Feed Exxonmobil Awards Contract for Developing World's Largest Low-Carbon Hydrogen Facility
Technip Energies has bagged the Feed contract from Exxonmobil to develop the mega project which is expected to produce one billion cubic feet of low-carbon hydrogen per day. Also, more than 98 % of the associated CO2 produced by the facility is expected to be captured and permanently stored.
Texas/USA – Exxonmobil announced the next step in the development of the world’s largest low-carbon hydrogen production facility with a contract award for front-end engineering and design (Feed). A final investment decision for the project is expected by 2024, subject to stakeholder support, regulatory permitting, and market conditions.
Exxonmobil’s Baytown low-carbon hydrogen, ammonia and carbon capture facility is expected to produce one billion cubic feet of low-carbon hydrogen per day, making it the largest low-carbon hydrogen project in the world at planned startup in 2027-2028.
More than 98 % of the associated CO2 produced by the facility, or around 7 million metric tons per year, is expected to be captured and permanently stored. The carbon capture and storage network being developed for the project will be made available for use by third-party CO2 emitters in the area in support of their decarbonization efforts.
“This project allows us to offer significant volumes of low-carbon hydrogen and ammonia to third party customers in support of their decarbonization efforts,” said Dan Ammann, president of Exxonmobil Low Carbon Solutions. “In addition, the project is expected to enable up to a 30 % reduction in Scope 1 and 2 emissions from our Baytown integrated complex, by switching from natural gas as a fuel source to low-carbon hydrogen.”
Exxonmobil will pair the world’s largest low-carbon hydrogen facility with the largest olefins plant in the United States to deliver more sustainable, lower-emissions products for customers and society.
Exxonmobil has awarded the contract to Technip Energies who will be responsible for the next stage of front-end engineering and design of the low-carbon hydrogen project.