March 24, 2014
/PRNewswire/ -- If China's development of coal-to-olefins (CTO) technology continues as planned across the next five years, the global polyethylene (PE) market is likely to be saturated with material through 2019, according to the just-released quarterly: "
Platts Shale to Polyethylene Report – Global Outlook to 2023
Polyethylene, also called polythene, is the world's most widely used plastic, primarily used to make films used in packaging and plastic bags. Polyethylenes consume more than half of the world's supply of ethylene, derived from various petrochemical olefins.
"At Platts, we are tracking more than three dozen coal-to-olefins and methanol-to-olefins projects in
, all of which are likely to come on stream by 2020," said
, editorial director of petrochemical analysis at
, a leading global information provider of energy, petrochemicals, metals and agriculture information. "Those new plants are expected to add more than 10 million metric tons of ethylene to the Chinese market."
Platts Shale to Polyethylene Report
showed that the amount of ethylene produced from coal-to-olefins in
is expected to match the amount of ethylene produced from new steam cracker projects tied to shale gas developments in
"We hear a lot of talk about how shale gas is a 'game changer' in the petrochemical industry," Foster said. "And it certainly is. But coal-to-olefins has the potential to have an even greater impact than shale gas, if
moves forward as planned."
Report data showed that not only is
adding ethylene production capacity, it is adding more than 14 million metric tons of additional polyethylene capacity between 2014 and 2021, much of which is being fed by the coal-to-olefins-produced ethylene.
The Report, in its look at new ethylene and polyethylene production developments worldwide, made clear that new Asian capacity – most of which is in
– will hit the global markets ahead of the new production planned for North America. The largest capacity gains in the Americas are projected to occur in 2017 and 2020, when new shale-based production comes on-stream.
"Each of those two years will see increases of little more than two-million metric tons," said Foster, "but in 2015 and 2016 alone, Asian PE capacity could climb more than seven million metric tons."