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HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Welcome to this presentation.
It will test you general knowled...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The Heat & Material Balance (HMB) shows the flowrate, conditio...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The Heat & Material Balance (HMB) shows the flowrate, conditio...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Consider a process unit with an INPUT and OUTPUT.
The followin...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Consider a process unit with an INPUT and OUTPUT.
The followin...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which Engineering document do I need to estimate the cost of a...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which Engineering document do I need to estimate the cost of a...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Per ASME B31.3, at which pressure shall piping be hydraulicall...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Per ASME B31.3, at which pressure shall piping be hydraulicall...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Mention 3 different ways to measure engineering progress
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Mention 3 ways to measure engineering progress
 Weighting of ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which document issued by the Engineering Manager serves as ref...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which document issued by the Engineering Manager serves as ref...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which document issued by the Engineering Manager serves as ref...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which document issued by the Engineering Manager serves as ref...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Put the following tasks in order
 HAZOP
 P&ID review meeting...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Put the following tasks in order
 Issue of P&IDs for Review (...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Are these items reviewed in HAZOP or HAZID?
 ESD logic
 Equi...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Are these items reviewed in HAZOP or HAZID?
 ESD logic - HAZO...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Are the following documents used in HAZOP or HAZID?
 P&IDs
 ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Are the following documents used in HAZOP or HAZID?
 P&IDs - ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Are the following disciplines attending HAZOP, HAZID or both?
...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Are the following disciplines attending HAZOP, HAZID or both?
...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The Inspection and Test Plan specifies the extent of Non Destr...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The Inspection and Test Plan specifies the extent of Non Destr...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
To specify means to define the duty whereas to design is to si...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
To specify means to define the duty whereas to design is to si...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The material requisition contains
 The quantities to be suppl...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The material requisition contains
 The quantities to be suppl...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide - 2nd edition
For more information
refer to:
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide - 2nd edition
Discipline presentation:
activities and deliver...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide
2nd edition
Order direct on the publisher website:
http://www...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which discipline defines the diameter of lines?
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which discipline defines the diameter of lines?
Process
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Not endorsed data and rely-upon data mean the same thing.
Righ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Not endorsed data and rely-upon data mean the same thing.
Righ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
On an typical large EPC Project of 3 year duration, the IFC P&...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
On an typical large EPC Project of 3 year duration, the IFC P&...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which discipline defines the wall thickness of lines?
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Which discipline defines the wall thickness of lines?
Piping
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
As per the piping code for oil & gas plants (ASME/ANSI B31.3),...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
As per the piping code for oil & gas plants (ASME/ANSI B31.3),...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The essential electrical power consumers are defined by
 Safe...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The essential electrical power consumers are defined by
 Safe...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
This question relates to the respective roles within the Engin...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
This question relates to the respective roles within the Engin...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Carbon steel withstands temperature down to:
 -46°C
 -29°C
...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Carbon steel withstands temperature down to:
 -46°C
 -29°C
...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
For each of the following equipment, does Engineering specify ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
For each of the following equipment, does Engineering specify ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
What is the governing factor that determine the strength of pi...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
What is the governing factor that determine the strength of pi...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
What is the governing factor for the sizing of steel members o...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
What is the governing factor for the sizing of steel members o...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The following is adjusted at Site during commissioning/Start-U...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The following is adjusted at Site during commissioning/Start-U...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The P&ID review entails:
 checking that the needed alarms and...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The P&ID review entails:
 checking that the needed alarms and...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Piping (ASME) flanges exist up to
 16” and 2500 lbs ?
 24” a...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Piping (ASME) flanges exist up to
 16” and 2500 lbs, above th...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Instrumentation discipline is split in 3 specialties:
 Field ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Instrumentation discipline is split in 3 specialties:
 Field ...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Stress calculations are required for:
 large diameter lines
...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Stress calculations are required for all the types listed!
 l...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The NDE requirements for a pressure vessel are specified in:
...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The NDE requirements for a pressure vessel are specified in:
...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The wall thickness of lines is indicated on which of the follo...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The wall thickness of lines is indicated on which of the follo...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Electrical discipline is split in 2 specialties:
 Medium Volt...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Electrical discipline is split in 2 specialties:
 Medium Volt...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Piping routing drawings are produced at FEED stage.
