Halliburton Labs Welcomes Four New Innovators to Its Energy Technology Ecosystem
Halliburton Labs has announced the addition of four new early-stage companies—Nandina REM, Noon Energy, Proof Energy, and Tidal Metals—to its growing innovation community. These companies will join a collaborative ecosystem designed to accelerate technology commercialization and help emerging innovators scale their solutions more efficiently. By leveraging Halliburton’s deep technical knowledge, global infrastructure, and extensive industry connections, the program aims to support promising energy technologies that can address global energy security and sustainability challenges. The initiative reflects Halliburton Labs’ broader commitment to fostering innovation across the energy sector while helping entrepreneurs bring transformative technologies to market faster and more effectively.
Strengthening the Future of Energy Innovation
Halliburton leadership emphasized that the program plays a key role in advancing the company’s long-term vision for a secure and pragmatic energy future. According to Jeff Miller, chairman, president, and chief executive officer of Halliburton, the addition of these four companies highlights the organization’s dedication to supporting technologies that can reshape the global energy landscape. Through participation in the Halliburton Labs ecosystem, the companies will gain access to specialized tools, industry expertise, and strategic partnerships that can accelerate development and commercialization. The collaborative model enables innovators to benefit from the experience and operational capabilities of one of the world’s leading energy technology companies while maintaining the agility and creativity of early-stage ventures.
Resources Designed to Accelerate Commercialization
The Halliburton Labs program is structured to help emerging companies overcome the challenges associated with scaling new technologies. Participants receive mentorship from industry experts, access to laboratory facilities, technical guidance, and opportunities to collaborate with partners across the global energy ecosystem. These resources enable startups to test and refine their technologies in a real-world industrial environment while building the relationships necessary for large-scale deployment. By offering practical support and connections across the energy value chain, Halliburton Labs aims to reduce the time and cost required for promising innovations to reach commercial viability.
Hands-On Support for Scaling Breakthrough Technologies
Andres Cabada, managing director of Halliburton Labs, highlighted the importance of the organization’s hands-on approach in supporting technology development. The program combines global infrastructure, operational expertise, and technical capabilities to remove barriers that often slow down commercialization efforts. By working closely with participating companies, Halliburton Labs helps innovators move from early-stage development to industrial-scale implementation. This collaborative process not only accelerates technological progress but also contributes to the broader transformation of the energy industry by enabling the deployment of new solutions that improve efficiency, sustainability, and resilience.
Nandina REM: Advancing Composite Material Innovation
Nandina REM brings a novel approach to composite material production, focusing on reducing costs while enabling rapid and automated manufacturing processes. The company’s technology expands the use of advanced composite materials beyond traditional applications and helps organizations strengthen supply chain resilience. Nandina REM has achieved a significant milestone by becoming the first company to produce aerospace-grade carbon fiber from traceable and secure circular sources. This capability dramatically shortens production timelines, allowing carbon fiber thermoplastics to be manufactured in approximately one-quarter of the time required by conventional supply chains. In addition, the company’s process accelerates material innovation cycles by up to ten times compared to traditional development methods. Operating at the intersection of systems engineering, product design, material science, and digital supply chain technologies, Nandina REM is positioned to transform how advanced materials are produced and distributed. The company’s presence in Singapore, combined with the country’s strong defense partnerships with the United States, further strengthens its potential to reduce reliance on single-source supply chains while supporting the onshoring of critical material production for defense and industrial sectors.
Noon Energy: Multi-Day Energy Storage for a Cleaner Grid
Noon Energy is developing advanced energy storage technology designed to provide reliable, low-cost, multi-day storage solutions for modern power systems. The company’s system uses solid oxide electrochemical cells and stores energy in the form of abundant industrial gases. This innovative approach delivers energy density levels that are approximately three times higher than those of lithium-ion battery alternatives while requiring a significantly smaller physical footprint. The technology is designed to deliver firm, dependable, and clean power that supports the transition toward more sustainable energy systems. By lowering costs, reducing emissions, and increasing grid resilience, Noon Energy’s storage solution has the potential to benefit a wide range of applications, including businesses, remote power grids, rapidly expanding industries such as data centers, and utilities seeking to transition away from fossil fuel-based generation.
Proof Energy: Next-Generation Fuel Cell Technology
Proof Energy is focused on commercializing next-generation metallic solid oxide fuel cell technology originally developed at Lawrence Berkeley National Laboratory. The company’s breakthrough systems utilize low-cost and widely available fuels, including ethanol, methanol, ammonia, and natural gas. These fuels function as hydrogen carriers with significantly higher energy density than compressed hydrogen, enabling faster adoption of fuel cell systems without the need for large-scale hydrogen infrastructure. This approach provides a cost-effective pathway for decarbonizing commercial transportation while avoiding the challenges associated with building megawatt-scale electric charging networks or hydrogen production and delivery systems. In addition to its fuel cell technology, Proof Energy has introduced its patented ClearTherm™ Range Defender™ zero-emissions catalytic oxidation heater. The system addresses one of the major challenges facing battery electric vehicles by helping maintain driving range during cold winter conditions. ClearTherm™ made its debut at the Advanced Clean Transportation Expo in Las Vegas in 2024 and has since entered commercial deployment with several leading manufacturers of electric trucks and buses as well as fleet operators seeking to improve the performance and reliability of their electric vehicle fleets.
Tidal Metals: Unlocking Magnesium from Seawater
Tidal Metals is introducing an innovative approach to extracting magnesium from seawater, which represents the largest known source of this essential metal on Earth. The oceans contain an estimated two billion megatons of dissolved magnesium, and the company’s technology aims to economically access this vast resource using a sustainable and scalable process. The electrified extraction method is designed to operate using renewable energy, allowing magnesium to be produced as a carbon-neutral structural material that can support modern infrastructure and manufacturing applications. In addition to magnesium, the process also produces two other valuable outputs—freshwater and chlorine—making it a multifunctional solution that integrates resource extraction with desalination. By combining these capabilities, Tidal Metals’ technology has the potential to transform seawater desalination processes while supplying industries with an abundant and environmentally responsible source of magnesium.
About Halliburton Labs
Halliburton Labs operates as a collaborative innovation environment where entrepreneurs, researchers, investors, and experienced industry professionals work together to accelerate the development of energy technologies. The program provides participating companies with access to world-class research facilities, a global business network, and extensive commercialization expertise. Through mentorship, technical support, and financing opportunities, Halliburton Labs helps emerging innovators scale their businesses and bring new energy solutions to market more efficiently. By supporting cutting-edge research and fostering collaboration across the energy sector, the initiative aims to accelerate progress toward a more resilient, sustainable, and technologically advanced energy future.
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