Why GE Vernova?
GE Vernova delivers scalable, energy-efficient direct air capture through advanced technology, global supply chains, and integrated system solutions—built to get the most from every resource.
Building towards the future
At GE Vernova, we are forging a bold path in the DAC technology space, setting the stage for significant advancements in carbon capture. While the technology is still emerging, our relentless pursuit of innovation and scalability is positioned to create a transformative impact.
Here's a glimpse into our efforts as we prepare for a future centered around DAC:
At GE Vernova, innovation is just the beginning. What sets us apart is our ability to scale—quickly, reliably, and globally. With over 130 years of industrial expertise, we're not just building DAC systems: We're engineering the ecosystem that supports them, from lab to large-scale deployment.
Dive into DAC
Take an interactive journey through DAC technology. Rotate, zoom, and explore our interactive 3D model to see how this groundbreaking technology pulls carbon dioxide straight from the air—one layer at a time.
Innovate
Our DAC research doesn’t end at theory. At our ARC in Niskayuna, NY, we’re working to turn bold concepts into deployable carbon capture technologies.
We don’t settle for good enough—we engineer for what’s next.
"Driven by the legacy of GE Vernova, we are revolutionizing the direct air capture industry through innovation, industrialization, and integrated solutions the world needs. By fusing cutting-edge technology with deep-rooted expertise, we unlock new possibilities and can deliver solutions at scale that inspire confidence to lead carbon removal forward."
Brian Moran, CEO of GE Vernova's DAC Program
Our mission: to develop a sorbent material that efficiently, reliably, and scalably removes CO2 from the air. Achieving this requires a deeply scientific, highly iterative R&D process—driven by materials innovation, rigorous testing, and relentless refinement.
Engineered for excellence in the lab
In our dedicated lab at our ARC, we’ve tested more than 800 unique molecular structures to identify the most effective CO2-capturing sorbent. Each new version builds on the last, optimized for working productivity—the measure of how well a sorbent captures and releases carbon. Think of it like fine-tuning a cake recipe, except we’re coating contactors with high-performance materials instead of frosting cakes.
There are several DAC methods including electrochemical cells, solvent-based chemical processes, and solid sorbent-based chemical processes. GE Vernova sees sorbent-based chemical processes as one of the more promising forms of DAC. Watch this video to see how the process works.
Frequently asked questions
We stand out because of our extensive R&D capabilities and 130+ years of technology innovation, manufacturing capability, and supply chain expertise. In addition, drawing from GE Vernova's expertise, we are enhancing solid sorbent systems to pioneer efficient carbon capture solutions with reduced CAPEX and OPEX compared to conventional methods.
At GE Vernova we see every customer as a potential partner. If you would like to collaborate with us, please feel free to contact us. Let’s electrify and decarbonize the world together!
Our evolving sorbent technology is rigorously tested to help ensure lower emissions and costs, making us a trusted choice for DAC solutions. Our sorbents are distinguished by several unique features:
In the race to reduce carbon, GE Vernova is not merely keeping pace, we are setting the standard. We view every customer as a partner, committed to driving costs down through scale and process optimization.
Our short-term objectives include proving performance and launching our 10-ton unit to build confidence in our technology. Long-term, we are dedicated to continued extensive sorbent testing and supply chain development, prioritizing innovation, risk management, and collaboration to continue leading the industry in this space. We aim to transition DAC technology from laboratory to pilots to full commercialization... optimizing energy use and identifying cost-effective solutions.
Through innovation and rigorous quality assurance practices. Extensive testing and validation in our CAGE Lab helps ensure our systems meet high performance standards. Our development of cutting-edge sorbents involves quick iteration, experimentally validated models, and AI tools to enhance their properties. In fact, the upcoming 10-ton-per-year test unit will further aid in testing materials, refining processes, and informing the engineering of commercial-scale systems to help us create efficient DAC solutions for our customers.
As GE Vernova we have a unique position to address this challenge head on, with the ability to identify efficiencies and synergies. We have world-class scientists developing low-energy sorbents guided by an internal roadmap shaped by decades of power plant expertise. Our systems and accessories team—backed by over 130 years as an OEM—helps ensure every innovation is grounded in real-world performance and engineered for scalable deployment.
We continue to collaborate with different customers and partners, including the U.S. Government, on DAC projects. Today, we have 14+ ongoing programs focused on sorbent development and demonstrating DAC capabilities.
Our 10-tonne-per-year test unit is expected to launch in August 2025 and will be an important milestone for our DAC technology developments. This project will serve as the foundation for our 1,500-tonne-per-year commercial DAC unit, set to debut in 2026 as the first true product in GE Vernova’s DAC portfolio. Designed with modularity, serviceability, and industrial scalability, in a future state this can potentially scale up to 50,000 tonnes and beyond.
DAC offers more than just technological value—it provides companies with a powerful tool to stimulate innovation, support regional economic development, and meet sustainability goals through the purchase of high quality carbon removal credits.
A strong supply chain is crucial to scaling DAC. It helps ensure a steady flow of key components—like sorbents—across global locations, reduces costs, and upholds the high quality of our systems. From sorbent production to modular construction, our supply chain is built for durability, repeatability, and rapid deployment—so every system is ready to perform, wherever it’s needed.
*The term "decarbonization as used on this web page is intended to mean the reduction of carbon emissions.
