When Kassy Hart was a teenager, she thought the life of an engineer was a bit like a newspaper cartoon she used to read. “You’re just sitting at a desk not talking to anyone, and this boss will yell at you for no reason,” says Hart, who is now a data center and hydrogen commercialization manager at GE Vernova. “That was before I got to design something.”

Growing up near the shores of Lake Michigan in the 1990s, Lisa Berry didn’t harbor engineering ambitions. But everything changed when she joined her high school’s robotics group. “My brother had been a member, and it looked pretty cool,” remembers Berry, who is now GE Vernova’s decarbonization and data center technology director for the Americas. One of the coolest things was the chance to learn from one of the program’s founders, Natalie Lowell, a local manufacturing engineer who mentored the budding roboticists.

SINGAPORE (October 27, 2025) – GE Vernova Inc. (NYSE: GEV) and YTLPowerSeraya Pte Limited (“YTLPS”) announced today the collaboration of the two companies on a feasibility study (“Study”) to analyze the lowering of carbon emissions of YTLPS’ H-Class Combined Cycle Gas Turbine (CCGT) plant on Jurong Island, Singapore.

Following the launch of a Power Sector Carbon Capture and Storage Grant Call by Singapore’s Energy Market Authority (“EMA”), in October 2024, which invited the power industry to explore potential carbon capture solutions as part of Singapore’s energy transition towards a low-carbon future, the EMA has selected five projects on 14 July 2025.  Among these, YTLPS’ Post-Combustion Carbon Capture Study proposal was successfully selected to receive co-funding.

The Study is focused on retrofitting YTLPS’ H-Class CCGT with technology capable of capturing at least 90 percent of the plant’s carbon dioxide (CO₂) emissions.  With its proven expertise, GE Vernova will focus the Study on the seamless integration of the H-Class CCGT plant with post-combustion carbon capture technology, supported by three key technical solutions:

• Exhaust Gas Recirculation (“EGR”);
• Steam integration; and
• Controls integration

In comparison to traditional bolt-on post-combustion carbon capture solutions, the proposed GE Vernova’s advanced system integration with EGR technology allows a gas power plant with post-combustion carbon capture solutions to operate more efficiently and cost-effectively which reduces overall plant size, overall CAPEX and OPEX whilst also boosting overall integrated plant performance.

“We are enthusiastic that EMA awarded our 600 MW H-Class Combined Cycle Power Plant to study the integration of post-combustion carbon capture.  Our participation in the GE Vernova-led study underscores our dedication to accelerating advanced solutions to potentially retrofit our power plant to achieve net zero emission, a vital step towards producing more sustainable energy for Singapore and our communities,” said John Ng, CEO of YTLPS.

“GE Vernova’s  first-of-its-kind carbon capture assessment in Singapore proposes significant enhancements aimed at improving the proposed carbon capture process and reducing its impact on the power plants’ output, performance, and costs,” said Ramesh Singaram, President & CEO of GE Vernova's Gas Power business in Asia Pacific region. “GE Vernova will lead the full-scale integration of the study with the ultimate goal of lowering the net carbon emissions of the power plant.  We remain committed to supporting the advancement of the region’s energy goals, working alongside carbon capture players to support YTL PowerSeraya’s decarbonization efforts.”

The announcement for the post-combustion carbon capture study was made at the sidelines of Singapore International Energy Week.  This recent milestone follows other significant announcements for GE Vernova, including the selection for the innovative Net Zero Teesside (NZT) Power project, expected to be the world’s first gas-fired plant integrated with a carbon capture plant at commercial scale, and the order of GE Vernova’s combined cycle equipment  to power YTLPS CCGT on Jurong Island, Singapore. The plant is expected to be powered by a 9HA.01 gas turbine, an STF-A650 steam turbine, a W88 generator, and a triple pressure with reheat Heat Recovery Steam Generator (HRSG).

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Notes to editors

© 2025 GE Vernova and/or its affiliates. All rights reserved.
GE and the GE Monogram are trademarks of General Electric Company used under trademark license.

“Decarbonization”, as used in this article, is intended to mean the reduction of carbon emissions on a kilogram per megawatt hour basis.

