NewHydrogen Files Third Patent to Advance Low-Cost Clean Hydrogen

NewHydrogen, Inc. has strengthened its intellectual property portfolio around its ThermoLoop® technology by jointly filing a third provisional patent application with the University of California, Santa Barbara (UCSB). The latest filing supports the company’s efforts to develop a scalable and cost-effective method for producing clean hydrogen through thermochemical water splitting.

The new patent, titled “Hydrogen Production in Isothermal Chemical Looping Cycle,” builds on two earlier patent applications related to NewHydrogen’s proprietary hydrogen production technology. It covers recent improvements to the ThermoLoop process as well as new material compositions identified by UCSB researchers. The collaboration combines advanced materials science with machine learning-driven material discovery to improve the efficiency, performance and economics of hydrogen production.

ThermoLoop is designed to use heat rather than conventional electricity-intensive methods to split water into hydrogen and oxygen. NewHydrogen aims to develop a process capable of producing large quantities of clean hydrogen at a significantly lower cost. The technology relies on solid-state materials that participate in a chemical looping cycle, allowing water to be split through thermochemical reactions.

A key development for the company is the construction of its ThermoLoop Engineering Test Unit (ETU). The automated system is expected to help NewHydrogen transition from laboratory-scale technology development toward engineering and commercial pilot-plant planning. Designed for continuous, hands-free operation, the ETU will generate detailed performance data through repeated testing.

The data collected from the ETU will be used to evaluate operating conditions, material performance, process efficiency and other parameters required for designing NewHydrogen’s first commercial pilot plant. This stage could provide important technical information for determining how the ThermoLoop process can be scaled for industrial hydrogen production.

NewHydrogen CEO Steve Hill described the ETU as a critical foundation for the company’s next phase of development. According to Hill, the system will help move the technology beyond scientific validation by generating the engineering data required to design a pilot facility and eventually support larger-scale deployment.

The third patent filing also highlights the importance of NewHydrogen’s partnership with UCSB, where researchers are working on advanced materials for hydrogen production. Continued discoveries in material composition could help improve ThermoLoop’s efficiency and reduce production costs.

Overall, the patent strengthens NewHydrogen’s technology position while the ETU provides a pathway toward pilot-scale validation. Successful testing and subsequent commercialization could enhance the company’s ability to compete in the growing clean hydrogen market.

Product & Chemical Commodity Price Impact

The news is positive for clean hydrogen technology, as NewHydrogen’s third patent strengthens protection for its ThermoLoop process and supports development of potentially lower-cost hydrogen production. However, the immediate impact on hydrogen prices is likely to be limited because the technology remains in the engineering-test and pilot-development stages. If ThermoLoop achieves commercial-scale production with lower operating costs, increased clean hydrogen supply could place downward pressure on long-term hydrogen prices, particularly in regions adopting thermochemical production. For chemical commodities tracked by ChemAnalyst, the impact would initially be minimal. Over time, cheaper hydrogen could reduce feedstock costs for ammonia, methanol and hydrogenation-related chemicals, potentially easing production costs and prices.