logo


09-02-2016

Propylene oxide/tertiary butyl alcohol plant FEED contract awarded to Fluor

Fluor Corporation announced today that LyondellBasell, one of the world’s largest plastics, chemical and refining companies, has selected Fluor to perform front-end engineering and design (FEED) work for its proposed propylene oxide and tertiary butyl alcohol plant. Fluor booked the undisclosed contract value in the fourth quarter of 2015.
 
The plant will be the world’s largest of its type and will be located at  LyondellBasell’s existing Channelview and Bayport Choate complexes in Texas. The scope includes a 1 billion pound-per-year propylene oxide and a 2 billion pound-per-year tertiary butyl alcohol plant at the Channelview site, an ethers plant at the Bayport Choate site, as well as associated infrastructure. The products will be used in the production of polyols, high-octane gasoline components and other isobutylene derivatives.
 
“Fluor is bringing its proven integrated engineering, procurement, fabrication and construction solutions approach to support this world-scale project’s advancement,” said Jim Brittain, president of Fluor’s Energy & Chemicals Americas business line. “We will leverage our extensive U.S. Gulf Coast chemicals experience and innovative global procurement and design approaches to develop a capital efficient solution for LyondellBasell.”
 
Front-end design activities are expected to be completed in 2016.

For more information, please visit www.fluor.com

Sponsor:

News Category:

Other News Items

  • Responsive image Solve the Industrial Data Problem
  • Responsive image Chemical Treatments
  • Responsive image Top Performer in Portable Fuel Analysis
  • Responsive image Better analyses. Better decisions.
  • Responsive image Ejector Systems
  • Responsive image Level and density in FCC processes
  • Responsive image 6 - 8 May 2025,
    Dubai, UAE
  • Responsive image FCC catalyst solutions
  • Responsive image FCC Refining Catalysts
  • Responsive image Smart solutions for valves and valve automation