NewHydrogen, Inc. is a developer of clean energy technologies focused on producing green hydrogen using heat rather than electricity. The company’s core activity is the research and development of its ThermoLoop technology, a thermochemical water splitting process that uses inexpensive heat from sources such as concentrated solar, geothermal, nuclear reactors or industrial waste to split water into hydrogen and oxygen. NewHydrogen works with a research team at the University of California, Santa Barbara to advance the ThermoLoop concept toward a pilot demonstration that could lower the cost of green hydrogen below that of fossil fuel derived hydrogen. By targeting the elimination of expensive electricity and the use of abundant heat, the firm aims to address a key barrier in the current green hydrogen supply chain. NewHydrogen operates in the renewable energy sector, specifically within the emerging green hydrogen industry.

At present, NewHydrogen does not generate revenue from product sales or commercial operations. The company has reported no backlog of orders and no government contracts at this time. NewHydrogen intends to earn income by licensing its ThermoLoop technology to manufacturers that build hydrogen production plants and by forming partnership agreements with companies that produce, distribute or use hydrogen. Revenue is expected to arise from upfront licensing fees, royalty payments and potential service contracts once the technology is demonstrated and ready for commercial deployment. The firm also notes that it may pursue revenue through the sale of specialized components or engineering services related to its thermochemical process.

NewHydrogen positions itself as an innovator in the green hydrogen market by pursuing a heat based approach that avoids the high electricity costs and expensive materials associated with conventional electrolyzers. Its main competitors include established electrolyzer makers such as ITM Power, Clean Power Hydrogen Group, Sunfire, Greenway Energy, Amalyst and AFC Energy, which focus on PEM or alkaline electrolysis systems. According to filings, the global green hydrogen market was valued at more than $374 million in 2021 and is projected to reach $8.7 billion by 2028, while Goldman Sachs has estimated the future market value of the green hydrogen economy at $12 trillion. The company’s competitive advantage lies in its potential to lower the cost of green hydrogen by eliminating the need for electricity, using readily available heat sources and reducing reliance on costly catalysts like platinum and iridium. By collaborating with the University of California, Santa Barbara, NewHydrogen also benefits from access to leading research expertise in thermochemical processes and the ability to iterate on material designs that could improve efficiency and scalability.

NewHydrogen’s anticipated customers are manufacturers of hydrogen production equipment, energy firms seeking low cost hydrogen for industrial processes, and utilities or transportation companies looking to adopt green hydrogen for power generation or fuel cell vehicles. The company also expects to engage with fertilizer producers, refineries, steel makers and other industrial users that require large volumes of hydrogen for their operations. While the filing does not name specific current customers, NewHydrogen states it is engaging with producers of thermochemical components and potential licensing partners worldwide. The target market includes any organization that needs hydrogen for applications such as ammonia synthesis, petroleum refining, metal treatment or power generation through fuel cells.