Right or W...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Piping routing drawings are produced at FEED stage.
Right or W...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Engineering is a
 Linear
 Iterative
Process?
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Engineering is a
 Linear
 Iterative: documents undergo revis...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The following documents contain redundant information
 P&ID a...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The following documents contain redundant information
 P&ID a...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The design and construction code applied in the Oil & Gas indu...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
The design and construction code applied in the Oil & Gas indu...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Post Weld Heat treatment is specified by Piping and Pressure V...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Quiz
Post Weld Heat treatment is specified by Piping and Pressure V...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide - 2nd edition
For more information
refer to:
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide - 2nd edition
Discipline presentation:
activities and deliver...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide - 2nd edition
Table of Contents
Discipline presentation:
acti...
HERVE
BARON
©2013–HervéBaron
The work of each Engineering
discipline is described
HERVE
BARON
©2013–HervéBaron
Design activities are
explained, e.g., Plant
Equipment layout
HERVE
BARON
©2013–HervéBaron
Complex activities, such as
QRA, are explained through a
practical example.
HERVE
BARON
©2013–HervéBaron
How are materials of
construction selected ?
HERVE
BARON
©2013–HervéBaron
How and when are Piping
Materials ordered?
HERVE
BARON
©2013–HervéBaron
A sample of all common
Engineering documents is
included
HERVE
BARON
©2013–HervéBaron
A sample of all common
Engineering documents is
included
Use this to specify what you
want to...
HERVE
BARON
©2013–HervéBaron
Verify the contents of
engineering documents
with check lists.
HERVE
BARON
©2013–HervéBaron
Difference between
Engineering and Shop
drawings
HERVE
BARON
©2013–HervéBaron
Understand the main
technical aspects, e.g., DCS
vs ESD
HERVE
BARON
©2013–HervéBaron
The common 2 types of
package control
HERVE
BARON
©2013–HervéBaron
The different Plant drainage
systems
HERVE
BARON
©2013–HervéBaron
The dynamic forces to
which an Off-Shore
Plant is subject
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide - 2nd edition
Table of Contents
The overall process
HERVE
BARON
©2013–HervéBaron
Use this as standard,
question deviations.
HERVE
BARON
©2013–HervéBaron
Understand the new
3D-model centered
engineering process
HERVE
BARON
©2013–HervéBaron
Know the interfaces
between disciplines...
and with Vendors
HERVE
BARON
©2013–HervéBaron
Understand what drives
the Project schedule
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide - 2nd edition
Table of Contents
Methods & tools
HERVE
BARON
©2013–HervéBaron
Use these methods as
standard, question
deviations.
HERVE
BARON
©2013–HervéBaron
Implement powerful
procedures
HERVE
BARON
©2013–HervéBaron
Request meaningful progress
reports
HERVE
BARON
©2013–HervéBaron
Implement effective Project
Control
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide - 2nd edition
This book is destined to both:
 Oil & Gas comp...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide
2nd edition
If your are on the Client side, i.e., contracting...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide
2nd edition
If your are on the Contractor side, i.e., perform...
HERVE
BARON
©2013–HervéBaron
The Oil & Gas Engineering Guide
2nd edition
Order direct on the publisher website:
http://www...
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The oil & gas engineering quiz

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The oil & gas engineering quiz

  1. 1. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Welcome to this presentation. It will test you general knowledge as a Project Engineer. Good luck! Comments are most welcome (herve.baron@gmail.com), which I will incorporate for the benefit of all. Hervé
  2. 2. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The Heat & Material Balance (HMB) shows the flowrate, conditions and composition of process and utility streams. Right or Wrong?
  3. 3. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The Heat & Material Balance (HMB) shows the flowrate, conditions and composition of process and utility streams. Right or Wrong? Wrong, only the process streams. Utility streams, such as cooling water flowrate etc., are defined later on, once equipment is sized.