ATLANTA, GA – (October 23, 2025) – GE Vernova Inc. (NYSE: GEV) today announced that it secured an order from the Australian independent gas producer and energy company QPM Energy Limited (“QPM”) for two of its LM6000* aeroderivative gas packages. GE Vernova’s fuel flexible aeroderivative gas turbine packages are aimed to enable the plant to use QPM’s existing gas reserves or coal mine waste gas (with at least 50% methane) that it collects.

With commissioning scheduled for mid-2027, GE Vernova turbine packages are projected to deliver up to 112 MW of electricity at QPM’s Isaac Power Station, enhancing the expansion of QPM’s existing Moranbah gas production and infrastructure assets – the QPM’s Isaac Energy Hub (IEH).

“The development of the Isaac Power Station meets the State Government’s call for more gas-fired generation as flexible, gas-fired generation is clearly essential for supporting grid stability during the energy transition,” said QPM Chief Executive Officer David Wrench.  “GE Vernova’s flexible units are anticipated to supply electricity during periods of peak demand. This daily peak generally arises after sunset, as solar generation decreases and households increase their energy usage for various activities.”                                                       

Aeroderivative gas turbine solutions, like GE Vernova’s LM6000, are built for high cycling capability, which allows power plant operators to get up and running—and on the grid—quickly. With capability to reach full power within around five minutes from start-up, LM6000 aeroderivative gas turbines have a nominal ramp rate of around 30 MW/min, providing a fast primary frequency control response for better grid support.                                                                     

“We are excited to contribute to the growth of QPM’s energy business, while supporting grid stability and reliability in Queensland as the state accelerates its transition to a more sustainable renewable powered future,” stated Ramesh Singaram, President & CEO of GE Vernova's Gas Power Business for the Asia Pacific region.

The LM6000 aeroderivative gas turbines are well-suited for both peaking and base load generation, as well as grid firming applications, offering the flexibility to start and stop multiple times per day if needed.  With over 40 million operating hours and more than 1,300 units shipped, the LM6000 aeroderivative gas turbine is a leader in the 40 to 60 MW space.

Australia has been part of GE Vernova’s heritage for more than 125 years. The Pyrmont Bridge was one of GE Vernova’s first projects in Australia, and one of the first electric-powered bridges in the world at the time, marking the start of the company’s technology and innovation in the region. Today, GE Vernova plays a central role in supporting the nation’s energy transition, with 80% of the national grid operating on GE Vernova’s electrification software, 40% of Australia’s major utilities using GE Vernova technologies, 50% of Australia’s power fleet is serviced by GE Vernova. GE Vernova’s portfolio covers all areas of the energy sector, with technologies across wind, gas, grid and digital solutions, helping Australian providers decarbonize while maintaining energy reliability and cost efficiency.

Notes to editors

Financial Editors:  Please note this order was booked in the third quarter of 2025.

Neuquen ARGENTINA (October 23, 2025) - GE Vernova Inc. (NYSE: GEV) today celebrated the opening of a new Repair Service Center in the Parque industrial Centenario, in the Neuquén Province, Argentina. The new facility marks GE Vernova’s first repair center for GE Vernova’s Aeroderivative business in Latin America and is expected to boost repair capabilities for GE Vernova’s aero derivatives gas turbines fleet based in Argentina, Brazil, Chile and Uruguay.

Owners of aero derivative gas turbines in these countries can benefit from significant improvements to lead time and delivery of repaired components in support of their outage needs. Aero derivative gas turbines will no longer need to be shipped to a repair center outside of Latin America, which may result in substantial reduction - which can be up to a year - of component delivery times.

“This project is aligned to GE Vernova plans to expand its gas turbine repair capabilities globally,” according to Luis Leal, General Manager Aero Services Americas, Gas Power GE Vernova. “By applying lean practices and advanced repair technologies, our Repair Service Center in Centenario can set a new benchmark for repair excellence. The new facility will help us to better serve our customers and ensure that our legacy equipment remains competitive, while effectively addressing the support and maintenance needs throughout southern Latin America.”

This facility will initially offer LMS100* maintenance services and is planned to expand its capabilities to include LM2500* and LM6000* gas turbines solutions by the end of 2026. By providing maintenance locally, GE Vernova will help alleviate import and export bottlenecks that have historically affected turnaround times.

