2008 petroskills facilities catalog

�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.

OGCI

2008 PetroSkills Facilities Catalog

Exclusive provider of PetroSkills® facilities training.

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�lly IthasbeenfortyyearssinceJohnM.Campbell&Co.firstbegan

trainingengineersintheoilandgasindustrywithourfoundationprogram“TheCampbellGasCourse”alsoknownas“TheCampbellG-4.”Sincethattime,JohnM.Campbell&Co.hasexpandedonthatfoundationtomeetthetrainingneedsofthepetroleumindustrywithcoursestaughtallovertheworldinavarietyofdisciplines.

In2003,JohnM.Campbell&Co.becamethemanagerforthefacilitiessectorofthePetroSkillsalliance.PetroSkillshasbecomethestandardforsystematicassessmentandadministrationofinternationalpetroleumskilldevelopment.

ThePetroSkillsallianceofmajoroilandgascompaniesensuresthatPetroSkillsapprovedcoursesarerigorous,currentandthorough.Inturn,wearecommittedtothemembercompaniestoprovidethesecourses frequentlyandconveniently…worldwide.

WeareproudtopresentandmanagePetroSkillstrainingfor processesfromthewellheadtothefinishedproduct.Pleasetakenote thatPetroSkillsHSEhasexpandedintoitsowndivision.Wecontinue toaddprogramsforthecompletedevelopmentofenergycompanies.Pleasevisitourwebsiteoftenforupdatesonavailablecoursesand developmentactivities.

Thousandsofhighly-skilledengineersoverthelast40yearshave chosenCampbelltrainingtogivethemthepractical,work-tested knowledgetobecomeleadersintheindustrythatpowerstheworld.

Itisourprivilegetotrainthenextgenerationofoilandgasprofessionals.

WarmRegards,

Larry Lilly CEO,CampbellandCompanyExclusiveproviderofPetroSkillsfacilitiestraining

All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-13832

What is PetroSkills?The power behindPetroSkills is thealliance itself. Membercompany technicalexperts direct and continuously updatedetailed competencymaps for each petroleum discipline.These maps are used to

guide the learning objectives of each program. This gives all PetroSkills programs an operator’s ‘shared viewpoint’of the skills required to perform at different levels within each technicaldiscipline. We work together to developand deliver PetroSkills training coursesand work experiences that build the competencies outlined in the competencymaps. We continually improve and renewboth the maps and programs to stay current with industry trends, technology,and demands. The size and scope of thePetroSkills alliance further enables us tomake our program available at a wide variety of locations and dates around theworld and throughout each year.

Delivering Knowledge. Developing Competence.

Industry Benchmark

Competency-Based.PetroSkills is a unique competency-based

training program – not just a collection of courses. Course content is based on detailedskill and competency maps developed with ourmember companies. The alliance members worktogether to clearly define the skills that are needed in each discipline for a range of skill levels. Companies that use the competencymaps know that their technical professionals willhave the specific skills that they need to performtheir jobs; and individuals know how they canbuild the skills that they will need to be on theright track for advancement. Another feature ofthe competency maps is that they are available toindividuals and companies via a web-basedCompetency Analysis Tool (CAT). The CATallows professionals to track their development,determine what skills they need, and create acustomized plan to fill any learning gaps.

Practical. Real-World. Business-Relevant.

Practicality sets us apart. This competency-focused learning delivers the individual skillsand technology needs of operating companiesand industry professionals. Our goal is that afterattending a PetroSkills course, professionalswill return to their workplace and immediatelybe able to apply the skills they have learned tocreate value.

Quality Courses. Quality Instructors.PetroSkills coursework is reviewed and

strengthened by each of its partner companies.The member curriculum advisors and thePetroSkills Board must approve each course, andcontinually ensure that the programs deliver prac-tical, up-to-date, relevant training. The same istrue for the instructors that teach the courses –they must be approved by the PetroSkills Boardand member curriculum advisors.

Convenient and Frequent.Convenient and frequent delivery is a key part

of the PetroSkills philosophy. By presentingcourses near to the client on a shared basis, wekeep travel and other costs as low as possible. Inaddition to teaching hundreds of public sessionsin dozens of cities each year, PetroSkills willbring any of its courses to you on an in-housebasis anywhere in the world .

For more information, contact: [email protected]

800.821.5933 (In the US and Canada)

+1.918.828.2500 (worldwide)

Petro_logo-pg.qxd 8/20/07 2:08 PM Page 1

3All courses available at your location. Contact us today.

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5 PetroSkills Progression Matrix 6 Example Flow Diagram 8 Schedule

Gas Process�ng

11 Overview of Gas Processing - Non-Technical (G-1)

11 Overview of Gas Processing - Technical (G-2)

11 LNG Short Course Technology and the LNG Chain (G-29)

12 Gas Facilities Engineering for New Hires (G-3)

12 Gas Processing Fundamentals (G-30)12 Gas Conditioning and Processing -

LNG Emphasis (G-31)13 Gas Conditioning and Processing (G-4)13 Process / Facility Fundamentals (G-40)13 Gas Dehydration and

Hydrate Inhibition (G-42)14 Refrigeration and NGL Extraction (G-43)14 Gas Conditioning and Processing -

Special (G-5)14 Gas Treating and Sulfur Recovery (G-6)15 Gas Conditioning and Processing -

LNG Emphasis (G-61)15 Distillation - Design and Operation (G-64)15 Process Simulation in Gas Conditioning

and Processing (G-7)

P�pel�ne

17 Fundamentals of Onshore and Offshore Pipeline Systems (PL-4)

17 Fundamentals of Pipeline Hydraulics (PL-41)18 Onshore Pipeline Facilities - Design, Const.

and Operations (PL-42)18 Offshore Pipeline Facilities - Design, Const.

and Operations (PL-43)18 Flow Assurance for Pipeline Systems (PL-61) Product�on Fac�l�t�es

21 Production Facilities Basics (PF-2)21 Process / Facility Fundamentals -

Non-Facility Eng. (PF-30)21 Oil Production and

Processing Facilities (PF-4)22 Production / Facilities Fundamentals -

Facility Eng. (PF-40)22 Separation Equipment (PF-42)22 Heat Transfer Equipment (PF-43)23 Pumps and Compressors (PF-44)23 CO2 Surface Facilities (PF-81)23 Overviewof OilfieldWaterHandling(W-2)

24 Corrosion Management in Production / ProcessingOperations(W-22)

24 ProducedWaterTreatingand WaterInjectionFacilities(W-23)

Mechan�cal

27 Overview of Mechanical Systems in Oil and Gas Facilities (ME-2)

27 Fundamentals of Mechanical Systems in Oil and Gas Facilities (ME-4)

28 Piping Systems - Mechanical Design and Specification(ME-41)

28 Process Vessels - Mechanical Design and Specification(ME-42)

28 Overview of Pumps and Compressors in Oil and Gas Facilities (ME-44)

29 Mechanical Design of Oil and Products Terminals (ME-45)

29 Compressor Systems - Mechanical Design andSpecification(ME-46)

29 Pump Systems - Mechanical Design and Specification(ME-47)

30 Metallurgy and Corrosion Control in Oil and Gas Production (ME-48)

30 Turbomachinery Monitoring and Problem Analysis (ME-62)

Operat�ons Management

33 Applied Maintenance Management (OM-21)

33 ProjectManagementforEngineeringandConstruction (OM-22)

33 Essential Leadership Skills (OM-23)34 Introduction to Reliability

Engineering (OM-24)34 Introduction to Reliability

Statistics (OM-25)34 Maintenance Planning and

WorkControl(OM-41)35 Optimizing Computerized

Maintenance (OM-42)35 Effective Maintenance

Shutdowns (OM-43)35 Reliability Centered Maintenance (OM-44)36 Introduction to Life Cycle

Costing (OM-45)36 Root Cause Analysis (OM-46)36 Introduction to Condition

Monitoring (OM-50)37 Contracts and Tenders

Fundamentals (SC-41)37 EffectiveStockControl&Warehouse

Operations (SC-42)37 Optimizing Equipment

Availability (OM-61)38 Principles of Reliability

Engineering (OM-62)

31-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-13832

Know-How for the New Crew

Looking for the lastest on course descriptions, course schedules and times? Then visit our new website at www.jmcampbell.com. You’ll find all the latest news, updates and information available.

At www.jmcampbell.com you can:� Register for courses on-line using our quick and easy registration wizard� Get more detailed information about our courses and instructors� Quickly and easily search for courses by Discipline, Location, Instructor, Content or Date� Order from our library of books and publications� Subscribe to the Campbell Tip of the Month

And more . . .

Refin�ng

43 RefiningTechnologyOverview(RF-31)43 RefineryGasTreating,SourWater,Sulfur

and Tail Gas (RF-61)43 RefineryProcessSimulation(RF-62)

Operator Tra�n�ng

45 Gas Dehydration Operations (OT)45 Cryogenic NGL Recovery and NGL

Fractionation (OT)45 P-3 Production/Processing Operations (OT)

Offshore

47 Overview of Subsea Systems (SS-2)47 Introduction to Offshore Oil and Gas

Systems (OS-1)47 Overview of Offshore Oil and Gas

Systems (OS-2)48 Fundamentals of Offshore Systems

Design and Construction (OS-4)

Electr�cal and Instrumentat�on

50 Electrical Engineering Basics for Facilities Personnel (E-2)

50 Electrical Engineering Fundamentals for Facilities Personnel (E-3)

50 Electrical Engineering Practices for Facilities Personnel (E-4)

51 Instrumentation Engineering Basics for Facilities Personnel (IC-2)

51 Instrumentation and Controls Fundamentals for Facilities Personnel (IC-3)

51 Instrumentation Engineering Practices for Facilities Personnel (IC-4)

HSE

52 Health, Safety, Environment

54 Contact and Reg�strat�on Informat�on

55 Publ�cat�ons

31-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.



PetroSkills Facilities. More than a training company.

John M. Campbell & Co. is entering its 40th year of training and consulting experience. Since 1968 we have provided training and consulting to virtually every major oil company worldwide with a focus on production facilities and gas processing.

In 2003, John M. Campbell & Company was asked to join PetroSkills to lead the facilities training program. After gathering data from the PetroSkills board members on the training needs in the facilities sector of the petroleum industry, we created a wide array of new disciplines and courses to meet those needs.

From the tried and proven Gas Conditioning and Processing (G-4), the “Campbell Gas Course,” to our new Supply Chain Management programs, each course is designed to deliver effective training that engages and educates. PetroSkills/Campbell now offers the most comprehensive collection of facilities training available in the industry.

For more information about our programs or to view a complete listing of our available courses please visit our website at www.jmcampbell.com.



Electrical &Instrumentation

MechanicalGasProcessing

Pipeline ProductionFacilities

OffshoreRefining OperatorTraining

OperationsManagement

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2007-2008 PetroSkills Facilities CoursesPetroSkills/Campbell Training Course Progression Matrix

G-1 Overview of Gas Processing -

Non-Technical (p11)

G-2 Overview of Gas Processing - Technical (p11)

G-30 Gas Processing Fundamentals (p12)

G-3 Gas Facilities Program for New

Hires (p12)

G-31 Gas Conditioning and Processing -

LNG Emphasis (p12)

ME-2 Overview of Mechanical Systems in Oil and Gas Facilities

(p27)

ME-4 Fundamentals of Mechanical Systems

in Oil and Gas Facilities (p27)

ME-41 Piping Systems - Mechanical Design

and Specification (p28)

ME-42 Process Vessels - Mechanical Design


ME-44 Overview of Pumps and

Compressors in Oil and Gas Facilities (p28)

ME-45 Mechanical Design of Oil and Products Terminals

(p29)

ME-46 Compressor Systems - Mechanical

Design and Specification (p29)

ME-48 Metallurgy and Corrosion Control in

Oil and Gas Production (p30)

ME-47 Pump Systems - Mechanical Design


ME-62 Turbomachinery Monitoring and

Problem Analysis (p30)

OS-1 Introduction to Offshore Oil and Gas

Systems (p47)Gas Dehydration Operations (p45)

Cryogenic NGL Recovery and NGL Fractionation (p45)

P-3 Production / Processing

Operations (p45)

OS-2 Overview of Offshore Oil and Gas

Facilities (p47)

SS-2 Overview of Subsea Systems (p47)

OS-4 Fundamentals of Offshore Oil and Gas

Facilities (p48)

OM-22 Project Management for Engineering and

Construction (p33)

OM-23 Essential Leadership Skills (p33)

OM-25 Introduction to Reliability

Statistics(p34)

OM-44 Reliability Centered Maintenance

(p35)

OM-43 Effective Maintenance

Shutdowns (p35)

OM-45 Introduction to Life Cycle Costing

(p36)

OM-46 Root Cause Analysis (p36)

SC-41 Contracts and Tenders Fundamentals

(p37)

OM-50 Introduction to Condition

Monitoring (p36)

OM-21 Applied Maintenance

Management (p33)

OM-41 Maintenance Planning and Work

Control (p34)

OM-24 Introduction to Reliability

Engineering (p34)

RF-31 Refining Technology Overview

(p43)

RF-61 Refinery Gas Treating, Sour Water, Sulfur and Tail Gas

(p43)

RF-62 Refinery Process Simulation

(p43)

IC-2 Instrumentation Engineering Basics for

Facilities Personnel (p51)

E-2 Electrical Engineering Basics for Facilities

Personnel (p50)

IC-3 Instrumentation and Controls Fundamentals for Facilities Personnel (p51)

E-3 Electrical Engineering Fundamentals for Facilities

Personnel (p50)

E-4 Electrical Engineering Practices for Facilities

Personnel (p50)

IC-4 Instrumentation Engineering Practices for Facilities Personnel (p51)

G-29 LNG Short Course Technology and the LNG Chain (p11)

PF-2 Production/ Facilities Basics (p21)

W-2 Overview of Oilfield Water Handling (p23)

PF-30 Process / Facility Fundamentals - Non-Facility Eng. (p21)

G-4 Gas Conditioning and Processing (p13)

PF-4 Oil Production and Processing Facilities (p21)

W- 22 Corrosion Management in Production /

Processing Operations(p24)

W-23 Produced Water Treating and Water Injection Facilities

(p24)

SC-42 Effective Stock Control and

Warehouse Operations (p37)

OM-61 Optimizing Equipment Availability

(p37)

OM-61 Principles of Reliability Engineering

(p38)

OM-42 Optimizing Computerized

Maintenance (p35)

PF-43 Heat Transfer Equipment (p22)

PF-44 Pumps and Compressors (p23)

PF-40 Production / Facilities Fundamentals - Facility Eng. (p22)

PF-42 Separation Equipment (pa)

G-40 Process/Facilities Fundamentals (p13)

G-43 Refrigeration and NGL Extraction

(p14)

G-5 Gas Conditioning and Processing - Special (p14)

PL-61 Flow Assurance for Pipeline Systems

(p18)

G-6 Gas Treating and Sulfur Recovery (p14)

G-64 Distillation - Design and Operation

(p15)

G-7 Process Simulation in Gas Conditioning and Processing (p15)

PF-81 CO2 Surface Facilities (p23)

G-61 Gas Conditioning and Processing

- LNG Emphasis (p14)

G-42 Gas Dehydration and Hydrate Inhibition

(p13)

PL-4 Fundamentals of Onshore and Offshore Pipeline Systems (p17)

PL-41 Fundamentals of Pipeline Hydraulics

(p17)

PL-43 Offshore Pipeline Facilities

Design, Construction and Operations (p18)

PL-42 Onshore Pipeline Facilities

Design, Construction and Operations (p18)


Example Career Path:

Facilities Engineer

Is your career path on target and clearly defined? Are you achieving a steady progression of competency levels as planned?

PetroSkills Training Courses will help you stay on course and get you there.

This example demonstrates an engineer starting out in an onshore facilities technical role. Then over a period of 1-2 years, is assigned to a contractor’s office for FEED/detailed design overview, followed by commissioning and early offshore/subsea operations.

• In-house courses

• PetroSkills HSE courses

• PetroSkills OM Courses

www.petroskills.com www.jmcampbell.com

Mentoring

MentoringUtilitiesOffshore

G-2 PF-4G-4pg

11

E-3 pg50

OS-2pg47

W-22pg24

PL-42pg18

G-5 pg14

ME-62pg30

IC-3 pg51

OT-3pg59

G-29pg11

G-6 pg14

G-7 pg15

pg13

pg21

This diagram will help you plan the training you will need to ensure you reach your career goals. The example

diagram for setting your career path shows one of many possible directions it can take. Each person has goals that

require individualized planning and strategic training. You can talk to any one of our Campbell Instructors, a super-

visor, or a mentor close to you about courses you will need to keep you on track. Diligent use of competency maps

and self-assessment will also help you highlight areas in which you will need training. If you would like to review

the many options for training available to you please visit our website at www.jmcampbell.com or our training

partner PetroSkills website at www.petroskills.com.

PetroSkills Facilities Training Courses. Find your skill gaps. Map your future.

�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-1383�

Example Career Path:

Facilities Engineer

Is your career path on target and clearly defined? Are you achieving a steady progression of competency levels as planned?

PetroSkills Training Courses will help you stay on course and get you there.

This example demonstrates an engineer starting out in an onshore facilities technical role. Then over a period of 1-2 years, is assigned to a contractor’s office for FEED/detailed design overview, followed by commissioning and early offshore/subsea operations.

• In-house courses

• PetroSkills HSE courses

• PetroSkills OM Courses

www.petroskills.com www.jmcampbell.com

Mentoring

MentoringUtilitiesOffshore

G-2 PF-4G-4pg

11

E-3 pg50

OS-2pg47

W-22pg24

PL-42pg18

G-5 pg14

ME-62pg30

IC-3 pg51

OT-3pg59

G-29pg11

G-6 pg14

G-7 pg15

pg13

pg21

This diagram will help you plan the training you will need to ensure you reach your career goals. The example

diagram for setting your career path shows one of many possible directions it can take. Each person has goals that

require individualized planning and strategic training. You can talk to any one of our Campbell Instructors, a super-

visor, or a mentor close to you about courses you will need to keep you on track. Diligent use of competency maps

and self-assessment will also help you highlight areas in which you will need training. If you would like to review

the many options for training available to you please visit our website at www.jmcampbell.com or our training

partner PetroSkills website at www.petroskills.com.

PetroSkills Facilities Training Courses. Find your skill gaps. Map your future.

�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.


�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-1383� �1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.

2008 Course Schedule 2008 Course Schedule (cont’d)Prices subject to change. Check website for current pricing and availability.

Course Course # Page # Locat�on Date Pr�ceElectrical Engineering Fundamentals for Facilities Personnel E-3Electrical Engineering Fundamentals for Facilities Personnel E-3Electrical Engineering Fundamentals for Facilities Personnel E-3Electrical Engineering Fundamentals for Facilities Personnel E-3Electrical Engineering Practices for Facilities Personnel E-4Electrical Engineering Practices for Facilities Personnel E-4Overview of Gas Processing - Technical G-2Overview of Gas Processing - Technical G-2Overview of Gas Processing - Technical G-2LNG Short Course: Technology and the LNG Chain G29LNG Short Course: Technology and the LNG Chain G29LNG Short Course: Technology and the LNG Chain G29LNG Short Course: Technology and the LNG Chain G29Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4Gas Conditioning and Processing G-4 Gas Conditioning and Processing - Special G-5Gas Conditioning and Processing - Special G-5Gas Treating and Sulfur Recovery G-6Gas Treating and Sulfur Recovery G-6Gas Treating and Sulfur Recovery G-6Gas Treating and Sulfur Recovery G-6Gas Treating and Sulfur Recovery G-6Gas Treating and Sulfur Recovery G-6Process Simulation in Gas Conditioning and Processing G-7Instrumentation and Controls Fundamentals for Facilities Personnel IC-3Instrumentation and Controls Fundamentals for Facilities Personnel IC-3Instrumentation and Controls Fundamentals for Facilities Personnel IC-3Instrumentation and Controls Fundamentals for Facilities Personnel IC-3Instrumentation and Controls Fundamentals for Facilities Personnel IC-3Instrumentation Engineering Practices for Facilities Personnel IC-4Instrumentation Engineering Practices for Facilities Personnel IC-4Piping Systems - Mechanical Design and Specification ME-41Piping Systems - Mechanical Design and Specification ME-41Overview of Pumps and Compressors in Oil and Gas Facilities ME-44Overview of Pumps and Compressors in Oil and Gas Facilities ME-44Compressor Systems - Mechanical Design and Specification ME-46Metallurgy and Corrosion Control in Oil and Gas Production ME-48Metallurgy and Corrosion Control in Oil and Gas Production ME-48Turbomachinery Monitoring and Problem Analysis ME-62Turbomachinery Monitoring and Problem Analysis ME-62Turbomachinery Monitoring and Problem Analysis ME-62Applied Maintenance Management OM-21Applied Maintenance Management OM-21Applied Maintenance Management OM-21Project Management for Engineering and Construction OM-22Project Management for Engineering and Construction OM-22Introduction To Reliability Engineering OM-24Introduction To Reliability Engineering OM-24Introduction To Reliability Statistics OM-25

Aberdeen, Scotland, United KingdomHouston, Texas, United StatesOrlando, Florida, United StatesSingapore, SingaporeLondon, United KingdomOrlando, Florida, United StatesHouston, Texas, United StatesLondon, United KingdomStavanger, NorwayKuala Lumpur, Selangor, MalaysiaLondon, United KingdomOrlando, Florida, United StatesPerth, AustraliaAberdeen, Scotland, United KingdomAberdeen, Scotland, United KingdomCalgary, Alberta, CanadaDenver, Colorado, United StatesDoha, QatarDubai, United Arab EmiratesHouston, Texas, United StatesKuala Lumpur, Selangor, MalaysiaLondon, United KingdomMadrid, SpainMilan, ItalyNorman, Oklahoma, United StatesOrlando, Florida, United StatesPerth, AustraliaSingapore, SingaporeStavanger, NorwayStavanger, NorwayStavanger, NorwayWashington D.C., United StatesCalgary, Alberta, CanadaHouston, Texas, United StatesAmsterdam, NetherlandsCalgary, Alberta, CanadaDoha, QatarKuala Lumpur, Selangor, MalaysiaLondon, United KingdomOrlando, Florida, United StatesLondon, United KingdomAberdeen, Scotland, United KingdomHouston, Texas, United StatesHouston, Texas, United StatesOrlando, Florida, United StatesSingapore, SingaporeLondon, United KingdomOrlando, Florida, United StatesHouston, Texas, United StatesOrlando, Florida, United StatesHouston, Texas, United StatesLondon, United KingdomOrlando, Florida, United StatesHouston, Texas, United StatesLondon, United KingdomHouston, Texas, United StatesLondon, United KingdomSingapore, SingaporeDoha, QatarHouston, Texas, United StatesOrlando, Florida, United StatesHouston, Texas, United StatesLondon, United KingdomHouston, Texas, United StatesOrlando, Florida, United StatesHouston, Texas, United States

6/2 - 6/62/25 - 2/29

10/20 - 10/249/29 - 10/36/9 - 6/13

10/27 - 10/313/17 - 3/19

5/7 - 5/95/27 - 5/293/24 - 3/285/12 - 5/1611/3 - 11/7

8/4 - 8/86/23 - 7/4

9/29 - 10/107/28 - 8/8

7/14 - 7/252/10 - 2/21

11/30 - 12/113/10 - 3/213/31 - 4/115/12 - 5/233/3 - 3/141/28 - 2/89/8 - 9/19

11/10 - 11/218/11 - 8/22

10/13 - 10/243/31 - 4/116/9 - 6/20

10/6 - 10/174/14 - 4/251/21 - 1/25

10/20 - 10/245/26 - 5/301/28 - 2/1

2/24 - 2/283/10 - 3/14

10/20 - 10/2411/3 - 11/76/23 - 6/276/9 - 6/133/3 - 3/7

9/15 - 9/1910/27 - 10/3110/6 - 10/106/16 - 6/2011/3 - 11/73/31 - 4/4

11/10 - 11/149/29 - 10/36/16 - 6/20

10/20 - 10/249/29 - 10/36/23 - 6/279/22 - 9/266/23 - 6/27

10/20 - 10/242/24 - 2/284/14 - 4/18

10/27 - 10/319/8 - 9/12

6/16 - 6/201/21 - 1/2511/3 - 11/72/11 - 2/15

$3,045$2,635$2,875$3,599$3,185$2,905$2,635$3,155$3,210$3,210$3,150$2,875$3,150$7,525$8,210$6,120$6,450$7,525$8,210$5,915$7,525$7,525$7,525$7,525$6,450$6,450$7,275$8,210$7,525$7,525$8,210$5,915$2,515$2,905$4,040$2,605$4,040$3,750$4,345$3,835$3,985$3,945$2,635$2,875$2,875$3,500$3,185$2,905$2,665$2,905$2,905$3,185$2,905$2,905$3,185$3,835$3,985$4,405$3,435$2,635$2,875$2,875$3,155$2,665$2,905$2,905

505050505050111111111111111313131313131313131313131313131313131314141414141414141551515151515151282828282930303030303333333333343434

�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. �1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.

