ExxonMobil Secures Largest US CO2 Storage Site
10.11.2024 By Tank Terminals - NEWS

October 11, 2024 [Storage Tank]- Exxon Mobil has secured the largest offshore carbon dioxide (CO2) storage lease in the US, with the Texas General Land Office. The over 271,000-acre site complements the onshore CO2 storage portfolio ExxonMobil is developing, and further solidifies the US Gulf Coast as a carbon capture and storage (CCS) leader.

 

Dan Ammann, president of ExxonMobil low carbon solutions, says: ‘This is a sign of our commitment to CCS. With our growing roster of customers ready to deploy CCS, we’ll be driving substantial emissions reductions along the Gulf Coast through a comprehensive solution that includes capture, transportation and storage.’

The terms of the agreement will directly benefit the Texas Permanent School Fund. This will enhance education for Texas children, while also reducing emissions and promoting community development in nearby areas.

 

Free Trial: Access 13,300 Tank Terminal and Production Facilities

13,300 tank storage and production facilities as per the date of this article. Click on the button and register to get instant access to actionable tank storage industry data

Fortescue Delays Norwegian Green Hydrogen Project Beyond 2029 Amid PPA Revision
12.18.2025 - NEWS
December 18, 2025 [Energy News]- Fortescue Metals Group has revised the power purchase agreement ... Read More
Petrovietnam BASF Cooperates in Developing Green Methanol, Pioneering the Energy Transition
12.18.2025 - NEWS
December 18, 2025 [Petro Times]- Petrovietnam and BASF have just organized a “Green- met me... Read More
Shell Seeks Buyers for Stake in Germany's Schwedt Refinery
12.18.2025 - NEWS
December 18, 2025 [Hydrocarbon Processing]- Shell has restarted efforts to sell its stake in Germ... Read More
KBR’s Methanol Technology Selected by Fikrat Al-Tadweer for the First Biomethanol Plant in Saudi Arabia
12.18.2025 - NEWS
December 18, 2025 [KBR]- KBR announced today that it has been awarded a contract for its PureMSMÂ... Read More