Decarbonization

The Future of Energy

We’re delivering breakthrough concepts to advance low carbon technologies required to reach net-zero emissions. This includes research & development to enable carbon capture and sequestration (CCS), direct air capture (DAC), 100% hydrogen combustion capabilities, and next generation nuclear technology. These advancements aim to deliver more sustainable, affordable, and reliable electricity for more people.

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Tackling Carbon Intensity
Zero-carbon is more than a vision; it’s a journey that requires bold moves and breakthrough technologies. GE Vernova Advanced Research is helping to chart a path to low carbon fuels and collaborating to develop, test, and deliver industry leading solid sorbent technology for point source carbon capture and direct air capture. Additionally, we’re innovating and redefining the possibilities of nuclear power to provide safe, economical, and reliable carbon-free power to the world.

Our Four Priorities

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Carbon Capture & Sequestration (CCS)

CCS is the process of capturing carbon dioxide (CO2) produced during power generation and industrial processing and storing it underground so that it does not enter the atmosphere. GE Vernova Advanced Research is pursuing development of solid sorbent-based carbon capture technology, including characterizing, testing, and evaluating an extensive range of sorbent materials. Additionally, we’re exploring complementary technology improvements to increase the system effectiveness.

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Direct Air Capture (DAC)

Like point source carbon capture, direct air capture is achieved using sorbent- or solvent-based technology, but the materials differ due to differing environmental conditions. GE Vernova Advanced Research is leveraging decades of experience in materials discovery and scale-up, thermal management, air flow fluid mechanics, and heat exchangers to develop integrated, innovative sorbent material systems for CO2 capture.

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100% Hydrogen (H2) Combustion

Hydrogen fuel produces net zero CO2, but today’s internal combustion engines are not designed to easily accommodate hydrogen and its challenging properties. GE Vernova Advanced Research is developing micro mixer and axial fuel staging technologies to engineer retrofittable combustion systems that are capable of operating on 100% hydrogen. These advancements will enable turbines to burn higher hydrogen concentrations with lower NOx production.

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Next Generation Nuclear

Nuclear power is the most dependable source of carbon-free power generation and as such, is critical for a carbon-free future. GE Vernova Advanced Research’s nuclear focus spans both physical and digital technologies to enhance legacy reactors. We’re also pursuing design and development of a small modular reactor (SMR) and working on government projects aimed at enabling affordable ways to recycle used nuclear fuel.

What’s Happening in Decarbonization
Press Release
November 2024
U.S. Department of Energy announces selection of GE Vernova's Advanced Research for H2-LOCATE project as part of H2SENSE exploratory topic to enable the growth of hydrogen production
Press Release
May 2024
GE Vernova launches startup ThinkLabs AI, Inc.
Press Release
March 2024
GE Vernova and Montana Technologies Announce JV to Manufacture + Supply Air Conditioning and Atmospheric Water Harvesting Products
Press Release
March 2023
GE Demonstrates Scalable Direct Air Capture System for CO2 Removal 
On-Demand Webinar
January 2024
Sorbent-based Direct Air Capture of CO₂ at Scale: A Conversation with GE Vernova’s Advanced Research’s David Moore

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Deliver innovations that electrify and decarbonize for the energy transition

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