  4. 4. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Consider a process unit with an INPUT and OUTPUT. The following is true:  INPUT flow rate (kg/hr) = OUTPUT flow rate (kg/hr) – True (mass balance)  INPUT flow rate (kmol/hr) = OUTPUT flowrate (Kmol/hr) – False, if chemical reaction has occured  INPUT enthalphy (kJ/hr) = OUTPUT enthalpy (kJ/hr) – False, if heat or mechanical work has been exchanged with outside PROCESS UNITINLET OUTLET
  5. 5. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Consider a process unit with an INPUT and OUTPUT. The following is true:  INPUT flow rate (kg/hr) = OUTPUT flow rate (kg/hr) – True (mass balance)  INPUT flow rate (kmol/hr) = OUTPUT flowrate (Kmol/hr) – False, if chemical reaction has occurred  INPUT enthalpy (kJ/hr) = OUTPUT enthalpy (kJ/hr) – False, if heat or mechanical work has been exchanged with outside PROCESS UNITINLET OUTLET
  6. 6. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which Engineering document do I need to estimate the cost of a pressure vessel?  The Process data sheet  The Mechanical data sheet
  7. 7. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which Engineering document do I need to estimate the cost of a pressure vessel?  The Process data sheet  The Mechanical data sheet, as it indicates the equipment weight from which I can estimate the cost (for pressure vessels, for instance, USD 4/kg for carbon steel and USD 12/kg for SS)
  8. 8. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Per ASME B31.3, at which pressure shall piping be hydraulically tested?  1.5 times the design pressure  1.2 times the design pressure  The design pressure
  9. 9. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Per ASME B31.3, at which pressure shall piping be hydraulically tested?  1.5 times the design pressure  1.2 times the design pressure  The design pressure
  10. 10. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Mention 3 different ways to measure engineering progress
  11. 11. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Mention 3 ways to measure engineering progress  Weighting of documents and issue  Milestones, e.g. Plot Plan IFC, P&ID IFC, etc.  IFC issuance curves, e.g. m3 of IFC concrete, tons of IFC steel, tons of IFC piping isometrics
  12. 12. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which document issued by the Engineering Manager serves as reference to all Engineering disciplines?
  13. 13. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which document issued by the Engineering Manager serves as reference to all Engineering disciplines? The Engineering Design Data
  14. 14. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which document issued by the Engineering Manager serves as reference to all Engineering disciplines? The Engineering Design Data What are the contents of this document?
  15. 15. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which document issued by the Engineering Manager serves as reference to all Engineering disciplines? The Engineering Design Data What are the contents of this document?  Feedstock conditions, composition,  Products flow and specifications, performance guarantees  Battery limits & battery limits conditions  Design criteria  Site climatic conditions: Min/max temperature, rain/snow, wind, seismic  Applicable codes and standards  Utilities conditions: Fuel gas composition, pressure, electric power: voltage etc.  Regulatory requirements: Emission limits etc.
  16. 16. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Put the following tasks in order  HAZOP  P&ID review meeting between COMPANY and CONTRACTOR  Issue of P&IDs for Review (IFR)  Issue of P&IDs for Design (IFD)  Issue of P&IDs for Construction (IFC)
  17. 17. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Put the following tasks in order  Issue of P&IDs for Review (IFR)  P&ID review meeting between COMPANY and CONTRACTOR  Issue of P&IDs for Design (IFD)  HAZOP  Issue of P&IDs for Construction (IFC)
  18. 18. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Are these items reviewed in HAZOP or HAZID?  ESD logic  Equipment spacing  Overflow of equipment  PLANT location  Overpressure hazard  Building blast resistance  Fire & Gas detection
  19. 19. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Are these items reviewed in HAZOP or HAZID?  ESD logic - HAZOP  Equipment spacing - HAZID  Overflow of equipment - HAZOP  PLANT location - HAZID  Overpressure hazard - HAZOP  Building blast resistance - HAZID  Fire & Gas detection - HAZID
  20. 20. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Are the following documents used in HAZOP or HAZID?  P&IDs  Cause & Effects  PFDs  Plot Plan  H&MB
  21. 21. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Are the following documents used in HAZOP or HAZID?  P&IDs - HAZOP  Cause & Effects - HAZOP  PFDs - HAZID  Plot Plan – HAZID  H&MB - HAZID
  22. 22. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Are the following disciplines attending HAZOP, HAZID or both?  Process  Safety  Plant layout
  23. 23. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Are the following disciplines attending HAZOP, HAZID or both?  Process - HAZOP  Safety - HAZID  Plant layout - HAZID
  24. 24. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The Inspection and Test Plan specifies the extent of Non Destructive Examination and tests. Right or wrong?
