
Chevron / TotalEnergies / Equinor
Bayou Bend
Bayou Bend plans to inject a cumulative total of 121.5 million metric tons (MMT) of carbon dioxide (CO2) into the proposed wells over the 20-year injection period of the BBE-P1 Project. The CO2 that Bayou Bend plans to inject will come from onshore industrial emitters in the Beaumont-Port Arthur area west of the offshore BBE-P1 facility. The CO2 captured at the nearby industrial emitters will be compressed into a supercritical nearly pure carbon dioxide fluid which will then be injected deep below the seafloor through the five injection wells drilled from one offshore platform. Bayou Bend selected the locations of the proposed wells based on its research and used site-specific data to ensure that the carbon dioxide would be safely stored in the proposed injection formation.
Full Project Overview
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Overview
Related News
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Wells
Data for injection rates, perforation, and other well-related metrics.
BBW-Five Aggie S1
SL20220050 #W 1
SL20220050 #W 2
SL20220050 #W 4
SL20220050 #W 5
SL20220050 #W 6
SL20220050 - Well # M 1
Geology
Subsurface data for carbon storage.
Lower Miocene 1 & 2
Only injection formation is available.
Golliad
Only injection formation is available.
Lagarto
Only injection formation is available.
Oakville
Only injection formation is available.
Permitting Documents
Official approval, consent, and compliance documents issued by authorities, confirming the project is authorised to proceed.