“This is an important project that will create thousands of jobs during construction and hundreds of permanent jobs during operations,“ said Brendan Bechtel, president of Bechtel’s Oil, Gas & Chemicals business unit. “In addition, our program will include extensive training for personnel building the plant and operating new equipment. We look forward to working with Linde to safely deliver this world-class ethylene facility to ExxonMobil.”
“This project marks a major step for Linde Engineering in the North American market,” said Dr Samir Serhan, managing director of the Linde Engineering Division. “Along with a proven track record of successfully executing large EPC projects together in the past, the combination of Linde’s leading ethylene technology and Bechtel’s extensive construction experience provides a world-class team to deliver a safe and reliable ethylene plant to ExxonMobil.”
Linde is responsible for engineering, procurement and services during pre-commissioning and commissioning of the new facility. Bechtel is responsible for the construction of the facility and related procurement.
In 2011, Bechtel and Linde formed an alliance focused on providing North American customers a competitive design-and-build approach to ethylene cracker facilities. The alliance builds on the companies’ previous work together building a world-scale petrochemicals complex in the United Arab Emirates, successfully completed on schedule in 2002.
Bechtel has been executing complex petrochemical projects for more than 60 years, using traditional feedstock processes as well as nontraditional processes for producing chemicals from natural gas and coal. Signature Bechtel-built petrochemical projects include Borouge Petrochemical Complex in Abu Dhabi, CSPC Nanhai in China, and LP-7 in Canada.
Since building the world’s first olefin plant over 80 years ago, Linde has continued to incorporate the latest improvements and innovations into the design of each new plant. More than 40 large-scale ethylene plants based on liquid and/or gaseous feedstock with an aggregate capacity of more than 18 million tons of ethylene have been built with Linde technology.
