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B. E. Chemical Engineering


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B.E. Chemical Engineering

Syllabus: Fourth Year, Pattern D

Table of Contents


B.E. Chemical Engineering 1

B.E. Chemical Engineering 1

Syllabus: Fourth Year, Pattern D 1

Syllabus: Fourth Year, Pattern D 1

Table of Contents 1

Table of Contents 1

Semester I 10

Semester I 10

CH1014: Chemical Reaction Engineering II 10

Prerequisites: 10

Objectives: 10

Unit 1 : Non-Ideal flow ( 7 Hrs ) 10

Unit 2 : Heterogeneous processes ( 7 Hrs ) 10

Unit 3 : Fluid particle reactions ( 7 Hrs ) 10

Unit 4 : Fluid - fluid reaction ( 7 Hrs ) 10

Unit 5 : Fluid - solid catalyzed reactions ( 7 Hrs ) 10

Unit 6 : Recent Trends in chemical Reaction Engineering ( 7 Hrs ) 11

Outcomes: 11

Textbooks: 11

References: 11

CH1024: Chemical Process Synthesis and Product Design 12

Prerequisites: 12

Objectives: 12

Unit 1 : Introduction Of Chemical Process and Product Design ( 7 Hrs ) 12

Unit 2 : Choice Of Reactor (7Hrs) 12

Unit 3 : Choice Of Separator ( 7 Hrs ) 12

Unit 4 : Distillation Sequencing ( 7 Hrs ) 12

Unit 5 : Heat Exchanger Network And Utilities: (7 Hrs ) 12

Unit 6 : Safety And Health Considerations: (7 Hrs ) 12

Outcomes: 13

Textbooks: 13

References: 13

CH1034: Process Dynamics and Control 14

Prerequisites: 14

Objectives: 14

Unit 1 : Process Dynamics ( 7 Hrs ) 14

Unit 2 : Single loop feedback control (7Hrs) 14

Unit 3 : Design of feedback control systems - I ( 7 Hrs ) 14

Unit 4 : Design of feedback control systems – II ( 7 Hrs ) 14

Unit 5 : Advanced process control I ( 7 Hrs ) 14

Unit 6 : Advanced process control II ( 7 Hrs ) 14

Outcomes: 14

Text Books: 14

References: 15

CH1104: Process Equipment Design II 16

Prerequisites: 16

Objectives: 16

Contents: 16

Unit 1: Agitators and Reaction vessels ( 7 Hrs ) 16

Unit 2: Dryers (7 Hrs) 16

Unit 3: Design of Plate Column (7 Hrs) 16

Unit 4: Design of Packed Column (7 Hrs) 16

Unit 5: Auxiliary process vessels (7 Hrs) 16

Unit 6: Piping Design (7 Hrs) 16

Outcomes: 16

Textbooks: 17

CH6034: Process Dynamics and Control 18

Prerequisites: 18

Objectives: 18

List of Practicals: 18

Outcomes: 18

Textbooks: 18

References: 18

CH6104: Process Equipment Design II 19

Prerequisites: 19

Objectives: 19

List of Practicals: 19

Outcomes: 19

Textbooks: 19

References: 19

CH6504: Computer Aided Chemical Engineering II 20

Prerequisites: 20

Objectives: 20

List of Practicals 20

Outcomes: 20

Comments: 20

Textbooks: 20

References: 21

CH6804: Project I 22

Prerequisites: 22

Objectives: 22

Contents: 22

Format of report for the project work: 22

Outcomes: 23

Semester II 24

Semester II 24

CH2014: Process Modeling and Simulation 25

Prerequisites: 25

Objectives: 25

Unit 1: Introduction to Modeling and Fundamental Laws (08 Hrs) 25

Unit 2: Heat Transfer and Other Equipments (08 Hrs) 25

Unit 3: Mass Transfer Equipments (08 Hrs) 25

Unit 4: Reaction Equipments (08 Hrs) 25

Unit 5: (08 Hrs) 25

Unit 6: (08 Hrs) 25

Outcomes: 25

Text Books: 26

References: 26

CH2024: Chemical Plant Engineering 27

Prerequisites: 27

Objectives: 27

Unit 1: Chemical Engineering Plant Design (7 Hrs) 27

Unit 2 : Feasibility Study, Pilot plant and Engineering Flow Diagrams (7 Hrs) 27

Unit 3 : Process utilities (7 Hrs) 27

Unit 4 : Piping Design & Layout: (7 Hrs) 27

Unit 5 : Transportation equipments (7 Hrs) 27

Unit 6 : Project Management & Statutory regulations (7 Hrs) 27

Outcomes: 28

Textbooks 28

References: 28

CH2104: Project Costing and Appraisal 29

Prerequisites : 29

Objectives: 29

Contents: 29

Unit 1: Introduction (7 Hrs) 29

Unit 2: Cost & Asset Accounting, Cost Estimation (7 Hrs) 29

Unit 3: Project Cost (7 Hrs) 29

Unit 4: Project Financing, Interest, Investment Costs, Taxes and Insurance (7 Hrs) 29

