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Download GTU BE/B.Tech 2019 Summer 6th Sem New 2160405 Principles Of Process Engineering Iii Question Paper

Download GTU (Gujarat Technological University) BE/BTech (Bachelor of Engineering / Bachelor of Technology) 2019 Summer 6th Sem New 2160405 Principles Of Process Engineering Iii Previous Question Paper

This post was last modified on 20 February 2020

GTU BE 2019 Summer Question Papers || Gujarat Technological University


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Seat No.: Enrolment No.

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GUJARAT TECHNOLOGICAL UNIVERSITY

BE - SEMESTER-VI(NEW) - EXAMINATION - SUMMER 2019

Subject Code:2160405 Date:14/05/2019

Subject Name:Principles of Process Engineering-I11

Time:10:30 AM TO 01:00 PM Total Marks: 70

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Instructions:

  1. Attempt all questions.
  2. Make suitable assumptions wherever necessary.
  3. Figures to the right indicate full marks.

MARKS

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Q.1 (a) Explain Raoult’s law with suitable assumptions. 03

(b) What is humidification ?Write the application of claypeyron equation 04

(c) Explain differential distillation and derive Rayleigh equation differential 07

Q.2 (a) Define: 1). Dry bulb temperature 2) Free moisture 3)Critical moisture 03

(b) Compare Azeotropic and Extractive distillation 04

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(c) What is Azeotropes? Explain positive and negative deviation from 07

ideality with examples.

OR

(c) Explain step wise procedure of Mac-cabe Thiele method for obtaining 07

numbers of theoretical trays with suitable assumptions.

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Q.3 (a) Define: 1) Molal absolute humidity 2) Relative humidity 3) Humid 03

volume

(b) Explain types of adsorptions in brief. 04

(c) A feed solution contains 100 moles of Benzene- Toluene mixture having 07

70 mol % benzene. One third of feed is vaporized. The total pressure is 1

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atmosphere. Calculate the distillate and’ bottom composition by using

flash distillation. Average relative volatility of solution mixture is 2.5.

OR

Q.3 (a) Discuss the effect of impurities, in crystallization. 03

(b) Explain construction and working of Tray drier. 04

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(c) Explain Mier’s theory of super saturation with neat sketch. 07

Q.4 (a) Write the detailed classification of cooling towers. 03

(b) Explain flash distillation with neat sketch. 04

(c) Explain selection criteria of adsorbent in detail. 07

OR

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Q.4 (a) Write note on adsorption from concentrated liquid solution. 03

(b) Explain effect of temperature and pressure on adsorption. 04

(c) A mixture of benzene and toluene containing 45 mole % benzene is to be 07

separated to give an overhead product of 95 mole % benzene and a

bottom product containing 5 mole % benzene. The feed is at its boiling

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point, and the vapor leaving the column is condensed but not cooled and

provides reflux and product. Equilibrium data for mol fractions of

benzene in liquid, x and vapor, y is given as follows:

x| 0.78 1 0.581 | 0.411 | 0.258 | 0.130 | 0.017

y 1 0.90 | 0.777 ] 0.632 | 0.486 | 0.261 | 0.039

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Q.5 (a) Derive equation for constant rate drying period. 03

(b) Discuss agitated batch crystallizer with a neat diagram. 04

(c) What is reflux ratio? Explain Total, Minimum and Optimum reflux ratio. 07

OR

Q.5 (a) Derive equation for falling rate period. 03

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(b) A filter cake is dried for 5 hours from an initial moisture content of 30% 04

to 10% (wet basis). Calculate the time required to dry the filter cake from

30% to 6% (wet basis). Equilibrium moisture content is 4% on dry basis

and Critical moisture content is 14% on dry basis.

(c) Explain with a neat diagram, principle and working of Rotary Dryer. 07

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