2008 Course Schedule 2008 Course Schedule (cont’d) Prices subject to change. Check website for current pricing and availability.

Maintenance Planning and Work Control OM-41Maintenance Planning and Work Control OM-41Effective Maintenance Shutdowns OM-43Reliability Centered Maintenance OM-44Life Cycle Cost Analysis OM-45Root Cause Analysis OM-46Root Cause Analysis OM-46Introduction To Condition Monitoring OM-50Introduction To Condition Monitoring OM-50Optimizing Equipment Availability OM-61Principles of Reliability Engineering OM-62Introduction to Offshore Oil and Gas Systems OS-1Introduction to Offshore Oil and Gas Systems OS-1Introduction to Offshore Oil and Gas Systems OS-1Introduction to Offshore Oil and Gas Systems OS-1Introduction to Offshore Oil and Gas Systems OS-1Overview of Offshore Oil and Gas Facilities OS-2Overview of Offshore Oil and Gas Facilities OS-2Overview of Offshore Oil and Gas Facilities OS-2Overview of Offshore Oil and Gas Facilities OS-2Overview of Offshore Oil and Gas Facilities OS-2Fundamentals of Offshore Oil and Gas Facilities OS-4Fundamentals of Offshore Oil and Gas Facilities OS-4Fundamentals of Offshore Oil and Gas Facilities OS-4Oil Production & Processing Facilities PF-4Oil Production & Processing Facilities PF-4Oil Production & Processing Facilities PF-4Oil Production & Processing Facilities PF-4Oil Production & Processing Facilities PF-4Oil Production & Processing Facilities PF-4Oil Production & Processing Facilities PF-4Process Vessel Specification and Design PF-42Process Vessel Specification and Design PF-42Process Vessel Specification and Design PF-42Pumps and Compressors PF-44Pumps and Compressors PF-44Pumps and Compressors PF-44Pumps and Compressors PF-44CO2 Surface Facilities PF-81Fundamentals of Onshore and Offshore Pipeline Systems PL-4Onshore Pipeline Facilities - Design, Construction and Operations PL-42Offshore Pipeline Facilities - Design, Construction and Operations PL-43Offshore Pipeline Facilities - Design, Construction and Operations PL-43Flow Assurance for Pipeline Systems PL-61Refining Technology Overview RF-31Refining Technology Overview RF-31Refining Technology Overview RF-31Refinery Gas Treating, Sour Water, Sulfur and Tail Gas RF-61Refinery Gas Treating, Sour Water, Sulfur and Tail Gas RF-61Refinery Gas Treating, Sour Water, Sulfur and Tail Gas RF-61Refinery Process Simulation RF-62Refinery Process Simulation RF-62Contracts and Tenders Fundamentals SC-41Overview of Subsea Systems SS-2Overview of Subsea Systems SS-2Overview of Subsea Systems SS-2Overview of Subsea Systems SS-2Overview of Subsea Systems SS-2Oilfield Corrosion and Water Treatment W-2Oilfield Corrosion and Water Treatment W-2Oilfield Corrosion and Water Treatment W-2Oilfield Corrosion and Water Treatment W-2Corrosion Management in Production/Process Operations W-22Corrosion Management in Production/Process Operations W-22

Houston, Texas, United StatesLondon, United KingdomOrlando, Florida, United StatesHouston, Texas, United StatesHouston, Texas, United StatesHouston, Texas, United StatesOrlando, Florida, United StatesHouston, Texas, United StatesOrlando, Florida, United StatesOrlando, Florida, United StatesOrlando, Florida, United StatesHouston, Texas, United StatesHouston, Texas, United StatesKuala Lumpur, Selangor, MalaysiaLondon, United KingdomLondon, United KingdomHouston, Texas, United StatesHouston, Texas, United StatesLondon, United KingdomLondon, United KingdomSingapore, SingaporeHouston, Texas, United StatesLondon, United KingdomSingapore, SingaporeBakersfield, California, United StatesHouston, Texas, United StatesKuala Lumpur, Selangor, MalaysiaLondon, United KingdomNorman, Oklahoma, United StatesOrlando, Florida, United StatesStavanger, NorwayAberdeen, Scotland, United KingdomHouston, Texas, United StatesOrlando, Florida, United StatesAberdeen, Scotland, United KingdomHouston, Texas, United StatesSingapore, SingaporeStavanger, NorwayKuala Lumpur, Selangor, MalaysiaLondon, United KingdomHouston, Texas, United StatesKuala Lumpur, Selangor, MalaysiaOrlando, Florida, United StatesAberdeen, Scotland, United KingdomHouston, Texas, United StatesLondon, United KingdomSingapore, SingaporeHouston, Texas, United StatesLondon, United KingdomSingaporeHouston, Texas, United StatesLondon, United KingdomHouston, Texas, United StatesAberdeen, Scotland, United KingdomHouston, Texas, United StatesHouston, Texas, United StatesKuala Lumpur, Selangor, MalaysiaLondon, United KingdomHouston, Texas, United StatesLondon, United KingdomOrlando, Florida, United StatesSingapore, SingaporeHouston, Texas, United StatesLondon, United Kingdom

Course Course # Page # Locat�on Date Pr�ce4/21 - 4/25

6/2 - 6/611/3 - 11/74/7 - 4/11

3/10 - 3/145/12 - 5/16

11/17 - 11/217/14 - 7/1811/3 - 11/79/22 - 9/26

10/20 - 10/242/18 - 2/229/15 - 9/197/7 - 7/11

5/19 - 5/2311/3 - 11/74/7 - 4/11

9/15 - 9/192/4 - 2/8

8/11 - 8/157/21 - 7/256/9 - 6/20

10/13 - 10/243/10 - 3/21

10/6 - 10/104/14 - 4/259/8 - 9/196/2 - 6/13

12/1 - 12/1211/10 - 11/21

2/11 - 2/226/16 - 6/204/7 - 4/11

11/17 - 11/2110/6 - 10/104/21 - 4/25

10/13 - 10/176/23 - 6/27

3/3 - 3/75/12 - 5/239/22 - 9/267/21 - 7/25

10/13 - 10/175/26 - 5/303/31 - 4/4

5/12 - 5/169/22 - 9/264/7 - 4/11

5/19 - 5/239/29 - 10/34/14 - 4/185/26 - 5/303/31 - 4/45/5 - 5/9

2/18 - 2/2211/3 - 11/77/14 - 7/18

9/1 - 9/52/18 - 2/226/9 - 6/13

10/27 - 10/3110/20 - 10/24

9/22 - 9/2610/13 - 10/17

$2,665$3,185$2,905$2,665$2,665$2,635$2,875$2,635$2,875$3,835$3,835$2,635$2,875$3,500$3,155$3,440$2,635$2,875$3,155$3,440$3,500$4,665$6,085$5,670$5,085$5,915$6,775$5,575$5,085$5,085$5,670$3,070$2,665$2,905$3,350$2,665$3,870$3,240$4,170$5,575$2,905$3,870$2,905$3,870$2,635$3,155$3,500$3,515$3,985$4,090$3,515$3,985$2,665$3,045$2,635$2,875$3,500$3,440$2,635$3,155$2,875$3,500$2,875$3,440

34343535363636363637384747474747474747474748484821212121212121222222232323232317181818184343434343434343374747474747232323232424

111-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-138310 111-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.

Gas

Pro

cess

�ng

The Gas Processing discipline covers equipment and processes primarily focused on the handling of natural gas and its associated liquids. The wellhead is the starting point, ending withdeliveryof theprocessedgas,meetingtherequiredspecifications,intoasalesgasorreinjection pipeline. RecoveredNatural Gas Liquids (NGL), againmeeting the requiredspecifications,aredeliveredtoanexportpoint–eitherapipelineorstoragefacility.TheNGLmaybefractionatedintoindividualspecificationproductsorsoldasamixforfractionationelsewhere.Wasteby-productsaredisposedof inaccordancewiththeapplicableregulatoryrequirements.

Ma�n top�cs covered:

Fundamentals • Natural gas characterization • Phase behavior •Vapor–liquidequilibrium • Basic thermodynamics •Water–hydrocarbonbehavior

The individual processes/unit operations considered include: •Fluidflow

PetroSkills/Campbell delivers competency based training in these and other areas, at progressive levels. This provides the skills necessary to successfully support the operation of oil and gas production processes.

• Separation • Heat transfer • Pumps & compressors • Dehydration & hydrate inhibition • Gas sweetening & sulfur recovery • Liquid product treating • NGL recovery • Fractionation & absorption • Instrumentation & control

111-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 111-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.

Overv�ew of Gas Process�ng - Non-Techn�cal (G-1)PetroSk�lls

ABOUT THE COURSE

You will learn how to:- Recognize common terminology. - Summarize commercial and contract

issues. - Describe key areas in surface facilities. - Describe how gas is transported and

sold.- Describe the available technology and

processes. - Select between various treatment

processes and technology.

- Summarize gas measurement. - Summarize the markets and uses for

natural gas liquids.This course is designed for a broad non-technical audience.

COURSE CONTENT

• Basic Concepts & Fundamentals • Conditioning and processing

of natural gas• Production Separators • Crude Oil/Condensate

• Waterandhydrocarbons• Transportation systems • Support Facilities • Commercial Issues

Bas�c 3 days

Overv�ew of Gas Process�ng - Techn�cal (G-2)PetroSk�lls

ABOUT THE COURSE

You will learn how to:- Utilize oil and gas facilities

terminology.- Identify key commercial and contract

issues.- Describe how gas is transported and

sold. - Differentiate between various

gas conditioning and processing technologies.

- Summarize gas measurement. - Explain the extraction and uses of

Propane, Butane, NGL and LPG.

- Addresshowgasprocessingfitsinto the value chain for hydrocarbon products.

- Identify the key pieces of equipment used in a natural gas production facility.

COURSE CONTENT

• Industry overview• Gas processing fundamentals • Terminology • Chemistry of oil and gas • Markets, gas contracts and specifications

• Demand patterns and load factors

• Technical fundamentals, e.g. physical properties and phase behavior

• Oil and gas production facilities• Hydrates, hydrate inhibition • Gas dehydration• Gas sweetening and sulfur recovery• Acidgasreinjection• Natural gas liquids and dew point

control • Nitrogenrejectionandheliumrecovery• Fractionation and stabilization• Heat exchange and compression

Bas�c 3 days

LNG Short Course Technology and the LNG Cha�n (G-2�)PetroSk�lls

ABOUT THE COURSE

You will learn to:- Survey commercial and contractual

issues.- Appreciateprojectcosts,feasibilityand

development.- Become familiar with some

fundamentals of gas technology.- Apply knowledge of LNG gas

pretreatment, drying and refrigeration.- Describe liquefaction technologies and

appreciate the differences.

- Become familiar with the types compressor drivers, gas turbines and electric motors.

- Understand LNG storage, shipping and terminals.

The course covers facility operation topics, technical and design areas.

COURSE CONTENT

• Introduction to LNG • Commercial issues • Technical Fundamentals

• Gas Processing Basics • MajorEquipment• Refrigeration and LNG Liquefaction • Shipping • LNG Storage • Regasificationterminalsandenergy

recovery• Future Trends

Bas�c 4 days

Manager Non-Tech Operator Engineer Computer Heavy Calculation

For schedule and pr�c�ng �nformat�on v�s�t our webs�te or contact us at reg�[email protected].


Gas Fac�l�t�es Eng�neer�ng for New H�res (G - 3)PetroSk�lls

ABOUT THE COURSE

• You will learn how to:- Select and evaluate processes and

equipment used to transport and process natural gas and associated liquids in order to meet sales, re-injectionordisposalspecifications.

- Apply physical and thermodynamic property correlations and principles to the design and evaluation of gas production and processing facilities.

- Perform equipment sizing calculations formajorgashandlingfacilityequipment.

- Evaluateprocessingconfigurationsfordifferent applications.

- Recognize and develop solutions to operating problems in gas production facilities.

• Practical operating problems will also be covered including hydrates, multiphaseflowissues,corrosion,etc.

• The emphasis of this course is on gas production facilities from the wellhead tothedeliveryof specificationgasand recovered liquid products to their respective disposition points.

• Process safety and environmental concerns will be imbedded throughout the program content.

COURSE CONTENT

• Properties of Fluids• Qualitative Phase Behavior• Vapor - Liquid Equilibrium• Water-Hydrocarbonsystems-hydrates

and inhibition methods • Fluid Flow - single/multiphase,

gathering systems• SeparationEquipment–selectionand

sizing• Heat Transfer Equipment• Pumps and Compressors• Gas Sweetening

• Gas Dehydration• NGL Recovery • Condensate Stabilization &

Fractionation• Liquid Product Treating• Sulfur Recovery• Product Storage• Relief & Flare systems• Utilities• Corrosion and Materials selection• Plant Piping Systems• Pipeline Design & Construction• Engineering Drawings (PFD’s, P&ID’s)• Process Control & Instrumentation• Flow Measurement• GasWellInflowPerformanceand

Deliquefaction• Waterandhydrocarbons• Transportation systems • Support Facilities • Commercial Issues

Foundat�on 2 weeks

Gas Process�ng Fundamentals (G-30)PetroSk�lls

ABOUT THE COURSE

• In this course you will learn how to:- Achieveproductspecificationsand

how basic gas processing facilities are used.

- Apply physical and thermodynamic property calculations with emphasis on limitations and applications.

- Understand the application of phase behavior principles and phase diagrams for operating problems.

- Apply thermodynamic laws and principles to equipment operation and troubleshooting.

• This course is an excellent refresher or preparation course for the “Campbell Gas Course” (G-4).

• The participant will learn technical fundamentals, property correlations and how to apply phase behavior and applied thermodynamics to solve real problems.

COURSE CONTENT

• Gas Processing Facilities• ProductSpecifications• Hydrocarbon Phase Behavior• Vapor Liquid Equilibrium• Physical Properties of Hydrocarbons• Applications of Thermodynamic

Principles

Bas�c 5 days

Gas Cond�t�on�ng and Process�ng - LNG Emphas�s (G-31)PetroSk�lls

ABOUT THE COURSE

• In this course you will learn how to:- Utilize the basics of LNG gas

conditioning & processing in depth.- Select and evaluate processes used

to dehydrate natural gas, meet hydrocarbondewpointspecificationsand extract NGLs.

- Apply physical/thermodynamic property correlations and principles to the design and evaluation of gas processing facilities.

- Understand fundamentals of propane and propane pre-cooled mixed refrigerant systems used in LNG plants.

- Recognize key points in other LNG Liquefaction technologies.

- Perform and review equipment

sizingcorrelationsformajorprocessequipment.

- Recognize and develop solutions to operating problems and control issues in LNG and gas processing facilities.

- Remove CO2 and H2S using Amines, Sulfinol®,HotPotassiumCarbonate,etc.

• This course has expanded coverage on refrigeration.

• The acid gas removal processes (Sulfinol,hotcarbonate,amines,etc.)employed in LNG processes are also explained.

• Versions of this program have been used in several of the world’s base-load and peak-shaving LNG plants.

• Details of the mixed refrigerant and cascade processes in LNG liquefaction are described.

COURSE CONTENT

• Basic Principles • Water-HydrocarbonSystemBehavior• Calculation of Systems Energy • Process Control • Separators • Gas Treatment, CO2 and H2S Removal • Dehydration of Natural Gas • Heat Transfer • Pumps and Compressors • Refrigeration Systems • LNG Liquefaction technology • Absorption and Fractionation

Bas�c 10 days


Gas Cond�t�on�ng and Process�ng (G-4)PetroSk�lls

ABOUT THE COURSE

• The “Campbell Gas Course™” has been the standard of the industry for over thirty years.

• Over 20,000 engineers have attended our G-4 program, considered by many to be the most practical and comprehensive course in the oil and gas industry.

• In this course you will learn how to: - Select and evaluate processes used



- Perform and review equipment sizingcorrelationsformajorprocessequipment.

- Recognize and develop solutions to operating problems and control issues in gas processing facilities.

• To enhance the learning process, about 30 problems will be assigned, reviewed and discussed throughout the course.

• Computer analysis is often used to examine sensitivities of technical decisions

COURSE CONTENT

• Gas Processing Systems• Physical Properties of Hydrocarbons• Qualitative Phase Behavior• Vapor-Liquid Equilibrium

• Water-HydrocarbonBehavior• Basic Thermodynamic Concepts• System Energy Changes• Process Control Fundamentals• Fluid Flow• Separation Equipment• Rate Processes• Heat Transfer• Pumps• Compressors• Refrigeration• Fractionation• Glycol Dehydration• Adsorption Systems

Intermed�ate 10 days

Process / Fac�l�ty Fundamentals (G-40)PetroSk�lls

ABOUT THE COURSE


• In this course you will learn how to:- Apply physical and thermodynamic

property calculations with emphasis on limitations and applications.

- Apply phase behavior principles and phase diagrams for design and

operating problems. - Apply thermodynamic laws and

principles to equipment design and operation.

• This course is designed for those who desire a brief but intensive overview of facility/process engineering principles.

• Emphasis at all times is on application to operating and design issues.

• Process simulation packages will be available.

COURSE CONTENT

• Hydrocarbon Phase Behavior • Vapor Liquid Equilibrium • Physical Properties of Hydrocarbons • Applied Thermodynamics • Applications of Thermodynamic

Principles

Foundat�on 5 days

Gas Dehydrat�on and Hydrate Inh�b�t�on (G-42)PetroSk�lls

ABOUT THE COURSE

• Thiscoursespecificallyaddressestheremoval of water from natural gas.

• In this course you will learn how to:- Apply and evaluate water content and

hydrate formation correlations. - Design and troubleshoot a hydrate

inhibition system using methanol or glycol.

- Design and evaluate a glycol dehydration system.

- Critically review the design of a dry desiccant gas dehydration unit and evaluate its performance.

- Develop solutions for operating problems including environmental and safety issues and gain familiarity with emerging technologies.

- Hydrate inhibition with both equilibrium and kinetic inhibitors is discussed and design methods are presented.

- Glycol and dry desiccant dehydration systems are discussed in detail from both an operating and a design perspective.

• Watercontentandhydratecorrelationsare reviewed in the context of applications and limitations.

• Environmental issues and emerging gas dehydration techniques are addressed.

COURSE CONTENT

• Water-HydrocarbonBehavior• Hydrate Inhibition • Glycol Dehydration • Adsorption (Molecular Sieve)

Dehydration

Foundat�on 4 days




Refr�gerat�on and NGL Extract�on (G - 43)PetroSk�lls

ABOUT THE COURSE

• In this course, you will learn how to:- Operate in NGL markets,

transportation systems and extraction economics.

- Design and evaluate mechanical refrigeration systems.

- Design and evaluate expansion refrigeration processes with emphasis on calculation methods, operating

problems and new developments. - Emphasize applications and limitations

of absorption (lean oil) and adsorption (silica gel) processes.


COURSE CONTENT

• NGL products and markets • Extraction methods

• Refrigeration Systems • Expansion Refrigeration • Expander Plants - Design and

Operation • Lean Oil Processing • NGL Extraction by Adsorption, Short

Cycle or Hydrocarbon Recovery Units

Foundat�on 4 days

Gas Cond�t�on�ng and Process�ng - Spec�al (G-5)PetroSk�lls

ABOUT THE COURSE

• This course has been designed to cover G-4 topics in an accelerated 5-day format using a commercial simulator to perform calculations.• In this course you will learn how to:- Analyze processes to dehydrate gas,

control hydrocarbon dew point, and extract NGL’s etc. using the simulator.

- Consolidate understanding of gas engineering principles.

- Handle issues of physical/thermodynamic property correlations in gas technology and simulation.