Unit 5: Depreciation (7 Hrs) 30

Unit 6: Profitability Analysis & Project evaluation (7 Hrs) 30

Outcomes: 30

Textbooks: 30

References: 30

CH7014: Process Modeling and Simulation 31

Prerequisites: 31

Objectives: 31

List of Practicals 31

Outcomes: 31

Textbooks: 31

Reference Books 31

CH7804: Project II 32

Prerequisites: 32

Objectives: 32

Contents: 32

Format of report for the project work: 32

Outcomes: 33

Electives I and II 34

Electives I and II 34

CH3494: Advanced Materials 34

Prerequisites: 34

Objectives: 34

Contents: 34

Unit I: Advanced Metallic Systems ( 7 Hrs ) 34

Unit II: Advanced Polymeric and Ceramic Materials ( 7 Hrs ) 34

Unit III: Composites and Optical, Magnetic, Superconducting Materials ( 7 Hrs ) 34

Unit IV: Electrical properties of materials ( 7 Hrs ) 34

Unit V: Nanotechnology I ( 7 Hrs ) 34

Unit VI: Nanotechnology II ( 7 Hrs ) 34

Outcomes: 34

Textbooks: 35

References: 35

CH3504: Bioprocess Engineering 36

Prerequisites: 36

Objectives: 36

Contents: 36

Unit 1 : Biotechnology in the developing world ( 6 Hrs ) 36

Unit 2 : Introduction to biomass and bio-chemicals ( 7 Hrs ) 36

Unit 3 : How cells work ( 6 Hrs ) 36

Unit 4 : Major metabolic pathways ( 6 Hrs ) 36

Unit 5 : Kinetics of enzyme catalyzed reactions ( 10 Hrs ) 36

Unit 6 : Applied enzyme catalysis ( 7 Hrs ) 36

Outcomes: 36

Textbooks: 37

References: 37

CH3054: Catalysis 38

Prerequisites: 38

Objectives: 38

Contents: 38

Unit 1 : Introduction to Catalysis ( 7 Hrs ) 38

Unit 2 : Heterogeneous Catalysis ( 7 Hrs ) 38

Unit 3 : Mechanism ( 7Hrs ) 38

Unit 4 : Catalyst Preparation ( 7 Hrs ) 38

Unit 5 : Zeolites ( 7 Hrs ) 38

Unit 6 : Biocatalysts ( 7 Hrs ) 38

Outcomes: 38

Textbooks: 38

References: 39

CH3064: Computational Fluid Dynamics 40

Prerequisites: 40

Objectives: 40

Unit 1 : Fluid Dynamics and Conjugate Heat Transfer (CHT) ( 8 Hrs ) 40

Unit 2 : Structured and Unstructured Grid Generation ( 10 Hrs ) 40

Unit 3 : Introduction to CFD ( 6 Hrs ) 40

Unit 4 : Numerical Methods in CFD ( 6 Hrs ) 40

Unit 5 : Introduction to Turbulence Modeling ( 8 Hrs ) 40

Unit 6 : Introduction to Multiphase Modeling ( 8 Hrs ) 41

Outcomes: 41

Textbooks 41

References 41

CH3074: Environmental Engineering 42

Prerequisites: 42

Objectives: 42

Unit 1 : Introduction ( 07 Hrs ) 42

Unit 2 : Air Pollution- Sources, Effects and Measurement ( 07 Hrs ) 42

Unit 3 : Air Pollution Control Methods and Equipment ( 07 Hrs ) 42

Unit 4 : Water Pollution ( 07 Hrs ) 42

Unit 5 : Wastewater Treatment ( 07Hrs ) 42

Unit 6 : Tertiary Water Treatment and Solid Waste Management ( 07Hrs ) 42

Outcomes: 43

Text Books 43

References: 43

CH3084: Food Technology 44

Prerequisites: 44

Objectives: 44

Contents: 44

Unit 1 : Introduction and Basic Principles ( 6 Hrs ) 44

Unit 2 : Post Harvesting operations and storage ( 6 Hrs ) 44

Unit 3 : Pasteurization and Sterilization ( 7 Hrs ) 44

