Gas Conditioning AND Processing - G4 - Virtual

PetroAcademy™ FAQ

LEVEL: Basic

DATES:
 
2-20 November, 09:00-13:00 US Central Standard Time (GMT-6:00)     ENROLL NOW  
 
9-27 November, 08:00-12:00 Western Australia Time (GMT+8:00)           ENROLL NOW  
 

 

TUITION: $9,115 USD

DESIGNED FOR:  Facilities engineers, process engineers, senior operations personnel, field supervisors, and engineers who select, design, install, evaluate or operate gas processing plants and related facilities.

ABOUT THIS COURSE: G-4, known worldwide as The Campbell Gas Course®, has been the industry standard for more than 50 years. This virtual version of the Campbell Gas Course® was organized by a team of senior G-4 instructors.

This three-week program covers the core and fundamental facilities engineering skills that are delivered in the face-to-face version of the Campbell Gas Course®. The program uses self-paced online modules to cover the basic subject matter. These modules are coupled with virtual instructor-led lectures and workshops to cover the practical application of sound facilities engineering methods and analysis. Our online discussions will include practical rules of thumb, troubleshooting and equipment/process analysis.

LEARNING OBJECTIVES - COURSE STRUCTURE

  • WEEK 1
  • WEEK 2
  • WEEK 3

DAY 1

 

Instructor-led Virtual Session (4 hours):

Introductions/Program Overview

Natural Gas Value Chain

Introduction to Production and Gas Processing Facilities

 

Online Learning Modules (approximately 2 hours)

Hydrocarbon Components and Physical Properties

 

 

DAY 2

 

Instructor-led Virtual Session:

Optional Study Hall - instructor available for questions on online modules

 

Online Learning Modules (approximatly 3 hours)

Qualitative Phase Behavior and Vapor Liquid Equilibrium

 

 

DAY 3

 

Instructor-led Virtual Session (4 hours):

Process Engineering Fundamentals

Overview of GCAP Software

 

Problem Assignments (approximately 1-2 hours)

 

 

DAY 4

 

Instructor-led Virtual Session (4 hours):

Process Engineering Fundamentals Problem Workshop

 

Online Learning Modules (approximately 4 hours)

Water/Hydrocarbon Phase Behavior

Fluid Flow

 

 

DAY 5

 

Instructor-led Virtual Session (4 hours):

Hydrate Inhibition and Multiphase Flow

 

Problem Assignments (approximately 2 hours)

PRE-WORK

 

Online Learning Modules (approximately 3 hours)

Thermodynamics and Application of Energy Balances

Heat Transfer Equipment

 

 

DAY 1

 

Instructor-led Virtual Session (4 hours):

Thermodynamics and Heat Transfer Equipment

 

Problem Assignments (approximately 2-3 hours)

 

 

DAY 2

 

Instructor-led Virtual Session:

Workshop - Thermodynamics and Heat Transfer Problem Assignments

 

Online Learning Modules (approximatly 1-3 hours)

Separation

Process Control reading assignment

[Optional] Relief and Flare Systems

 

 

DAY 3

 

Instructor-led Virtual Session (4 hours):

Separation and Process Control

 

Problem Assignments (approximately 1-2 hours)

 

 

DAY 4

 

Instructor-led Virtual Session (4 hours):

Workshop Separator Problems

 

Online Learning Modules (approximately 4 hours)

Water/Hydrocarbon Phase Behavior

Fluid Flow

 

 

DAY 5

 

Instructor-led Virtual Session (4 hours):

Rotating Equipment for Facilities Engineers

 

Problem Assignments (approximately 2 hours)

Research Project/Essay

Reciprocating Overview Movie

PRE-WORK

 

Online Learning Modules (approximately 3 hours)

Refrigeration, NGL Extraction and Fractionation

 

 

DAY 1

 

Instructor-led Virtual Session (4 hours):

Refrigeration/NGL Extraction and Fractionation

 

Problem Assignments (approximately 1-2 hours)

 

 

DAY 2

 

Instructor-led Virtual Session (3 hours):

Workshop - Refrigeration/Fractionation Problem Assignments

Supplemental LNG Lecture - Part 1

 

Online Learning Modules (approximatly 3 hours)

Gas Dehydration

 

 

DAY 3

 

Instructor-led Virtual Session (4 hours):

Gas Dehydration TEG and Molecular Sieve

 

Problem Assignments (approximately 1-2 hours)

 

 

DAY 4

 

Instructor-led Virtual Session (3 hours):

Workshop - Dehydration Problems

Supplemental LNG Lecture - Part 2

 

Online Learning Modules (approximately 2 hours)

[Optional] Acid Gas and Mercury Removal

 

 

DAY 5

 

Instructor-led Virtual Session (4 hours):

Process Control

Final Review/Program Wrap-up

BLENDED LEARNING WORKSHOP STRUCTURE
 

This program is comprised of the following activities:

 
= Virtual Instructor-led Training
 
 
 Online
= Online Learning Activity/Reading
 
 
 
= Problems/Assignments
 
Week-Day Activity Hours (Approx) Subject
Week 1 - Day 1
4.0 
Introductions, Program Overview
Natural Gas Value Chain
Online 4.0 Hydrocarbon Components and Physical Properties
1-2 2.0 Optional Study Hall - instructor available for questions
Online 3.0
Qualitative Phase Behavior and Vapor Liquid Equilibrium
1-3 4.0
Process Engineering Fundamentals
Overview of GCAP Software
2.0 Problems
1-4 4.0 Process Engineering Fundamentals Problem Workshop
Online 4.0
Water/Hydrocarbon Phase Behavior
Fluid Flow
1-5 4.0 Hydrate Inhibition and Multiphase Flow
2.0 Problem Assignments
  Online 3.0
PRE-WORK
Thermodynamics and Application of Energy Balances
Heat Transfer Equipment
Week 2 - Day 1 4.0 Thermodynamics and Heat Transfer Equipment
2.0 Problem Assignments
2-2 2.0
Workshop - Thermodynamics and Heat Transfer Problem Assignments
Online 1.0
Separation
Process Control reading assignment
[Optional] Relief and Flare Systems
2-3 4.0 Separation and Process Control
2.0 Problem Assignments
2-4
4.0 Workshop - Separator Problems
Online 4.0
Water/Hydrocarbon Phase Behavior
Fluid Flow
2-5 4.0 Rotating Equipment for Facilities Engineers
Online 2.0
Research Project/Essay
Reciprocating Overview Movie
  Online 3.0
PRE-WORK
Refrigeration, NGL Extraction and Fractionation
Week 3 - Day 1 4.0 Refrigeration/NGL Extraction and Fractionation
1.5 Problem Assignments
3-2 3.0
Workshop - Refrigeration/Fractionation Problem Assignments
Supplemental LNG Lecture - Part 1
Online 3.0 Gas Dehydration
3-3 4.0 Gas Dehydration: TEG and Molecular Sieve
1.5 Problem Assignments
3-4 3.0
Workshop - Dehydration Problems
Supplemental LNG Lecture - Part 2
Online 1.5 [Optional] Acid Gas and Mercury Removal
3-5 4.0
Process Control
Final Review/Program Wrap-up