- Perform and review equipment sizing using hand and simulation methods.

• This course is presented using the commercial simulator package HYSYS®.

• A comprehensive course exercise based on actual offshore processing facility and onshore gas processing options is used in class.

COURSE CONTENT

• Gas Processing Systems • Physical Properties of Hydrocarbons • Qualitative Phase Behavior

• Vapor-Liquid Equilibrium • Water-HydrocarbonBehavior• Basic Thermodynamic Concepts • System Energy Changes • Separators • Heat Transfer • Pumps • Compressors • Refrigeration • Fractionation/Distillation • Glycol Dehydration • Adsorption Systems

Gas Treat�ng and Sulfur Recovery (G-�)PetroSk�lls

ABOUT THE COURSE

• This course emphasizes process selection, practical operating issues, technical fundamentals, and integration of the sweetening facilities into the overall scheme of gas processing.

• In this course, you will learn how to:- Evaluate and select processes to

remove acid gases (H2S, CO2 etc) from gas and NGL’s.

- Describe the available gas treating technology and processes; recognize advantages and disadvantages.

- Estimate solvent circulation rates, energy requirements and equipment sizes.

- Recognize and develop solutions to common problems.

- Use Claus Sulfur process and other technologies.

- Determine effect of H2S: CO2 ratio, SuperClaus®EuroClaus®PROClaus®etc.

- Use simple related chemistry to trace sulfur compounds.

- Survey tail gas cleanup processes, corrosion, and liquid treating.

• Asimilarcourse,RefineryGasTreating,SourWater,SulfurandTailGas(RF-61), addresses these broad topics in oil refineries.

COURSE CONTENT

• Gasspecificationsandprocessselectioncriteria

• Amines

• Sulfinol• Flexsorb • Carbonate Processes • Physical Absorption Processes • MetallurgicalIssues–Corrosion• Other Technologies/New

Developments • Selective Treating • Solid Bed and Non-Regenerable

Processes • Liquid Treating • Sulfur Recovery • Tail Gas Clean-Up






Gas Cond�t�on�ng and Process�ng - LNG Emphas�s (G-�1)PetroSk�lls

ABOUT THE COURSE

• In this course, you will learn how to:- Apply principles of LNG gas

conditioning & processing in-depth.- Select and evaluate processes used



- Use the fundamentals of propane and propane pre-cooled mixed refrigerant systems used in LNG plants.

- Recognize key points in other LNG Liquefaction technologies

- Perform and review equipment

sizingcorrelationsformajorprocessequipment.

- Recognize and develop solutions to operating problems and control issues in LNG and gas processing facilities.

- Remove CO2 and H2S using Amines, Sulfinol®,HotPotassiumCarbonate,etc.

- This course has an expanded coverage on refrigeration.

• Details of the mixed refrigerant and cascade processes in LNG liquefaction are described.

• The acid gas removal processes (Sulfinol,hotcarbonate,amines,etc.)employed in LNG processes are also explained.

• Versions of this program have been used in several of the world’s base-load

and peak-shaving LNG plants.

COURSE CONTENT

• Basic Principles • Water-HydrocarbonSystemBehavior• Calculation of Systems Energy • Process Control • Separators • Gas Treatment, CO2 and H2S Removal • Dehydration of Natural Gas • Heat Transfer • Pumps and Compressors • Refrigeration Systems • LNG Liquefaction technology • Absorption and Fractionation


D�st�llat�on - Des�gn and Operat�on (G-�4)PetroSk�lls

ABOUT THE COURSE

• This course is targeted at technical professionals working in the area of NGL fractionation, crude or condensate stabilization, methanol-water separation and other distillation applications in oil and gas production/processing.

• In this course you will learn how to:- Apply distillation principles and theory.- Determine number of trays (height of packing),refluxrates,reboilerand

condenser duties, and column height. - Analyze distillation control schemes

and solve common operating problems.• Distillation principles are explained and

reinforced with calculations.• Operation and control of distillation

facilities is stressed with emphasis on actual installations.

COURSE CONTENT

• Overview of Fractionation • ProductSpecifications

• Vapor-Liquid Equilibrium-Binary Systems–McCabe-Thiele

• MulticomponentSystems–Fenske-Underwood-Gilliland Computer simulation; column sizing, mechanical design; and instrumentation and control.

• Mass Transfer • Trays versus Packing • Mechanical Design • Exchangers-Condensers and Reboilers • Control and Instrumentation

Process S�mulat�on �n Gas Cond�t�on�ng and Process�ng (G-�)PetroSk�lls

ABOUT THE COURSE

• Theprimaryobjectiveof thiscourseis to teach the participant how to work more effectively as an engineer by using a commercial simulator as a tool.

• In this course you will learn how to:- Recognize and appreciate the

capabilities and limits of process simulators in the design and evaluation of production/processing facilities.

- Develop models to solve several real problems using commercial simulation packages.

- Workindependentlytoapplyprocesssimulationstoprofitablydesignnewfacilities or evaluate existing facilities.

• Detailed discussions in this course will cover the strengths, limitations and pitfalls of the calculation procedures usedforthespecification,designandoperation of production processing facilities.

• This course is presented using commercial simulator packages such as HYSYS.

• Familiarity with HYSYS is a prerequisite.

COURSE CONTENT

• Overview of computer simulation as a tool in the management of engineering as it relates to the design, selection and operation of oil and gas production

• Equations of State and their Application

• Calculation of Thermodynamic Properties

• Preparation of Compressor Train Flowsheet

• Gas Compression • Preparation of Production Train

Flowsheet with Recycles and Equipment Sizing

• NGL Recovery Processing • Preparation of Offshore Dew Point

Control Flow Sheet • Characterization of the C6+ Fraction • Comparison of Offshore Dew Point

Control Flow Sheet with Potential Risk of Improper Feed Characterization

• Fractionation • Modeling a Fractionation Train for MultipleProductSpecifications

• Fluid Flow • Modeling a Piping System with Both

Pumps and Compressors • Water/HydrocarbonBehaviorandGas

Dehydration • Modeling a Production Train with

Glycol Dehydration • Modeling a Dew Point Recovery

System with Glycol or Methanol Injection

Advanced 5 days


1�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-13831� 1�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.

The Pipeline Discipline Team provides technical training and consulting for two diverse and interrelated areas: • Oil and gas transportation, focusing on pipeline systems. • Onshore infrastructure systems that support oil and gas operations, “inside” as well as

“outside the facilities fence.”These two areas provide the systems and facilities that are the framework to build and then link oil and gas facilities. The discipline covers pipeline transportation systems, oil and gas terminals facilities, and the onshore infrastructure from regional considerations through design and constructionof sitespecificsystems.AswithallPetroSkills/Campbelltrainingprograms,thesediscipline areas integrate with the other technical, operations and HSE disciplines.Theinstructorsandconsultantsthatsupportthesedisciplineshaveextensiverealworld–globalexperience from conceptual development through operations. Their broad knowledge blends the uniquetechnicalandoperationalissuesof pipelinesystemsthattransportalltypesof fluids–fromheavyoilstorefinedproductstohighpressureinjectiongasandwater-intointegratedsystems.This global experience spans the pipeline industry from initial site selection through detailed design and construction of unique facilities. Commonlearningobjectivesforpipelineandrelatedtransportationcoursesinclude: • The interrelationships of pipeline system hydraulics, pipeline strength and material

requirements, route selection and construction. • The affects of regional conditions and practices may have on design, construction and

operational decisions. • How pipeline systems serve to integrate all segments of oil and gas production, processing,

and delivery to market whether from offshore structures or onshore facilities. •Theimportanceof lifecycleconsiderationsduringdevelopmentplanningandtheflexibility

of pipeline systems. •Definitionof thekeydesign,fabricationandinstallationissuesassociatedwithoffshoreand

onshore pipeline transportation systems. • Understanding the impacts of upstream processing conditions on pipeline systems design

and operations, and the affects of pipeline system performance on downstream facilities and markets.

P�p

el�n

e

1�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 1�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.

Fundamentals of Onshore and Offshore P�pel�ne Systems (PL-4)Campbell

ABOUT THE COURSE

• This intensive ten day course covers the design, construction, and operations of pipeline systems.

• This course focuses on pipeline routing, hydraulics, mechanical design, and construction for both onshore and offshore pipelines.

• You will learn how to: - Apply mechanical and physical

principles to all phases of pipeline design, construction and operation.

- Identify similarities and differences of onshore and offshore pipeline systems.

- Incorporate construction methods, commissioning, pressure test and start up into the design of a pipeline system.

- Apply safety and environmental regulations for a sound design.

- Use common sense methods and technicalrequirementstodefinepipeline routes and facilities locations.

- Understandtheimportanceof fluidproperties and process to pipeline systems design and construction

• Designproblemsandgroupprojectsare an integral part of this course.

COURSE CONTENT

• Pipelinesystemsdefinitionandapplications

• Codes and standards related to pipelines

• Pipeline hydraulics: single phase gas and liquids,multiphasefluidsandheavy/waxy crudes.

• Majordesignconsiderationsforstrength, stability and installation

• Pipeline survey and mapping • Pipeline route engineering

• Pipeline materials and components • Corrosion and cathodic protection of

pipelines • Special design aspects, covering such

issues as risers, slug catchers, pigging facilities, etc.

• Basic design considerations for pipeline facilities

• Pipeline construction for cross country and offshore systems focusing on welding

• Pressure testing, pre-commissioning and commissioning

• Pipeline integrity aspects including in-line inspection

• Leak detection and emergency planning considerations

• Repairsandmodificationsconsiderations

• Safety, environmental, and regulatory requirements

Foundat�on 10 days

Fundamentals of P�pel�ne Hydraul�cs (PL-41)Campbell

ABOUT THE COURSE

• Thisisanintensivefivedaycoursethatconcentrates on the physical behavior of single-phaseandmultiphasefluidsbeing transported in pipelines.

• You will learn how to:- Usephysicalcharacteristicsof fluidsto

design and operate pipeline systems.- Determine phase states and their

impact on the operating conditions of pipeline systems.

- Select and arrange pumps and compressors appropriate for the application.

- Identify and solve problems in the operation of complex pipeline systems.

• This course focuses on the governing equationsforfluidflow,theflowand

power equations typically used for pipeline hydraulics, characteristic steady state and dynamic behavior of single phase liquids, single phase gas, multi-phasefluids,andpumpandcompressorselection and arrangements.

• Problems will be used throughout the course to reinforce concepts and calculation methods.

COURSE CONTENT

• Basic Fluid Flow Principles• Single Phase Liquids Flow - Governing Equations- Hydraulics Analysis- Power Analysis- Transit Analysis - Surge

• Single Phase Gas Flow - Governing Equations- Hydraulics Analysis- Power Analysis- Transit Analysis - Pack and Draft,

Blowdown• MultiphaseFluidsFlow–- Governing Equations - Hydraulics Analysis- Holdup Analysis- Slugging Analysis- Transit Analysis• Operational considerations• Field/gathering systems• Oil and gas transmission lines• Multiphase systems• Products pipelines

Foundat�on 5 days



All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-13831�

Offshore P�pel�ne Fac�l�t�es - Des�gn, Const. and Operat�ons (PL-43)Campbell

ABOUT THE COURSE

• Thisintensivefivedaycoursecoversthe principal aspects of design, construction, and operations of offshore pipeline systems.

• You will learn how to:- Apply mechanical and physical

principles to pipeline design, material selection, construction and operation.

- Evaluate the importance of environmental conditions, construction methods, hydraulics, installation, and operations of offshore pipeline systems.

- Identify special design and construction challenges of offshore pipeline systems.

- Incorporate construction methods into the design of a pipeline system.

- Identify the principal interfaces and potential interrelationships of pipeline facilities such as platforms, subsea wellheads and SPMs on

design, construction and operations of offshore pipeline systems.

- Identify offshore safety and environmental practices and their effect on design, construction, and operations.

• This course focuses on pipeline mechanical and stability design, and construction.

• Special challenges such as repair methods,flowassurance,corrosionandcathodic protection are an integral part of this course.

• Participants will acquire and/or consolidate the essential knowledge and skills to design, construct and operate pipelines.

• Design problems are part of this course.

COURSE CONTENT

• Pipelinesystemsdefinition,survey,androute selection.

• Safety, environmental, and regulatory considerations. Codes and standards

related to pipelines.• Pipeline conceptual and mechanical

design for strength, stability and installation.

• Impacts of pipeline hydraulics on pipeline design, construction and operations.

• Pipeline construction for offshore systems and the interrelationships with design and material selection.

• Pipeline materials and components, corrosion and cathodic protection, and coating selection.

• Special design considerations for risers and umbilicals, single-point moorings, and shore approaches.

• Introductiontoflowassuranceconsiderations and pipeline integrity aspects, leak detection and emergency planning considerations

• Pipeline operations, maintenance and repairs considerations and their impacts on design and material selections.

Foundat�on 5 days

Onshore P�pel�ne Fac�l�t�es - Des�gn, Const. and Operat�ons (PL-42)Campbell

ABOUT THE COURSE

• Thisintensivefivedaycoursecoversthe design, construction, and operations of onshore pipeline systems.

• You will learn how to:- Apply mechanical and physical

principles to pipeline design, material selection, construction and operation.

- Identify special design and construction challenges of onshore pipeline systems.

- Identify the principal interfaces and potential interrelationships of pipeline facilities such as pump stations and terminals on design and operations of onshore pipeline systems.

- Identify safety and environmental practices and their effect on design, construction, and operations.

• This course will incorporate construction methods, commissioning,

pressure test and start up into the design of a pipeline system.

• The course focuses on pipeline routing, mechanical design, construction methods, hydraulics, installation, and operations of onshore pipeline systems.

• Participants will acquire and/or consolidate the essential knowledge and skills to design, construct and operate pipelines.

• Design problems are an integral part of this course.

COURSE CONTENT

• Pipelinesystemsdefinitionandapplications.

• Safety, environmental, and regulatory considerations. Codes and standards related to pipelines.

• Pipeline conceptual and mechanical

design for strength, stability and installation.

• Impacts of pipeline hydraulics on pipeline design, construction and operations.

• Pipeline survey, mapping, and route selection.

• Pipeline materials and components • Corrosion and cathodic protection of

pipelines • Pipeline construction for onshore

offshore systems• Introductiontoflowassurance

considerations and pipeline integrity aspects including in-line inspection, leak detection and emergency planning considerations

• Pipeline operations, maintenance and repairs considerations.

Foundat�on 5 days

Flow Assurance for P�pel�ne Systems (PL-�1)PetroSk�lls

ABOUT THE COURSE

• This course will provide an understandingof flowphenomenathatcan help the participant avoid problems such as hydrate formation, pressure (surge) waves, or high viscosity liquid flowfailure.

• You will learn how to:- Identifyandapplyfluidcharacteristics

and behavior in the design and operations of pipeline systems.

- Assess the physical behavior of the key flowassuranceandintegritychallenges:corrosion, hydrate formation, transient behavior, and wax deposition.

- Evaluate mechanical integrity.- Evaluate the effectiveness of pigging

operations and leak detection systems.- Definetherolesandusesof SCADAsystemsinflowassurance.

• The focus of this course is on potential challenges to pipeline operations including: surge, corrosion, hydrate formation, wax deposition, multiphase fluids,andslugging.

• The causes for these problems, design solutions and operational responses will be an integral part of the course.

COURSE CONTENT

• Introductiontooil,andgasfluidtransport properties

• Fluid property data and phase determination

• Fluidflowanalysis–Singleandmultiphase

• Slug formation and prediction. • Surge analysis• Corrosion–InternalandExternal• Hydrate formation• Waxformationanddeposition• Pigging operations • Leak detection and SCADA


What is your company doing aboutthe shortage of technical people?

What is your company doing about the loss of senior Subject Matter Experts?

Let us help you define

your solutions;

Call (405) 321-1383

today to talk with your

project developer,

or e-mail us at

[email protected].

We provide consulting and preparation for company specific projectsthrough in-house training materials and mentoring programs. Our knowledge of technical descriptions, access to a wide variety of PFDs, and knowledge of effective instructing methods gives you another option.

• Field Experienced Engineer Involvement

Our on-board engineers, programmers, and graphic artists work as a team to make sure your engineering training objectives are met.

• Classroom materials from your technical learning requirements

Our experienced Subject Matter Experts have the technical knowledgeand experience to prepare professional, current and engaging material.We use your company objectives and prepare the teaching materialsusing our instructors and your technical requirements.

• Extended On-site Mentoring programs to meet your needs

Visit our IPD page (p 31) to read more about this product.

We can help.


What is your company doing about the shortage of technical people?

What is your company doing about the loss of senior Subject Matter Experts?

We provide consulting and preparation for company specific projects through in-house training materials and mentoring programs. Our knowledge of technical descriptions, access to a wide variety of PFDs, and knowledge of effective instructing methods gives you another option.

• Field Experienced Engineer Involvement

Our on-board engineers, programmers, and graphic artists work as a team to make sure your engineering training objectives are met.

• Classroom materials from your technical learning requirements

Our experienced Subject Matter Experts have the technical knowledge and experience to prepare professional, current and engaging material. We use your company objectives and prepare the teaching materials using our instructors and your technical requirements.

• Extended On-site Mentoring programs to meet your needs

Visit our IPD page (p 31) to read more about this product.

We can help.


ProductionFacilitiesseparatethewellstreamintothreephases–oil,gasandwater–andprocess these phases into marketable products or dispose of them in an environmentally acceptable manner.

Whilegashandling/processingfacilitiesareasubsetof ProductionFacilities, theyarecovered under Gas Processing for the purposes of this catalog. Therefore Production Facilities as used here will mainly include: • Single–well,satellite&centraltankbatteries,including - Separation equipment - Oil treating - Desalting - Stabilization - Storage • Produced water treating facilities • Waterinjectionfacilities • Offshore topsides facilities

PetroSkills | Campbell training delivers competency based training in these and other areas, at progressive levels. This provides the skills necessary to successfully support the operation of oil and gas production processes.

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Product�on Fac�l�t�es Bas�cs (PF-2)PetroSk�lls

ABOUT THE COURSE

• This course provides an overview of production facilities - from the wellheadtodeliveryof specificationproducts for sale.

• The emphasis of this course is on oil production facilities with an overview of solution gas handling and produced water treatment also provided.

• Typical onshore and offshore processing schemes will be covered.

• This course is a provides a higher level reviewof themainsubjectscoveredinPF-4 for those who don’t require the technical depth provided in the longer course.

COURSE CONTENT

• Overview of upstream oil and gas production operations

• Fluid properties• Processingconfigurations–overview

• Phase separation of gas, oil and water• Emulsions• Oil treating• Crude stabilization• Crude oil storage & vapor recovery• Transportation of crude oil• Solution gas compression & processing• Produced water treating & disposal

Bas�c 3 days

Process / Fac�l�ty Fundamentals - Non-Fac�l�ty Eng. (PF-30)PetroSk�lls

ABOUT THE COURSE

• This course is designed to provide the basic knowledge required for understanding facilities operations issues and communicating with facilities engineers.

• You will learn how to :- Interactwithproductspecifications

and basic facilities processes.- Apply physical and thermodynamic

property calculations with emphasis on limitations and applications.

- Apply phase behavior principles and

phase diagrams for operating problems.- Apply thermodynamic laws and

principles to equipment operation and troubleshooting.


• The participants will learn technical fundamentals, property correlations and how to apply phase behavior and applied thermodynamics to solve real problems.


• This course is usually a pre-requisite for Production/Processing Facilities (PF-4),ProcessVesselSpecificationand Design (PF-42), etc.

COURSE CONTENT

• Facilities Systems• ProductSpecifications• Hydrocarbon Phase Behavior • Vapor Liquid Equilibrium • Physical Properties of Hydrocarbons • Applications of Thermodynamic

Principles

Bas�c 5 days

O�l Product�on and Process�ng Fac�l�t�es (PF-4)PetroSk�lls

ABOUT THE COURSE

• The emphasis of this course is onoilproductionfacilities–fromthe wellhead to the delivery of a specificationcrudeoilproducttotherefinery.Producedwatertreatingandwaterinjectionsystemsarealsocovered.

• You will learn how to:- Select and evaluate processes and

equipment used to condition well fluids,tomeetsalesordisposalspecifications.

- Apply physical and thermodynamic property correlations and principles to the design and evaluation of oil production and processing facilities.

- Perform equipment sizing calculations formajorproductionfacilityequipment.

- Evaluateprocessingconfigurationsfordifferent applications.

- Recognize and develop solutions to

operating problems in oil production facilities.

• Solution gas handling processes and equipment will be discussed as well, though at a relatively high level. In addition to the engineering aspects of oil production facilities, practical operating problems will also be covered including emulsion treatment, sand handling, dealing with wax and asphaltenes, etc.

• This course is intended to be complementary to the G-4 Gas Conditioning and Processing course, which is focused on the gas handling side of the upstream oil and gas facilities area.

COURSE CONTENT

• Overview of upstream oil and gas production operations

• Fluid properties & phase behavior• Overviewof artificiallift

• Processingconfigurations(examplePFD’s)

• Phase separation of gas, oil and water• Emulsions• Sand, wax & asphaltenes• Oil treating• Field desalting• Crude stabilization & sweetening• Crude oil storage & vapor recovery• Measurement of crude oil• Transportation of crude oil• Overview of solution gas processing- compressors- sweetening- dehydration - NGL recovery• Produced water treating• Waterinjectionsystems• Relief &flaresystems





Product�on / Fac�l�t�es Fundamentals - Fac�l�ty Eng. (PF-40)PetroSk�lls

ABOUT THE COURSE


• You will apply:- Physical and thermodynamic property

calculations with emphasis on limitations and applications.

- Phase behavior principles and phase

diagrams for design and operating problems.

- Thermodynamic laws and principles to equipment design and operation.




COURSE CONTENT

• Hydrocarbon Phase Behavior • Vapor Liquid Equilibrium • Physical Properties of Hydrocarbons • Applied Thermodynamics • Applications of Thermodynamic

Principles

Foundat�on 5 days

Separat�on Equ�pment (PF-42)PetroSk�lls

ABOUT THE COURSE

• This course covers the different types of separation equipment typically encountered in oil & gas production facilities. Fractionation equipment and produced water treating equipment are not covered in this course.

• You will learn where the different types of separation equipment are used based on operating conditions and separation performance requirements. Frequent references will be made to real production facility processflowdiagrams(PFD’s).

