Oil & Gas Training
and Competency Development

Discipline Surface Facilities Design and Engineering
LevelFoundation
Duration5 Days
Delivery Mechanism Classroom
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Gas Processing and Conditioning

This course will cover the major technical aspects of gas processing and conditioning that are comprised by the natural gas business chain.  This course will provide participants with the knowledge and tools to determine the main properties of natural gas.  Participants will also gain knowledge of gas separation, dehydration, sweetening, measuring, and transportation.  Emphasis on the plant and equipment design and operation will be addressed using experience and exercises that will allow attendants to participate actively in the identification of key variables to optimum plant and equipment design and operation. 

All of this will result in an increase of the effectiveness of the personnel, reduction of operation costs, and optimization of the performance of gas processing and conditioning.

  • Agenda
  • Audience
  • Prerequisites
  • Agenda

    Day 1

    Gas Properties 

    • Natural gas properties
    • Water-hydrocarbon behavior
    • Effects of contaminants on NG properties
    • Hydrates     

    On day one, participants will learn about the different gas properties.  Special focus will be put on  physical and chemical natural gas properties.  Gas quality and sell specification, ideal and real gas, equations of state, and multicomponent systems will be covered.  The day will end with a discussion on water hydrocarbon behavior, the effects of contaminants on the properties of the gas natural, and hydrates deposition mechanism, control, and remediation.

    Day 2

    Gas Separation System

    • Gas separation principles and processes
    • Two and three phase separators
    • Design and operations criteria      

    Day two will cover gas separation including principles, types, multistage processes, and condensate stabilization.  The horizontal, vertical, internals, troubleshooting of two and three phase separators design and operation criteria will also be discussed.  

    Day 3

    Gas Sweetening 

    • Process classification
    • Design and operation parameters and criteria
    • Typical operation problems and troubleshooting

    On day three, the focus will be on gas sweetening.  This will include a discussion on process classifications, which will include topics such as absorption, adsorption, direct conversion, and membranes.  Design and operation parameters and criteria will also be covered.  Amine plant general design criteria and procedures, as well as typical operation problems and troubleshooting will also be discussed.

    Day 4

    Gas Dehydration 

    • Process classification
    • Theory and principles
    • Glycols vs. solid desiccants
    • Key operating parameters      

    Gas dehydration will be the main topic of day four.  Participants will learn about the process classification, dehydration theory and principles, expansion refrigeration, and membranes.  A comparison of glycols versus solid desiccants will be discussed.  Key operating parameters for optimal operation and the most common operation problems and possible solutions will also be covered.

    Day 5

    Measurement, Transportation, and Technologies

    • Gas measurements 
    • Transportation systems
    • New developments and emerging technology
    • Technological challenges for natural gas    

    On the last day, natural gas measurement, transportation and technologies will be the main focus.  Typical gas metering  transportation systems, field usage, and end use will be covered.  Participants will learn about new developments, emerging technology, commercial issues, and technological challenges for natural gas.                 

  • Audience

    Gas processing engineers, surface facilities design engineers, surface facilities operations engineers, and gas plant managers and supervisors.

  • Prerequisites

    None.

  • Prerequisites

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