With approximately 6,600 employees in Latin America, GE Vernova is serving its customers by providing solutions to help deliver a more affordable, reliable, sustainable, and secure energy future.

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Notes to editors

*Trademark of GE Vernova and/or its affiliates.

WILMINGTON, North Carolina (October 7, 2025) – GE Vernova Hitachi Nuclear Energy (GVH) and Samsung C&T, a leading construction and engineering company, have announced a strategic alliance to advance the deployment of the BWRX-300 small modular reactor (SMR) in strategic global markets, outside North America. The two companies will focus their collective efforts on developing the supply chain and project delivery solutions for GVH’s SMR. Further, they will work together in the potential deployment of five BWRX-300s in Sweden.

“With the first unit of our BWRX-300 under construction in Canada, we are well positioned to lead the deployment and scale of the SMR industry,” said Maví Zingoni, CEO Power, GE Vernova. “This collaboration with a leading player like Samsung C&T, which has a solid track-record of helping to deliver nuclear projects safely, on-time and on-budget, will further strengthen the BWRX-300 position among the most advanced, deployment ready, and lowest risk SMR technology available today.”

“This agreement marks a strategic collaboration where Samsung C&T and GVH aim to become global leaders in the nuclear power segment. The collaboration will capitalize on Samsung C&T's extensive experience in nuclear power and infrastructure project execution, combined with GVH's validated technological expertise,” added Se-chul Oh, Samsung C&T CEO.

The first BWRX-300 is under construction at Ontario Power Generation’s Darlington site in Canada, with completion expected by the end of the decade, which will make it the first small modular reactor in the Western World. Key components like the reactor pressure vessel are being manufactured, and site construction is progressing according to plan.

Additionally, the U.S. Nuclear Regulatory Commission has accepted and is reviewing Tennessee Valley Authority’s (TVA) application to construct the first BWRX-300 in the U.S., at the utility’s Clinch River site in Oak Ridge, Tennessee; and Orlen Synthos Green Energy (OSGE) has selected Włocławek as the site for Poland’s first SMR. In Sweden, Vattenfall has down-selected the BWRX-300 as it evaluates the construction of new reactors adjacent to its Ringhals plant site on the Värö Peninsula.

Each BWRX-300 can provide approximately 300 MW of electricity, enough to produce the equivalent electricity needed to power 300,000 homes while significantly reducing the complexity and cost associated with traditional nuclear reactors.

Samsung C&T’s Engineering & Construction Group has more than 40 years of engineering and construction experience operating throughout the world. The group spans commercial and residential buildings, civil infrastructure and plant construction. Its landmark projects include Burj Khalifa - the world’s tallest building, the ongoing Riyadh Metro Project in Saudi Arabia, the Qurayyah 4,000MW CCPP Project, and the ongoing Qatar 2,000MW Solar Power Project.  In the nuclear energy sector, the company has successfully delivered 12GW across 10 units, including the 5.6GW Barakah Nuclear Power Plant in the UAE. It has recently undertaken the Nuclear Power Plant refurbishment project and Front-End Engineering Design (FEED) for Small Modular Reactors (SMRs), demonstrating its global competitiveness in large-scale reactor and SMR technologies, and solidifying its expertise across all areas of the nuclear industry.

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Notes to editors - image captions
Image 1
Maví Zingoni, CEO Power, GE Vernova, and Se-chul Oh, Samsung C&T CEO.

Image 2
(left to right) Jason Cooper, CEO Advanced Nuclear, GVH; Se-chul Oh, Samsung C&T CEO; Maví Zingoni, CEO Power, GE Vernova; Jung E. Kim, SVP, Nuclear Sales & Business Development, Samsung C&T.

WILMINGTON, North Carolina (October 6, 2025) – Global Nuclear Fuel (GNF, a GE Vernova-led alliance with Hitachi, Ltd.) today announced the introduction of GNF4, a next generation nuclear fuel product built on a 60-year legacy of boiling water reactor (BWR) fuel design innovation and performance.

The 11x11 GNF4 product builds upon the operating history of GNF2 and GNF3 and features two advanced components that are licensed by the U.S. Nuclear Regulatory Commission: Ziron cladding and aluminosilicate doped uranium dioxide pellets.