• The focus of the course will be on selection and sizing of separation equipment.

• The separation performance capability of the different equipment types will

be discussed.• Mechanical design aspects will also be

covered but at a higher level. • Typical operational problems and their

solutions will be reviewed.

COURSE CONTENT

• Fluid properties & phase behavior• Phase separation processes• Gas–liquidseparationequipment- Slug catchers- Conventional separators (horizontal &

vertical)- Scrubbers- Filterseparators/coalescingfilters• Separator internals- Inlet devices

- Mist extractors- Baffles,weirs,etc• Emulsions• Oil–waterseparationequipment- Conventional3–phaseseparators&

freewater knockouts- Washtanks• Oil treating & desalting equipment- Mainly electrostatic coalescers• Mechanical design aspects- Pressure vessel codes- Wallthickness&vesselweight

estimation- Material selection- Relief requirements• Operating problems and control

Foundat�on 5 days

Heat Transfer Equ�pment (PF-43)PetroSk�lls

ABOUT THE COURSE

• This course reviews the selection, basic design and operation of heat transfer equipment commonly used in the oil and gas industry, with focus on E&P production facilities.

• You will learn how to:- Select the correct heat transfer

equipment for a particular application, with reference to typical facility processflowdiagrams(PFD’s.)

- Apply heat transfer principles to design and specify heat transfer equipment.

- Evaluate the performance of heat transfer equipment and recommend

solutions to problems. • Control schemes for typical heat

transfer equipment applications will be reviewed.

• Heat transfer equipment discussed will include shell and tube exchangers, compact heat exchangers, brazed aluminum exchangers, air coolers and firedequipment(firetubeanddirect–fired).

COURSE CONTENT

• Typical process heating & cooling applications

• Fluid properties

• Heat transfer principles• Shell and tube exchangers• Compact heat exchangers- plate–frame- printed circuit- welded plate• Brazed aluminum exchangers• Air coolers• Fired equipment (furnace type & firetube)

• Operating problems• Typical control schemes

Foundat�on 5 days




Pumps and Compressors (PF-44)PetroSk�lls

ABOUT THE COURSE

• This course provides a comprehensive review of pumps and compressors used in the upstream and midstream sectors of the oil and gas business.

• The principles of operation of pumps and compressors will be covered.

• The selection of pumps and compressors for different applications will be reviewed.

• You will learn how to predict potential

operating problems and the effects of the process on the application.

• Emphasis is on selection, application and maintenance of such equipment.

COURSE CONTENT

• Types of Compressors and Applications

• Thermodynamics of Compression • Centrifugal Compressors • Reciprocating Compressors

• Rotary Screw Compressors • Other Compressor Types — Sliding

Vane, Lobe • Effect of the Process on Compressor

Selection, Control and Operation • Types of Pumps and Applications • Centrifugal Pumps• Positive Displacement Pumps • Drivers

Foundat�on 5 days

CO2 Surface Fac�l�t�es (PF-�1)PetroSk�lls

ABOUT THE COURSE

• This course emphasizes the effect of carbon dioxide on the selection and operation of equipment (separators, compressors, and dehydrators), as well as sweetening process equipment.

• You will learn how to:- Evaluate the effect of CO2 on

physical/thermodynamic properties. - Dehydrate high CO2–contentgases.- Deal with Dense Phase pipelines, metering,flaringetc.

- Pump and compress CO2. - Utilizepurificationprocesses:

membranes, Ryan-Holmes, amines Hot Carbonate, etc.

• Thisprogram,firstintroducedin1985,assists those working with carbon

dioxide or high carbon dioxide content natural gas.

• This course is particularly applicable to those persons who operate and/or design enhanced oil recovery (EOR) facilities using CO2 as a miscible agent.

• Physical and thermodynamic property data for carbon dioxide/natural gas mixtures are discussed.

• Calculations are performed to illustrate principles and techniques.

• An extra day will be added to this course if a plant tour is available. The plant tour is optional.

COURSE CONTENT

• Overview of CO2injectionand process facilities

• Heavy emphasis on CO2 for enhanced oil recovery and sequestration

• Physical and Thermodynamic Properties of CO2 and High CO2 Mixtures

• Materials Selection and Design Consideration in CO2 Systems

• ProcessVesselSpecification• Pumps and Compressors • Fluid Flow • Dehydration of CO2 and CO2-Rich

Gases • Processes to Treat/Recover CO2

Advanced 3 days

Overv�ew of O�lfield Water Handl�ng (W-2)PetroSk�lls

ABOUT THE COURSE

• This course provides an overview of the main water handling systems typically encountered in upstream (E&P) production operations, both onshore and offshore.

• An overview of produced water treating equipment and water injection/disposalsystemswillbeprovided.

• You will learn how to:- Definethebasicsof oilfieldwater

chemistry.

- Monitor and control corrosion, scale and bacterial growth in produced water andwaterinjection/disposalsystems.

- Design and implement system surveillance programs to detect potential problems before system damage occurs.

- Use the knowledge gained to identify typical system problems and be able to propose solutions.

• Emphasis has been placed on understanding and resolving operational problems in process equipment.

COURSE CONTENT

• WaterChemistryFundamentals• WaterSamplingandAnalysis• WaterFormedScales• Corrosion Control• WaterTreatmentMicrobiology• ProducedWaterTreatingEquipment• WaterInjectionandDisposalSystems• Case Study

Bas�c 5 days

251-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-138324 251-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 25

Corros�on Management �n Product�on / Process�ng Operat�ons (W-22)PetroSk�lls

ABOUT THE COURSE

• This course will cover the main causes of corrosion in upstream oil and gas operations, as well as monitoring and mitigation methods.

• You will learn how to: - Select materials and coatings for

corrosion resistance for different conditions and applications, including the use of NACE MR0175/ISO 15156.

- Conduct cathodic protection surveys, select the system type, estimate current requirements and design simple cathodic protection systems.

- Select and utilize corrosion inhibitors

for different systems.- Estimate the corrosivity of a given

environment through analysis of the chemical and physical characteristics of the system.

- Select and apply corrosion monitoring techniques to create an integrated monitoring program.

• Thecoursecontentisbasedonafieldfacilities engineering point of view as opposed to a more narrowly specialized corrosion engineering or chemistry view point.

• This course provides an appropriate balance of necessary theory and practical applications to solve/mitigate corrosion related problems.

COURSE CONTENT

• Fundamentals of Corrosion • MajorCausesof Corrosion(O2, CO2,

H2S,MicrobiologicallyInfluencedCorrosion)

• Materials Selection • Cathodic Protection• Protective Coatings & Linings • Corrosion Inhibitors• Corrosion Monitoring• Corrosion in Gas Processing Facilities

Foundat�on 5 days

Produced Water Treat�ng and Water Inject�on Fac�l�t�es (W-23)PetroSk�lls

ABOUT THE COURSE

• This course provides in-depth coverage of produced water treatment and disposal facilities, as well as water injectionfacilitiesusedforoilfieldpressure maintenance. Both onshore and offshore aspects are addressed.

• Source water characteristics and treatedwaterqualityspecificationsfor both produced water and water injectionsystemswillbecovered.

• Equipment options for achieving thefinalqualityspecificationswillbe described and evaluated for both producedwaterandwaterinjectionsystems.

• The main design and operating parameters will be discussed for each system.

• The course will include practical, real –worldproblems.

• Emphasis has been placed on understanding and resolving operational problems.

• The course content is allocated ~ 60/40 in favor of produced water treatment.

COURSE CONTENT

• ProducedWaterSampling,AnalysisandCharacterization

• PWDischarge/DisposalOptionsandTypicalWaterQualitySpecifications

• Treatment Principles - The Importance of Oil Droplet Sizes

• ProducedWaterTreatingEquipment–theoryof operation,capabilities,

application, system integration• Operational Issues with Produced WaterTreatmentSystems

• InjectionWaterSampling,AnalysisandCharacterization

• InjectionWaterQualitySpecifications• WaterInjectionSystemsEquipment–theoryof operation,capabilities,application, system integration

• BiologicalControlinWaterInjectionSystems

• CorrosionControlinWaterInjectionSystems

• OperationalIssueswithWaterInjectionSystems

Foundat�on 5 days



251-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 251-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 25

How �s your company fac�ng �ts workforce development challenges?

Campbell has developed and prov�ded a w�de d�vers�ty of workforce development projects for var�ous �nternat�onal petroleum compan�es �nclud�ng:

• Taking over the first two years on-boarding training for new hire engineers.

• Interfacing with company Subject Matter Experts for knowledge transfer to multiple online e-learning modules culminated by a two week instructor led workshop.

• Providing continuous on-site and distance mentoring for a group of new engineers in an international setting. Mentoring ratio = 20:1.

• Using Subject Matter Expert experience to define competencies for 31 engi-neering job positions and providing training for self-assessment for over 130 engineers and their supervisors. Company could see critical technical skill gaps for an entire business unit and identify specific training for these skills.

• Assisting with the mentor shortage by taking over in-house courses and de-veloping them into blended training for employees distributed world wide.

• Consulting and training for an entire business unit over a period of two years to evolve a sustainable work management and planning/scheduling culture. The business unit is experiencing a better safety record and higher margins

with a declining field.

John M. Campbell & Co. can help; call (405) 321-13�3 or ema�l reg�[email protected] today. Exclusive provider of PetroSkills® facilities training.


PetroSkills | Campbell training offers a broad range of mechanical courses for technically oriented professionals and those interested in advancing their knowledge of mechanical systems. The course material was developed by experts for all aspects of mechanical systems and taught by seasoned professionals with many years of experience. The courses deliver practical knowledge that applies to the workplace and can be used on everyday applications.

To meet the needs of clients, mechanical courses are offered at various levels dealing with a broad range of subjects including rotatingmachinery, piping systems, pressure vessels,heat exchangers, materials selection. Courses range from foundation level classes that apply mechanical principles to basic applications, to the advanced courses on select subjects.Whateverthesubjectorlevel,PetroSkillsdeliverscompetenciesthatenhancethecareersandknowledge of engineering professionals.

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Fundamentals of Mechan�cal Systems �n O�l and Gas Fac�l�t�es (ME-4)Campbell

ABOUT THE COURSE

• This course presents and evaluation of the application of mechanical components.

• You will learn how to:- Integrate the different mechanical

systems during the design process.- Apply the principles of mechanical

engineering to petroleum facilities design,specification,andmaterialsselection.

- Apply mechanical design principles of both rotating and non-rotating equipment.

- Considermechanicalissuesinprojectdesign, construction, commissioning, and troubleshooting.

- Identifymajormechanicalequipmentand systems operation and maintenance considerations.

• This course emphasizes the important aspects of mechanical engineering for equipment and systems for oil and gas facilities.

• This course will focus on six areas: mechanical engineering principles and technologies, mechanical systems, non-rotating (stationary) equipment, rotating equipment, design of mechanical systems in facilities (particularly the interfaces with process, electrical, and pipeline areas),

and operational and maintenance considerations.

• Individual and group exercises are used throughout the course.

COURSE CONTENT

• Fundamentals and Mechanical Technology

- Mechanical Systems and Their Applications

- Work,EnergyandEfficiency- Energy: Generation and Transfer- Material Properties - WeldingandJoiningTechnologies- Dynamic Response and Vibration - Corrosion and Coatings• Systems Considerations- SystemDefinition,Availability,and

Reliability- Control, Instrumentation and Relief

Systems- Process Applications- Pipeline and Flow-line Applications• Non-Rotating Equipment- Piping Systems- UnfiredPressureVessels- Fired Pressure Vessels- Storage Tanks- Heat Exchangers

- Heating, Ventilation and Cooling Systems

- Safety Systems- Material Handling Systems• Rotating Equipment- Motors- Engines- Turbines- Gear Systems- Pumps- Compressors- Generators• Design, Construction And

Commissioning- Plant Layouts- Hazard and Safety Analysis- SpecificationandProcurement- Construction- Inspection, Quality Control, and

Quality Assurance- Commissioning and Startup • Operations and Maintenance- Safeguarding, Monitoring and

Inspection- Preventative Maintenance- Sparing, Spare Parts, and Replacements- Vibration Monitoring


Overv�ew of Mechan�cal Systems �n O�l and Gas Fac�l�t�es (ME-2)Campbell

ABOUT THE COURSE

• This course emphasizes the important aspects of mechanical engineering for equipment and systems for oil and gas facilities.

• This course presents an evaluation of the role of mechanical equipment and systems in production facilities, transportation systems, and process plants.

• You will learn how to:- Recognize general codes and standards

applicable to mechanical systems.- Distinguish mechanical equipment

types and functions.

- Identify varieties of mechanical drivers and driven equipment.

- Recognize mechanical interfaces with process, electrical, and structural systems.

• This course will focus on four areas: key mechanical engineering principles, stationary equipment, rotating equipment, and interfaces with other aspects of a facility, such as process, electrical and structural systems.

COURSE CONTENT

• Mechanical systems and terminology• Overview of codes and standards • Key principles of mechanical

engineering • Mechanical equipment in oil and gas

facilities • Pressure vessels• Pipe,valves,andfittings• Pumps and compressors• Drivers–Engines,turbines,and

electric motors • Interfaces with process, electrical, and

civil / structural systems• Interfaces with transportation systems

and pipelines • Operations and maintenance

considerations

Bas�c 5 days




P�p�ng Systems - Mechan�cal Des�gn and Spec�ficat�on (ME-41)Campbell

ABOUT THE COURSE

• Thisfivedayfoundationlevelcoursefor mechanical engineers and piping system designers reviews the key areas associated with the design of in-plant piping systems for oil and gas facilities.

• You will learn how to:- Apply piping codes and standards.- Size and lay out in-plant piping

systems.- Specify proper components for

process and utility applications.- Compare alternative material solutions

and equipment manufacturers. • Thecourseisfocusedonfiveareas:

codes and standards, pipe materials and manufacture, piping components (concentrating on valves), piping layout and design, and piping stress analysis.

• Applicable piping codes for oil and gas facilities (ISO, B31.3, B31.4, B31.8, etc.), pipe sizing calculations, pipe installation and materials selection are an integral part of the course.

• The emphasis is on proper material selectionandspecificationof pipingsystems.

COURSE CONTENT

• Piping Codes and Standards (ANSI/ASME, API, ISO)

• Pipe Materials and Manufacturing• Valves and Fittings• WeldingandNon-DestructiveTesting• Line Sizing Basics (Single Phase and

Multiphase Flow)• Pipe and Valve Material Selection• Piping Layout and Design• Manifolds, Headers and Flare / Vent

Systems• Interface with Pipelines and Pipeline

Operations• Operations and Maintenance

Considerations

Foundat�on 5 days

Process Vessels - Mechan�cal Des�gn and Spec�ficat�on (ME-42)Campbell

ABOUT THE COURSE

• Thisfivedayfoundationlevelcoursereviews the mechanical components design of process vessels in oil and gas facilities.

• You will learn how to: - Apply process vessel codes and

standards for mechanical components of process vessels.

- Size, select materials, and specify process vessels based on requirements from process design data.

- Support and internal appurtenances aspartof thedesignandspecificationprocedure.

- Integrate mechanical considerations in

overall system design and operation.- Integrate the key elements of

fabrication, welding and inspection of process vessels.

• The emphasis is on codes and standards (ASME Section VIII Div. 1 and Div. 2, BS 5500 and ISO), sizing calculations and materials selection, vesselspecification,thesizing,design,and support of nozzles and internals, fabrication including welding and inspection, and operations.

• Design problems are an integral part of this course.

COURSE CONTENT

• Pressure Vessel Codes and Standards

• Types of Vessels and Design- Separators- Towers- Slug Catchers- Heat Exchangers• Vessel and Key Components Design• Nozzle Supports and Internals Design• Corrosion Considerations• MaterialsSelectionandSpecification• Fabrication• WeldingandNDTInspection• Transportation and Erection• Interface to Piping Systems• Operations and Maintenance

Considerations

Foundat�on 5 days

Overv�ew of Pumps and Compressors �n O�l and Gas Fac�l�t�es (ME-44)Campbell

ABOUT THE COURSE

• The “Pumps and Compressors” course isanintensivefivedayfoundationlevelcourse that provides a comprehensive review of pump and compressor equipment used in the upstream and midstream sectors of the oil and gas business.

• You will learn how to:- Select, size, and specify common

pump and compressor equipment used in the oil and gas industry.

- Integrate pump and compressor equipment with piping and other systems.

- Identify physical principles and forces that occur in rotating equipment,

focusing on pumps and compressors.- Use operating and troubleshooting

techniques for pumps and compressors.• Emphasis is on applications, design,

selection, and maintenance of such equipment.

COURSE CONTENT

• Types and Applications of Pumps and Compressors

• General Principles of Pumps • Centrifugal Pumps • Reciprocating Pumps • Rotating Pumps• Pump Selection and Application• Interface to Piping Systems

• Thermodynamics of Compression • Centrifugal Compressors • Reciprocating Compressors • Rotary Screw Compressors • Other Compressor Types — Sliding

Vane, Lobe • Effect of the Process on Compressor

Selection, Control and Operation • PackagedEquipment–Drivers,

Gearbox and Couplings• Installation• Operations and Maintenance

Considerations• AuxiliarySystems–LO,SealGasand

Monitoring Instruments

Foundat�on 5 days




Mechan�cal Des�gn of O�l and Products Term�nals (ME-45)Campbell

ABOUT THE COURSE

• The course focuses on facility arrangement, tank selection and design, piping systems design (particularly manifolds), in-terminal fluidmovement,incorporatingmetering, and interfaces to pipelines and loading facilities (truck and rail).

• You will learn how to:- Apply engineering considerations for

design and operation of petroleum products storage and transfer terminals.

- Consider transportation interfaces and in-terminal transfer methods in the

systems design.- Identify potential problems with

manifolds, transfer systems, and metering.

- Arrange, lay out, and design product terminal systems.

• Class design problems are an integral part of the course.

COURSE CONTENT

• General Requirements for Terminals• Codes and Standards• Environmental and Regulatory

Requirements• Types and Characteristics of Fluids

Handled• Terminal Arrangement• Civil / Structural Considerations• Tank Selection and Design• Piping Systems Design• Metering Systems• FluidHandling–GravitySystemsand

Pumped Systems• Interfaces to Pipelines• Truck and Rail Loading Facilities• Construction Considerations• Operations and Maintenance

Considerations

Foundat�on 5 days

Compressor Systems - Mechan�cal Des�gn and Spec�ficat�on (ME-4�)Campbell

ABOUT THE COURSE

• Thisfivedayfoundationlevelcourseis for engineers and technicians seeking an in-depth understanding of centrifugal, reciprocating and screw compressors.

• You will learn how to: - Apply thermodynamics to compressor

performance and operating characteristics.

- Size, specify and select compressors and auxiliary systems.

- Integrate compressor systems into process facilities used in the oil and gas industry.

- Use state-of-the-art monitor and

control devices in the operation, maintenance and troubleshooting of compression systems.

- Apply maintenance practices to improved compressor reliability.

• This course provides basic knowledge of: compressor types and associated auxiliary systems, mechanical design of equipment, operating and performance characteristics, control and monitoring systems, maintenance practices, codes and standards.

COURSE CONTENT

• Selection of dynamic and positive displacement compressors

• Compressor thermodynamics and operating characteristics

• Performance curves and off-design evaluations

• Key compressor components and other auxiliary systems

• Equipmentspecifications• Compressor controls and monitoring

devices• Driver and gear involvement• Installation, operation, maintenance

practices and troubleshooting

Foundat�on 5 days

Pump Systems - Mechan�cal Des�gn and Spec�ficat�on (ME-4�)Campbell

ABOUT THE COURSE

• The course provides in-depth knowledge of centrifugal, reciprocating and rotary pumps, including:fluidhydraulics,accessorysystems, the pump selection process, mechanical design of equipment, operating and performance characteristics, control and monitoring systems, maintenance practices, codes and standards.

• You will learn how to:- Applyfluidhydraulicstopump

performance and operating characteristics.

- Size, specify and select pumps and auxiliary systems.

- Integrate pump systems into process facilities used in the oil and gas industry.

- Control pumps under changing operatingconditionsandfluidproperties.

- Use state-of-the-art monitor and control devices in the operation, maintenance and troubleshooting of pump systems.

- Apply maintenance practices to improved pump reliability.

COURSE CONTENT

• Selection of dynamic and positive displacement pumps

• Pump hydraulics and system operating characteristics

• Performance curves and off-design evaluations

• Bearings, seals and other auxiliary systems

• Material selection• Pump controls and monitoring devices• Drivers and accessory equipment• Installation, operation and maintenance

practices

Foundat�on 5 days

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Metallurgy and Corros�on Control �n O�l and Gas Product�on (ME-4�)Campbell

ABOUT THE COURSE

• Thisfivedaycoursefocusesonthe technical and performance considerations that drive material selection and companion corrosion control strategies.

• You will learn how to:- Identify and apply internal and external

corrosion processes that affect material selection and corrosion control.

- Identify and apply key characteristics of materials to resist corrosion.

- Compile service conditions, both internal and external, that will control material selection and related corrosion control strategies.

- Apply material selection and corrosion controls approaches to common oil and gas facilities.

• There will be a review of the corrosion control strategies used in oil and

gas facilities: metallurgy, processing, coatings and chemical inhibition.

• There will be a review of life cycle considerations for material selection and corrosion control, focusing on the role of performance monitoring.

• This course will emphasize the practical solutions for system performance as wellasdefiningtherequirementsforeach piece of equipment.

• Real world problems and solutions are discussed throughout the course.

COURSE CONTENT

• Corrosion processes that affect oil and gas facilities

• Material characteristics and related applications in oil and gas facilities with emphasis on corrosion resistance

• Service conditions and combinations of service conditions that affect material

selectionanddefinitionof corrosioncontrol strategies for internal corrosion

• External conditions effect on corrosion and the material and corrosion control strategy to apply

• Selection process for both materials and coatings

• Selection process for chemical inhibition to supplement or be the primary corrosion control strategy

• Monitoring methods and application for facilities on the basis of service and upset conditions

• Life cycle considerations including initial capital costs, operational costs and how they change with time. Changes in operating/service conditions and impacts on reliability/availability

Foundat�on 5 days

Turbomach�nery Mon�tor�ng and Problem Analys�s (ME-�2)PetroSk�lls

ABOUT THE COURSE

• Thisfivedaycourseisanintensiveintermediate level program for experienced mechanical equipment engineers to develop and expand their capabilities in monitoring and problem analysis of turbomachinery.

