Huizhou Refinery Project
rating: 0+x

Related Pages

Refineries in China

CNOOC Refineries



Refinery News

{"module":"feed\/FeedModule","params":{"src":"http:\/\/killajoules.wikidot.com\/feed\/pages\/pagename\/blog%3A_start\/category\/blog\/tags\/Refinery\/limit\/10\/t\/My+Blog","limit":"5","module_body":"* %%linked_title%%"}}

  • Want a weekly review of refining news?

Refining Blog Entries


Summary Information

  • Ownership: CNOOC
  • Website: http://en.cnooc.com.cn/
  • Wiki Page: Huizhou Refinery
  • Location: Huizhou China
  • Capacity:
    • Before : 11.0 million tons/annum & 220,000 bbl/day
    • After: 22.0 million tons/annum & 440,000 bbl/day
  • Nelson Complexity:
  • Project Stage: Completed
  • Expected Completion: 2017
  • Budget: $7.5 billion

The Project

  • Project Type: Expansion of existing refinery
  • Project Summary: A refinery project with 10 million tpa of oil processing capacity and a chemical project with 1.2 million tpa of ethylene capacity
  • Main Contractors
    • Chevron Lummus Global: Vacuum Residue Desulfurization Unit

Refining Units

  • 10m tonne/year crude distillation unit (CDU),
  • 4.8m tonne/year fluid catalytic cracker
  • 3.7m tonne/year residue hydrotreating unit
  • 3m tonne/year VGO hydrogenation unit
  • 1.8m tonne/year reformer

Terminal Capacity

  • Crude Oil:
  • Refined Products:

Crude Supply

  • -

Products Produced

  • The project decreased residual product volumes and increased gasoline and diesel.

History

  • 2013 - The State Council, the National Development and Reform Commission awarded permission to build the project
  • 2017 - Refinery project is commissioned

Other Information

  • -

Relevant Links

  1. CNOOC Huizhou Refinery Integration Project Phase II is approved
  2. Successful Start-up at Huizhou Refinery Phase II Project
  3. CNOOC Huizhou Refinery Phase 2 Project Starts up
  4. Chevron Lummus Global Announces Successful Start-Up of Vacuum Residue Upgrading Plant

Unless otherwise stated, the content of this page is licensed under Creative Commons Attribution-ShareAlike 3.0 License