  25. 25. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The Inspection and Test Plan specifies the extent of Non Destructive Examination and tests. Right or wrong? Wrong, it specifies the attendance -or not- of the Purchaser to these examination and tests. The extent is specified of examination/tests in the code.
  26. 26. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz To specify means to define the duty whereas to design is to size. Right or wrong?
  27. 27. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz To specify means to define the duty whereas to design is to size. Right or wrong? Right
  28. 28. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The material requisition contains  The quantities to be supplied  The technical requirements  The inspection requirements  The list of applicable documents
  29. 29. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The material requisition contains  The quantities to be supplied  The technical requirements – Wrong: The technical requirements are contained in the specification(s) and the data sheet. The MR gives the list of the applicable specification(s) and data sheet but does not contain the technical requirements themselves.  The inspection requirements – Wrong: these are found in the spec/code.  The list of applicable documents
  30. 30. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide - 2nd edition For more information refer to:
  31. 31. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide - 2nd edition Discipline presentation: activities and deliverables Table of Contents The overall process Methods & tools
  32. 32. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide 2nd edition Order direct on the publisher website: http://www.editionstechnip.com/en/catalogue -detail/1111/oil-gas-engineering-guide-the.html
  33. 33. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which discipline defines the diameter of lines?
  34. 34. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which discipline defines the diameter of lines? Process
  35. 35. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Not endorsed data and rely-upon data mean the same thing. Right or Wrong?
  36. 36. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Not endorsed data and rely-upon data mean the same thing. Right or Wrong? Right. It means the Engineer is not responsible for this data. If it changes, the Engineer is entitled to a change order.
  37. 37. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz On an typical large EPC Project of 3 year duration, the IFC P&IDs are usually issued at which month of the Project?  Month 6  Month 9  Month 12  Month 15  Month 18
  38. 38. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz On an typical large EPC Project of 3 year duration, the IFC P&IDs are usually issued at which month of the Project?  Month 6  Month 9  Month 12  Month 15  Month 18
  39. 39. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which discipline defines the wall thickness of lines?
  40. 40. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Which discipline defines the wall thickness of lines? Piping
  41. 41. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz As per the piping code for oil & gas plants (ASME/ANSI B31.3), the wall thickness of a line  Is proportional to the line diameter  Is proportional to the square of the line diameter  Is proportionally to the line pressure  Is proportionally to the square of the line pressure  Depends on the manufacturing process of the line pipe
  42. 42. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz As per the piping code for oil & gas plants (ASME/ANSI B31.3), the wall thickness of a line  Is proportional to the line diameter  Is proportional to the square of the line diameter  Is proportionally to the line pressure  Is proportionally to the square of the line pressure  Depends on the manufacturing process of the line pipe: w.t. of seamless pipe is less than that of welded pipe
  43. 43. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The essential electrical power consumers are defined by  Safety  Electrical  Process
  44. 44. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The essential electrical power consumers are defined by  Safety  Electrical  Process: they are the consumers to which backed-up (diesel) power shall be supplied
  45. 45. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz This question relates to the respective roles within the Engineering personnel. The question is: The designer performs the calculations and the Engineer checks them. Right or wrong?
  46. 46. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz This question relates to the respective roles within the Engineering personnel. The question is: The designer performs the calculations and the Engineer checks them. Wrong, calculations are done by Engineers.
