & water conservation in processing Industry) Option-IV (Advances in Textile Processing M/c., Environmental Problems in Processing, Organization & Management in Textile Industry) Seminar Total Programme Part: III - IV Code No. Subject Scheme of Teaching L P Total Duration (Hrs) Scheme of Examination Paper Pr. / T.W Total Dissertation

3 101. Fibre Science:- DEPARTMENT OF TEXTILE CHEMISTRY FACULTY OF TECHNOLOGY & ENGINEERING THE MAHARAJA SAYAJIRAO UNIVERSITY OF BARODA SYLLABUS & BREAK UP OF LECTURES FOR M. E. (Textile Chemical Processing) THEORY Recent development in Chemistry of Textile Fibres, morphology and fine structure in fibres, new techniques in study of fibre structure, important physical properties of fibres, effects of swelling agents, solvents for fibres and study of polymer solutions, effects of heat light and other radiations and of typical chemicals on Fibres. 1 Morphological, chemical & fine structure of fibres 04 2 Molecular weight, its significance & determination of fibres 04 3 Crystalline & orientation of fibres & their determination 04 4 Various techniques to study fibre structure like physical 05 methods, chemical methods, SEM, IR, X-ray, Optical methods etc. 5 Physical & chemical properties of fibres, their 05 Significances, comparison etc 6 Effects of light, heat and other radiations on fibres 04 7 Polymer solution (properties, preparation etc.) 04 8 Fiber swelling (different agents, determination, types etc.) 05 9 Recent developed fibres, techniques of fiber production etc. 05

4 102. Man Made Fibres:- Mechanism of polymerization reactions, techniques of polymerization, condensation and addition polymerization reactions, manufacture of regenerated and modified cellulosic fibres, manufacture of polyester, polyamide Polyacrylonitrile, polyolefin and halogenated fibers, carbon fibres, glass fibres metallic fibres, fibres for industrial use, profile and bicomponent fibres, twisting and texturising of filaments, textiles in defense service Geotextiles. 1 Polymerization : Techniques, Types, Mechanism etc Manufacturing process of regenerated, synthetic and industrial 16 Fibres: Flow chart, steps, process conditions etc. and recent developmen developments 3 Twisting & Texturization of textile filaments 04 5 Geo-textiles, medical textiles etc Recent developments in fiber polymerization methods 04

5 103. Advanced Textile Chemistry:- New techniques of application of chemical viz. transfer pad, minimum application, foam etc. Recent developments in various steps of processing such as sizing, singeing, desizing, bleaching, dyeing, Printing and finishing, Energy and water consumption, Saving and recovery. 1 Recent developments in pretreatment processes Recent developments in dyeing processes Recent developments in printing processes Recent developments in finishing processes Unconventional techniques of textile processing such as plasma, ultra 08 sound etc. 6 Energy management in textile processing 02 7 Water management in textile processing 04 8 Application of bio-technology in wet processing 04

6 OPTIONAL SUBJECTS:- 1. Advances in Physical Chemistry of Coloration:- Recent development in the mechanism of dyeing of different fibres by various class of dyes, quantitative treatment for kinetics as well as equilibrium dyeing, state of dye in solutions and in fibre and dye -fibre interactions, physicochemical aspects Of printing including transfer printing, Computer application in colour matching. 1 Mechanism of various dyeing systems such as disperse dye on polyester, 09 cationic dye on acrylic & CDPET, etc. 2 Kinetics and thermodynamics of dyeing systems of various fibres 09 with various dye class 3 Dye fiber interacting (various bonds) 03 4 Physico-mechanical aspects of printing of textile fibres 09 5 Transfer printing of various fibres with various dye class 06 6 Computer colour matching in textile wet processing 04

7 2. Quality Control in Textile Processing:- Methods for quality control at various stages in processing, raw materials, optimization of processing parameters, analysis of chemicals used as well as processed materials, new sophisticated techniques for quality control. 1 Introduction of process control & quality control of textile wet 04 Processing 2 Process control in various wet processing stages (pretreatment, 10 dyeing, printing and finishing) 3 Quality control in various wet processing stages (incoming 10 materials, pretreatment, dyeing, printing and finishing) 4 Recent developments in process control & quality control tools 06 5 Testing methods for various process & quality control parameters 10

8 3. Development in Textile Auxiliary Chemicals:- Chemistry of new types of auxiliary for processing relation between structure and properties, methods of manufacturing method for evaluation of auxiliaries as well as for their effectiveness or activity. 1 Introduction & conventional used textile auxiliaries 08 2 Chemistry, properties & structure of various textile auxiliaries 12 3 Methods of preparation various textile auxiliaries 06 4 Recent developments in textile auxiliaries for various processes 06 5 Evaluation of textile auxiliaries 08

9 4. Chemical Modification of Polymer And Fibres:- Introduction of new functional groups in fibres, surface and overall chemical modification of fibres, grafting of different polymer on fibres and properties of grafted copolymer, cross linking of fibres forming polymers and fibres. Reaction of various chemicals or reactions which alter structure or properties of fibres. 1 Introduction to chemical structure of fibres 04 2 Introduction of functional groups in fibers & their properties 06 3 Chemical & physical modification of fibres 10 4 Grafting of polymers & their properties 06 5 Cross linking of polymers & their properties 06 6 Chemical and radiation reaction mechanisms of fiber polymers 08

10 5. Numerical and Statical Methods and Introduction to Computer:- As In M. Text Syllabus of Textile Engineering Department.

11 6. Energy and Water Conservation in Processing Industry:- Average data on consumption of water and energy at various stages of processing, various techniques of energy and water conservation, new modified processes or machinery for water energy conservation at various stages of processing. 1 Water consumptions at various processes of textiles 04 2 Energy consumptions at various processes of textiles 04 3 Techniques to conserve water in textile wet processing 08 4 Techniques to conserve energy in textile wet processing 08 5 Developments in machines for conservation of water & energy 10 in textile wet processing 6 Modifications in processes for conservation of water & energy 06 in textile wet processing

12 7. Advance in Textile Processing Machinery:- Developments in machinery for Pretreatment, Dyeing, Printing, Finishing, Automation and Computer as well as Microprocessor application in mrocessing, Equipment for heat recovery. 1 Conventional machines for textile wet processing 04 2 Development in machineries for pretreatment of textile fibres 07 3 Development in machineries for dyeing of textile fibres 07 4 Development in machineries for printing of textile fibres 07 5 Development in machineries for finishing of textile fibres 07 6 Automation and Computer As Well As Microprocessor Application in 04 Processing 7 Equipment For Heat Recovery 04

13 8. Environment Problems in Processing:- Common pollution in processing industry, effect of these pollutant in ecology, standards for fresh water as well as water, methods of disposal of waste water, characteristics of waste water, BOD, COD, suspended solids, dissolved solids etc. common methods of waste water treatment, special methods for textile chemicals, air pollution problem special to textile processing, noise pollution-levels and reduction techniques. 1 Common pollution in processing industry 02 2 Effect of these pollutant in ecology 04 3 Standards for fresh water as well as water 02 4 Methods of disposal of waste water 08 5 Characteristics of waste water, BOD, COD, suspended solids, dissolved 08 solids etc 6 Common methods of waste water treatment 08 7 Special methods for textile chemicals, air pollution problem special to 06 textile processing 8. Noise pollution-levels and reduction techniques. 02

14 9. Organization and Management in Textile Industry:- Various types of industrial organization, personnel management and training, management of raw material, linear programming, inventory control, financial management, principals of textile costing, calculation of cost per unit of production, machinery efficiency and production planning. ***********************