NEWHYDROGEN INC - NEWH STOCK NEWS

NewHydrogen, Inc. (OTC:NEWH) announces a breakthrough catalyst technology featured in a Nature Materials article, emulating natural enzymes for faster and more efficient hydrogen production. The catalyst, 'Ni(OH)2-clothed Pt-tetrapods,' consists of a platinum core covered by an amorphous nickel hydroxide shell, enhancing reaction speed, safeguarding against poisoning, and extending lifespan. The design creates a favorable environment for the catalyst, resulting in faster and more efficient hydrogen production, promising for renewable fuel production and aligning with the US Department of Energy's goal of achieving $1 per kilogram of green hydrogen within a decade.

NewHydrogen, Inc. announces discussion on the future of hydrogen fuel and the increasing global adoption of hydrogen strategies. Dr. Ivor John highlights Japan's commitment of $100 billion and the United States' allocation of $8 billion for hydrogen investments.

NewHydrogen promotes Steven Hill to CEO, aims to lower cost of green hydrogen

NewHydrogen, Inc. (OTC:NEWH) has successfully completed the benchmarking of its green hydrogen generator prototype, confirming its performance closely matches existing commercial catalysts. The company, focused on producing low-cost green hydrogen through renewable energy, conducted tests using a five-layer membrane electrode assembly embedded with platinum and iridium catalysts. Following this phase, further evaluations on long-term stability, hydrogen production rate, and overall costs of their novel catalysts will be undertaken. CEO Dr. David Lee expressed optimism about the results, viewing them as a significant step toward enhancing green hydrogen adoption and reducing reliance on rare materials essential for electrolyzers.

NewHydrogen, Inc. (OTC:NEWH) announced the appointment of Steven Hill as Vice President and board member, effective immediately. Hill, with over 20 years in the biopharmaceutical industry, will drive the company’s business development initiatives. His previous roles include positions at AstraZeneca and Relypsa, where he gained substantial sales and marketing experience. NewHydrogen focuses on developing low-cost green hydrogen technology, with a current research program at UCLA aimed at reducing expenses tied to electrolyzers. The company aims to contribute to a $12 trillion green hydrogen market, minimizing the use of costly rare materials in production.

NewHydrogen, Inc. (OTC:NEWH) announced the launch of its hydrogen generator prototype, featuring innovative low-cost catalyst technology. This prototype will facilitate the integration of next-generation electrolyzer components. The company is currently conducting systematic acidic water-splitting tests to benchmark performance against standard commercial catalysts. Additionally, NewHydrogen is scaling up its noble catalyst synthesis for upcoming evaluations, focusing on efficiency and cost-effectiveness. With the hydrogen car market predicted to grow by 2028, the company aims to contribute significantly to the green hydrogen economy.

NewHydrogen, Inc. (OTC: NEWH) has reported significant progress in its green hydrogen technology development, aiming to lower production costs by reducing reliance on precious metals in electrolyzers. Key milestones include partnerships with UCLA, the development of new catalysts, and the prototyping of a hydrogen generator. The company plans to evaluate its catalysts' performance and expand its technology focus to enhance electrolyzer efficiency. CEO Dr. David Lee expressed optimism about market opportunities in the green hydrogen sector, projected to be worth $12 trillion, as the company works towards commercialization.

NewHydrogen, Inc. (OTC: NEWH) has expanded its research agreement with UCLA to enhance green hydrogen production. This collaboration aims to lower production costs by improving key components of hydrogen generators, focusing on PEM electrolyzers.

UCLA researchers have previously developed a low-cost oxygen catalyst eliminating the need for iridium and significantly enhancing electrolyzer performance. The new agreement will also include innovations in gas diffusion layers and ion exchange membranes, all targeting a low-cost, high-performance electrolyzer essential for advancing the green hydrogen economy.