  47. 47. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Carbon steel withstands temperature down to:  -46°C  -29°C  -20°C  0°C
  48. 48. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Carbon steel withstands temperature down to:  -46°C  -29°C  -20°C  0°C
  49. 49. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz For each of the following equipment, does Engineering specify of design?  Heat exchangers  Rotating equipment  Packages  Pressure Vessels  Boilers  Fired Equipment
  50. 50. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz For each of the following equipment, does Engineering specify of design?  Heat exchangers – design shell & tubes, specifies other types  Rotating equipment - specifies  Packages - specifies  Pressure Vessels - designs  Boilers - specifies  Fired Equipment - specifies
  51. 51. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz What is the governing factor that determine the strength of pipe-rack?  Number and size of supported pipes  Wind
  52. 52. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz What is the governing factor that determine the strength of pipe-rack?  Number and size of supported pipes  Wind, as wind exercises horizontal loads, which have much more impact on the design than vertical loads
  53. 53. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz What is the governing factor for the sizing of steel members of pipe- racks/structures?  Steel yield strength  Structure deflection
  54. 54. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz What is the governing factor for the sizing of steel members of pipe- racks/structures?  Steel yield strength  Structure deflection
  55. 55. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The following is adjusted at Site during commissioning/Start-Up  Settings of controllers  Settings of alarms  Setting of trips
  56. 56. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The following is adjusted at Site during commissioning/Start-Up  Settings of controllers  Settings of alarms  Setting of trips
  57. 57. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The P&ID review entails:  checking that the needed alarms and trips are provided  checking that the required equipment and valves isolations are provided  checking that the drains, vents are provided  checking versus similar equipment/unit P&ID  checking the adequacy of the equipment design pressure and temperature  checking the allocation of piping class and insulation type
  58. 58. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The P&ID review entails:  checking that the needed alarms and trips are there  checking that the required equipment and valves isolations are provided  checking that the drains, vents are provided  checking versus similar equipment/unit P&ID  checking the adequacy of the equipment design pressure and temperature  checking the allocation of piping class and insulation type
  59. 59. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Piping (ASME) flanges exist up to  16” and 2500 lbs ?  24” and 2500 lbs?  36” and 1500 lbs?  48” and 1500 lbs?
  60. 60. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Piping (ASME) flanges exist up to  16” and 2500 lbs, above that hubs (see picture) have to be used  24” and 2500 lbs?  36” and 1500 lbs?  48” and 1500 lbs?
  61. 61. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Instrumentation discipline is split in 3 specialties:  Field instrumentation  Systems  Installation Right or Wrong?
  62. 62. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Instrumentation discipline is split in 3 specialties:  Field instrumentation  Systems  Installation Right
  63. 63. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Stress calculations are required for:  large diameter lines  thick lines  lines subject to high temperature  lines connected to rotating equipment
  64. 64. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Stress calculations are required for all the types listed!  large diameter lines  thick lines  lines subject to high temperature  lines connected to rotating equipment
  65. 65. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The NDE requirements for a pressure vessel are specified in:  The engineering specification  The engineering data sheet  The engineering requisition  The code
  66. 66. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The NDE requirements for a pressure vessel are specified in:  The engineering specification  The engineering data sheet  The engineering requisition  The code
  67. 67. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The wall thickness of lines is indicated on which of the following engineering document(s)?  the P&ID  the line list  the piping class specification  the isometric drawing
  68. 68. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The wall thickness of lines is indicated on which of the following engineering document(s)?  the P&ID  the line list  the piping class specification – not for large diameters for which the w.t. is calculated with the line design pressure!  the isometric drawing
  69. 69. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Electrical discipline is split in 2 specialties:  Medium Voltage (MV)  Low voltage (LV), lighting and small power Right or Wrong?
  70. 70. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Electrical discipline is split in 2 specialties:  Medium Voltage (MV)  Low voltage (LV), lighting and small power Wrong
  71. 71. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Piping routing drawings are produced at FEED stage. Right or Wrong?
  72. 72. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Piping routing drawings are produced at FEED stage. Right or Wrong? Right, but for main process lines only. This is where the money is. Remember that the purpose of q FEED is to estimate the cost – and allow EPC contractors to bid.
  73. 73. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Engineering is a  Linear  Iterative Process?
  74. 74. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Engineering is a  Linear  Iterative: documents undergo revisions as design develops Process?
