World Polyethylene to Rise 4% Annually Through 2018

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Date Submitted: 11/06/2014 10:30 PM

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World demand to rise 4% annually through 2018

Global demand for polyethylene resins -- high density polyethylene (HDPE), low density polyethylene (LDPE), and linear low density polyethylene (LLDPE) -- will rise 4.0 percent per year to 98.9 million metric tons in 2018. Gains will be in line with overall world economic growth, fueled by an acceleration in consumer spending and manufacturing activity. Polyethylene will continue to be the most widely used plastic resin in the world, benefiting from its versatility, low cost, easy processability, and recyclability. The development of ethylene feedstocks from new sources such as shale gas, coal, and biobased materials will also give polyethylene a price or sustainability advantage relative to other plastic resins. Additionally, continually improving polymerization catalyst technologies will enhance the performance, customization, and yield of polyethylene resins.

Asia/Pacific region to remain largest & fastest growing market

The Asia/Pacific region will continue to be the largest and fastest growing polyethylene market through 2018, fueled by strong growth in China, which alone accounted for nearly one-fourth of global demand in 2013. However, gains in Asia will rise at a slower pace than during the 2008-2013 period in most of the region (Japan is a notable exception). On the other hand, North America will exhibit a significant improvement in polyethylene demand, while the market in Western Europe will rebound from recent declines. HDPE is the largest of the three polyethylene resin types, accounting for just under half of total demand in 2013. Above-average growth is expected for HDPE through 2018, driven by the rising use of HDPE in construction products such as pipes and increasing popularity of blow-molded HDPE containers in emerging market countries. LLDPE will continue to gain market share over LDPE going forward, as LLDPE is the primary beneficiary of metallocene catalyst technology which improves resin...