Halliburton Labs Welcomes Three New Companies to Its Energy Tech Accelerator
Halliburton Labs has welcomed Matrix Sensors, Renew Power Systems (RPSi), and SunGreenH2 into its clean energy accelerator, aiming to foster innovation in sustainable energy. The program provides essential resources and expertise to help these startups achieve their commercialization goals more efficiently. Matrix Sensors develops advanced gas sensors while RPSi focuses on integrating renewable energy with grid systems. SunGreenH2 specializes in high-performance electrolyzer systems for green hydrogen production, enhancing energy sustainability. Their participation reflects Halliburton's commitment to clean energy solutions.
- Three innovative startups join Halliburton Labs' clean energy accelerator: Matrix Sensors, RPSi, and SunGreenH2.
- Matrix Sensors offers a groundbreaking gas sensor technology that eliminates the need for manual calibration, enhancing operational efficiency.
- RPSi aims to revolutionize renewable energy integration with advanced grid infrastructure solutions.
- SunGreenH2 focuses on producing low-cost green hydrogen, promoting sustainable energy practices.
- None.
Matrix Sensors, RPSi, and SunGreenH2 join the movement to bring on the future
The move is part of Halliburton Labs’ ambition to advance clean energy innovation.
“Companies across the energy landscape are interested in scalable innovations that improve the cost, reliability, and sustainability of energy,” said Managing Director
Matrix Sensors
Matrix Sensors uses a new class of gas-adsorbing materials known as metal-organic frameworks to develop the world’s first quantitative gas sensor on a chip. The touch-free technology enables advancements in sensor size, power, cost, and performance to address limitations of current gas sensor technologies, which require manual calibration every six months.
Matrix Sensors CEO
RPSi is a
“Our mission is to help change the way the world generates and distributes energy,” said CEO
SunGreenH2
SunGreenH2 builds high-performance hardware for electrolyzer cells, stacks, and systems that increase hydrogen production, decrease energy use, and reduce platinum group metals use. The company supplies hardware components for alkaline and proton-exchange membrane electrolyzers. Its modular, high-efficiency anion exchange membrane (AEM) electrolyzer stack, which is being commercialized, uses renewable power to produce low-cost green hydrogen for industries, transport, and energy storage.
“We are excited to unlock the future of green hydrogen production. With the help of Halliburton’s engineering and manufacturing expertise, we plan to commercialize and roll out our product in major international markets,” said
The next Halliburton Labs Finalists Pitch Day is
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