  75. 75. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The following documents contain redundant information  P&ID and line list  Process Data Sheet and consumers list  Process Data sheet and Mechanical Data Sheet  P&ID and instrument list  Heat & Material Balance and Process Data Sheet  All of the above
  76. 76. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The following documents contain redundant information  P&ID and line list: line numbers, piping class  Process Data Sheet and consumers list: power consumption  Process Data sheet and Mechanical Data Sheet: design pressure/temp  P&ID and instrument list: instrument numbers  Heat & Material Balance and Process Data Sheet: flowrate, operating conditions  All of the above
  77. 77. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The design and construction code applied in the Oil & Gas industry for pressure vessels is  ASME VIII  API 5L  ANSI B31.3  ASME I
  78. 78. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz The design and construction code applied in the Oil & Gas industry for pressure vessels is  ASME VIII  API 5L  ANSI B31.3  ASME I
  79. 79. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Post Weld Heat treatment is specified by Piping and Pressure Vessel codes above a certain  Temperature  Pressure  Wall thickness
  80. 80. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Quiz Post Weld Heat treatment is specified by Piping and Pressure Vessel codes above a certain  Temperature  Pressure  Wall thickness: above 19.7mm for piping (ANSI B31.3) and above 38mm for pressure vessels ordinary carbon steel plates (ASME VIII div. 1)
  81. 81. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide - 2nd edition For more information refer to:
  82. 82. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide - 2nd edition Discipline presentation: activities and deliverables Table of Contents The overall process Methods & tools
  83. 83. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide - 2nd edition Table of Contents Discipline presentation: activities and deliverables
  84. 84. HERVE BARON ©2013–HervéBaron The work of each Engineering discipline is described
  85. 85. HERVE BARON ©2013–HervéBaron Design activities are explained, e.g., Plant Equipment layout
  86. 86. HERVE BARON ©2013–HervéBaron Complex activities, such as QRA, are explained through a practical example.
  87. 87. HERVE BARON ©2013–HervéBaron How are materials of construction selected ?
  88. 88. HERVE BARON ©2013–HervéBaron How and when are Piping Materials ordered?
  89. 89. HERVE BARON ©2013–HervéBaron A sample of all common Engineering documents is included
  90. 90. HERVE BARON ©2013–HervéBaron A sample of all common Engineering documents is included Use this to specify what you want to your Engineering supplier !
  91. 91. HERVE BARON ©2013–HervéBaron Verify the contents of engineering documents with check lists.
  92. 92. HERVE BARON ©2013–HervéBaron Difference between Engineering and Shop drawings
  93. 93. HERVE BARON ©2013–HervéBaron Understand the main technical aspects, e.g., DCS vs ESD
  94. 94. HERVE BARON ©2013–HervéBaron The common 2 types of package control
  95. 95. HERVE BARON ©2013–HervéBaron The different Plant drainage systems
  96. 96. HERVE BARON ©2013–HervéBaron The dynamic forces to which an Off-Shore Plant is subject
  97. 97. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide - 2nd edition Table of Contents The overall process
  98. 98. HERVE BARON ©2013–HervéBaron Use this as standard, question deviations.
  99. 99. HERVE BARON ©2013–HervéBaron Understand the new 3D-model centered engineering process
  100. 100. HERVE BARON ©2013–HervéBaron Know the interfaces between disciplines... and with Vendors
  101. 101. HERVE BARON ©2013–HervéBaron Understand what drives the Project schedule
  102. 102. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide - 2nd edition Table of Contents Methods & tools
  103. 103. HERVE BARON ©2013–HervéBaron Use these methods as standard, question deviations.
  104. 104. HERVE BARON ©2013–HervéBaron Implement powerful procedures
  105. 105. HERVE BARON ©2013–HervéBaron Request meaningful progress reports
  106. 106. HERVE BARON ©2013–HervéBaron Implement effective Project Control
  107. 107. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide - 2nd edition This book is destined to both:  Oil & Gas companies Project execution personnel  Oil & Gas contractors Project execution personnel
  108. 108. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide 2nd edition If your are on the Client side, i.e., contracting Engineering services, this book will help you to:  Specify to an Engineering supplier what you want: what deliverables and with what contents,  Set a standard in Engineering execution that you and your supplier can adhere to: design stages/gates, methods to be used, etc.  Specify the progress report you want, with the meaningful indicators,  Ask the right questions to assess the true progress,
  109. 109. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide 2nd edition If your are on the Contractor side, i.e., performing Engineering activities, this book will help you to:  Understand the work of each discipline and the overall picture,  Challenge what one discipline tells you,  Understand the critical areas,  Put in place the right methods to be successful,
  110. 110. HERVE BARON ©2013–HervéBaron The Oil & Gas Engineering Guide 2nd edition Order direct on the publisher website: http://www.editionstechnip.com/en/catalogue -detail/1111/oil-gas-engineering-guide-the.html

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