• You will learn how to:- Evaluate turbine performance during

startup and operation.- Identify turbomachinery system

components.- Defineanduseappropriatemonitoring

techniques and tools- Utilize effective operation and

shutdown procedures- Analyze common turbomachinery

problems, such as vibration and surge. - Solve instrumentation and control

problems - Understand the inter-relationships of

turbine drivers, couplings / gearboxes, and end users

• Thiscoursefocusesondefiningthesystems and subsystems that form the turbomachinery, the potential problems with these systems and subsystems, monitoring techniques for early detection, and methods to analyze the monitored variables to detect potential problems or reconstruct reasons for failures.

• Case studies are used throughout the course.

COURSE CONTENT

• Gas turbine machinery - general description

• Operating principles of gas turbines• Key performance variables and means

to monitor • Majorcomponentsof axialflow

compressors: rotors, blades, shafts, combustion chambers, nozzles, etc.

• Auxiliary systems: lube oil, seal oil, fuel, start up, etc.

• Evaluation of turbine performance

parameters during start up and running • Running and shutdown procedures • Troubleshooting control systems

for gas turbines: start up, speed and temperature controls; vibration

• Principles of operation and general components of compressors: rotors, seals, diaphragms, etc.

• Operating characteristics curves • Surging phenomenon • Choking phenomenon • Compressor instrumentation: various

control loops; anti-surge control loops • Compressor interlock and trip systems • Gas turbine and compressor systems

start up procedures • Normal operation - monitoring of

parameters • Logging of monitoring checks • Vibration monitoring • Troubleshooting




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Tra�n�ng needs to go beyond the classroom. The only quest�on �s, who has t�me to do the coach�ng?

ItwaswiththisinmindthatJohnM.Campbell&Co.createdamorein-depthtraining program called the Individual Professional Development (IPD). Thisfocusedmentoringprogramcombineshands-onprojectwork,,trainingclasses and mentorship by our industry-leading instructors to achieve the personal results you need. This program typically lasts from eight to twelve weeks.

These programs are designed with you, not for you. Our experienced instructors serveasexpertconsultantsandmentors,relievingyourbusySubjectMatterExpertsandManagers.Programsfeatureyouractualcompanyprojectsorchallengesasthecentralfocusof thementoringproject.Progressreportsand assessments will be provided on an agreed-upon schedule. The students willsubmitafinalprojectreporttotheclientcompanythatoftenresultsinaproposal for action, depending on the scope of the IPD design.

For more information regarding our IPD program please contact us at [email protected]:

www.jmcampbell.com

Know-how for the New Crew

OVERVIEW OF PRODUCTION/PROCESSING FACILITIES

PROCESS ENGINEERING FUNDAMENTALS

PROCESS SIMULATION

WATER-HYDROCARBON BEHAVIOR

PIPING DESIGN AND SPECIFICATION

PROCESS VESSEL SPECIFICATION AND DESIGN

PUMPS

COMPRESSORS

HEAT TRANSFER EQUIPMENT

REFRIGERATION AND LIQUEFACTION

DISTILLATION AND FRACTIONATION

GAS DEHYDRATION

PROCESS WATER TREATMENT

GAS TREATING

SULFUR RECOVERY/TAIL GAS TREATING

PROCESS CONTROL & SAFEGUARDING

UTILITIES

ECONOMICS OF FACILITIES INVESTMENTS

PROCESS OPTIMIZATION

PROJECT MANAGEMENT


The technical skills required to be successful comprise of much more than “hard” engineering skills. The Operations Management (OM) discipline trains skill development in systems that give facility managers the knowledge they need to be successful.

Operations Management includes skill development programs and consultation in these vital areas:

•MaintenanceManagement,Planning&WorkControl• Reliability Assurance•ProjectManagement• Managing Turnarounds• Organizational Development• Competency Assessment• Procurement• Supply Chain Management•WarehouseOperations• Production Operations• Leadership & Team Building

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Appl�ed Ma�ntenance Management (OM-21)PetroSk�lls

ABOUT THE COURSE

• Workcontrol,planning,andschedulingwill be covered.

• You will learn how to:- Identify critical equipment. - Identify spare parts and materials

management. - Develop strategic planning and how to

manage risk. - Develop organizational competence. • Participants will receive a sound,

integrated, basic knowledge of the maintenance function and how

to progress towards world-class performance.

• Individual action plans will carry course learning into the work environment.

• Utilization of Computerized Maintenance Management Systems.

• A pre and post seminar self-assessment will be given to indicate delegates’ competency improvements.

• The assessment is taken from the PetroSkills industry standard competency map for Maintenance Management.

COURSE CONTENT

• WorldClassexamples• Workmanagement• Optimizing PM & PdM• CMMS• Identifying critical equipment• Stores and Purchasing• Maintenance Standards & Policies• Key Performance Indicators• Developing Organizational

Competence

Bas�c 5 days

Project Management for Eng�neer�ng and Construct�on (OM-22)PetroSk�lls

ABOUT THE COURSE

• This course will provide a comprehensive presentation and discussionof modernprojectmanagement principles and practices as they relate to design, procurement, construction activities and maintenance and upgrade turnarounds at downstream facilities in the oil and gas industry.

• Thespecifictrainingreceivedinschedule and cost management, risk management and the proper use of scarce resources (people and materials) willhelptheprojectmanagermakethebest decisions possible.

• Upon completion of this course, the participant will know what the eight projectmanagementprocessgroupsare. He/she will understand how they relate to one another, what tools are

availablefortheprojectmanagertouse,and what information will be generated and what it means.

• The course is taught using a combination of instruction/facilitated discussion and hands-on exercises using“real-world”projectexamplesrelated to facilities design, procurement, construction and turnarounds.

• The exercises will include both individual and group activities and will provide each participant with a visual application of the principles and practices discussed in the course.

• Each participant will receive a course manual containing all of the presentation material as well as each exercise. They will also receive a certificateforsuccessfullycompletingthe course.

COURSE CONTENT

• Introductiontoprojectmanagementframework

• Fourstagesof projectmanagement• Eightprojectmanagementprocess

groups • Initiation: scope/change, schedule/

cost, quality, resource/team, communication/information, risk, subcontract/outsourcing and integration

• Control: scope/change, schedule/cost, quality, resource/team, communication/information, risk, procurement/contracting, and integration/coordination

• Close-out: scope, subcontract/outsourcing and integration

Bas�c 5 days

Essent�al Leadersh�p Sk�lls (OM-23)Campbell

ABOUT THE COURSE

• This seminar will include lecture, discussion, readings, role-playing, video examples, and creation of participant action plans.

• You will learn how to: - Enhance your leadership, decision-

making and communication styles.- Coach and lead an empowered team.- Recognizeandsolveconflicts.- Negotiatedifficultsituations.

• This course will help you unleash natural motivation in your team.

• You will lower your stress level by workingmoreefficientlyandeffectively.

• You will tap the emotional intelligence of your team.

• Under the guidance of the seminar leader, you will use competency maps in Leadership and Management to assess yourself insevenmajorskillareasbefore and after the seminar.

COURSE CONTENT

• The Nature of Groups• Leadership vs. Management• Self-Centering• Listening• Motivation• Group Dynamics• ConflictManagement• Team Building• Critical Thinking & Taking Action.

Bas�c 5 days




Ma�ntenance Plann�ng and Work Control (OM-41)PetroSk�lls

ABOUT THE COURSE

• This course is designed to build competencyinWorkControlasaprimary skill set in the Competency Map for Facilities Maintenance Management.

• You will learn how to employ business process analysis techniques in work control.

• You will be able to perform a gap analysis on your work management system.

• The course will focus on the six phases of work management (workidentification,planning,prioritization, scheduling, execution and history capture). Also covered

will be: optimizing preventive and condition-monitoring activities, critical equipment analysis and critical spares control, emergency response work, and developing meaningful Key Performance Indicators.

• Your Computerized Maintenance Management System (CMMS).

• Balance resources and manage backlogs.

• You will learn how to create more useful equipment and work histories.

• You will develop better scheduling techniques.

• Critical issues, relevant to the participant’s own experiences, are identifiedandanalyzedtomaximize

effectiveness and equipment care standards.

COURSE CONTENT

• Workidentification• Planning• Prioritization• Scheduling• Execution• History records• Preventive maintenance planning• Predictive maintenance planning• Critical equipment focus• Emergency response

Foundat�on 5 days

Introduct�on to Rel�ab�l�ty Eng�neer�ng (OM-24)Campbell | All�ed Rel�ab�l�ty

ABOUT THE COURSE

• This course is designed for those who are responsible for establishing policies and processes within the asset management discipline.

• This course provides knowledge and skills in reliability engineering methods to allow participants to understand the direct and indirect effects of increased asset and system reliability.

• This course is designed to teach the principles of improving asset management and maintenance decision making using the fundamentals of reliability engineering principles.

COURSE CONTENT

• Theimportanttermsanddefinitionsinreliability statistics

• How to apply basic statistics in the maintenance environment

• How to apply reliability statistics to improve asset management

• WhatistheLife-CycleCost(LCC)philosophy

• Learn the steps for performing a LCC analysis

• How to calculate net present value (NPV)

• ThesimpleFiveWhymethodof failureinvestigation

• Fundamentals of Event and Causal Factor Mapping for incidents and failures

• Fundamentals of using Logic Trees to uncover the physical, human and latent causes of failures

• The importance of Reliability-Centered Maintenance

• RCM terminology • Fundamental Reliability-Centered

Maintenance philosophies

• Failure Modes and Effects analysis for Reliability-Centered Maintenance

• Evaluating failure consequences • The difference between Failure Modes

and Effects Analysis and Failure Modes and Effects Criticality Analysis

• How to identify mechanical, electrical and stationary failure modes using condition monitoring (PdM) technologies

• How to identify the Common Traps of each PdM technology

• Introduction of the use of Monte Carlo simulation in Reliability-Centered Maintenance and Availability analyses

• Components of Human Factors Engineering in reliability

• The use and importance of Failure Reporting, Analysis & Corrective Action System

Foundat�on 5 days

Introduct�on to Rel�ab�l�ty Stat�st�cs (OM-25)Campbell | All�ed Rel�ab�l�ty

ABOUT THE COURSE

• This course is designed for those who are responsible for establishing policies and processes within the asset management discipline.

• The course provides knowledge and skills in reliability statistics methods to allow participants to understand and calculate appropriate statistics for specificmaintenancescenarios.

COURSE CONTENT

• Theimportanttermsanddefinitionsinreliability statistics

• Fundamental concepts of measuring variability

• Basic statistics and the purpose of each• Thecharacteristicsof Normal,Weibull,

and Exponential distributions• How to apply basic statistics in the

maintenance environment

• How to calculate and utilize mean time between failures as a reliability predictor

• How to calculate and predict system reliability

• How to use statistics for component replacement prior to wear out failure

• How to determine conditional failure probability

• How to apply reliability statistics to improve asset management





Opt�m�z�ng Computer�zed Ma�ntenance (OM-42)PetroSk�lls

ABOUT THE COURSE

• This course will cover the necessary skills for the optimal utilization of the Computerized Maintenance Management System.

• You will assess the utilization of your Computerized Maintenance Management System and use gap analysis to identify inconsistencies and opportunities.

• You will learn how to successfully integrate the CMMS with other information systems (Management of Change, International Standards Organization, etc.) and other departments (stores, engineering, accounting.)

• Use your Computerized Maintenance Management System to meet production goals (critical equipment focus, optimize preventive activities, and integrate condition-based maintenance.)

• You will improve the buy-in and integration of the Computerized Maintenance Management System into work habits.

• This course will be invaluable to maintenance organizations that have recently introduced Enterprise Resource Planning (ERP) systems (such as SAP) and their attendant maintenance management system and are in the implementation process.

COURSE CONTENT

• Computerized Maintenance Management System features: business process analysis and review

• Gap analysis • Fielddefinitions• Assuring consistent, reliable, timely,

and accessible information • Systems integration • Computerized Maintenance ManagementSystemprojectplanningand analysis

• Continuous training techniques • Using reporting functions

Foundat�on 5 days

Effect�ve Ma�ntenance Shutdowns (OM-43)Campbell

ABOUT THE COURSE

• This course is designed to teach the skills of maintenance shutdown management as described in the Facilities Maintenance Management Competency Map. You will develop shutdown planning strategies.

• You will learn how to: - Develop and control maintenance

shutdown work scope.- Control work during the maintenance

shutdown.- Use available Computerized

Scheduling Tools.- Use Manpower Planning and Control.- Measure progress of the maintenance

shutdown.- Manage worker productivity.

- Measure maintenance shutdown performance.

- Improve performance on future maintenance shutdowns.

COURSE CONTENT

• Case studies and real world examples will be used to reinforce the techniques learned in the course.

• Maintenance shutdown terms and maintenance shutdown basics.

• Shutdown Planning Strategy: EstablishingGoalsandObjectives,WorkingCooperativelyAcrossDepartments, Developing Maintenance Shutdown Procedures

• Management Planning: Components of the Maintenance Shutdown Plan, Planning for Effective Communications

• WorkScopeDevelopmentandStrategy• Planning and Scheduling Controls: WorkControlDocuments

• Manpower Planning and Control: Using In-House Resources, Balancing Teams and Skills, Managing Scarce and Critical Resources

• Materials and Equipment Management• Measuring and Reporting Progress:

Progress Measurement Criteria, Progress Reviews, Progress Reports

• Cost Management and Forecasting • Managing Contractors• Pre and Post Shutdown Planning• Managing Productivity• Safety and Quality Programs• Evaluation and Improvement

Foundat�on 5 days

Rel�ab�l�ty Centered Ma�ntenance (OM-44)Campbell | All�ed Rel�ab�l�ty

ABOUT THE COURSE

• This course teaches the fundamentals of Reliability-Centered Maintenance (RCM).

• The course gives the participant the fundamental tools and knowledge required to participate in any RCM analysis process.

• The course will use statistical analysis, life-cycle cost analysis, and an understanding of equipment failure characteristics to achieve an optimal maintenance program that meets specifiedsafety,environmental,andeconomic goals.

• Participants will learn to preserve equipment functions by identifying appropriate preventive maintenance (PM) tasks, predictive maintenance

(PdM)tasks,failurefindingtasksandother actions that protect against failure or mitigate the consequences of failure.

• Examples and exercises give participants hands on experience to help them begin to master RCM concepts.

COURSE CONTENT

• History and types of maintenance • Commercial RCM standards • Various approaches to RCM • Fundamental RCM philosophies • Identifying and allocating resources for

a RCM program • Preparing for an RCM analysis • Failure Modes and Effects analysis for

RCM

• Evaluating failure consequences • Useof Weibullandstatisticalanalysis

in RCM processes • How to select PM and PdM tasks and

intervals • Howtoselectfailurefindingtasksand

intervals • Whatotherfunctionprotectiveactions

are available • Whenrun-to-failureisappropriate• Packaging and implementing RCM

analysis results • Whentouseasubjectmatterexpert

team • Barriers to implementation and getting

buy-in from all levels

Foundat�on 5 days


Introduct�on to L�fe Cycle Cost�ng (OM-45)Campbell | All�ed Rel�ab�l�ty

ABOUT THE COURSE

• This course that covers the use of life-cycle cost (LCC) analysis to communicate solutions to management and members of the financialcommunity.

• This course is especially designed for plant, equipment and reliability engineers, supervisors and managers withlittleornopreviousfinancialexperience.

COURSE CONTENT

• Understanding LCC Analysis• Difference between standard costing

and LCC• How to determine the entire cost of

ownership• How to perform real-world LCC

studies• Learn the steps for performing a LCC

analysis• Know the concepts of Net Present

Value and Future Present Value• Use LCC to make better asset

acquisition decisions• Recognize when a LCC analysis is

warranted• Learn to test the assumptions and

uncertainties of the LCC analysis

• Becomefamiliarwithfinancialconcepts such as Net savings, savings-to-investmentratio,adjustedinternalrate of return and discounted payback

• Learn to use LCC to evaluate the varyingefficiencylevelsof competingdesigns

• Know how to use LCC for value engineering to buy the right solution based on long term cost rather than the least cost solution today

Foundat�on 5 days

Introduct�on to Cond�t�on Mon�tor�ng (OM-50)Campbell | All�ed Rel�ab�l�ty

ABOUT THE COURSE

• This course is designed to teach the fundamentalprinciplesof thefivepredictive maintenance technologies most prevalent in the industry:

- vibration analysis - infrared thermography - airborne & structure-borne ultrasonics - oil analysis - motor circuit analysis • Upon completion of the course,

attendees will have an understanding of the capabilities of the technologies along with the common traps that may be encountered during application.

COURSE CONTENT

• How to strike the right balance between Preventative Maintenance

(PM) and Predictive Maintenance (PdM).

• How to evaluate your PM program and eliminate unnecessary work

• The business case and value proposition for PdM

• Strategies to consider and the pros and cons of each

• The surprising truth behind 80% of all equipment failures

• Best practice organizations and benchmarks for PdM

• How to use LEAN tools to make your PdM program self-funding every step of the way

• How to recognize when you have achieved best practice

• KeyPdMtermsanddefinitionsyoushould know

• The top 10 reasons why PdM initiatives fail and how to avoid them

• Proactiveworkflowmodelvs.thetraditional model

• Assethealth–whatitisandhowtomeasure it

• The right way to measure the effectiveness of your program

• How to identify mechanical, electrical and stationary failure modes using PdM technologies

• How to build a comprehensive Asset Health Matrix

• Howtobalanceworkflowmaturitywith coverage

• How to apply benchmark data and Asset Criticality to “design the coverage” model

Bas�c 5 days

Root Cause Analys�s (OM-4�)Campbell | All�ed Rel�ab�l�ty

ABOUT THE COURSE

• This course is designed to teach the attendee how to use three of the most popular and useful problem solving techniquesavailabletoday–FiveWhys,LogicTrees,andEventandCausal Factor Mapping.

• The class lecture will be reinforced with numerous practice opportunities, so the attendee will feel comfortable goingbacktothejobandattackingchronic plant problems and incidents right away.

COURSE CONTENT

• ThesimpleFiveWhymethodof failureinvestigation

• Event and Causal Factor Mapping for incidents and failures

• Using Logic Trees to uncover the physical, human and latent causes of failures

• The strengths and shortcomings of each of the above methods

• How to use each method by practicing on real problems from your plant

• How to use a Root Cause Analysis Playbook to determine when each method is appropriate

• Whatcircumstancestriggertheuseof RCA

• How driving to the root causes of failurescansignificantlyincreaseOEE(Overall Equipment Effectiveness), aswellas,reduceinjuriesandenvironmental incidents

• How to use Failure Modes and Effects Analysis to determine which problems to work on

• How to implement an RCA process within your plant

• Howtofindthemosteconomicalsolutions to failure events and prevent them from recurring

Bas�c 5 days


Contracts and Tenders Fundamentals(SC-41)PetroSk�lls

ABOUT THE COURSE

• Thisfive-daycourseisforindividualsinvolved in contracting who have had little formal training and want to better understand each activity and how it all fitstogether.

• You will learn how to: - Effectively participate in any phase of

the contracting process from tender management and contract formation through contract administration.

- Select the appropriate type and form of contracts for every situation.

- Anticipate problems and manage relationships.

- Integrateprojectmanagementwiththecontracting process.

- Anticipate and successfully manage disputes and performance issues.

- Effectively use appropriate terms and conditions.

• You will be given tools to mitigate risk throughout the contracting process.

• You will increase your knowledge of legal and organizational practices in contracting.

• This seminar explores the fundamental practicesleadingtoWorld-Classperformance in contracting processes.

COURSE CONTENT

• Contracting process steps • Element of a valid contract • Types of contracts

• Projectmanagementtools• Contract dispute avoidance • Economicpriceadjustment• Warrantyandclaimsmanagement• Contract administration • Supplier relationship management • Supplier performance tracking • Contract terms and conditions • Negotiation planning • Cost/price analysis • Payment methods • Risk management • Tendering packages

Foundat�on 5 days

Effect�ve Stock Control & Warehouse Operat�ons (SC-42)PetroSk�lls

ABOUT THE COURSE

• This course covers practical needs and considerations essential to achieve majorimprovementsinplanning,buying storing and disposing of the vast array of materials needed to support any operations.

• You will learn how to:- Integrate and drive improvements in

inventory management, warehousing and investment recovery activities.

- Improvewarehouseefficiency,layoutand space utilization.

- Establish the best methods of inventory analysis and performance measures.

- Design improvement goals for fewer stock outs, higher inventory turnover and reduced obsolescence.

- Improve inventory record accuracy and physical control of materials.

- Use technology to reduce manual errors and increase productivity.

- Provide better customer service for operational supplies and equipment spare parts that is essential for the successof anymajorfacility.

• This course will train the participant in wise use of resources that can favorably impactbothcashflowandprofitability.

• Participants will be engaged through interactive presentations, discussions and case exercises that clearly identify with their experiences, problems and successes while challenging them to learn new methods, technologies and systems.

COURSE CONTENT

• Investment recovery techniques • Order point systems • min/max

systems • Material requirements planning uses • New approaches to Economic Order

Quantities• Barcoding and Radio Frequency Identificationtechnologies

• Cycle Counting Systems • Segmenting inventory for analysis• Warehouselayout• Safety and security • Propermaterialidentificationand

coding • The decision to stock• Determining Safety stock levels

Foundat�on 3 days

Opt�m�z�ng Equ�pment Ava�lab�l�ty (OM-�1)PetroSk�lls

ABOUT THE COURSE

• This course is designed to teach the skills of Availability Engineering as detailed in the Facilities Maintenance Management Competency Map.

• You will learn how to:- Recognize the three types of

availability.- Establish methods for improving the

three types of availability.- Recognize Root Cause Failure Analysis

and Problem Solving.- Improve availability through

maintenance, operations, and engineering actions.

- Analyze current availability.- Projectfuturelevelsof availability.• As an intermediate level course we

will use Root Cause Failure Analysis, Statistical Analysis, and software to identify ways to optimize asset availability to meet business goals.

• Process equipment examples, case studies, and exercises will be used to demonstrate the techniques.

• Participants will be asked to prepare and present an action plan for applying the methods learned to their everyday work upon returning to their own facility.

