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HERVE BARON © 2015 – Hervé Baron Welcome to this assessment It will test you general knowledge as a Project Engineer. Good luck! Comments are most welcome ([email protected]), which I will incorporate for the benefit of all. Hervé Project Engineer knowledge test

Project engineer test

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Page 1: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Welcome to this assessment

It will test you general knowledge as a Project Engineer.

Good luck!

Comments are most welcome ([email protected]), which I will incorporate for the benefit of all.

Hervé

Project Engineer knowledge test

Page 2: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

The Heat & Material Balance (HMB) shows the flowrate, conditions and composition of process and utility streams.

Right or Wrong?

Project Engineer knowledge test

Page 3: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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 and are shown on the Utility consumptions list.

Page 4: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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 UNIT INLET OUTLET

Page 5: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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 UNIT INLET OUTLET

Page 6: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which Engineering document do I need to estimate the cost of a pressure vessel?

The Process data sheet

The Mechanical data sheet

Page 7: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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)

Page 8: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which document issued by the Engineering Manager serves as reference to all Engineering disciplines?

Page 9: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which document issued by the Engineering Manager serves as reference to all Engineering disciplines?

The Engineering Design Data

Page 10: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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?

Page 11: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Extract from The Oil & Gas Engineering Guide, Editions Technip, 2nd Edition, page 12

Page 12: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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)

Page 13: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Answer:

Extract from The Oil & Gas Engineering Guide, Editions Technip, 2nd Edition, page 28

Page 14: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Are these items reviewed in HAZOP or HAZID?

ESD logic

Equipment spacing

Overflow of equipment

PLANT location

Overpressure hazard

Blast resistance

Fire & Gas detection

Page 15: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Are these items reviewed in HAZOP or HAZID?

ESD logic - HAZOP

Equipment spacing - HAZID

Overflow of equipment - HAZOP

PLANT location - HAZID

Overpressure hazard - HAZOP

Blast resistance - HAZID

Fire & Gas detection - HAZID

Page 16: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

To specify means to define the duty whereas to design is to size.

Right or wrong?

Page 17: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

To specify means to define the duty whereas to design is to size.

Right or wrong?

Right

Page 18: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

For each of the following equipment, does Engineering specify of design?

Heat exchangers

Rotating equipment

Packages

Pressure Vessels

Boilers

Fired Equipment

Page 19: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

For each of the following equipment, does Engineering specify of design?

Heat exchangers – designs shell & tubes, specifies other types

Rotating equipment - specifies

Packages - specifies

Pressure Vessels - designs

Boilers - specifies

Fired Equipment - specifies

Page 20: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which discipline defines the diameter of lines?

Page 21: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which discipline defines the diameter of lines?

Process

Page 22: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which discipline defines the wall thickness of lines?

Page 23: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which discipline defines the wall thickness of lines?

Piping

Page 24: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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

Page 25: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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

Page 26: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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

Page 27: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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

Page 28: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The essential electrical power consumers are defined by

Safety

Electrical

Process

Page 29: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The essential electrical power consumers are defined by

Safety

Electrical

Process: they are the consumers to which backed-up (diesel) power shall be supplied

Page 30: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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?

Page 31: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

This question relates to the respective roles within the Engineering personnel. The question is:

The designer performs the calculations and the Engineer check them.

Wrong, calculations are done by Engineers.

Page 32: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Carbon steel withstands temperature down to:

-46°C

-29°C

-20°C

0°C

Page 33: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Carbon steel withstands temperature down to:

-46°C

-29°C

-20°C

0°C

Page 34: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

What is the governing factor that determine the strength of pipe-rack?

Number and size of supported pipes

Wind

Page 35: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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

Page 36: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

What is the governing factor for the sizing of steel members of pipe-racks/structures?

Stress in steel members

Structure deflection

Page 37: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

What is the governing factor for the sizing of steel members of pipe-racks/structures?

Stress in steel members

Structure deflection

Page 38: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The following is adjusted at Site during commissioning/Start-Up

Settings of controllers

Settings of alarms

Setting of trips

Page 39: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The following is adjusted at Site during commissioning/Start-Up

Settings of controllers

Settings of alarms – not adjusted, imposed by Process

Setting of trips – not adjusted, imposed by Process

Page 40: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Piping (ASME) flanges exist up to

16” and 2500 lbs ?

24” and 2500 lbs?

36” and 1500 lbs?

48” and 1500 lbs?

Page 41: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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?

