GenH2 and Taylor-Wharton Revolutionize Hydrogen Storage at Hydrogen Technology Expo
Key Ideas
- GenH2's Controlled Storage technology showcased at Hydrogen Technology Expo in Houston, Texas, eliminates hydrogen losses during transfer, storage, and dispensing.
- Partnership between GenH2 and Taylor-Wharton introduces a zero-loss liquid hydrogen storage system, aiming to make hydrogen a more viable and scalable clean energy source.
- The innovative RS1500 Controlled Storage Tank System by GenH2 and Taylor-Wharton is designed to reduce operational costs, extend shelf life, and maximize ROI by eliminating transfer and daily boil-off losses.
- GenH2's zero-loss solution, powered by NASA's technology, is set to revolutionize hydrogen infrastructure applications like heavy-duty trucking, mass transit, aviation, and material handling.
GenH2, a subsidiary of Philomaxcap AG, has partnered with Taylor-Wharton to showcase their disruptive Controlled Storage technology for liquid hydrogen at the Hydrogen Technology Expo in Houston, Texas. This technology eliminates hydrogen losses during various processes, making hydrogen a more viable and sustainable energy source. The joint solution, the RS1500 Controlled Storage Tank System, aims to revolutionize hydrogen storage by reducing operational costs and maximizing return on investment. The innovative design is expected to power the world's first Zero Loss hydrogen fueling station, set to launch in Dallas in 2026. GenH2's CEO, Greg Gosnell, emphasized the financial and environmental benefits of their zero-loss solution, highlighting its potential to redefine hydrogen as a clean energy source. The Hydrogen Technology Expo North America serves as a platform to accelerate the adoption of hydrogen for both stationary and mobile applications, bringing together industry leaders to drive innovation in the hydrogen industry. With a focus on advancing clean energy solutions, GenH2 and Taylor-Wharton's collaboration represents a significant step towards making hydrogen more accessible and efficient for everyday use worldwide.