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Climate policy decisions that can help drive energy investments
January 24th, 2022
The world is searching for ways to reduce emissions, and the right policies can help get us there. Here are three policy decisions that can help us expand research and development efforts, bringing society one step closer to achieving climate goals.
Every technology begins with inspiration – an idea and a vision for a different way of doing something. The next step is research and development – the intensive technical, scientific work that turns an idea on paper into a technology that works in practice. Then, the final step is critical: How do you scale up a technology into something that can benefit millions, or even billions, of people in the real world?
To scale up a technology like carbon capture and storage, enormous capital investments are required. Entire infrastructures must be designed and built, and deployment at an industrial scale is a decades-long commitment. To make the long-term business case for such an investment, stakeholders expect government policies to support the technology as it scales. In order to make carbon capture a reality, three key policy positions are needed.
An economy-wide price on carbon
A technology-neutral approach
A predictable policy landscape
A challenge for technology … and policy
Finding the right policy solutions to support CCS is as much of a challenge as deploying the technology itself. To help make progress on policy, ExxonMobil continues to engage in efforts to encourage sound and constructive solutions.
We respect and support society’s ambition to achieve net-zero emissions by 2050 and continue to advocate for policies that promote cost-effective, market-based solutions to address the risks of climate change.
Learn more about our investment in energy policy and emerging CCS technologies.
Explore more
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- 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.
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Indonesia's great CCS opportunity
- 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.
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ExxonMobil secures largest CO2 offshore storage site in the U.S.
- 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.
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- 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.
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- 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.
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How Malaysia can lead the way in CCS
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.
2 min read
Scale, storage and skills: Indonesia’s CCS difference
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.
2 min read
Breakthrough carbon capture technology ready for field testing
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.
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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.
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What could an Indonesian CCS hub look like?
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.
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Unlocking Asia Pacific’s CCS potential
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.
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Expert spotlight: Clare Glover - working toward our net-zero ambition
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.
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We’ve broken ground on CO2 storage for customers
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