COURSE CONTENT

• Types of Availability• Factors that Impact Availability• Availability Improvement Methods• Availability Prediction• Types of Availability: Inherent,

Achievable, Operational• Factors that Impact Availability:

Equipment Design, Equipment Installation, Operating Methods, Maintenance Methods

• Availability Improvement Methods• PredictingAvailability:Weibull

Analysis, Reliability Block Diagrams, Availability Modeling


3�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-13833� 3�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 3�

Pr�nc�ples of Rel�ab�l�ty Eng�neer�ng (OM-�2)PetroSk�lls

ABOUT THE COURSE

• As an intermediate level course, we will use statistical analysis examples and software to measure and predict equipment reliability. Actual process equipment examples and exercises will be used to demonstrate the techniques.

• You will learn how to:- DefineReliability.- Measure reliability.- Predict reliability.- Use the reliability equation to aid in

improving equipment maintenance strategies

- Analyze system design to determine if projectedcapacitywillmeetcapitalrequirement.

- Analyze and improve system safety.- Predict life cycle costs to make buy/

replace decisions, and to determine which equipment or system will create the most value for the business.

• Participants will be asked to bring specificexamplesfromtheirworkenvironment to use as case studies.

• One personal computer is provided, at additional cost, for each two participants.

COURSE CONTENT

• Overview of Reliability Engineering Methods

• WeibullAnalysis• Root Cause Failure Analysis• Availability and Capacity Modeling• System Reliability Prediction and Safety

Analysis• Maintenance Optimization• Life Cycle Cost Analysis


PetroSkills CATC O M P E T E N C Y A N A L Y S I S T O O L

For a technical professional to prepare adevelopment plan, they must first perform askills analysis to identify what developmentis needed.

The PetroSkills Competency AnalysisTool (CAT) is a software application thathelps the organization and the individual dojust that. Using the tool, individuals assessthemselves against the PetroSkillsCompetency Maps to identify their currentknowledge and skill base. Meanwhile, theorganization can create competency profilesthat indicate the requirements for variouspositions within the organization. The CAT can then be used to compare the individual’sskill profile with what the organization requires in that position, producing a summaryof the skills that need to be developed.

With these needs identified, the CAT willassist the user with developing a learningplan to develop those skills, whether throughcourses, work experiences, reference material,technical papers or other means.

PetroSkills CAT EnterpriseUpgrade your organization’s competency

process with PetroSkills CAT Enterprise.

This enhanced program features:• Push Reporting -Receive essential reports byemail at scheduled intervals to more efficientlyobtain desired competency information.

• Reports By Profile Information Producereports on the competency information that youneed for a certain criteria such as: geography, discipline, age, professional position, etc.

• ERP Integration - Use existing corporate information to automatically populate the CAT soft-ware with user account information, demographicprofiles, organizational structure, supervisor assignments and more.

NEW!

Please contact us at [email protected] for more information about the Competency Analysis Tool and how it can work for you.®

3�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 3�1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 1-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 3�

PETROSKILLS EXPLORATION AND PRODUCTION IS A UNIQUE

COMPETENCY-BASED TRAINING PROGRAM. THE TRAINING COURSES

LISTED ON THE FOLLOWING PAGES ARE CURRENTLY OFFERED BY

PETROSKILLS E&P PUBLICLY AND ON AN IN-HOUSE BASIS FOR

2007-2008.

PetroSkills also offers a variety of programs with specific focus to certain areas or individuals in the Oiland Gas Industry.

■ Driller’s 6-Pack, a program developed by Blade Energy Partners, made up of modular coursesdesigned to transform new recruits into qualified drilling engineers in the first 2 years of their career.As a part of the PetroSkills Alliance, this program has been reviewed and endorsed by a network ofE&P drilling professionals and Blade Energy Partners.

■ PetroSkills HSE - Working with the member companies, PetroSkills has developed detailedcompetency maps for HSE Management, Safety, Health and Environment, resulting in a “sharedviewpoint” of the HSE skills required by all professionals across the oil and gas industry.

■ Spanish-Speaking Instructor Program - Spanish instruction for PetroSkills E&P courses isoffered by Buenos Aires-based MG&A Oil & Gas consultants who actively consult throughout LatinAmerica. Classroom instruction is in Spanish, but written materials will be in English to ensure themost up-to-date information.

■ Integrated Certificate Programs - these programs are designed to bring technical professionals to a meaningful level of contribution in a minimum period of time:

■ English Language Training ■ Professional Petroleum Engineering Institute ■ Professional Petroleum Geoscience Institute ■ Professional Economics and Management Institute

■ PetroSkills In-House Courses - PetroSkills offers all our public courses on an in-housebasis, or we can customize a course based on your training needs and company information.In-house courses are delivered directly to you, where you want, when you want.

For a full description of these courses, and those listed on the following pages, as well as schedulesand pricing, contact us at [email protected] or visit our website at www.petroskills.com. For a free PetroSkills E&P catalog, email us at the above address orcall +1-918-828-2500.

E X P L O R A T I O N A N D P R O D U C T I O N

®

● BASIC DRILLING, COMPLETION AND WORKOVER OPERATIONS● BASIC PETROLEUM ENGINEERING PRACTICES● BASIC PETROLEUM TECHNOLOGY

● EXPLORATION AND PRODUCTION BASICS: INTEGRATINGTECHNOLOGY AND BUSINESS

● INTRODUCTION TO OFFSHORE OIL AND GAS SYSTEMS

● BASIC PETROLEUM GEOLOGY● BASIN ANALYSIS WORKSHOP: AN INTEGRATED APPROACH● CARBONATE RESERVOIRS● COMPRESSIONAL AND TRANSPRESSIONAL STRUCTURAL STYLES● DEVELOPMENT GEOLOGY● GEOCHEMICAL TECHNIQUES FOR SOLVING RESERVOIR

MANAGEMENT AND FIELD DEVELOPMENT PROBLEMS● MAPPING SUBSURFACE STRUCTURES● NATURALLY FRACTURED RESERVOIRS: GEOLOGIC AND

ENGINEERING ANALYSIS

● OPERATIONS GEOLOGY● PETROLEUM GEOCHEMISTRY: TOOLS FOR EFFECTIVE

EXPLORATION AND DEVELOPMENT● PRODUCTION GEOLOGY FOR OTHER DISCIPLINES● PROSPECT AND PLAY ASSESSMENT● SANDSTONE RESERVOIRS● SEQUENCE STRATIGRAPHY: AN APPLIED WORKSHOP● STRUCTURAL STYLES IN PETROLEUM EXPLORATION● TURBIDITE SANDSTONES

● ADVANCED SEISMIC STRATIGRAPHY: WAVELET ANALYSISEXPLORATION – EXPLOITATION WORKSHOP

● AVO, INVERSION, ATTRIBUTES: PRINCIPLES & APPLICATIONS● BASIC GEOPHYSICS

● INTRODUCTION TO SEISMIC STRATIGRAPHY: AN EXPLORATIONWORKSHOP

● SEISMIC IMAGING OF SUBSURFACE GEOLOGY● SEISMIC INTERPRETATION

● APPLIED ROCK MECHANICS● CAPILLARITY IN ROCKS● CARBONATE PETROPHYSICS● CASED HOLE FORMATION EVALUATION● CORING AND CORE ANALYSIS● FOUNDATIONS OF PETROPHYSICS

● INTEGRATION OF ROCKS, LOG AND TEST DATA● OPERATIONS GEOLOGY● SHALY SAND PETROPHYSICS● STRUCTURAL AND STRATIGRAPHIC INTERPRETATION OF

DIPMETERS AND BOREHOLE-IMAGING LOGS● WELL LOG INTERPRETATION● WIRELINE FORMATION TESTING AND INTERPRETATION

● APPLIED RESERVOIR ENGINEERING● BASIC RESERVOIR ENGINEERING● BASIC RESERVOIR SIMULATION● CAPILLARITY IN ROCKS● GAS RESERVOIR MANAGEMENT● HORIZONTAL AND MULTILATERAL WELLS: ANALYSIS AND DESIGN● INTEGRATED RESERVOIR MODELING● NATURALLY FRACTURED RESERVOIRS: GEOLOGIC AND


● NEW OPPORTUNITIES IN OLD FIELDS● OIL AND GAS RESERVES EVALUATION● OIL RECOVERY ENHANCEMENT TECHNIQUES● RESERVOIR CHARACTERIZATION: A MULTI-DISCIPLINARY

TEAM APPROACH● RESERVOIR ENGINEERING FOR OTHER DISCIPLINES● RESERVOIR MANAGEMENT● RESERVOIR SIMULATION STRATEGIES● WATERFLOODING A TO Z● WELL TEST DESIGN AND ANALYSIS

● ACCREDITED ENVIRONMENTAL PRACTITIONER: IEMA ASSOCIATECERTIFICATE BY APPLIED LEARNING

● ACCREDITED HEALTH AND SAFETY PRACTITIONER: OCCUPATIONALHEALTH & SAFETY NVQ LEVEL 4 (TO CMIOSH) BY APPLIEDLEARNING

● APPLIED ENVIRONMENT● APPLIED HEALTH● APPLIED HSE MANAGEMENT● APPLIED SAFETY● ATMOSPHERIC DISPERSION MODELING● BASICS OF ENVIRONMENT● BASICS OF HEALTH

● BASICS OF HSE MANAGEMENT● BASICS OF SAFETY● CONSTRUCTION AND DEMOLITION SAFETY● CONTRACTOR SAFETY MANAGEMENT● ENVIRONMENTAL IMPACT ASSESSMENTS AND COMMUNITY

RELATIONS● FUNDAMENTALS OF RISK ASSESSMENT● HEALTH IMPACT ASSESSMENT● HSE PROFESSIONAL - ENHANCED EFFECTIVENESS● MEASUREMENT OF HAZARDOUS SUBSTANCES● NEBOSH INTERNATIONAL GENERAL CERTIFICATE● PROCESS SAFETY MANAGEMENT

● ACIDIZING APPLICATIONS IN SANDSTONES AND CARBONATES● ADVANCED HYDRAULIC FRACTURING● ARTIFICIAL LIFT SYSTEMS● BEAM PUMPS● CASING AND CEMENTING● COMPLETIONS AND WORKOVERS● DOWNHOLE REMEDIATION PRACTICES FOR MATURE OIL AND GAS

WELLS● ELECTRICAL SUBMERSIBLE PUMPS● FLOW ASSURANCE FOR OFFSHORE PRODUCTION● FORMATION DAMAGE: CAUSES, PREVENTION AND REMEDIATION● GAS LIFT● GAS PRODUCTION ENGINEERING

● GAS WELL DELIQUIFICATION● HORIZONTAL AND MULTILATERAL WELLS: DRILLING AND

COMPLETIONS● HYDRAULIC FRACTURING APPLICATIONS● OILFIELD WATER PRODUCTION, HANDLING AND INJECTION● PRODUCTION CHEMISTRY● PRODUCTION LOGGING● PROGRESSIVE CAVITY PUMPS● PRODUCTION OPERATIONS 1● PRODUCTION OPTIMIZATION USING NODALTM ANALYSIS● PRODUCTION TECHNOLOGY FOR OTHER DISCIPLINES● SAND CONTROL● SURFACE PRODUCTION OPERATIONS● WELL STIMULATION: PRACTICAL AND APPLIED

● ADVANCED CASING AND TUBING DESIGN● ADVANCED UNDERBALANCED WELL DESIGN● ADVANCED WELL CONTROL● BASIC DRILLING TECHNOLOGY● CEMENTING PRACTICES– CEMENTING II● DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING● DRILLING FLUIDS TECHNOLOGY● DRILLING PRACTICES

● FUNDAMENTALS OF TUBULAR DESIGN● MANAGED PRESSURE DRILLING: WELL DESIGN AND

APPLICATION● MANAGING WELLSITE OPERATIONS● PRACTICAL DRILLING SKILLS● PRIMARY CEMENTING– CEMENTING I● SOLIDS CONTROL SYSTEMS● UNDERBALANCED OPERATIONS AND WELL CONTROL● WELL DESIGN WORKSHOP

● ADVANCED DECISION ANALYSIS WITH PORTFOLIO ANDPROJECT MODELING

● BASIC PETROLEUM ECONOMICS● COST MANAGEMENT● ECONOMICS OF WORLDWIDE PETROLEUM PRODUCTION● EXPANDED BASIC PETROLEUM ECONOMICS● FUNDAMENTALS OF INTERNATIONAL OIL AND GAS LAW

● INTERNATIONAL PETROLEUM CONTRACTS● PETROLEUM ACCOUNTING FOUNDATIONS● PETROLEUM FINANCE AND ACCOUNTING PRINCIPLES● PETROLEUM FINANCIAL WORKSHOP● PETROLEUM PROJECT MANAGEMENT: PRINCIPLES AND

PRACTICES● PETROLEUM RISKS AND DECISION ANALYSIS● STRATEGIC THINKING: A TOOL-BASED APPROACH

Introductory /Cross-Training

Geophysics

Geology

Petrophysics

Production andCompletionEngineering

PetroleumBusiness

Health,Safety,Environment

WellConstruction /Drilling

ReservoirEngineering

For a full description of these courses, schedules and pricing, visit

w w w. p e t r o s k i l l s . c o m

For a free PetroSkills catalog, call +1.918.828.2500 or email [email protected].

®



● BASIC DRILLING, COMPLETION AND WORKOVER OPERATIONS● BASIC PETROLEUM ENGINEERING PRACTICES● BASIC PETROLEUM TECHNOLOGY

● EXPLORATION AND PRODUCTION BASICS: INTEGRATINGTECHNOLOGY AND BUSINESS

● INTRODUCTION TO OFFSHORE OIL AND GAS SYSTEMS

● BASIC PETROLEUM GEOLOGY● BASIN ANALYSIS WORKSHOP: AN INTEGRATED APPROACH● CARBONATE RESERVOIRS● COMPRESSIONAL AND TRANSPRESSIONAL STRUCTURAL STYLES● DEVELOPMENT GEOLOGY● GEOCHEMICAL TECHNIQUES FOR SOLVING RESERVOIR

MANAGEMENT AND FIELD DEVELOPMENT PROBLEMS● MAPPING SUBSURFACE STRUCTURES● NATURALLY FRACTURED RESERVOIRS: GEOLOGIC AND


● OPERATIONS GEOLOGY● PETROLEUM GEOCHEMISTRY: TOOLS FOR EFFECTIVE

EXPLORATION AND DEVELOPMENT● PRODUCTION GEOLOGY FOR OTHER DISCIPLINES● PROSPECT AND PLAY ASSESSMENT● SANDSTONE RESERVOIRS● SEQUENCE STRATIGRAPHY: AN APPLIED WORKSHOP● STRUCTURAL STYLES IN PETROLEUM EXPLORATION● TURBIDITE SANDSTONES

● ADVANCED SEISMIC STRATIGRAPHY: WAVELET ANALYSISEXPLORATION – EXPLOITATION WORKSHOP

● AVO, INVERSION, ATTRIBUTES: PRINCIPLES & APPLICATIONS● BASIC GEOPHYSICS

● INTRODUCTION TO SEISMIC STRATIGRAPHY: AN EXPLORATIONWORKSHOP

● SEISMIC IMAGING OF SUBSURFACE GEOLOGY● SEISMIC INTERPRETATION

● APPLIED ROCK MECHANICS● CAPILLARITY IN ROCKS● CARBONATE PETROPHYSICS● CASED HOLE FORMATION EVALUATION● CORING AND CORE ANALYSIS● FOUNDATIONS OF PETROPHYSICS

● INTEGRATION OF ROCKS, LOG AND TEST DATA● OPERATIONS GEOLOGY● SHALY SAND PETROPHYSICS● STRUCTURAL AND STRATIGRAPHIC INTERPRETATION OF

DIPMETERS AND BOREHOLE-IMAGING LOGS● WELL LOG INTERPRETATION● WIRELINE FORMATION TESTING AND INTERPRETATION

● APPLIED RESERVOIR ENGINEERING● BASIC RESERVOIR ENGINEERING● BASIC RESERVOIR SIMULATION● CAPILLARITY IN ROCKS● GAS RESERVOIR MANAGEMENT● HORIZONTAL AND MULTILATERAL WELLS: ANALYSIS AND DESIGN● INTEGRATED RESERVOIR MODELING● NATURALLY FRACTURED RESERVOIRS: GEOLOGIC AND


● NEW OPPORTUNITIES IN OLD FIELDS● OIL AND GAS RESERVES EVALUATION● OIL RECOVERY ENHANCEMENT TECHNIQUES● RESERVOIR CHARACTERIZATION: A MULTI-DISCIPLINARY

TEAM APPROACH● RESERVOIR ENGINEERING FOR OTHER DISCIPLINES● RESERVOIR MANAGEMENT● RESERVOIR SIMULATION STRATEGIES● WATERFLOODING A TO Z● WELL TEST DESIGN AND ANALYSIS

● ACCREDITED ENVIRONMENTAL PRACTITIONER: IEMA ASSOCIATECERTIFICATE BY APPLIED LEARNING

● ACCREDITED HEALTH AND SAFETY PRACTITIONER: OCCUPATIONALHEALTH & SAFETY NVQ LEVEL 4 (TO CMIOSH) BY APPLIEDLEARNING

● APPLIED ENVIRONMENT● APPLIED HEALTH● APPLIED HSE MANAGEMENT● APPLIED SAFETY● ATMOSPHERIC DISPERSION MODELING● BASICS OF ENVIRONMENT● BASICS OF HEALTH

● BASICS OF HSE MANAGEMENT● BASICS OF SAFETY● CONSTRUCTION AND DEMOLITION SAFETY● CONTRACTOR SAFETY MANAGEMENT● ENVIRONMENTAL IMPACT ASSESSMENTS AND COMMUNITY

RELATIONS● FUNDAMENTALS OF RISK ASSESSMENT● HEALTH IMPACT ASSESSMENT● HSE PROFESSIONAL - ENHANCED EFFECTIVENESS● MEASUREMENT OF HAZARDOUS SUBSTANCES● NEBOSH INTERNATIONAL GENERAL CERTIFICATE● PROCESS SAFETY MANAGEMENT

● ACIDIZING APPLICATIONS IN SANDSTONES AND CARBONATES● ADVANCED HYDRAULIC FRACTURING● ARTIFICIAL LIFT SYSTEMS● BEAM PUMPS● CASING AND CEMENTING● COMPLETIONS AND WORKOVERS● DOWNHOLE REMEDIATION PRACTICES FOR MATURE OIL AND GAS

WELLS● ELECTRICAL SUBMERSIBLE PUMPS● FLOW ASSURANCE FOR OFFSHORE PRODUCTION● FORMATION DAMAGE: CAUSES, PREVENTION AND REMEDIATION● GAS LIFT● GAS PRODUCTION ENGINEERING

● GAS WELL DELIQUIFICATION● HORIZONTAL AND MULTILATERAL WELLS: DRILLING AND

COMPLETIONS● HYDRAULIC FRACTURING APPLICATIONS● OILFIELD WATER PRODUCTION, HANDLING AND INJECTION● PRODUCTION CHEMISTRY● PRODUCTION LOGGING● PROGRESSIVE CAVITY PUMPS● PRODUCTION OPERATIONS 1● PRODUCTION OPTIMIZATION USING NODALTM ANALYSIS● PRODUCTION TECHNOLOGY FOR OTHER DISCIPLINES● SAND CONTROL● SURFACE PRODUCTION OPERATIONS● WELL STIMULATION: PRACTICAL AND APPLIED

● ADVANCED CASING AND TUBING DESIGN● ADVANCED UNDERBALANCED WELL DESIGN● ADVANCED WELL CONTROL● BASIC DRILLING TECHNOLOGY● CEMENTING PRACTICES– CEMENTING II● DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING● DRILLING FLUIDS TECHNOLOGY● DRILLING PRACTICES

● FUNDAMENTALS OF TUBULAR DESIGN● MANAGED PRESSURE DRILLING: WELL DESIGN AND

APPLICATION● MANAGING WELLSITE OPERATIONS● PRACTICAL DRILLING SKILLS● PRIMARY CEMENTING– CEMENTING I● SOLIDS CONTROL SYSTEMS● UNDERBALANCED OPERATIONS AND WELL CONTROL● WELL DESIGN WORKSHOP

● ADVANCED DECISION ANALYSIS WITH PORTFOLIO ANDPROJECT MODELING

● BASIC PETROLEUM ECONOMICS● COST MANAGEMENT● ECONOMICS OF WORLDWIDE PETROLEUM PRODUCTION● EXPANDED BASIC PETROLEUM ECONOMICS● FUNDAMENTALS OF INTERNATIONAL OIL AND GAS LAW

● INTERNATIONAL PETROLEUM CONTRACTS● PETROLEUM ACCOUNTING FOUNDATIONS● PETROLEUM FINANCE AND ACCOUNTING PRINCIPLES● PETROLEUM FINANCIAL WORKSHOP● PETROLEUM PROJECT MANAGEMENT: PRINCIPLES AND

PRACTICES● PETROLEUM RISKS AND DECISION ANALYSIS● STRATEGIC THINKING: A TOOL-BASED APPROACH

Introductory /Cross-Training

Geophysics

Geology

Petrophysics

Production andCompletionEngineering

PetroleumBusiness

Health,Safety,Environment

WellConstruction /Drilling

ReservoirEngineering

For a full description of these courses, schedules and pricing, visit

w w w. p e t r o s k i l l s . c o m

For a free PetroSkills catalog, call +1.918.828.2500 or email [email protected].

®


411-405-321-1383 www.petroskills.com www.jmcampbell.com


Oilrefineriesareexcitingcombinationsof moderntechnology.Manycontainstate-of-the-arthigh-technology processes with sophisticated catalysts and operating techniques, coupled with highpressures/temperatures.Thatsamerefinerywillalsooperatestandardlong-establishedunits with technical roots developed many decades ago.

Inrecentyearsrefinedproductspecificationshaveundergonedramaticchange:automobiletail-pipeemissions,ultra-lowsulfurfuelstomentionjusttwo.Refiningmarginshadalsobeenextremely tightplacing tremendousdemandson refiners to cut costs andwork efficiently.Furthermore, increasingly stringent environmental regimes apply for refinery operationsaround the world.

PetroSkills|Campbell Training refining courses address the overall technologies that areimportant in today’s efficient complexes. Our courses stress safety, efficiency, limitingemissions,operatingskillandtechnicalsophistication.Ourup-to-dateRefiningTechnologyOverview course covers the full breadth of currently-applied technologies. It is accessible to people relatively new to the industry. It can also form the framework for higher level in-house and public seminars.