Ziron cladding was developed to better resist corrosion, ensuring that fuel remains safe and reliable and is an enhancement to the Zircaloy 2 cladding that has been utilized in more than 175,000 GNF fuel assemblies worldwide. Aluminosilicate doped uranium dioxide pellets add an extra layer of reliability. GNF4 will also utilize GNF’s proprietary NSF channel material and Defender+ debris filter.

“GNF4 is engineered to provide plant operators with lower fuel costs per megawatt hour through increased performance and reliability,” said Craig Ranson, Installed Base CEO, GE Vernova Hitachi Nuclear Energy. “Our engineering and supply chain teams are leveraging their BWR expertise to introduce this next generation fuel.” 

GNF4 is being fabricated at GNF’s manufacturing facility in Wilmington, NC. The first lead use assemblies of GNF4 are contracted for deployment in 2026 and full reload quantities are expected to be available in 2030.  

GNF provides a wide range of services to support nuclear power plants including expert core and fuel cycle engineering, reload licensing and core management services, predictive reports and fuel reliability risk assessments, cyber-secure core monitoring and fleet analytics, fuel examination services and consulting on reactor operations and long-term fuel storage. 

Data centers, those serried racks of servers, storage devices, and network hardware that keep the internet humming, are dominating the conversation about future energy demand.

NEW YORK (24 septembre 2025) – GE Vernova et Deep Sky, le premier initateur de projet d’élimination du carbone agnostique sur le plan technologique au monde, ont annoncé la conclusion d’un accord visant le déploiement d’une technologie de capture directe dans l’air (CDA) chez Deep Sky Alpha en Alberta, au Canada. La technologie de GE Vernova sera en mesure de piéger jusqu’à 1 500 tonnes de carbone par année. Avec le début des opérations prévu d’ici la fin de 2026, Alpha déploiera la technologie exclusive de sorption solide de GE Vernova, conçue et rigoureusement testée aux centres de recherche de pointe de l’entreprise.

Situé à Innisfail, en Alberta, Deep Sky Alpha est le premier centre mondial de capture du carbone utilisant plusieurs technologies, qui est devenu opérationnel en août 2025.

« Nous sommes ravis de cette collaboration unique en son genre, qui marque une étape importante dans l’avancement des solutions de CDA évolutives et écoénergétiques de GE Vernova », a déclaré Brian Moran, directeur exécutif du programme de CDA de GE Vernova. « Alors que la technologie et l’industrie sont encore en phase émergente, ce genre de collaborations, fondées sur une ambition commune et des atouts complémentaires, a le potentiel de transformer l’avenir de l’élimination du carbone. »

Les solutions de CDA de GE Vernova associent des technologies innovantes à des chaînes d’approvisionnement mondiales résilientes qui permettent un déploiement rapide, ainsi que l’ingénierie des systèmes intégrés qui améliore l’utilisation de l’énergie, exploite la chaleur résiduelle et garantit un fonctionnement fiable à grande échelle.

Pour continuer à soutenir la réussite du projet de Deep Sky Alpha et des déploiements futurs, GE Vernova a récemment mis en service une installation d’essai de CDA de 10 tonnes par année à son centre de recherche de pointe établi à Niskayuna (New York). Ce système jouera un rôle central dans la démonstration des capacités des matériaux de sorption et de la technologie de CDA dans son ensemble, renforçant la confiance dans sa fiabilité et sa performance au stade pilote et jetant les bases d’un déploiement fructueux à l’échelle commerciale.

« Deep Sky est le seul endroit au monde à offrir un déploiement de bout en bout, des opérations, de l’énergie renouvelable et le stockage du CO₂ pour les technologies de CDA, et ce, dans les conditions du monde réel », a déclaré Alex Petre, PDG de Deep Sky. « Le fait que GE Vernova se lance dans ce domaine met en évidence l’impulsion et l’urgence croissantes du CDA comme solution climatique. Nous sommes fiers d’accueillir leur unité chez Deep Sky Alpha et de servir de terrain d’essai et, ce faisant, de rythmer la croissance de l’industrie. »

La collaboration entre Deep Sky et GE Vernova représente une première étape importante pour accélérer le déploiement de cette technologie innovante à grande échelle. Elle jette les bases de futurs projets de CDA à l’échelle commerciale au Canada et à l’international, alors que les deux organisations se concentrent sur la montée en puissance et l’industrialisation de ces solutions.