Page 42: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Stress calculations are required for:

large diameter lines

thick lines

fragile lines

lines subject to high temperature

lines connected to rotating equipment

Page 43: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Stress calculations are required for all the types listed!

large diameter lines

thick lines

fragile lines

lines subject to high temperature

lines connected to rotating equipment

Page 44: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The NDE requirements for a pressure vessel are specified in:

The engineering specification

The engineering data sheet

The engineering requisition

The code

Page 45: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The NDE requirements for a pressure vessel are specified in:

The engineering specification

The engineering data sheet

The engineering requisition

The code

Page 46: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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

Page 47: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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 –Except for large diameters for which the w.t. is calculated with the line design pressure!

the isometric drawing

Page 48: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Piping routing drawings are produced at FEED stage.

Right or Wrong?

Page 49: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Piping routing drawings are produced at FEED stage.

Right or Wrong?

Right, but for main process lines only, in order to estimate their length. FEED focusses on main cost items.

Page 50: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The design and construction code applied in the Oil & Gas industry for pressure vessels is

ASME VIII

API 5L

ANSI B31.3

ASME I

Page 51: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The design and construction code applied in the Oil & Gas industry for pressure vessels is

ASME VIII

API 5L

ANSI B31.3

ASME I

Page 52: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Post Weld Heat treatment is specified by Piping and Pressure Vessel codes above a certain

Temperature

Pressure

Wall thickness

Page 53: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

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 ordinary CS plates (ASME VIII div. 1)

Page 54: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Positive Material Identification (PMI) requirements for alloy steels is a requirement from:

The design & construction code

Company specification

Page 55: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Positive Material Identification (PMI) requirements for alloy steels is a requirement from:

The design & construction code

Company specification

Page 56: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Is the 90% model review a pre-requisite for issuing piping isometric drawings?

Page 57: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Is the 90% model review a pre-requisite for issuing piping isometric drawings?

No

Ref. The Oil & Gas Engineering Guide, 2nd Edition, page 149

Page 58: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

What are the contents of the IFD (Issued For Design) revision of P&IDs? diameter of process lines diameter of utility lines interfaces with packages size of control valves client comments HAZOP recommendations

Page 59: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

What are the contents of the IFD (Issued For Design) revision of P&IDs? diameter of process lines diameter of utility lines interfaces with packages size of control valves client comments HAZOP recommendations

Ref. The Oil & Gas Engineering Guide, 2nd Edition, page 28

Page 60: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The first phase of the SIL review (SIL level setting) uses as input data the frequency of failure of:

Process controls

Safety Instrumented Functions (Interlocks)

Page 61: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The first phase of the SIL review (SIL level setting) uses as input data the frequency of failure of:

Process controls

Safety Instrumented Functions (Interlocks)

Page 62: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Minimum straight pipe lengths shall be provided upstream and downstream of: flow meters control valves

Page 63: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Minimum straight pipe lengths shall be provided upstream and downstream of: flow meters control valves

Page 64: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The area underneath pipe rack is commonly used for: access for maintenance routing of cables

Page 65: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The area underneath pipe rack is commonly used for: access for maintenance routing of cables

Page 66: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Who specifies the type of seal (single/double, pressurized/non-pressurized) of pumps? The Vendor Process Equipment/mechanical

Page 67: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Who specifies the type of seal (single/double, pressurized/non-pressurized) of pumps? The Vendor Process, based on fluid hazard Equipment/mechanical

Page 68: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which lines are subject to water hammer (also called surge): line with many changes of direction line with fast closing valves liquid lines lines with long straight runs lines connected to large pumps

Page 69: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which lines are subject to water hammer (also called surge): line with many changes of direction line with fast closing valves liquid lines lines with long straight runs lines connected to large pumps

Page 70: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The codification of a Piping class includes the indication of: ASME series material fluid corrosion allowance

Page 71: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The codification of a Piping class includes the indication of: ASME series material fluid corrosion allowance

Page 72: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which type of gaskets are used for high pressure/temperature service: Spiral wound Flat Ring-joint

Page 73: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

Which type of gaskets are used for high pressure/temperature service: Spiral wound Flat Ring-joint

Page 74: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The "design case“ is the normal operating case plus margin. Right or Wrong?

Page 75: Project engineer test

HERVE BARON

© 2015 – Hervé Baron

Project Engineer knowledge test

The "design case" is the normal operating case plus margin. Right or Wrong? Wrong. The margin is not included in the design case (Heat & Mass Balance). The margin is added in the duty of equipment.

Page 76: Project engineer test

© 2015 – Hervé Baron

HERVE BARON

The Oil & Gas Engineering Guide - 2nd edition

A unique synthesis for the busy Project professional 270 pages 300 illustrations

Published in March, 2015

Interested and wanting to know more on Engineering?

Page 77: Project engineer test

© 2015 – Hervé Baron

HERVE BARON

The Oil & Gas Engineering Guide 2nd edition

Order direct fromthe publisher:

http://www.editionstechnip.com/en/catalogue-detail/1111/oil-gas-engineering-guide-the.html