LyondellBasell Plans to Open New HDPE Facility in Texas
LyondellBasell
Industries choses La Porte, Texas for building new HDPE plant using Hyperzone
cascade gas-phase PE technology with an investment of around USD700 million
United
States: Houston
based chemicals manufacturing firm, LyondellBasell, has decided to construct a new
High Density Polyethylene (HDPE) plant in La Porte, city in Texas with an
investment of around USD700 million. The new facility would produce 500,000
metric tons of HDPE annually using LyondellBasell Hyperzone cascade gas-phase
PE technology for the first time. The company would employ around 1,000 skilled
people for the construction of plant by 2017. The new plant is expected to
start operations by 2019, creating additional 75 full time jobs. The company’s new technology would
allow the production of high quality HDPE resins with improved strength, crack
resistance and more applications.
TechSci Research depicts that
the company’s new production facility in La Porte will help LyondellBasell to increase its overall Polyethylene
production capacity from the present 6 Million Metric tons per year to 6.5
Million Metric tons per year. Moreover, La Porte, Texas would offer a suitable
manufacturing field for LyondellBasell on account of easy availability of raw
material, skilled labor and transportation easiness. This project would also boost
the global masterbatch market owing to the increasing demand for plastic
products globally.
According to the recently
published report by TechSci Research, “Global
Masterbatch Market By Type, By End User, By Region,
Competition Forecast and Opportunities, 2011 - 2021”, global masterbatch market size is estimated to cross US$ 16 billion in
2016. Segment-wise, white masterbatch dominated the overall market in 2015, and
this trend is anticipated to continue through 2021. White masterbatch demand is
growing due to their ability to provide opacity as well as base color to
plastics used extensively in milk pouches, milk bottles, plastic bags, food
material packaging and pharmaceutical packaging.