MOSCOW (MRC) -- M&G Chemicals, a leading producer of PET for packaging applications in the Americas and the market's technological leader, plans to invest in a biorefinery in China that will make PET building block ethylene glycol from straw, as per Plastemart.
M&G of Tortona, Italy, part of the Mossi Ghisolfi Group, will build the biorefinery in Fuyang, in Anhui province with Chinese company Guozhen as partner. The biorefinery will process 2.2 bln lbs of straw annually.
In addition to ethylene glycol it will make ethanol and byproduct lignin will fuel an electric cogeneration plant. The plant will use enzyme technology supplied by Beta Renewables a company partly owned by Mossi Ghisolfi Group.
M&G estimates the biorefinery will cost about USD500 mln and be on stream in mid-2015. Beta Renewables recently started up a biorefinery in Crescentino, Italy.
"This is the first act of a green revolution that M&G Chemicals is bringing to the polyester chain to provide environmental sustainability," noted M&G Chemicals CEO Marco Ghisolfi in a news release. He cited growing demand for sustainable materials as evidenced by Coca-Cola Co.’s aim to use partially plant-based PET in all its bottles by 2020.
M&G plans to raise about USD500 mln in an initial public offering on the Hong Kong exchange by the end of the year.
We remind that, as MRC reported earlier, last September, M&G Group, announced that it had purchased the land in Corpus Christi, Texas where it will build its one million tonnes per year PET plant (2.2 billion pounds) and accompanying 1.2 million tonnes per year (2.6 billion pounds) PTA plant.
M&G Group is a family owned chemical engineering and manufacturing group headquartered in Tortona, Italy. M&G Group operates in the PET resin industry through its wholly-owned holding company Mossi & Ghisolfi International S.A. (M&G International). M&G International is one of the largest producer of PET resin for packaging applications in the Americas, with a production capacity in 2012 of approximately 1.6 million tons per annum.
MRC