Ensemble, GE Vernova et Deep Sky s’engagent à concevoir et à déployer des technologies de pointe pour l’élimination du dioxyde de carbone (EDC). Une technologie d’EDC de haute qualité est essentielle pour atteindre les objectifs d’émissions. Le CDA élimine le dioxyde de carbone (CO₂) directement de l’atmosphère à l’aide de processus chimiques. Au lieu de capturer les émissions à leur source (comme le font les centrales électriques ou les installations industrielles), le CDA élimine le CO₂ de l’air ambiant, ce qui le rend utile pour traiter les émissions résiduelles et les émissions provenant de sources difficiles à réduire, telles que l’aviation, le transport maritime ou l’industrie lourde.

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À propos de Deep Sky
La société montréalaise Deep Sky est la première entreprise au monde agnostique sur le plan technologique qui vise à retirer des milliards de tonnes de carbone de l’atmosphère et à les stocker de façon permanente sous terre. Comme initiateur de projet, Deep Sky réunit sous un même toit les entreprises les plus prometteuses de captage direct du carbone dans l’air et dans les océans afin de mettre sur le marché le plus grand nombre de crédits carbone de haute qualité et de commercialiser des solutions inédites de captage et de stockage du carbone. Avec un financement de 130 millions de dollars, Deep Sky est soutenue par des investisseurs de calibre mondial, notamment Investissement Québec, Brightspark Ventures, Whitecap Venture Partners, OMERS Ventures, le Fonds Technologies pour le climat de BDC, Breakthrough Energy Catalyst, BMO et la Banque Nationale du Canada. Pour en savoir plus, consultez le site fr.deepskyclimate.com.

À propos de GE Vernova
GE Vernova Inc. (NYSE: GEV) est une société énergétique mondiale spécialisée qui englobe les secteurs de l’énergie, de l’éolien et de l’électrification et qui est soutenue par ses activités d’accélérateur. S’appuyant sur plus de 130 années d’expérience de la résolution de défis mondiaux, GE Vernova est particulièrement bien placée pour aider à piloter la transition énergétique en continuant à électrifier le monde tout en travaillant simultanément à sa décarbonation. GE Vernova aide les clients à dynamiser les économies et à fournir de l’électricité essentielle à la santé, à la sûreté, à la sécurité et à l’amélioration de la qualité de vie. Le siège social de GE Vernova est situé à Cambridge (Massachusetts) aux États-Unis et l’entreprise compte environ 75 000 employés répartis dans une centaine de pays à travers le monde. Appuyée par la finalité de l’entreprise, L’énergie pour transformer le monde, la technologie de GE Vernova aide à offrir un avenir énergétique plus abordable, plus fiable, plus durable et plus sûr.

Le secteur de la recherche de pointe de GE Vernova est un moteur d’innovation, opérant à la croisée de la science et de la créativité pour transformer la recherche de pointe en réalités concrètes et percutantes. Le secteur de la recherche avancée collabore avec les secteurs d’activité de GE Vernova dans un large éventail de disciplines techniques afin d’accélérer la transition énergétique.

Déclarations axées sur l’avenir
Le présent document contient des déclarations axées sur l’avenir, c’est-à-dire des déclarations liées à des événements futurs qui, par nature, traitent de questions qui sont, à des degrés divers, incertaines. Ces déclarations axées sur l’avenir traitent souvent du rendement futur attendu de GE Vernova sur le plan des affaires et financier et de sa situation financière, ainsi que de la performance attendue de ses produits, de l’incidence de ses services et des résultats qu’ils peuvent générer ou produire, et contiennent souvent des mots tels que « s’attendre à », « anticiper », « avoir l’intention de », « planifier », « croire », « chercher », « voir », « sera », « serait », « estimer », « prévoir », « cibler », « préliminaire » ou « fourchette ». Les déclarations axées sur l’avenir, de par leur nature, traitent de questions qui sont, à des degrés divers, incertaines, telles que les déclarations concernant des transactions, des investissements ou des projets prévus et potentiels, leurs résultats attendus et les répercussions des conditions macroéconomiques et du marché et la volatilité sur les activités commerciales, les résultats financiers et la situation financière de l’entreprise, ainsi que la chaîne d’approvisionnement mondiale et l’économie mondiale.