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2024: A breakout year for our carbon capture and storage business
- We’re leading the creation of a new industry.
- 2024 was a big year for our CCS business.
- More milestones are ahead in 2025.
3 min read
• Jan. 9, 2025It’s not every day you get to witness the birth of a new American industry, but that’s exactly what’s happening right now at the U.S. Gulf Coast.
That’s where ExxonMobil is assembling the world’s first large-scale system for carbon capture and storage (CCS) – a network of pipelines and storage sites that stretches across Texas, Louisiana and Mississippi.
In fact, 2024 was a breakout year in our work to scale up CCS as a real-world solution for U.S. industries looking to reduce their carbon dioxide (CO2) emissions and meet growing demand for low-carbon products.
2024 highlights
- We signed two more customers – CF Industries’ nitrogen plant in Mississippi and the NG3 natural gas gathering facility in Louisiana. This brings our total CCS commitments to more than 14 million tons of CO2 a year* – far more than any other company.
- We integrated our acquisition of Denbury Resources, and now have the largest CO2 pipeline network in the U.S. We’ll use the pipelines to safely transport CO2 captured from our customers.
- We completed our first-ever CO2 injection well, in east Texas. Pending EPA approval, we’ll use that well to send captured CO2 deep underground for safe, permanent storage.
- We secured the largest offshore CO2 storage site in the U.S. – more than 270,000 acres in Texas state waters, ideal for CO2 storage.
As they say, “It’s all coming together!” And there are more milestones ahead.
A look ahead to 2025
In 2025, we plan to finish building the 2.3-mile pipeline that will connect our first customer – CF Industries’ ammonia plant in Donaldsonville, La. – into our CCS network and start sending its CO2 emissions – up to 2.2 MTA a year – into our network instead of into the atmosphere.
That will be a “wow” moment for us, for two reasons:
- The flow of those first CO2 molecules will mark the start of a new chapter for our company; while ExxonMobil has used CCS technology for decades, we will now be using it to achieve large-scale reductions in emissions from key industries, including our own.
- It also will mark the start of our “commercial” CCS industry in the United States. Such commercialization is essential to growing CCS at scale.
And we’re only just getting started. We estimate our U.S. Gulf Coast network can ultimately remove up to 100 MTA of captured CO2 – more than seven times the amount we’ve currently committed to.
Our system can help decarbonize a range of industries. We recently announced a first-of-its-kind plan to use CCS to help make low-carbon electricity for data centers to help meet growing demand for computing power driven by artificial intelligence.
And we’ll use CCS to help decarbonize our own operations, too. In 2025, ExxonMobil plans to start up the CCS expansion at our facility in LaBarge, Wyoming; this project will reduce the site’s emissions by 1.2 MTA and support our ambition to achieve net zero greenhouse emissions (Scopes 1 and 2) for operated assets by 2050.
All this progress can help position the U.S. as a global leader in low-carbon energy. It’s also a tribute to our workforce, who are leveraging many of the same talents – in geology, engineering and project expertise – that make our traditional oil, gas, and chemicals businesses such a success.
CCS: From promise to reality
Twenty years ago, in 2004, a special report by the International Energy Agency called CCS a “promising option” for reducing CO2 emissions at a reasonable cost.
Today, I’m thrilled to see CCS moving from promise to reality – with ExxonMobil leading the way.
*Includes: up to 6.7 MTA contracted for third-party customers; up to 7.5 MTA for the Baytown low-carbon hydrogen project, pending FID.
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