Putting Houston's carbon capture and storage potential into perspective

• We’re scaling up carbon capture and storage (CCS) technology.
• We’re leading the way in helping U.S. industries use CCS to meet demand for lower-carbon products.
• Next up: We’re working to expand our customers to include data centers to support AI growth.

• Indonesia is strongly positioned to become a major player in the fast-growing carbon storage sector.
• Indonesia has the key combination of substantial CO₂ storage potential and the expertise to take advantage of it.
• Heavy industry and energy are important sectors to support Indonesia’s growth and CCS can help them both reduce emissions.

• ExxonMobil has secured access to over 271,000-acres in Texas state waters; ideal for CO₂ storage
• Agreement will directly benefit the Texas Permanent School Fund
• Latest example of ExxonMobil’s leadership in building a carbon capture industry in the U.S.

• More than 1,300 students in Texas, Louisiana and Mississippi took part in STEM summer camps supported by ExxonMobil. 
• Campers learned the science behind carbon capture and storage, a key technology to help reduce emissions. 
• We worked with two historically Black colleges and universities (HBCUs) to broaden the program’s reach. 

• We’ll remove up to 500,000 metric tons of CO₂ annually from CF Industries’ site in Yazoo City.
• It’s the latest sign of our leadership in CCS, a proven emissions solution.
• Our total CCS customer commitments are now up to 5.5 MTA.

Key takeaways:

• Malaysia already has the infrastructure and storage space to make CCS possible.
• CCS has the potential to be a new revenue stream for Malaysia’s economy.
• We support CCS developments in Malaysia and the Asia Pacific region.

Key takeaways:

• Indonesia has the right geology to permanently store captured carbon emissions.
• Our scale and footprint across Asia Pacific allow us to collaborate across borders.
• CCS can be supported with existing infrastructure.

Key takeaways:

• We’re developing a breakthrough emissions-reduction technology.
• Carbonate fuel cells could capture CO₂ more efficiently, cost-effectively.
• We’ll demonstrate this technology at our Rotterdam site starting in 2026.

Key takeaways:

• Carbon capture and storage (CCS) is a versatile climate tool.
• CCS enables multiple solutions, including low-carbon hydrogen.
• These solutions could reduce, or even remove, CO₂ emissions.

Key takeaways:

• Indonesia is evaluating a major potential carbon capture and storage (CCS) hub.
• The hub could store approximately 3 metric gigatons of CO₂. 
• Indonesia is working with Singapore to develop a potential CCS value chain in Asia Pacific.

Key takeaways:

• Carbon capture and storage (CCS) can help reduce CO₂ emissions for hard to decarbonize industries.
• Asia Pacific is well placed for the development of a CCS industry. 
• Collaboration is key to developing cross-border emission-reduction solutions like CCS.

Key takeaways:

• ExxonMobil leverages the skills of our people to deliver solutions such as CCS, lithium and hydrogen.
• Expertise in oil and gas exploration is transferable to carbon capture and storage projects.
• Geoscientist Clare Glover works on identifying locations to safely, securely and permanently store CO₂ deep underground.