• 5-Day Training Course

The Natural Gas Liquids (NGL) Process: From Wells to Storage Creating LNG

Identifying the Stage Processes for the Production of LNG

Date Venue Fees Enroll

20 Jan - 24 Jan 2025

Istanbul - Turkey

$6,500

Enroll Now

17 Mar - 21 Mar 2025

Bali - Indonesia

$6,500

Enroll Now

19 May - 23 May 2025

Dubai - UAE

$5,500

Enroll Now

21 Jul - 25 Jul 2025

Dubai - UAE

$5,500

Enroll Now

08 Sep - 12 Sep 2025

Abu Dhabi - UAE

$5,500

Enroll Now

17 Nov - 21 Nov 2025

Doha - Qatar

$5,500

Enroll Now

Course Introduction

The Natural Gas Liquids (NGL) Process: From Wells to Storage Creating LNG training course is designed to inform the delegates about how the NGL process works on an LNG plant. It will give a brief overview of each stage, including "What happens at the offshore wells, how we use pigging of the pipelines from offshore to onshore, how the gas is received, what happens at the Onshore Receiving Facility(ORF)", the process equipment used at this stage through to Amine process then to dehydration, before entering Fractionation to create lucrative Hydrocarbon gases/liquids from the Natural Gas, what happens in the fractionation stage, what the gases produced are used for example propane used as the refrigerant in the refrigeration stage. As it's only a brief introduction to this process, the course will still be intensely focusing on the four variables and how they change in each stage. 

The delegates who attend will have a clear insight and understanding of the process which will enhance their knowledge and ability to work on an LNG Plant.

Objectives

At the end of this training course, the delegates will be able to:

  • Recognise the equipment needed for each stage of the NGL Process
  • Understand the principles of NGL processing
  • Know the methods of NGL Processing
  • Identify the different stages of the NGL Process
  • Explain how each stage of the process connects
  • Understand the refrigeration circle (this will illustrate the temperatures required to create LNG)
  • Recognise the equipment needed for each stage of the NGL Process

Training Methodology

This training course draws upon several different and varied inputs to ensure maximum learning. It will comprise a lecture, exercise, workshop work, peer-review exercises, video presentations, case studies and facilitated discussions. We will review several 'live' cases to show how best-practice practitioners are currently building their brands online.

In each case, the delegates will be asked to review the online and social presence of some of the leading exponents and critique them. They can compare their current online branding with that of competitors and critique it all through the lens of engaging with their chosen persona types.

Professional Impact

NGL processing is hazardous as it deals with volatile hydrocarbons with different boiling points (negative & positive). These plants are protected with sophisticated emergency equipment, different sounding alarms and muster points/escape routes that delegates need to know. The delegates must be inducted into the many emergency procedures that marry the NGL process, safety and staying safe are key components to working on an NGL plant.

The delegates will have to:

  • Know safety procedures on an NGL Plant
  • Recognise the safety equipment used on these plants
  • Understand their roles during an emergency and obtain knowledge of the emergency procedures
  • Comprehend the continuous training required to work on these plants
  • Knowing the by-products of hydrocarbon gas is lucrative
  • Understand that complacency on these plants is a disaster waiting to happen
  • Create safety, report any irregularities, and act upon deviations to maintain a safe process

Target Audience

This training course is designed for all professionals who work or have ambitions to work on an NGL Plant. This could include:

  • Supervisors
  • Technicians
  • CRO’s
  • Managers
  • Admin staff
  • Contractors
  • Operators
  • Apprentices
  • New Employees

Daily Topics

DAY ONE: NGL PROCESSING

  • Gas Production Facilities: Wells, the Hydraulic Power Unit, and Methanol Injection System
  • Purpose of the On-Shore Receiving Facilities (ORF) and the separation process in the ORF
  • Operation of the Condensate Stabilization Unit (CSU)
  • What Produced Water is and how it is produced as part of the ORF process
  • Gas and liquid disposal system consisting of the Wet Flare System and the Dry Flare system
  • Separation in the Slug Catcher

 

DAY TWO: NGL PROCESSING – WATER SYSTEMS

  • The Term Water Systems
  • Why are all the specific water systems essential to a plant?
  • Different types of water being used in a plant
  • How are individual types of water systems being produced?
  • What Desalination means, and what is its process?
  • What Demin, Remineralisation, and Potable Water Systems and its process?
  • How to control, monitor and operate these systems with their specific parameters?
  • Waste Water Treatment: What waste is processed, the purpose, the equipment required and how we operate this process

 

DAY THREE: NGL PROCESSING – HYDRATION

  • Process in Acid Gas Removal Unit including the Gas Absorber and the Amine Regeneration system
  • Strategy and the operating parameters being controlled in the Gas Dehydration Unit
  • Method and purpose of Gas cooling in the gas dehydration unit
  • Dehydration Bed Regeneration process and the operational parameters
  • The function of the Mercury Removal Unit

 

DAY FOUR: FRACTIONATION

  • Why do we fractionate gas at this stage?
  • Process and the operating parameters being controlled in the De-Ethaniser System
  • Process and the operational parameters being controlled in the De-Propanizer System
  • Process and the operating parameter being controlled in the De-Butanizer system
  • What happens to hydrocarbon liquids separated in the fractionation process?

 

DAY FIVE: LIQUEFACTION/REFRIGERATION

  • Process and the operating parameters in the Liquefaction Unit: Scrub Column System and Main Cryogenic Heat Exchanger
  • Process and the operating parameter of the Propane Refrigeration System
  • Describe the process and the operating parameter of the Mixed Refrigerant (MR) Refrigeration System
  • Process and the operating parameter being controlled in the Gas Turbine and Steam Turbine of the Propane Refrigeration Compressor Driver
  • Process and the operating parameter being controlled in the Gas Turbine and steam turbine of the MR Refrigeration Compressor Driver
  • Process operation of Mixed Refrigerant (MR) and LNG Liquid Expander and JT (Joule Thomson) Valves

 

For registration & more information please contact

NAYEL Training Centre 

T: +971 4 379 7245 | M: +971 50 249 6876 WhatsApp +971 50 249 6876

Email [email protected]

 

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