1. Identification of laminar and turbulent flows (Reynolds apparatus)
2. Measurement of point velocities (Pitot tube)
3. Verification of Bernoulli’s equation
4. Calibration of Rotameter
5. Variation of Orifice Coefficient with Reynolds Number
6. Determination of Venturi Coefficient
7. Friction losses in fluid flow in pipes
8. Pressure drop in a packed bed for different fluid velocities.
9. Pressure drop and void fraction in a fluidized bed
10. To Study the coefficient of contraction for a given open orifice
11. To Study the coefficient of discharge in a V - notch
12. To Study of the characteristics of a centrifugal pump.

1. Sampling-I
2. Sampling-II
3. Optimum Time of Sieving
4. Sink and Float
5. Froth Flotation
6. Size Reduction
7. Screen Effectiveness
8. Batch Sedimentation
9. Effectiveness of Trommel
10. Time of Grinding in a ball mill
11. Open and Closed Circuit Grinding

Use of C/C++ /Python/MATLAB/any open source tool like SCILAB is allowed to solve problems:

1. Introduction to programming
2. Handling of arrays and matrices
3. Scripts and functions
4. Programming using loops
5. Programming using conditional statements

Numerical Methods

6. Solution of linear algebraic equations
7. Solution of a non-linear equations
8. Numerical integration
9. Interpolation and Approximation
10. Solution of ODEs
11. Solution of PDEs

Chemical Engineering problem solving

12. Property estimation for a given compound
13. Solving equation of state
14. Mass balances without recycle streams
15. Mass balances with recycle streams
16. Energy balance problems

1. Liquid-Liquid Diffusivity
2. Gas Diffusion Coefficient
3. Surface Evaporation
4. Steam Distillation
5. Differential Distillation
6. H.E.T.P of a Packed Bed Distillation Column
7. Vapour- Liquid Equilibrium
8. Single Drop Liquid Extraction
9. Liquid- Liquid Extraction
10. Drying
11. Leaching (Soxhlet Apparatus)
12. Cross Current Leaching

1. Emissivity measurement
2. Heat transfer in forced convection
3. Heat transfer in natural convection
4. Effectiveness of pin - fin in forced convection
5. Determination of Stefan Boltzmann constant
6. Heat transfer in double pipe heat exchanger
7. Heat transfer in shell and tube heat exchanger
8. Heat transfer in agitated vessel
9. Critical heat flux measurement
10. Thermal conductivity of a metal rod
11. Heat conduction through composite wall

A. Analysis of water:

1. Total Suspended Solids, Total Dissolved Solids,pH
2. Chlorides and sulphates
3. Temporary hardness or Total Alkalinity
4. Permanent hardness and total hardness.
5. Total hardness
6. Chlorides

B. Analysis of oils:

7. Acid value
8. Saponification value

C. Miscellaneous analysis:

9. Analysis of coal: Proximate analysis

D. Miscellaneous preparations:

10. Preparation of Cellulose Pulp
11. Preparation of soap
12. Preparation of copper pigment
13. Preparation of chrome yellow pigment

1. Plug Flow Reactor(PFR)-Straight tube
2. Continuous Stirred Tank Reactor(CSTR)
3. RTD Studies in Plug Flow Reactor(PFR)
4. Combined Flow Reactor (PFR to CSTR)
5. Combined Flow Reactor (CSTR to PFR)
6. Batch Reactor
7. Activation Energy
8. Adsorption Studies
9. Estimation of Glucose using DNS reagent
10. RTD Studies in Packed Bed Reactor

1. Response of mercury-in glass thermometer
2. Response of mercury-in glass thermometer with thermal well
3. Response of Manometer
4. Response of single tank liquid level system
5. Response of two tank non-interacting liquid level system
6. Response of two tank interacting liquid level system
7. Study of control valve coefficient
8. Valve characteristics of a control valve
9. Response of pressure control trainer for sinusoidal input
10. Pressure control trainer

1. Generation of VLE data for a binary component system
2. Mixing and splitting of ideal liquid streams
3. Simulation of a pump
4. Simulation of a heat exchanger
5. Simulation of a flash column
6. Simulation of a distillation column
7. Simulation of a reactor based on yield-conversion data
8. Simulation of a CSTR for liquid phase reaction
9. Simulation of a chemical plant (without recycle)
10. Simulation of a chemical plant (with recycle)

The following equipment shall be designed in detail.

1. Sensible Heat Exchangers ( 1-2 or 2-4)
2. Condenser and Reboiler
3. Multiple Effect Evaporator
4. Fractionating Column- Plate and Packed columns
5. Packed bed absorber
6. Continuous tubular reactor (Homogeneous and Heterogeneous )

Practical Exam: 3 Hrs. duration open book