Wealsooffer an importantRefiningProcessSimulationcourse thatdevelops this skill fora deeper process understanding of individual units. This course uses an industry standard textbook. Furthermore our long-established Gas Treating/Sulfur/SWS/Tailgas coursecontinues to serve these environmentally important units.

Many other PetroSkills | Campbell Training courses such as pumps and compressors, heat exchangers, HSE, instrumentation and controls, operations and maintenance, electrical engineeringetcarealsoimportantincompetency-basedtrainingforrefiners.

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Refin�ng Technology Overv�ew (RF-31)PetroSk�lls

ABOUT THE COURSE

• RF-31 is designed as a comprehensive andpracticalrefiningoverviewcovering a range of complexities from simple topping units to extremely complexhigh-conversionrefinerieswith aromatics production and recovery technologies.

• You will learn how to incorporate refiningprocesserconfigurationsfromsimple to highly complex.

• You will summarize the function, characteristics, strengths and limitations of principlerefiningprocesses.

• Youwilluserefineryeconomicstodetermine how alternative processing schemes are assessed.

• You will be able to evaluate crude types and understand yields and product properties and determine what

factorsinfluencecrudeselection.• You will learn how to assess the effect

of properties on blending.• You will learn how to recognize

metallurgy considerations.• You will solve debottlenecking issues.• You will use engineering and

construction fundamentals.• You will learn how to solve operation

challenges.• The instruction includes selected

exercises and syndicate work. • Accessible to attendees with a variety

of backgrounds.

COURSE CONTENT

• Introduction/GeneralRefiningOverview

• RefineryEconomics• Crude and Vacuum Distillation

• Distillate Hydroprocessing incl. H2 production:Naphtha,Jet/Kero,Diesel,and Gas Oil.

• Middle Distillate Conversion; FCC, Gas Oil Hydrocracking

• Alkylation Processes and Butane Isomerization

• Light Ends Recovery; Saturates Gas Plant, Propylene.

• Residue Processing: Deasphalting, Visbreaking, Delayed and Flexicoking,

• Residue Hydrocracking, ARDS and VRDS, Technology Comparison.

• Lube Oil Production.• Aromatics Recovery: including

Paraxylene Adsorption and Crystallization, Xylene Isomerization, Disproportionation & Transalkylation.

• Amine,Sulfur,SWS,Tailgas(seealsoRF-61specificallyforthesefourtopics)

Bas�c 4 days

Refinery Gas Treat�ng, Sour Water, Sulfur and Ta�l Gas (RF-�1)PetroSk�lls

ABOUT THE COURSE

• This course covers technology, trouble-shooting, and design issues for oil refineries.Youwillevaluateandselectacidgas removal processes (H2S, CO2 etc).

• You will understand Claus sulfur recovery processes, different configurations,andoxygenenrichment.

• You will learn how to use SuperClaus® EuroClaus® PROClaus® etc.

• You will apply principles of gas sweetening, sulfur recovery, and tail gas clean-up.

• You will learn how to estimate solvent circulation rates, energy needs, solvent loadings and equipment sizes.

• You will learn how to describe the available technology and processes.

• You will understand the basics of sour water stripping and ammonia removal and destruction.

• You will understand common operating problems and develop solutions.

• The course concludes with a workshop session for problems brought by attendees.

COURSE CONTENT

•Sourcesof sulfurintherefinery• Introduction to sulfur compounds • Gas Treating with Amines • Liquid Product Treating •SourWaterStripping• Sulfur Recovery • Sulfur Sales & Marketing • Tail Gas Treating Units • Incineration • Corrosion & Materials of Construction


Refinery Process S�mulat�on (RF-�2)PetroSk�lls

COURSE PREREQUISITE:

Basic computer simulations skills with the HYSYS® computer program. No basic simulation programming instruction will be provided. Contact Campbell for use of PRO/II™, VMG, ProMax®, PROSIM® etc.

ABOUT THE COURSE

• As an intermediate level course it is directed to engineers with some prior exposuretobasicrefineryprocesseseither from operating or design standpoints. The RF-31 course can help to provide this foundation.

• You will learn how to:- Perform oil characterization: converting

laboratory data to stream models.- Construct, interpret and leverage

simulation models to maximize plant goals(i.e.profits)

- Adapt quickly to changing crude feedstocks; minimizing off-

specificationproducts/sloprecycles.- Review thermodynamic models for

modeling crude oil. - Check/maximize existing heat integrationefficiency;heatexchangerperformance rating.

- Use basic & complex tower simulations. - Utilize modeling systems with reactors

(hydrotreating, cracking etc.)- Recognize that tower simulation can

help in the scoping and economics of stepwise studies. This is useful for complex columns such as:

- crude and vacuum - FCC main fractionator - coker or visbreaker main column - residual hydrotreating main

fractionator.- Learn operation challenges.• In this course a series of proven

simulations are used to analyze key refiningprocesses.

• The instruction combines includes

extensive detailed exercises and some syndicate work.

• This course will provide greater resolutionandinsightforrefineryplanners using rigorous models.

COURSE CONTENT

• PetroleumProcessing–GeneralKnowledge

- Calculations- Laboratory Tests - Assay Procedures• Thermodynamics• GeneralRefineryDistillation.• Catalytic Reforming.Depending on the interests of a given class, further simulation could be studied from the following units:• Hydroprocessing. • Delayed Coking. • Alkylation: HF or H2SO4 • Catalytic Polymerization



Whenitcomestotrainingprogramsforplantandfacilityoperators,onesizedoesn’tfitall.Campbell training knows this. That’s why our operator training is designed from the beginning with your company in mind. Starting with a client consultation and/or a more formal needs analysis, we customize the course material and relate it directly to your facility, incorporating PFD’s,materialbalancetablesandothermaterialsyoumaysupply. Wedeliverthistrainingwith your audience in mind; whether it’s the novice or the more seasoned operator.

• Designed to provide operating and trouble-shooting skills. • Presented at your site. • Customized course manual for each client. • Lecture and demonstration-based material that is adaptable to

the needs of the audience. • Includes exercises with short-cut calculations and customized problem sets.

JohnM.Campbell&CompanytraininghaslongbeenprovidingOperatorTrainingtomajoroil and gas companies worldwide. Because we stress fundamentals and understanding over rote procedures, our courses have been called “engineering courses for operators.” Our Operator Training courses have even been popular among both new engineers and experienced engineers makingtheswitchfromotherdisciplines.Ourcoursesoftenfulfillstatutoryrequirementsfortraining and have been used to meet OSHA 1910.119 mandates.

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Gas Dehydrat�on Operat�ons (OT)Campbell

ABOUT THE COURSE

• You will learn how to: - Determine the water content of

produced natural gas. - Recognize problems and dangers of

hydrate formation. - Evaluate methods of hydrate inhibition. - Incorporate elements of TEG gas

dehydration. - Incorporate elements of Mole Sieve

gas dehydration.• This course will provide the basic

knowledge required for understanding operating issues in natural gas

dehydration units. • This course is customizable.

COURSE CONTENT

• Types of Processes: Absorption, Adsorption and Condensation

• WaterVaporContentof GaseousHydrocarbons

• Hydrates and Hydrate Inhibition• Dewpoint Depression• Mass Transfer Operations: Absorption

and Stripping, Trays vs. Packing• TEG Equipment: Gas Scrubbers,

Glycol Contractors, Flash Tank,

Filters, Lean/Rich Heat Exchanger, Regenerator, Stripping Gas

• Operating Procedures and Problems: Startup and Shutdown, Norman Operations, Glycol Losses, Corrosion, Troubleshooting

• Care of the TEG Solution• Mole Sieve Gas Dehydration• Adsorber and Adsorbants• Mass Transfer Zone• Regeneration System• Operation and Adsorbent Life• Operating Problems and

Troubleshooting

Bas�c 2 days

Cryogen�c NGL Recovery and NGL Fract�onat�on (OT)Campbell

ABOUT THE COURSE

• You will learn how to: - Use hydrocarbon system language. - Identify the basic principles that

underlie processes. - Identify important physical properties

of natural gas and NGL components. - Utilize practical application of the

principles of hydrocarbon phase behavior.

- Utilize the principles, operation and troubleshooting of mechanical refrigeration systems.

- Use elements and operation of gas expansion NGL recovery (Turbo-expanderandJ-TValve)processes.

- Understand operating principles and techniques for NGL Stabilization

and Fractionation. • This course will provide the basic

knowledge required for understanding operating issues in cryogenic NGL (Natural Gas Liquids) extraction and stabilization/fractionation.

• Course content is non-mathematical and customizable to client needs.

COURSE CONTENT

• Hydrocarbon Systems: Reservoir Fluids• HydrocarbonSeries:Paraffins• Physical Properties of Hydrocarbons• Fluid Properties: VLE, Vapor Pressure

and Boiling Point• Pressure Temperature Phase Diagrams

(phase envelopes)

• Application of Phase Envelopes: Hydrocarbon Dewpoint Control, Equilibrium Stage Concepts, Flash Separators and Fractionators

• Mechanical Refrigeration: Principles and Equipment

• Tray-Type Towers, Packed Towers• Components of Turboexpander NGL

recovery plants• Turboexpander-Compressor and Utilities • Principles of Gas Expansion NGL

Recovery and Process Variations• Stabilizers, Fractionators, and

Fractionation Trains• The Basic Fractionator and Operator

Control Techniques• Troubleshooting

Bas�c 4 days

P-3 Product�on/Process�ng Operat�ons (OT)Campbell

ABOUT THE COURSE

• You will learn how to:- Utilize advanced level physical

principles, hydrocarbon properties and hydrocarbon phase-behavior.

- Utilize practical thermodynamics, including mass and energy balances. -Utilizeprinciplesof fluiddynamicsand

application to pumps and compressors. - Understand process equipment, including heatexchangers,firedheaters,separators,piping and towers with trays or packing.

- Understand process unit operations, including gas dehydration, NGL extraction processes and stabilization/fractionation.

• This course will provide a more detailed examination of the processes found in production facilities, including the important theoretical aspects that must be mastered before operators can truly understand their processesandbecomeproficientatavoiding problems and troubleshooting the technical problems that do arise.

• This course prepares operations

personnel to communicate better and work more closely with professional engineering staff.

• This course includes a problem set consisting of practical calculations that will be useful to operators.

• Ahigh-qualityscientificcalculatorisissued to all participants.

• This course is an effective introduction to the G-4 engineering-level course.

• Course content is customizable.

COURSE CONTENT

• Hydrocarbons and Hydrocarbon System Language

• Units of Measurement • Process Drawings• Overview of Oil and Gas Processing• Important Properties of Hydrocarbons• Phase Behavior Fundamentals• Practical Thermodynamics: Mass and

Energy Balances• Heat Transfer and Fired Heaters• Mechanical Refrigeration

• Introduction to Process Control• Basic Principles of Fluid Flow• Centrifugal Pumps• Centrifugal Compressors• Reciprocating Compressors• Introduction to Gas Turbines• Production Separators and Oil

Dehydration• WaterTreating• Corrosion and Corrosion Monitoring• Amine Gas Sweetening• Sulfur Recovery• Mass Transfer Operations• Water-HydrocarbonBehavior• TEG Gas Dehydration• Mole Sieve Dehydration• Gas Expansion NGL Recovery

(Valve & Turboexpander) • Crude Oil, Condensate, and NGL

Stabilization• NGL Fractionation• Process Troubleshooting

Advanced 10 days


The PetroSkills | Campbell Offshore Discipline Team provides technical training and consulting for the complete lifecycle of offshore oil and gas systems; from exploration and development todecommissioning.Thisdisciplinecoversallof themajoroffshoredevelopmentalternatives:fixedstructures,floatingsystemsandsubseasystems.AswithallCampbellTrainingprograms,a multi-discipline approach is taken with offshore elements of pipeline transportation systems and HSE integrated into the courses.

The offshore discipline team instructors have extensive real world experience managing offshore development projects, well construction and servicing, asset management andproducing operations. Their broad knowledge blends the unique technical and operational issues of offshore into an integrated approach to enhance understanding of the full scope of offshore facilities.

Commonlearningobjectivesforoffshoredisciplinecoursesincludeunderstanding: •optionsfordevelopmentof offshoreoilandgasfields • the effect regional conditions and practices have on development decisions • how offshore structures, facilities, transportation systems, and drilling and well

intervention function as integrated systems • the importance of life cycle considerations during development planning and the impact

of developmentdecisionshaveonlife-cycleflexibilityandreturn • key design, fabrication and installation issues associated with offshore structures, facilities

and transportation systems •keydesignandoperationalinterfacesof themajorcomponentsof fixed,floatingand

subsea systems

Off

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Introduct�on to Offshore O�l and Gas Systems (OS-1)PetroSk�lls

ABOUT THE COURSE

• This course is designed for business professionals and other non-technical personnel who are beginning or transitioning from other areas to be directly involved with planning, construction and operation of offshore oil and gas facilities.

• The course will provide them with an awareness of the basic activities and challenges of offshore oil and gas exploration and production to accelerate their learning and productivity.

• Participants will develop a basic understanding of offshore exploration and production systems and operations.

• An overview is presented of the emerging technology being used for

developmentof newoffshorefields.• Thelearningobjectivesinclude:- Developing an awareness of the

early history of offshore oil and gas development and its’ evolution to the present time.

- Understanding how companies explore for offshore oil and gas reserves

- Describing how wells are drilled and completed.

- Identifying the types of offshore platforms,bothfixedandfloating.

- Recognizing key design, fabrication and installation issues associated with offshore structures and facilities.

- Understanding how subsea and topside facilities are used to produce oil and gas.

- Recognizing the common methods for transporting offshore production

to market.- Being conversant with the common

offshore oil and gas terminology.

COURSE CONTENT

• Setting the Stage: History, Science and Recent Activities

• Exploring in Deepwater• DrillingandCompletingWells• Field Development Options and

Systems• Fixed Structures• Floating Production Systems (FPSOs),

Ship Shapes, and Semi-Submersibles• Sub-sea Systems• Production Facilities (Topsides)• Pipelines, Flow-lines and Risers• TechnologyandtheThirdWave

Bas�c 5 days

Overv�ew of Offshore O�l and Gas Systems (OS-2)PetroSk�lls

ABOUT THE COURSE

• This course is designed for technical staff that are beginning or transitioning from other areas to be directly involved with the design, construction and operation of offshore oil and gas facilities.

• This course will provide them with awareness and basic understanding of the technical challenges in planning, developing and operating offshore oil and gas systems, work processes of offshore operations and the associated terminology.

• The importance of life cycle considerations during development planning is emphasized.

• The course provides an overview of fielddevelopmentconceptsand

explains how offshore structures and facilities function as integrated systems.

• Thelearningobjectivesinclude:- Identifying the key parameters for

system capabilities, location and reservoir characteristics that determine theoptimumsystemforfielddevelopment.

- Recognizing the types of offshore production facilities and structures and understand the associated terminology.

- Relating the ocean environment to design and operating considerations.

- Identifying key design and operational interfaces of offshore systems, both fixedandfloating.

- Understanding the key design, construction and installation issues associatedwithfixedand

floatingplatforms.- Recognizing important loads on

offshore structures and how they influencetheirdesignandcost.

COURSE CONTENT

• Field Development Planning • Structural System Options• Transportation System Design and

Installation • WellConstructionandServicing

Operations• Drilling, Processing and Utilities

Topside Facilities • Production Operations• Life Cycle Considerations

Bas�c 5 days

Overv�ew of Subsea Systems (SS-2)Campbell

ABOUT THE COURSE

• Thisfivedaycourseisdesignedfortechnical staff that are beginning or transitioning from other areas to be directly involved with the design, construction or operation of a Subsea system.

• This course provides an overview of Subseafielddevelopmentsandexplains how subsea systems function.

• The importance of an integrated approachtodesign,flowassurance, installation and life cycle considerations are emphasized.

• Thelearningobjectivesinclude:- DescribingthemajorSubsea

components, their function, strengths,

weaknesses and interfaces from the wellhead to the production facility.

- Explaining the integrated nature of fieldarchitecture,systemdesignandcomponent selection.

- Outlining the key steps from drilling through start up for the design, fabrication, testing and installation of Subsea systems.

- Describing the variety of Subsea system fieldarchitecturesdeployedaroundtheworld.

- Identifying appropriate applications for Subsea systems.

- Describing basic operating and maintaining considerations.

COURSE CONTENT

• Applications for Subsea systems• Flow Assurance considerations in

system design• Installation considerations in system

and component design• Considerationsforfieldarchitecture• Descriptions and functions of Subsea

components• System design considerations and

process • Fabrication, testing, installation,

commissioning and operational issues• Production, maintenance and repair

operations

Bas�c 5 days


Fundamentals of Offshore Systems Des�gn and Construct�on (OS-4)Campbell

ABOUT THE COURSE

• This course will provide a deeper understanding of the technology and work processes used for the design and construction of all types of offshore systems needed by personnel engaged in asset development, surveillance and management.

• Technicalstaff,projectengineers,engineering discipline leads, engineering specialists and operating staff willfindthiscourseenablesthem to accelerate their capability to contributeonoffshoreprojects.

• Participants should have a basic awareness of offshore engineering and operations or have a background working in onshore oil and gas projectsorengineering.

• This course will address life cycle considerations in all phases of offshorefielddevelopmentandoperation.

• The course emphasizes the multi-disciplined team approach needed to manage the myriad interfaces of offshore facility design, construction and operations.

• Individual and group exercises are used throughout the course.

• A “red thread” exercise is included todevelopfieldarchitecturerecommendations, basic design and highlevelprojectexecutionplansforanoffshore development.

• Thelearningobjectivesinclude:- Identifying the key system parameters

that determine the optimum system for fielddevelopment.

- Determining the types and capabilities of offshore well construction, pipeline, riser and production (surface and subsea) facilities needed for offshore developments.

- Understanding the best applications and characteristics of each type of offshorefixedandfloatingstructures.

- Understanding how the ocean environment affects design and construction.

- Identifying space, loads and forces that impact the structural design and global performance of offshore structures and howtheyinfluencetheircost.

- Describing how facilities affect the structures and how the design process is executed.

- Identifying key design and operational interfacesof fixedandfloatingoffshore systems.

- Recognizing the key design, construction and installation issues associatedwithfixedandfloatingplatforms.

COURSE CONTENT

• Offshore Systems Overview and Field Architecture Selection

• WellConstructionandServicingEquipment and Operations

• Topside Facilities• Oil and Gas Transportation Facilities• Riser Systems • Subsea Facilities • Production Operations• Infrastructure Impact on Design and

Operations• Effects of the Ocean Environment • Introduction to Naval Architecture • Structural Design Processes and Tools• Construction Plans and Execution• Life Cycle and Decommissioning

Considerations




®


PetroSkills | Campbell training delivers competencies to enhance Electrical and Instru-mentation skills for the design, construction and operation of oil and gas facilities.

WeprovideE&I awareness courses that help professionals understandE&I systems.Wealsoofferadvancedcoursesthatprovidefundamentalskillstoenableengineersandtechnicians to apply E&I principles and practices in their daily work routines.

Our E&I courses are designed and presented as individual topic modules. The client may choose specificmodules tomake up an in-house coursewhichmeets theneedsof theorganizationorindevelopmentof keydisciplines.Whethertheclientchoosesacustomizedin-housecourseorastandardpubliccourse,theycanfeelconfidentthatparticipants will make progress in their chosen career path.

Electr�cal and

Instru

men

tat�on


Electr�cal Eng�neer�ng Bas�cs for Fac�l�t�es Personnel (E-2)Campbell

ABOUT THE COURSE

• This course provides an awareness of electrical principles and equipment used in oil and gas processing facilities to allow better communications with the electrical engineers and contractors.

• This course is a condensed version of E-3. The technical details and number of problems are reduced.

• You will develop an understanding of the technology and its applications at a supervisor’s level.

• You will gain a practical understanding of electrical systems from terminology through basic technology and power

distribution and supply. • You will have an awareness of:- Applications of basic electrical

fundamentals to oil & gas facilities.- Basic principles of switchgear and

control devices.- Basic principles of protective relaying

and circuit protection.- Basic principles of transformers,

motors, and generator systems.- How to recognize basic principles

of low voltage and high voltage equipment.

- Basic principles of electrical safety.

COURSE CONTENT

• Basics of electricity, electrical control, electrical symbols & schematics

• Transformers • AC & DC motors• Electrical power distribution• Low Voltage & high voltage switchgear • Generation of power • Emergency power systems• Electrical safety• Equipment & circuit protection &

protective relaying• Areaclassifications

Bas�c 3 days

Electr�cal Eng�neer�ng Fundamentals for Fac�l�t�es Personnel (E-3)PetroSk�lls

ABOUT THE COURSE

• This course provides an awareness of electrical principles and equipment used in oil and gas processing facilities to allow engineers to coordinate projectswithcontractors.

• It also is a good introductory course for new hire electrical engineers to familiarize them with the applications of electrical engineering for oil and gas facilities.

• You will gain a practical understanding of electrical systems from terminology through basic technology, from power distribution and supply to the consumers.

• Practical operating problems will also be covered for troubleshooting

electrical equipment and performing minor design work.

• You will have an awareness of:- Application of basic electrical

fundamentals to oil & gas facilities. - Fundamentals of how electrical systems

work.- Basic principles of electrical equipment. - Basic principles of electrical safety.- Relevant industry codes, standards,

documents, and guidelines.

COURSE CONTENT

• Basics of electricity, electrical control, electrical symbols & schematics

• Transformers, AC & DC motors, & variable speed/frequency drives

• Electrical power distribution• Low Voltage & high voltage switchgear• Generation of power • Emergency power systems & batteries• Programmable logic controllers (PLC)• Electrical safety & Grounding &

bonding• Equipment & circuit protection &

protective relaying• Areaclassifications,NEMA&

IP enclosure ratings, equipment temperatureclassification

• Lighting systems• Electrical safety, grounding & bonding,

circuit protection & protective relaying• Industry regulations, codes, guidelines

and standards

Bas�c 5 days

Electr�cal Eng�neer�ng Pract�ces for Fac�l�t�es Personnel (E-4)Campbell

ABOUT THE COURSE

• This course provides an application of electrical principles and equipment used in oil and gas processing facilities to allow engineers to coordinate projectswithcontractorsdoingthe work and performing common electrical design calculations.

