Petroleum Production Engineering-II B.E Question Paper : unipune.ac.in

Name of the University : Savitribai Phule Pune University
Department : Petroleum Engineering
Degree : B.E
Subject Code/Name : Petroleum Production Engineering – II
Sem : II
Website : unipune.ac.in
Document Type : Question Paper

Download Model/Sample Question Paper : https://www.pdfquestion.in/uploads/unipune.ac.in/6793-B.E.(2003%20Patt.).pdf

Pune Petroleum Production Engineering – II Model Paper

B.E. (Petroleum) :
(2003 Pattern) (Sem. – II)
Time :3 Hours
Max. Marks :100

Related : Savitribai Phule Pune University Natural Gas Engineering B.E Question Paper : www.pdfquestion.in/6792.html

Instructions

1) Answer Q.No. 1 or Q.No. 2, Q.No. 3 or Q.No. 4, Q.No. 5 or Q.No. 6, from Section – I and Q.No. 7 or Q. No. 8, Q.No. 9 or Q.No. 10, Q.No. 11 or Q.No. 12 from Section – II.
2) Answers to the two sections should be written in separate books.
3) Neat diagrams must be drawn wherever necessary.
4) Figures to the right indicate full marks.
5) Use of logarithmic tables, Slide rule, Mollier charts, electronic pocket calculator and steam tables is allowed.
6) Assume suitable data, if necessary.

Section 1

Q1) a) Assume suitable data, draw the schematic graph and explain the graphical method to determine the depth for multipoint of gas injection, in intermittent gas lift. [10]
b) Draw the schematic sketch of pressure type of gas lift valve and explain its working. [8]
OR

Q2) a) Write the various suitable parameters and situation in which you will select PCP, Jet Pump and ESP. [12]
b) Draw the schematic sketch of four stages involved in intermittent gas lift system operations. Indicate all the features. [6]

Q3) a) Explain the working principle and operation cycle of ‘plunger assisted gas lift system’. [10]
b) Explain the working of hydraulic pumping system. [6]
OR

Q4) Draw the schematic sketch of surface and subsurface layout of Electrical Submersible Pumping its merits, demerits. Also explain the working of pump, protector, electrical components, gas separator etc. in it. [16]

Q5) a) Explain PPRL and MPRL in SRP. [6]
b) Describe the ‘ideal counterbalance effect’ in SRP system. [10]
OR

Q6) Draw the schematic sketch and explain the working of Sucker Rod Pumping System and its components in brief. [16]

SECTION – II

Q7) a) Explain any one method to evaluate well productivity, in brief [9]
b) Explain the methods of well stimulation in brief. [9]
OR

Q8) Discuss workover problems and their solution in brief for injection well, SRP well, Gas lift well, gas well and general self producing well. [18]
Q9) a) Draw the schematic sketch of gravel packed method of well completion for sand control. [6]
b) What is scale? Write the reasons for scale deposition problem in the well bore. Give the solution in brief. [10]
OR

Q10) a) What is nodal analysis? Discuss in brief how it is useful in the eval uationand sizing of surface and sub – surface petroleum production system.[8]
b) What are the reasons of water production through the wellbore? Write the various problems associated with it. [8]

Q11) a) Draw the sketch and explain the working of centrifugal pump in brief.[8]
b) Explain Weymouth and Panhandle equations used to calculate pressure drop through pipe lines. Write their assumptions in brief. [8]
OR
Q12) Describe in detail pipe line design considerations for the transportation of oil and gas. [16]

Operation Research

SECTION – I :
Unit – I :
Q1) a) What are the various phases in solving O.R. Problems? [6]
b) A factory manufacture two products ‘X’ and ‘Y’ on which the profits earned per unit are Rs. 5 and Rs. 6 respectively. Each product is processed on two machines M1 and M2. Product ‘X’ requires one minute for processing on M1 and two minutes on M2 while ‘Y’ requires one minute on M1 and one minute on M2. Machine M1 is available for not more than 460 minutes while M2 is available for not more than 10 hours during any working day. Find the number of units of products X and Y to be manufactured to get maximum profit. [12]
OR

Q2) a) Explain how linear programming technique can be helpful in decision making in production area. [6]
b) A firm has advertising budget of Rs. 720000. It wishes to allocate this budget to media : magazines and television so that total expose is maximized. Each page of magazine advertising is estimated to result in 60000 exposures whereas each spot on television is estimated to result in 120000 exposures. Each page of magazine advertising costs Rs. 9000 and each spot on television costs Rs. 12000. An additional condition that the firm has specified is that at least two pages of magazine advertising be used and at least 3 spots on television. Determine the optimal media – mix for this firm. [12]