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GUJARAT TECHNOLOGICAL UNIVERSITY
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BE - SEMESTER-VII(NEW) EXAMINATION — SUMMER 2019
Subject Code: 2170403 Date: 14/05/2019
Subject Name: Bioprocess Plant Design
Time: 02:30 PM TO 05:00 PM Total Marks: 70
Instructions:
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- Attempt all questions.
- Make suitable assumptions wherever necessary.
- Figures to the right indicate full marks.
- Notations used, have conventional meaning.
- Assume suitable data wherever necessary.
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- Define: Stress, Strain, Modulus of Elasticity. [03]
- Discuss the factors affecting the fluid allocation in Shell and Tube heat exchanger brief. [04]
- Draw the neat sketch of various types of flanges used in industries. [07]
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- Explain in brief: Design Temperature & Design Pressure [03]
- Define the term relative volatility and its importance. [04]
- Discuss different types of heads used in the industry with neat sketch. [07]
OR
Explain different types of heads used in the industry with neat sketch.
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- Discuss the advantages and disadvantages of vacuum distillation in detail. [03]
- Write a short note on: Process Flow Diagram. [04]
- Write a short note on selection of equipment for distillation. [07]
OR
Discuss the term: Design stress & Poisson’s ratio
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- Give classification of Nozzle stating the importance of each. [03]
- Explain the various types of flanges used in industry with neat sketch. [04]
- Write the full form of HTRI, HTFS & HEL [07]
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- Explain the types of jacket in brief. [03]
- Write a note on corrosion allowance & weld joint efficiency factor (j). [04]
- [07]
OR
Write the function of coil in reactor with its importance.
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- State the various types of agitators used in the reactor. [03]
- Describe Mc Cabe Thiele method for Distillation. [04]
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- A single effect evaporator is to be designed to concentrate 9000 kg/hr of a solution from 12% to 20% solids. Feed enters at 25 °C. Saturated steam at 110 °C (latent heat = 540 kcal/kg) is available. The condensate leaves at the condensing temperature. Saturation temperature of vapor to the condenser is 400C (A = 580 kcal/kg). Specific heat of all solutions may be taken as 1 kcal/kg®C. Boiling point rise is 5°C. The evaporator has an overall heat transfer coefficient of 1900 kcal/hr.m2.°C. Calculate: 1) evaporator capacity, i1) evaporator economy, iii) The area of heating surface required. Use 1 kcal = 4186 J. [14]
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OR
Data for pressure vessel are given below:
Capacity : 10000 L (cylindrical portion only), Operating pressure = 10kg f/cm2
f=980kg/cm?2, Density of steel = 7.7gm/cc , J = 0.85
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For torispherical head, Rc = 10% excess of [.D., R1 = 10% of Rc
Taking L/D = 5, calculate and suggest the plate thickness of shell. Also calculate the thickness of torispherical head and total weight of shell with heads.
- A single effect evaporator is to be designed to concentrate 9000 kg/hr of a solution from 12% to 20% solids. Feed enters at 25 °C. Saturated steam at 110 °C (latent heat = 540 kcal/kg) is available. The condensate leaves at the condensing temperature. Saturation temperature of vapor to the condenser is 400C (A = 580 kcal/kg). Specific heat of all solutions may be taken as 1 kcal/kg®C. Boiling point rise is 5°C. The evaporator has an overall heat transfer coefficient of 1900 kcal/hr.m2.°C. Calculate: 1) evaporator capacity, i1) evaporator economy, iii) The area of heating surface required. Use 1 kcal = 4186 J. [14]
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