Gas Compression and Dehydration System

Dehydration is an important process in offshore gas processing. The gas is dehydrated offshore to avoid dangers associated with pipeline transport and processing of wet gas.

The course will cover the basics of gas compression and dehydration. The characteristics and operation of various types of compressors will also be covered.

As the course progresses, discussion will focus more on the process of dehydration. Topics covered during the discussion will include the impacts of pressure and temperature on the process as well as safety and ESD considerations.

  • Agenda
  • Audience
  • Technical Information

Day 1
Compression and need for Dehydration

    • Overview
    • Gas hydrates
    • Documentation
    • Types of Compressors

On day 1, participants will gain an overall appreciation of the need for dehydration, gas compression and the various types of gas compressors used on the oil and gas industry. They will also be made aware of the importance of drawings and documentation.


Day 2

Dehydration

    • Overview
    • Types of Dehydration
    • Flow diagram
    • Operation
    • Safety And ESD considerations

Day 2 will focus on the types of dehydration processes available and how to use a flow diagram to better understand how the process operates. Discussion will also cover how pressure and temperature influences the dehydration process. Safety and ESD considerations will also be covered.

This course is mainly targeted to process technicians, process technologists, instrumentation personnel, and safety and maintenance personnel.

Discipline:    Process operations

Delivery type:   Classroom

Provider:    TPL

Possible Instructors: Fully qualified and certified TPL instructor with a minimum of 15 years instructor experience to international delegates in client or offsite locations.

Level:    Skill

Course Version:      0

Length:       2 days

Skills Needed to
Take Course (pre-requisites):
    Participants should have some recent exposure to oil and gas facility terminology