ExxonMobil’s Low Carbon Solutions technologies
Hydrogen
Alternative fuel solutions for power generation and industrial clients, as well as transportation fuel
Overview
Decarbonizing the highest-emitting sectors will require a lower-emission fuel source that can keep up with increased energy demand. Hydrogen is available at commercial scale today and can meet that demand while producing zero emissions at its point of use. It’s a flexible and cost-effective solution for a wide range of industries. Our teams are innovating new materials and process enhancements to reduce greenhouse gas emissions on a life-cycle basis for both our customers and our facilities. This work is accelerating the path to a lower-carbon future.
Low Carbon Solutions is leveraging ExxonMobil’s expertise and scale to play a leading role in the energy transition. With decades of experience in hydrogen production and a proven track record for developing and operating world-class facilities, the company is uniquely qualified to bolster hydrogen supply, enabling customers to meet their lower-emission goals.
Hydrogen
Alternative fuel solutions for power generation and industrial clients, as well as transportation fuel. Learn more from our Low Carbon Solutions team on what ExxonMobil plans to help provide a full range of hydrogen solutions to meet the needs of our customers and the world.
Hydrogen is potentially the lowest-cost option to significantly reduce emissions in sectors including:
hydrogen ready
Working with Zeeco to provide end-to-end solutions to our customers
ExxonMobil Low Carbon Solutions is excited to announce our recent agreement with
Zeeco,Inc., makers of ultra-low NOx, 100% hydrogen-ready industrial burners. As
manufacturers explore fuel switching from natural gas, this technology can significantly
lower emissions.
Learn more ExxonMobil's Low Carbon Solutions team can help you build a holistic emissions-reduction program that includes hydrogen.
ExxonMobil signs PFA with JERA to explore purchase of ammonia from ExxonMobil’s Baytown low-carbon hydrogen facility
ExxonMobil and Japan’s JERA have signed a Project Framework Agreement (PFA) for JERA to explore the purchase of ammonia from and ownership participation in ExxonMobil’s Baytown low-carbon hydrogen facility. The PFA builds upon ExxonMobil’s and JERA’s longstanding relationship supplying energy to JERA and Japan.
America’s Commercial & Business Development Manager, Michael Bey commented, “ExxonMobil is excited to explore large-scale production of low-carbon hydrogen and ammonia at our Baytown facility. We’re committed to working with global customers, like JERA, to understand their needs and help them on their path to a lower-carbon future.”
ExxonMobil’s Baytown low-carbon hydrogen and ammonia facility is expected to be the world’s largest low-carbon hydrogen project, which utilizes state-of-the-art hydrogen and ammonia production technology. More than 98% of the associated CO2 produced by the facility, or around 7 million metric tons per year, is expected to be captured and permanently stored.
The Hydrogen Podcast
Hydrogen Product Development Manager, Mark Klewpatinond, sat down with Paul Rodden of the Hydrogen Podcast to discuss ExxonMobil’s capabilities to provide solutions that can be delivered at scale.
interview
At the recent World Hydrogen North America conference in Houston, Product Development Manager, Mark Klewpatinond, sat down with Alan Ross, Managing Editor of APC Technologies, to discuss the hydrogen economy and the hope it has for the future.
Blue hydrogen technology
Although hydrogen is a colorless gas, colors are assigned to hydrogen to differentiate how it’s produced. Hydrogen can be created from primary energy sources such as natural gas, nuclear, or renewables. The end product, however, is the same.
Blue hydrogen is hydrogen created with natural gas, coupled with carbon capture and storage, land is likely to play a vital role in a lower-carbon energy system. Today, blue hydrogen is readily available for deployment at commercial scale and has the potential to reduce emissions from high-emitting sectors such as industrial manufacturing and heavy industry, by 60%-80%.
Currently, ExxonMobil produces 1.3 million metric tons of hydrogen globally. Broad deployment of carbon capture and storage technology could enable increased production of blue hydrogen, helping reduce costs and further enabling its widespread use as a cost-effective carbon abatement solution.