• It also is a good continuation course for those that have taken E-3.

• This program will be extremely helpful to individuals who require application of electrical principles and equipment to better perform their primary responsibilities.

• You will have an awareness of:- How to size, select, and prepare bid specificationsformajorequipmentfor electrical systems in the oil and gas industry.

- Howtoperformsimplifiedshortcircuit calculations.

- How to determine protective relaying needed for different types of electrical equipment.

- How to apply industry accepted practices for installation and maintenance of electrical equipment.

- How to manage a typical electrical project.

- How to apply cost estimating guidelines forelectricalprojects.

- Howtojustifyandprepareeconomicanalysisforelectricalprojects.

- How to successfully work with electrical contractors and vendors.

• The course emphasis is on learning the functions of electrical engineering by solving practical design and application examples in the classroom.

• Thiscoursefocusesonfieldapplications and includes classroom exercises and fundamental engineering problems.

COURSE CONTENT

• Equipment selection fundamentals • Use of company internal and industry specificationsandstandards

• Selecting and specifying common electrical equipment (Transformers, motors, MCCs)

• Performingsimplifiedshortcircuitcalculations

• Determination and application of protective relaying

• Specifying installation requirements for electrical equipment

• Guidelines for preparing cost estimates forelectricalprojects

• Preparation of economic analysis for electricalprojects

• Managingatypicalelectricalproject• Guidelines for working with

contractors and vendors

Foundat�on 5 days


Instrumentat�on Eng�neer�ng Bas�cs for Fac�l�t�es Personnel (IC-2)Campbell

ABOUT THE COURSE

• This course provides an awareness of instrumentation principles and equipment used in oil and gas processing facilities to allow better communications with the instrumentation engineers and contractors doing the work.

• You will develop an understanding of the technology and its applications at a supervisor’s level.

• This condensed version of IC-3 does not cover as many of the technical details or

have as many problems to work.• You will have an awareness of:- Basic instrumentation fundamentals

and terminology as applied to upstream facilities.

- How control systems work.- Application of various types of

measurement devices.- How control valves work.- Different types of electronic control

systems used in oil and gas facilities.- Howareaclassificationsare

determined.

COURSE CONTENT• Basics of control • Field Measurement devices• Final elements (control valves) and

actuators • PLC systems overview• Safety instrumented systems overview• Distributed control systems overview• SCADA systems overview• Areaclassifications

Bas�c 3 days

Instrumentat�on and Controls Fundamentals for Fac�l�t�es Personnel (IC-3)PetroSk�lls

ABOUT THE COURSE

• This course provides an awareness of instrument principles and equipment used in oil and gas processing facilities to allow engineers to coordinate projectswithcontractorsdoingthework.

• This is a good introductory course for new hire instrument engineers.

• Thecoursefocusesonthefieldandapplication approach, and includes classroom exercises, fundamental engineeringproblems,andbasicfieldexercises.

• Practical operating problems will also be covered for troubleshooting instrument equipment and performing minor design work.

• You will develop an awareness of:- Basic instrumentation fundamentals as

applied to downstream facilities. - Fundamentals of how control systems

work.- Application of various types of measurementandfinalelementcontroldevices.

- How to recognize the difference between PLC, DCS, SIS, and SCADA systems.

- Relevant industry codes, standards, documents, and guidelines.

COURSE CONTENT

• Basics of DC Series Circuits and Current Loops

• Basics of control • Final elements and actuators • Field measurement devices • Interpreting documentation (ISA

symbols) • PLC systems • Safety instrumented systems • Distributed control systems • SCADA systems • Fire & Gas Systems• Areaclassifications,NEMA&IP

enclosure ratings, & Equipment classification

• Industry regulations, codes, guidelines and standards

Bas�c 5 days

Instrumentat�on Eng�neer�ng Pract�ces for Fac�l�t�es Personnel (IC-4)Campbell

ABOUT THE COURSE

• This course provides an application of instrumentation principles and equipment used in oil and gas processing facilities to allow engineers tocoordinateprojectswithcontractorsdoing the work and performing common instrumentation design calculations.

• This course is also a good continuation course for those that have taken IC-3.

• You will have an awareness of:- How to manage a typical instrumentationproject.

- How to apply cost estimating guidelinesforinstrumentationprojects.

- Howtojustifyandprepareeconomicanalysisforinstrumentationprojects.

- How to size, select, and purchase majorequipmentforinstrumentationsystems.

- How to prepare common

instrumentation documentation for projects.

- How to apply industry accepted practices for installation and maintenance of instrumentation equipment.

- How to successfully work with instrumentation contractors and vendors.

• The course emphasis is on learning the functions of instrument engineering by solving practical design and application examples in the classroom.

• Thiscoursefocusesonfieldapplications, and includes classroom exercises, fundamental engineering problems,andisbasedonactualfieldapplications

COURSE CONTENT

• Managing a typical instrumentation project

• Justificationandpreparationof

economic analysis for instrumentation projects

• Guidelines for preparing cost estimates forinstrumentationprojects,

• Review of key equipment selection fundamentals(Areaclassificationrequirements, NEMA & IP enclosure ratings, equipment temperature classification,etc)

• Use of company internal and industry specificationsandstandards

• Selectingandspecifyingfield(level,pressure,temperature,andflowmeasurement) devices

• Selectingandspecifyingfinalcontrolelements

• Selecting and specifying electronic systems

• Specifying installation requirements for instrumentation equipment

• Guidelines for working with contractors and vendors

Foundat�on 5 days

531-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-138352

PetroSkills offers HSE in-house and public courses. Taught wherever you want, whenever you want, however you want.

TRAINING TO ALIGN BUSINESS WITH HEALTH, SAFETY AND ENVIRONMENTAL OBJECTIVES

8 NEW BASIC AND FOUNDATION LEVEL TRAINING COURSES!NEW

Contact and Registration Information Adrian Hearle, Managing Director, PetroSkills HSE,email: [email protected]

PetroSkills is pleased to announce the inclusion of Health, Safety, Environment and HSE Management

to its unique competence training program. Working with the member companies, PetroSkills has

developed detailed competency maps for HSE Management, Safety, Health and Environment, resulting

in a ‘shared viewpoint’ of the HSE skills required by all professionals across the oil and gas industry.

COMPETENCY-BASED TRAINING THATADDRESSES KEY HSE ISSUES.

2008 PROGRAM● BASIC COURSES IN HEALTH, SAFETY, ENVIRONMENT AND HSE MANAGEMENT FOR

PERSONNEL NEW TO HSE TECHNIQUES AND MANAGEMENT● FOUNDATION COURSES IN HEALTH, SAFETY, ENVIRONMENT AND HSE MANAGEMENT FOR

PERSONNEL RESPONSIBLE FOR IMPLEMENTING, EXECUTING, AND/OR SUPPORTING HSE● FUNDAMENTALS OF RISK ASSESSMENT● PROCESS SAFETY MANAGEMENT● CONTRACTOR SAFETY MANAGEMENT● HEALTH IMPACT ASSESSMENTS● MENTORED ACCREDITATION PROGRAMS FOR CMIOSH AND IEMA

The full course schedule listed below is available at www.petroskills.com

● ACCREDITED ENVIRONMENTAL PRACTITIONER:IEMA ASSOCIATE CERTIFICATE BY APPLIED LEARNING

● ACCREDITED HEALTH AND SAFETY PRACTITIONER:OCCUPATIONAL HEALTH & SAFETY NVQ LEVEL 4(TO CMIOSH) BY APPLIED LEARNING

● APPLIED ENVIRONMENT

● APPLIED HEALTH

● APPLIED HSE MANAGEMENT

● APPLIED SAFETY

● ATMOSPHERIC DISPERSION MODELING

● BASICS OF ENVIRONMENT

● BASICS OF HEALTH

● BASICS OF HSE MANAGEMENT

● BASICS OF SAFETY

● CONSTRUCTION AND DEMOLITION SAFETY

● CONTRACTOR SAFETY MANAGEMENT

● ENVIRONMENTAL IMPACT ASSESSMENTS AND

COMMUNITY RELATIONS

● FUNDAMENTALS OF RISK ASSESSMENT

● HEALTH IMPACT ASSESSMENT

● HSE PROFESSIONAL - ENHANCED EFFECTIVENESS

● MEASUREMENT OF HAZARDOUS SUBSTANCES

● NEBOSH INTERNATIONAL GENERAL CERTIFICATE

● PROCESS SAFETY MANAGEMENT

Health, Safety, Environment Courses

531-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today. 531-405-321-1383 www.petroskills.com www.jmcampbell.comAll courses available at your location. Contact us today.All courses available at your location. Contact us today.www.jmcampbell.com www.petroskills.com 1-405-321-138352


PetroSkills offers HSE in-house and public courses. Taught wherever you want, whenever you want, however you want.

TRAINING TO ALIGN BUSINESS WITH HEALTH, SAFETY AND ENVIRONMENTAL OBJECTIVES

8 NEW BASIC AND FOUNDATION LEVEL TRAINING COURSES!NEW

Contact and Registration Information Adrian Hearle, Managing Director, PetroSkills HSE,email: [email protected]

PetroSkills is pleased to announce the inclusion of Health, Safety, Environment and HSE Management

to its unique competence training program. Working with the member companies, PetroSkills has

developed detailed competency maps for HSE Management, Safety, Health and Environment, resulting

in a ‘shared viewpoint’ of the HSE skills required by all professionals across the oil and gas industry.

COMPETENCY-BASED TRAINING THATADDRESSES KEY HSE ISSUES.

2008 PROGRAM● BASIC COURSES IN HEALTH, SAFETY, ENVIRONMENT AND HSE MANAGEMENT FOR

PERSONNEL NEW TO HSE TECHNIQUES AND MANAGEMENT● FOUNDATION COURSES IN HEALTH, SAFETY, ENVIRONMENT AND HSE MANAGEMENT FOR

PERSONNEL RESPONSIBLE FOR IMPLEMENTING, EXECUTING, AND/OR SUPPORTING HSE● FUNDAMENTALS OF RISK ASSESSMENT● PROCESS SAFETY MANAGEMENT● CONTRACTOR SAFETY MANAGEMENT● HEALTH IMPACT ASSESSMENTS● MENTORED ACCREDITATION PROGRAMS FOR CMIOSH AND IEMA

The full course schedule listed below is available at www.petroskills.com

● ACCREDITED ENVIRONMENTAL PRACTITIONER:IEMA ASSOCIATE CERTIFICATE BY APPLIED LEARNING

● ACCREDITED HEALTH AND SAFETY PRACTITIONER:OCCUPATIONAL HEALTH & SAFETY NVQ LEVEL 4(TO CMIOSH) BY APPLIED LEARNING

● APPLIED ENVIRONMENT

● APPLIED HEALTH

● APPLIED HSE MANAGEMENT

● APPLIED SAFETY

● ATMOSPHERIC DISPERSION MODELING

● BASICS OF ENVIRONMENT

● BASICS OF HEALTH

● BASICS OF HSE MANAGEMENT

● BASICS OF SAFETY

● CONSTRUCTION AND DEMOLITION SAFETY

● CONTRACTOR SAFETY MANAGEMENT

● ENVIRONMENTAL IMPACT ASSESSMENTS AND

COMMUNITY RELATIONS

● FUNDAMENTALS OF RISK ASSESSMENT

● HEALTH IMPACT ASSESSMENT

● HSE PROFESSIONAL - ENHANCED EFFECTIVENESS

● MEASUREMENT OF HAZARDOUS SUBSTANCES

● NEBOSH INTERNATIONAL GENERAL CERTIFICATE

● PROCESS SAFETY MANAGEMENT

Health, Safety, Environment Courses



Un�ted States

Houston +1 281 597 1048 Tulsa +1 918 828 2500 Norman +1 405 321 1383 Toll-free 1 800 821 5933 (US & Canada) [email protected] [email protected]

Canada

Calgary +1 403 668 4526 [email protected]

M�ddle East

Duba� +971 4 398 3520 [email protected]

South East As�a

S�ngapore + 65 6725 8000 ext. 53080 Malays�a + 603 2168 4751 [email protected]

Un�ted K�ngdom

Petrosk�lls E&P +44 1732 834173 Petrosk�lls Fac�l�t�es +44 1704 896056 [email protected]

West Afr�ca

Lagos +234 803 583 3988 [email protected]

AUSTRALIA

Perth +61 8 9289 5833 [email protected]

NORWAY

Norway +47 51 961920 [email protected]

Co

nta

ct a

nd

Reg

�str

at�o

n In

form

at�o

n● REFUNDS, CANCELLATIONS, TRANSFERS, AND SUBSTITUTIONSIf it is necessary to cancel an enrollment, full paid tuition, less the non-refund-able registration fee of US$100.00, will be refunded providing the cancellation is receivedinourNormanoffice14daysormorepriortothecourse.If tuitionisnot paid at the time of the cancellation, the US$100.00 registration fee is due, pro-viding the 14 day notice was received. For cancellations received less than 14 days prior to the course, the full fee is due. Enrollments are not automatically cancelled if tuition payment is not received by the start of the course.A paid enrollment may be transferred one time to a future course if the request is receivedinourNormanofficebeforethe14daycut-off period.Any transfer request received less than 14 days before the originally scheduled coursewillbeconsidered.If nottransferredtimely,tuitionisnon-refundable.Wereservetherighttocancelasessionif enrollmentisinsufficienttoensuremaximum effectiveness. This decision is made approximately two weeks before the course begins. If this occurs, enrollees will receive a full refund or be given the opportunity to transfer to another course. Keep our cancellation policy in mind when making airline reservations, as we cannot be responsible for fees charged for cancelingorchangingyourticket.Wereservetherighttosubstitutecourseinstruc-tors as necessary.

●HOTEL ACCOMMODATIONSWedonotarrangehotelaccommodationsforparticipants.Whenpossible,how-ever, we reserve a block of rooms at each of the scheduled hotels. Registrants should make their own room reservations directly with the hotel at least three weeksbeforethecoursebeginsandshouldmentionJohnM.Campbell&Co.andthe course title for preferred treatment. Detailed hotel information is provided withenrollmentconfirmation.Confirmationandallothercommunicationsshouldbe double-checked for hotel location as it is sometimes necessary to change the specifiedhotelwithinacity.

●CERTIFICATESAcertificateof participationisawardedtoeachpersonwhosatisfactorilycom-pletes the course.

●TUITION FEESTuitionfeesaredueandpayableinUSdollarsuponconfirmationof verbalorwritten enrollment. Payment is accepted in the form of check, traveler’s check, cash, MasterCard, Visa, American Express and Discover credit cards. Fees do not include living costs, but do include tuition, purchase price of course materials, daily refreshments, and a US$100.00 non-refundable registration fee. Tuition should bepaidpriortothefirstdayof class.If notpaidpriortoclass,registrantortheirrepresentative should contact the Registrar to make payment arrangements.Note:Whereapplicableduetogovernmentregulations,GoodsandServicesTax(GST) or Value Added Tax (VAT) will be added to the total tuition fees.

●CLASS HOURS / POLICIESNormal class hours are 8:00a.m. to 4:30 p.m. with an hour for lunch. Hours for a specificcourse,if theydifferfromthenormalhours,willbenotedinconfirmationletters that are sent to individuals when they enroll. Some courses may end two hours early on the last day of class, at instructor’s discretion. No photography or recording of sessions will be permitted.

● COMPUTER FEESSeveral courses utilize computers. Computer fees will vary but will not exceed the five-dayestimatesshown.USA US$250 Canada US$250 International US$400

●REGISTRATION DEADLINEInaworldwideteachingoperation,sufficientleadtimeisneededforcourselogistics. For this reason, PetroSkills/Campbell Training would appreciate receiving registrations at least one month before the course. However, we will accept regis-trations for a viable session through the day before the class begins.


Techn

�cal Pu

bl�cat�o

ns

Gas Cond�t�on�ng and Process�ng

Volume 1: Gas Cond�t�on�ng and Process�ng The Bas�c Pr�nc�ples (a Campbell book)

One of a four volume series, this book has been published for the natural gas processing industry for rover 25 years. This edition has beeneditedtoreflectcontinuingchangesintechnologyandthemanner in which it is practiced. This book addresses gas processing overview; introduction; material and energy balances; phase behav-ior; physical properties; water-hydrocarbon equilibrium; hydrates; appliedthermodynamics;processcontrolandflowof fluids.

Volume 2: Gas Cond�t�on�ng and Process�ng The Equ�pment Modules (a Campbell book)

This edition includes information applying today’s technology and the current business requirements selecting and operating gas pro-cessing and production facilities. This book aids in decisions relating to separation; heat transfer; pumps; compressors; refrigeration; fractionation and absorption; glycol and solid bed dehydration.

Volume 3: Gas Cond�t�on�ng and Process�ng Computer Appl�cat�ons for Product�on/Process�ng Fac�l�t�es (a Campbell book)

This book emphasizes the more detailed calculations required for computer modeling and simulation. Equations of state, heavy com-ponent characterization, rotating equipment modeling, fractionation, fluidflowandseparationarecovered.Alltopicsareaddressedfromthe practical application if modeling techniques applicable to any simulator. The questions “How do I know if the model is correct?” and“WhatchangeswillImakebasedonmymodel?”beingempha-sized in each chapter.

Volume 4: Gas Cond�t�on�ng and Process�ng Gas Treat�ng and Sulphur Recovery (a Campbell book)

This book concentrates on problems associated with treating and removing H2S, CO2 and trace sulphur compounds often associated with natural gas production. A detailed view of commercial main type processes; carbonate processes; physical absorption methods; solid bed sweetening; sulphur production; and tail gas conditioning is presented.

Appl�ed Water Technology

Appl�ed Water Technology (a Campbell book)

This book focuses on water handling and disposal problems for producedwaterassociatedwithgasandoilproduction.Thesubjectscovered include: water sampling an analysis; water formed scales; corrosion control; microbiology; water processing equipment; water injectionsystem;watertreatmentforEOR;boilerwaterandcoolingwater treatment.

Bas�c Petroleum GeologyPeter K. Link

Price $82.50 456 pages Third Edition Third Printing 2007 ISBN 0-930972-10-4

Structural Styles �n Petroleum Explorat�onJames D. Lowell

Price $97.50 504 pages First Edition Fourth Printing 2003 ISBN 0-930972-08-2

Appl�ed Reservo�r Eng�neer�ng Vol. 1 & 2Charles R. Smith. G.W.. Tracy and R. Lance Farrar

Set Price $180.00 Vol 1 & 2 Vol 1 Price $95.00 480 pages Vol 2 Price $95.00 408 pages Published 1992 Fifth Printing 2006 Vol 1 ISBN 0-930972-15-5 Vol 2 ISBN 0-930972-16-3 Set ISBN 0-930972-03-1

Product�on Opt�m�zat�on Us�ng NodalTM Analys�sH. Dale Beggs

Price $95.00 411 pages Second Edition Second Printing 2006 ISBN 0-930972-14-7

Corros�on and Water Technology for Petroleum ProducersLoyd W. Jones

Price $75.00 202 pages Published 1998 Second Printing 1992 ISBN 0-930972-09-0

Product�on Operat�onsThomas O. Allen and Alan P. Roberts

Set Price $180.00 Vol 1 & 2 Vol 1 Price $95.00 448 pages Vol 2 Price $95.00 416 pages Fourth Edition Fifth Printing 2006 Vol 1 ISBN 0-930972-19-8 Vol 2 ISBN 0-930972-20-1 Set ISBN 0-930972-18-X

Gas Product�on Operat�ons (for Gas Eng�neer�ng Profess�onals)H. Dale Beggs

Price $92.50 311 pages First Edition Fifth Printing 2007 ISBN 0-930972-06-6

Econom�cs of Worldw�de Petroleum Product�onRichard D. Seba

Price $105.00 600 pages Second Edition First Printing 2003 ISBN 0-930972-21-X

R�sk and Dec�s�on Analys�s �n ProjectsJohn Schuyler

Price $34.95 259 pages Second Edition First Printing 2001 ISBN 1-880410-39-7

Dec�s�on Analys�s for Petroleum Explorat�onPaul Newendorp and John Schuyler

Price $64.95 606 pages Second Edition First Printing 2001 Published by Planning Press, Aurora, CO ISBN 0-9664401-1-0

Pr�c�ng for all Campbell books.

$135 plus shipping and handling.

To place an order, v�s�t our onl�ne store at www.jmcampbell.com.

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Any course listed in our catalog or on our website –plus, any of the following designated specificallyfor in-house training:• Case Study in Project Management - OM-51• Distillation - Design and Operation - G-64• Effective Stock Control and Warehouse Operations - SC-42• Electrical Engineering Basics for Facilities Personnel - E-2• Essential Leadership Skills - OM-23• Fundamentals of Gas Processing - G-3• Fundamentals of Mechanical Systems in Oil and Gas Facilities - ME-4• Fundamentals of Pipeline Hydraulics - PL-41• Gas Conditioning and Processing - LNG Emphasis - G-31• Gas Conditioning and Processing - LNG Emphasis - G-61• Gas Dehydration and Hydrate Inhibition - G-42 • Gas Processing Fundamentals - G-30• Heat Exchangers - Mechanical Design and Specification - ME-43• Heat Transfer Equipment - PF-43• Instrumentation Engineering Basics for Facilities Personnel - IC-2• Mechanical Design of Oil and Products Terminals - ME-45• Mechanical Engineering Support for Electrical and Instrumentation Systems - ME-64• Noise Monitoring and Problems Analysis - ME-63• Operator Training• Optimizing Computerized Maintenance - OM-42• Overview of Gas Processing - Non-Technical - G-1• Overview of Mechanical Systems in Oil and Gas Facilities - ME-2• Process Simulation in Gas Conditioning and Processing - G-7• Process/Facility Fundamentals - G-40• Produced Water Treating and Water Injection Facilities - W-23• Production / Facilities Basics - Technical Managers - PF-2• Production / Facilities Fundamentals - Facility Engineers - PF-40• Production / Facilities Fundamentals - Non Facility Engineers - PF-30• Pump Systems - Mechanical Design and Specification - ME-47• Refinery Gas Treating, Sour Water, Sulfur and Tail Gas - RF-61• Refinery Process Simulation - RF-62• Refining Technology Overview - RF-31• Refrigeration and NGL Extraction - G-43• Brownfield Project ManagementPetroSkills is committed to making

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