Newhydrogen Inc Stock Price, News & Analysis

NewHydrogen (OTCQB: NEWH) reported 2025 progress for its ThermoLoop™ thermochemical hydrogen process and outlined 2026 priorities. Key 2025 milestones include public disclosure of ThermoLoop science, joint filing of two U.S. patent applications with University of California Santa Barbara, a live benchtop demonstration producing hydrogen in real time, and commencement of trading on the OTCQB (effective April 21, 2025). Management additions include a new CTO and Director of Process Engineering. The company plans further materials and reactor development and seeks partnerships to pair ThermoLoop with SMRs and other heat sources for scale-up.

NewHydrogen (OTCMKTS: NEWH) on Nov 4, 2025 filed a joint provisional patent application with University of California, Santa Barbara for "Improved Materials and Methods For Production of Chemicals By Thermochemical Looping."

The filing describes recent improvements to the ThermoLoop thermochemical water‑splitting process, new material compositions discovered by the UCSB team, and the first disclosure of an isothermal hydrogen process. The company says ThermoLoop uses inexpensive heat and water, leverages advanced solid‑state materials and machine‑learning material discovery, and completed preliminary design and economic studies identifying Small Modular Reactors (SMRs) as an ideal baseload heat source.

NewHydrogen (OTCQB: NEWH) described how its ThermoLoop technology pairs with Small Modular Reactors (SMRs) to produce low‑cost clean hydrogen using heat and water instead of electricity. The release highlights SMR modularity, continuous high‑temperature heat, and policy momentum in the U.S., Japan, and Europe.

Key metric: a 50 MW SMR paired with ThermoLoop (assuming 50% energy efficiency) could produce ~54 metric tons of hydrogen per day, enough for ~54 one‑ton fueling stations or ~10,000 vehicle fill‑ups per day.

NewHydrogen (OTCQB: NEWH) announced that its ThermoLoop technology can use the immense heat from current and future power plants to produce low‑cost clean hydrogen by replacing electricity with inexpensive heat.

The company completed preliminary design and economic studies and says ThermoLoop can be retrofitted to coal, gas and nuclear plants to use constant high‑temperature heat and steam, eliminating most electricity use for hydrogen production. NewHydrogen highlighted global capacity data (2,500 coal, 4,500 gas, 440 nuclear plants) and cited 110 new reactors planned providing up to 543 GW by 2030. The company estimated a 50 MW SMR coupled to ThermoLoop (50% efficiency) could produce ~54 metric tons H2 per day.

NewHydrogen (OTCQB:NEWH) announced it will release a Special Report on October 27, 2025 after 4:00 PM ET identifying globally available, large-scale sources of heat that could power its ThermoLoop™ water‑splitting system.

The report will feature insights from Dr. Eric McFarland, CTO and co‑inventor of ThermoLoop, and Sundar Narayanan, Director of Process Engineering, who is described as having 35 years of industrial and chemical process engineering experience including 20+ years with ExxonMobil.

Investors and interested parties are directed to https://newhydrogen.com/special-report-October-2025 for the report and to https://newhydrogen.com/ for more company information.

NewHydrogen (OTCQB:NEWH) announced the addition of Dr. Austin Morales to its UCSB Technology Team to advance the development of ThermoLoop™, a breakthrough technology for producing clean hydrogen using water and heat instead of electricity.

Dr. Morales, who holds a Ph.D. in Chemical Engineering from the University of Houston, brings expertise in dynamic reactor operation and catalytic processes. He joins an established team of scientists at UCSB and NewHydrogen working on entropy-driven thermochemical water splitting. His research has been published in prestigious journals including Nature and ACS Catalysis.

The company's ThermoLoop™ technology, under development since August 2023, aims to create the world's cheapest green hydrogen through a novel thermochemical process using inexpensive heat.

NewHydrogen (OTCQB:NEWH) has achieved a significant milestone by successfully demonstrating its first production of clean hydrogen using its novel ThermoLoop™ technology. The breakthrough system uses water and heat instead of electricity to produce hydrogen, representing a potential disruption to traditional electrolyzers.

The company's laboratory demonstration showed simultaneous production of both hydrogen and oxygen in a continuous looping reaction, a crucial advancement from previous iterations. The technology aims to reduce production costs by utilizing heat sources such as concentrated solar, geothermal, nuclear reactors, and industrial waste heat, addressing the fundamental cost challenge where electricity accounts for up to 73% of current production costs in the $170 billion fossil-fuel-based hydrogen market.

NewHydrogen has unveiled its ThermoLoop™ technology, positioning it as a revolutionary alternative to traditional electrolyzers in the $12 trillion green hydrogen market. The technology uses water and heat instead of electricity to produce hydrogen, promising to be more cost-effective and efficient than 200-year-old electrolyzer systems. ThermoLoop's novel materials and reactions maintain consistent temperature during operation, eliminating energy losses common in traditional thermochemical cycles. The system enables continuous hydrogen production wherever heat and water are available, with theoretical heat-based thermodynamic efficiency suggesting superior cost-per-kilogram performance compared to electrolyzers. CEO Steve Hill argues that current electrolyzer technology cannot achieve the projected $12 trillion hydrogen economy, positioning ThermoLoop as the potential key to unlocking green hydrogen's global potential.

NewHydrogen (OTCQB:NEWH) has appointed Sundar Narayanan as Director of Process Engineering to lead the development and scale-up of their ThermoLoop™ technology. ThermoLoop™ is a breakthrough technology that produces green hydrogen using water and heat instead of renewable electricity, aiming to create the world's cheapest green hydrogen.

Narayanan brings over 35 years of experience in process development, scale-up, and commercialization, with previous leadership roles at ExxonMobil Research & Engineering and Aspen Technology. He holds a B.Tech. in Chemical Engineering from the University of Madras and an M.S. from the University of Akron, and has contributed to several publications and patents in energy efficiency and emissions reduction.