Everyone guessed wrong! CNPC’s next 1 million-ton ethylene plant will not be in Luoyang, Beihai, or Lanzhou
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The last edit to this post was made by Desert Fish on 2022-6-27 at 19:04. From June 21st to 23rd, the Engineering and Material Management Department of CNPC, along with its Refining and Chemicals Division, held a meeting to review the overall design of Jilin Petrochemical’s refining and chemicals transformation project, with the aim of assessing that overall design. At the meeting, the design agency presented an overview of the overall design of the project, and discussions on the overall design of the transformation and upgrading project were held in separate groups. Each group submitted its review comments at the final meeting.
The transformation and upgrading project of Jilin Petrochemical Company, owned by China National Petroleum Corporation, is driven jointly by the Jilin Provincial Party Committee and Government, the Jilin Municipal Party Committee and Government, and China National Petroleum Corporation. The main components include: building 21 refining and chemical plants, including ones with a capacity of 1.2 million tons per year for ethylene and 600,000 tons per year for ABS; upgrading 9 plants; and shutting down 7 plants, including one with an ethylene production capacity of 150,000 tons per year. The project is located in the Jilin Chemical Industry Circular Economy Demonstration Park in Jilin City: the Eastern New Area, the oil refinery and the high-carbon alcohol plant are in the east; the organic synthesis plant, calcium carbide plant, dye factory and fine chemicals plant are in the center; and the acrylonitrile plant, fertilizer plant and synthetic resin plant are in the west. The approved total investment for the project is 39.94516 billion yuan, with 35.101 billion yuan allocated to construction costs!
Other projects are still in the planning stage, while the overall plan for this project has already been finalized
How many new ethylene units have been installed in recent years?
The day when ethylene production reaches saturation is approaching; **macro-control should be implemented**