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US and China drive global ethylene capacity

Hydrocarbon Engineering,


According to research by consulting firm GlobalData, global ethylene capacity will rise from 167 million tpy in 2014 to an estimated 208.5 million tpy by 2017, with the US and China accounted for approximately one third of additions over the forecast period.

The report states that the US will drive North America’s ethylene capacity from 35.6 million tpy in 2014 to 46 million tpy in 2017. New plants coming onstream in 2016 and 2017 will contribute most of the region’s capacity additions.

Matthew Jurecky, GlobalData’s Head of Oil and Gas Research and Consulting, said: “The US and China are driving ethylene capacity expansion projects, with the former benefiting from prolific shale gas and the latter from world leading demand growth.

“The impact of tremendous growth in shale gas is only now being felt, as North American ethylene capacity has remained flat over the last few years. Meanwhile, China continues to lead growth, solidifying the Asia Pacific as the single largest production region and helping to push global capacity over the 200 million tpy milestone by 2017”.

Jurecky adds that less expensive ethane derived from wet shale gas makes ethylene production highly attractive and is behind large scale US capacity additions. Many companies, such as Dow Chemical, Chevron Phillips, ExxonMobil and Royal Dutch Shell, are betting on increased competitiveness in the US and are constructing ethane crackers to produce cost advantaged ethylene.

GlobalData’s report also explains that the Asia-Pacific market will maintain its leading position due to high demand for ethylene from major downstream products, such as polyethylene and ethylene oxide, from China and India.

Jurecky commented: “Ethylene capacity expansion in China is comprised of several small plants based on heavy feedstock. Most new plants will come onstream in 2015 and 2016, boosting the country’s capacity by approximately 53% by the end of the decade”.


Adapted from a press release by Emma McAleavey.

Read the article online at: https://www.hydrocarbonengineering.com/petrochemicals/16122014/global-ethylene-capacity-1791/


 

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