Lower carbon technologies

ExxonMobil has captured more carbon dioxide than any other company. This expertise could be used to help our customers decarbonize. We know how to do this: We have grown our commitment to transport and store more than 14 MTA¹ of captured CO₂ across a broad range of hard-to-abate and heavy industries across the Gulf Coast.

We are also leveraging the corporation’s experience in hydrogen production, which, when coupled with carbon capture and storage is likely to play a critical role in low-carbon energy system. In fact, CO₂ associated with production of ExxonMobil™ Low Carbon Hydrogen at Baytown is ~98% captured and sequestered.²

As an energy source and an energy carrier, hydrogen sits at the intersection of providing the world with the energy it needs and helping society reach its decarbonization goals. ExxonMobil is investing in hydrogen to help reduce emissions at industrial facilities via fuel switching.

ExxonMobil™ Low Carbon Ammonia is an advantaged carbon reduction solution that leverages our integrated value chain, starting with our lower-emission natural gas from the Permian Basin. We can then capture and sequester CO₂ associated with the ammonia production, which further helps customers meet their specific emission goals.

Our value chain integration allows ExxonMobil to manage emissions across the production process delivering a lower carbon intensity solution.

Exxonmobil has announced a new investment to extract lithium in North America using technological advances to make a more sustainable product for a growing market. Relying on our foundational expertise in areas like subsurface engineering and chemical processing, we are scaling this production by using Direct Lithium Extraction (DLE), which is expected to have about 2/3 less carbon intensity than hard rock mining.³

This supply can come from North America, will meet the growing demand our customers are seeing – driven mostly by growth of electric vehicles.