On the morning of November 17, 2023, the groundbreaking ceremony for the ground pipe, road, drainage, and dynamic compaction projects of the Gulei 1.5 million tons/year ethylene and downstream deep processing complex project in Fujian was grandly held, marking the The first physical project of Gulei Ethylene Project has officially started, opening a new chapter in project construction.
The ground pipe, road, drainage and dynamic compaction project of Fujian Gulei 1.5 million tons/year ethylene and downstream deep processing complex project that started this time is an important infrastructure project and will lay the foundation for the full start of construction of the Zhongsha Gulei ethylene project. A solid foundation will help the project advance with high quality and efficiency.
China Shagule Ethylene Project
The Fujian Gulei 1.5 million tons/year ethylene and downstream deep processing complex project (Zhongsha Gulei Ethylene Project) has a total investment of 42.07 billion yuan, a total land area of 297.1855 hectares, and a total of 14 new chemical plants with a capacity of 1.5 million tons/year ethylene and downstream equipment. , the estimated construction period is 54 months.
Construction scale:
Ethylene and downstream – The production scale of ethylene is 1.5 million tons/year, and the downstream ethylene is planned to build 10/1 million tons/year ethylene oxide/ethylene glycol, 400,000 tons/year HDPE, 60
10,000 tons/year mLLDPE/HDPE and 50,000 tons/year hexene-1.
Propylene and downstream – propylene downstream plans to build 400,000 tons/year polypropylene (impact/random) and 550,000 tons/year polypropylene (homopolymer/random). There are also some propylene downstream planning and construction25/15
10,000 tons/year of phenol, acetone, 270,000 tons/year of bisphenol A and 290,000 tons/year of polycarbonate.
In addition, it also supports the construction of 910,000 tons/year pyrolysis gasoline hydrogenation (including styrene extraction), 220,000 tons/year butadiene extraction, 56,000 tons/year butene-1 equipment and 570,000 tons/year aromatics. Extraction.
In terms of technology, the project uses low-pressure gas phase fluidized bed technology to produce mLLDPE/HDPE, slurry process technology to produce bimodal HDPE, ethylene oligomerization process technology to produce hexene-1, and gas phase fluidized bed technology to produce homopolymer. /Atactic polypropylene, using gas-phase horizontal stirred bed technology to produce impact polypropylene.
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