MOSCOW (MRC) -- Russia’s government commission on foreign investment has formally approved Sinopec’s proposed acquisition of a 40% ownership stake in the USD10-billion Amur gas chemicals complex being developed by Sibur (Moscow) in Russia’s Far East, said Chemweek.
The approval was announced in a formal statement by the Russian government. Sibur began foundation construction activity for the Amur project in Blagoveshchensk, Russia, in August this year. The complex, near Russia’s border with China, is planned to produce 2.3 million metric tons/year of polyethylene (PE) and 400,000 metric tons/year of polypropylene (PP), with commissioning scheduled in 2025. The facility’s steam cracker will be supplied with 2 MMt/y of ethane and 1.5-MMt/y of liquefied petroleum gas (LPG) as feedstock under a supply agreement with Gazprom (Moscow), which is building a 42-billion cubic meters/year gas processing plant at the same location.
Sibur said in August that Sinopec was expected to become its partner in the project and that China “remains the key driver behind global polymer consumption growth and is a target market for Amur.” The two companies signed a shareholder agreement in June.
As MRC informed earlier, LyondellBasell, the world’s leading licensor of polyolefin technologies, announced that the Amur Gas Chemical Complex project, being implemented by SIBUR Holding PJSC, the largest integrated petrochemicals company in Russia, has selected LyondellBasell’s Spheripol technology for a new facility. The process technology will be used for a 400 KTA polypropylene unit to be built in Svobodny, Amur region, Russia.
According to MRC's DataScope report, Russian companies increased external purchases of polypropylene in November, imports reached 20,400 tonnes against 17,900 tonnes a month earlier. Thus, overall PP imports into Russia reached 202,000 tonnes in January-November 2020, compared to 167,400 tonnes a year earlier. Purchasing of all grades of propylene polymers in foreign markets increased, with homopolymer PP imports accounting for the most noticeable rise.
MRC