Difference between revisions of "LNG Terminals Using Phillips Optimised Cascade Technology"

From A Barrel Full
Jump to navigation Jump to search
(Created page with "=== Introduction === * The ConocoPhillips Optimized Cascade® Process is designed around a "two-train-in-one" reliability concept that has been successfully proven in more tha...")
 
 
(6 intermediate revisions by the same user not shown)
Line 7: Line 7:
 
=== Licenced Projects ===
 
=== Licenced Projects ===
  
 +
* [[Angola Soyo LNG Terminal]]
 +
* [[Atlantic LNG Terminal]]
 
* [[Australia Pacific LNG]]
 
* [[Australia Pacific LNG]]
* [[Corpus Christi LNG Export Terminal Project]]
+
* [[Brass LNG Terminal]]
* [[Sabine Pass LNG Terminal Project]]
+
* [[Corpus Christi LNG Terminal]]
 
* [[Darwin LNG Terminal]]
 
* [[Darwin LNG Terminal]]
 +
* [[EG Bioko LNG Terminal]]
 +
* [[ELNG IDCO LNG Terminal]]
 
* [[Gladstone LNG Terminal]]
 
* [[Gladstone LNG Terminal]]
* [[Angola Soyo LNG Terminal]]
+
* [[Kenai Alaska LNG Terminal]]
* [[Brass LNG Terminal]]
 
 
* [[Queensland Curtis LNG Terminal]]
 
* [[Queensland Curtis LNG Terminal]]
* [[Atlantic LNG Terminal]]
+
* [[Sabine Pass LNG Terminal]]
* [[Kenai Alaska LNG Terminal]]
+
* [[Saguaro Energía LNG Export Terminal]] - Under construction
* [[Elng Idco LNG Terminal]]
+
* [[Wheatstone LNG Terminal]]
* [[Eg Bioko LNG Terminal]]
+
 
 +
=== Links ===
 +
# [https://lnglicensing.conocophillips.com/what-we-do/lng-licensed-projects/ LNG Licensed Projects]
 +
# [https://static.conocophillips.com/files/resources/18-0507-external-lng-reference-card-fnart.pdf  LNG Quick Reference Card]
 +
 
 +
 
 +
[[category:LNG]]
 +
[[category:Engineering]]

Latest revision as of 09:39, 9 February 2023

Introduction

  • The ConocoPhillips Optimized Cascade® Process is designed around a "two-train-in-one" reliability concept that has been successfully proven in more than four decades of plant operation.
  • Natural gas is first treated to remove contaminants including CO2, water and mercury before entering the liquefaction section of the plant. The treated gas is then chilled to approximately –260 degrees Fahrenheit in successively colder heat exchangers that use propane, ethylene and methane as refrigerants. Product leaving the methane exchangers is LNG ready for storage.
  • The LNG product is then pumped into insulated storage tanks before being loaded on special ships to be transported to LNG import terminals around the world.


Licenced Projects

Links

  1. LNG Licensed Projects
  2. LNG Quick Reference Card