Chemical Engineering detailed syllabus for Wood & Paper Technology (Wood & Paper) for 2015 revision curriculum has been taken from the SITTTRs official website and presented for the Wood & Paper students. For course code, course name, number of credits for a course and other scheme related information, do visit full semester subjects post given below.
For Wood & Paper Technology 4th Sem scheme and its subjects, do visit Wood & Paper 4th Sem 2015 revision scheme. The detailed syllabus of chemical engineering is as follows.
Course Outcomes:
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SPECIFIC OUTCOME
Module I
- Understand distillation operation
- State unit operations and unit processes.
- Explain the various chemical unit operations and unit process
- State volatility, relative volatility, mole fraction, distillation, Roult’s law Hentry’s law
- Define Distillation
- List the types of distillation
- Distinguish between simple and steam distillation and derive the quation State the Rayleigh’s equation
- Solve simple problems using reyleigh’s equation
- Illustrate extractive distillation and their application
- Comprehend extraction absorption and stripping operation
- Define extraction and state the application of extraction operation
- Illustrate the bollman extractor and working.
- Explain the absorption and stripping .
- Describe the absorption towers and tower packing .
- Explain Bubble cap, perforated and sieve tray columns .
- Define loading point flooding point channeling over all plate efficiency point efficiency
Module II
- Understand humidification operation
- List absorption and humidification operations
- Define various terms involved in describing humidification operation
- State adiabatic saturation temperature
- Explain the wet bulb temperature dry bulb temperature and explain wet bulb theory
- Read the psychrometric chart
- Describe the factors influencing wet bulb temperature
- Understand heat transfer operations
- Define Heat Transfer and Interpret various modes of heat transfer and their application
- Define the conduction
- Distinguish between the steady state and unsteady state heat flow
- State the Fourier law of heat transfer by conduction
- Define the thermal conductivity and state its unit and the factors affecting thermal conductivity
- Explain convection, natural convection and forced convection
- Compare the co – current and counter current methods in heat transfer process
- Explain Infer the film concept of heat transfer temperature gradient in forced conversion
- State the importance of re. Pr. Numbers
- Explain nucleate boiling and film boiling
- Understand radiation and heat transfer equipments
- Explain the concept of radiation
- Define absorptivity, reflectivity and emissivity.
- Illustrate and Explain Heat Transfer Equipments
- Describe with a neat sketch the parts of shell and tube heat exchanger (shell & tube, baffles)
Module III
- Understand mechanical operations
- Classify the filtration equipment
- Illustrate the diagram and explain the working of sand filter, plate and frame filter and rotary continuous filter
- List the examples of filter aid and State it’s function
- Describe centrifugal filtration with a neat sketch
- List the application of various filters
- Compare the constant pressure and constant rate filtration
- Explain the working of continuous centrifuge top driven, bottom driven centrifuges
- Describe the application of centrifuges
- Understand mixing and size reduction
- Illustrate the mixing equipment for liquid and liquid mixer
- Illustrate the mixing equipment for viscous mass and stiff mass and give their working operation
- Give the criteria for the selection mixers
- Classify the size reduction equipment
- State kicks law and Rittinger’s law
- Draw the line diagram and explain the working of jaw crusher, gyratory crusher hammer mill, ball mill
- Distinguish between crushing and grinding
- Define crushing efficiency
- Draw the circuit diagram for closed circuit grinding
Module IV
- Understand Fluid Mechanics
- Define normality, molarity, molality weight percentage, mole percentage, and mole fraction
- Explain flow of fluids- Study of various pipes and fittings, valves
- Describe the classification of pipes
- List the various types of pipe fittings
- State the operations of various gasketing and packing materials
- Explain the classification of valves
- Describe the application and working globe, gate, butterfly valve check valves and safety valves
- Classify the check valves and explain each one of them
- Comprehend particle mechanics
- State law of conservation of mass
- State law of conservation of energy
- State the material balance equation for solvent extraction
- Define the density, specific gravity – conversion of specific gravity scales
- Solve the problems based on above principles
- Explain energy balance Describe Law of conservation of energy
- Define the term internal energy, enthalpy
- Derive heat balance equation for simple process
MODULE -I
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MODULE -II
Absorption Gas and liquid velocities – define the loading point, flooding point, channeling, point efficiency overall plate efficiency and pressure drop packing towers describe various types of absorption towers types of packing materials and their qualities – packing supports, methods of packing – liquid distributors – factors controlling rate of absorption
- Humidification Define and mathematical expression of molal humidity, absolute humidity, relative humidity, relative humidity, percentage humidity, humidity heat, humid volume, enthalpy , dry bulb temperature wet bulb temperature -psychrometry chart and its application – calculate humidity with and without psychrometry chart – wet bulb theory – application and factors influencing wet bulb termperature
MODULE -III
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Module IV
FLUID PARTICLE MECHANICS Define Normality, molarity, weight percentage, mole percentage, weight fraction, mole fraction.
- Flow of Fluids Pipes – piping stenders – classification of pipes fittings – pipe joints – gaskets and packing materials Valves: – classification of vlaves -plug (cocks) globe, gate (raising stem and non raising stem) check valves (swing, lift and ball check valves) safety valve – automatic control valve – application and working of above valves.
- Material balance Law of conservation of mass – materials balance of equation for process with and without chemical reactions like solvent extraction mixed acid evaporation and distillation
- Energy balance Law of conservation of energy – Heat balance equation for simple process, heat exchangers, evaporators and distillation towers
Reference Books:
For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
It is a lightweight, easy to use, no images, and no pdfs platform to make students’s lives easier..
For detailed syllabus of all other subjects of Wood & Paper Technology, 2015 revision curriculum do visit Wood & Paper 4th Sem subject syllabuses for 2015 revision.
To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.