NewHydrogen Files First International Patent for ThermoLoop Clean Hydrogen Technology
NewHydrogen, Inc. (OTCQB: NEWH) has filed its first international patent application for its ThermoLoop™ clean hydrogen technology, jointly with the University of California, Santa Barbara (UCSB), further strengthening the company’s intellectual property position in low‑cost, green hydrogen production. The Patent Cooperation Treaty (PCT) filing, titled “Coupled Multi-phase Oxidation-Reducing For Production of Chemicals,” secures a priority date across 158 countries as NewHydrogen moves toward commercialization.
What the ThermoLoop patent covers
The new application broadens the foundation for NewHydrogen’s ThermoLoop thermochemical water-splitting process, incorporating new material compositions from the UCSB team and a new isothermal hydrogen process. A key innovation is the use of artificial intelligence and Large Language Models (LLMs) to design and optimize complex mixed‑metal oxides and other regenerable materials that can operate efficiently at specific temperatures, enabling hydrogen production below 1000°C and avoiding the large, energy‑intensive temperature swings required by older methods.
CEO Steve Hill says the patent marks a critical milestone in the company’s mission to produce “the world’s most cost-effective clean hydrogen,” emphasizing that combining advanced materials science with AI‑driven discovery could deliver a scalable, carbon‑free alternative to electricity‑intensive electrolysis. By using heat directly—potentially sourced from existing and future power plants, including small modular nuclear reactors—ThermoLoop aims to dramatically reduce reliance on expensive electricity in green hydrogen production.
Strategic context for NEWH investors
NewHydrogen is positioning ThermoLoop™ as a pathway to the “world’s cheapest clean hydrogen,” targeting a massive addressable market that Goldman Sachs has estimated could reach $12 trillion for the broader clean hydrogen economy. Today, most hydrogen is produced from hydrocarbons like coal, oil and natural gas, while current clean hydrogen typically relies on costly electrolysis; ThermoLoop’s heat‑driven approach is intended to shift that cost structure using abundant water and low‑cost heat.
For NewHydrogen shareholders, the PCT filing expands global IP protection around a core technology asset at the center of the company’s growth strategy, but the usual early‑stage risks remain, including technology scale‑up, commercialization timelines, regulatory factors and capital requirements, as highlighted in the company’s forward‑looking statements.