Unit 4 : Processing of fruits ( 8 Hrs ) 44

Unit 5 : Size Reduction and High Temperature Processing ( 8 Hrs ) 44

Unit 6 : Post Processing Operations ( 7 Hrs ) 44

Outcomes: 44

Textbooks: 44

References: 45

CH3094: Green Chemistry 46

Prerequisites: 46

Objectives: 46

Unit 1 : Green Chemistry : An Overview ( 7 Hrs ) 46

Unit 2 : Atmosphere ( 7 Hrs ) 46

Unit 3 : Ecological Threats & Green Chemistry (7 Hrs ) 46

Unit 4 : Green Synthetic Methods & Catalysis ( 7 Hrs ) 46

Unit 5 : Green Chemistry & Nonconventional Fuels ( 7 Hrs ) 46

Unit 6 : Green Chemistry & Sustainable development ( 7 Hrs ) 46

Outcomes: 47

Text Books 47

Reference Books 47

CH3114: Nanotechnology 48

Prerequisites: 48

Objectives: 48

Unit 1 : Introduction (7 Hrs ) 48

Unit 2 : Quantum Mechanics : (7 Hrs ) 48

Unit 3 Solid State Physics and Nanodevices: ( 7 Hrs ) 48

Unit 4 : Nanomaterials: Fabrication , MEMS and NEMS nanotubes synthesis ( 7 Hrs ) 48

Unit 5 : Nanomaterials: ( 7 Hrs ) 48

Unit 6 : Electronic Nanodevices ( 7 Hrs ) 48

Outcomes: 48

Textbooks : 49

References : 49

CH3124: Nonconventional Energy Sources 50

Prerequisites: 50

Objectives: 50

Unit 1: Introduction (07 Hrs) 50

Unit 2: Solar Energy (07 Hrs) 50

Unit 3: Bio-Fuels (07 Hrs) 50

Unit 4: Wind Power and Tidal Power (07 Hrs) 50

Unit 5: Geothermal Energy (07 Hrs) 50

Unit 6: Energy Storage and Distribution (07 Hrs) 50

Outcomes: At the end of the course 50

Text Books: 51

Reference Books: 51

CH3134: Petroleum Refining 52

Prerequisites: 52

Objectives: 52

Contents: 52

Unit 1 : Petroleum and Products ( 7 Hrs ) 52

Unit 2 : Pre-refining Operations ( 7 Hrs ) 52

Unit 3 : Reforming and Cracking Units ( 7 Hrs ) 52

Unit 4 : Product Refining ( 7 Hrs ) 52

Unit 5 : Post Production Operations ( 7 Hrs ) 52

Unit 6 : Recent Trends ( 7 Hrs ) 52

Outcomes: 52

Textbooks: 52

References: 52

CH3144: Piping Engineering 53

Prerequisites: 53

Objectives: 53

Unit 1: Introduction, codes, fittings, supports, pipe racks (7 Hrs) 53

Unit 2: Valves, ASME codes, Stress analysis (7 Hrs) 53

Unit 3: Welding, Fitness, Degradation etc; Pumps, Compressors (7 Hrs) 53

Unit 4: Drawing basics, Statutory regulations, Layout (7 Hrs) 53

Unit 5: Piping isometrics, Subsea piping, Plastic piping (7 Hrs) 53

Unit 6: Softwares for Piping engineering (7 Hrs) 53

Outcomes: 53

Text Books 54

Reference Books 54

CH3154: Polymer Technology 56

Prerequisites: 56

Objectives: 56

Unit 1 : Introduction to polymers ( 7 Hrs ) 56

Unit 2 : Polymerization Processes and Techniques (7 Hrs ) 56

Unit 3 Molecular Weightt and Determination ( 7 Hrs ) 56

Unit 4 : Kinetics and Mechanism of Polymers Synthesis ( 7 Hrs ) 56

Unit 5 :Polymerization reactors ( 7 Hrs ) 56

Unit 6 : Polymers and commercial synthesis procedures ( 7 Hrs ) 56

Outcomes: 56

Text books: 57

References: 57




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