Core Insights - NewHydrogen, Inc. has developed ThermoLoop™, a technology that aims to produce the world's cheapest clean hydrogen using water and heat instead of electricity [1][5] - The company has filed a second provisional patent application in collaboration with the University of California, Santa Barbara, focusing on improvements to the ThermoLoop process [2][4] Technology and Innovation - The patent application titled "Improved Materials and Methods For Production of Chemicals By Thermochemical Looping" details advancements in the thermochemical water splitting process and new material compositions [2] - The proprietary process leverages advanced solid-state materials and machine learning for optimizing efficiency and cost-effectiveness [2] Economic Viability - Preliminary design and economic studies indicate that integrating ThermoLoop with current and future power plants is feasible, with Small Modular Reactors (SMRs) identified as ideal heat sources for the process [3] - The company aims to significantly reduce the reliance on expensive electricity for hydrogen production, which is currently dominated by hydrocarbon-based methods [5] Market Potential - The clean hydrogen economy is projected to have a market value of $12 trillion, highlighting the significant economic opportunity associated with hydrogen production [5]

Core Viewpoint - NewHydrogen, Inc. has developed ThermoLoop™, a technology that utilizes heat instead of electricity to produce clean hydrogen, which is expected to significantly reduce production costs [1][10]. Group 1: Technology and Process - ThermoLoop is a novel thermochemical process that leverages inexpensive heat to lower the cost of clean hydrogen production [2]. - The technology can be retrofitted into existing and future power plants, utilizing the constant high-temperature heat and steam they produce [3]. - By directly using heat from power plants, ThermoLoop can eliminate most electricity usage, making it potentially more cost-effective than traditional electrolyzers [4]. Group 2: Market Potential and Future Developments - The demand for new power plants is driven by population growth and the increasing need for AI, which will provide a greater source of heat for hydrogen production [5]. - Currently, there are 2,500 coal, 4,500 gas, and 440 nuclear power plants globally, with projections indicating a rise in nuclear power's role in electricity generation [6]. - The U.S. plans to add 300 gigawatts of new nuclear capacity by 2050, primarily through Small Modular Reactors (SMRs), which can support distributed power generation [7]. Group 3: Production Capacity and Economic Impact - A 50-megawatt SMR integrated with ThermoLoop could produce approximately 54 metric tons of hydrogen daily, sufficient for 10,000 hydrogen vehicle fill-ups [8]. - The integration of ThermoLoop with power plants could enable continuous production of clean hydrogen, which is more valuable than electricity [8]. - The clean hydrogen economy is projected to have a future market value of $12 trillion, highlighting the significant economic potential of this technology [10].

Core Insights - NewHydrogen, Inc. is set to release a Special Report on October 27, 2025, detailing a significant source of heat for its ThermoLoop technology, which aims to produce the world's cheapest clean hydrogen using water and heat instead of electricity [1][2]. Company Overview - NewHydrogen is developing ThermoLoop, a technology that utilizes water and heat to generate low-cost clean hydrogen, which is essential for various industries including fertilizers, transportation, and pharmaceuticals [4]. - The current predominant method for producing clean hydrogen involves using electrolyzers powered by clean electricity, which constitutes 73% of the cost of clean hydrogen production [5]. Technology and Process - The Special Report will highlight large-scale, globally available heat sources that can be harnessed for the ThermoLoop process, potentially reducing the reliance on expensive electricity [2]. - Heat can be sourced from concentrated solar energy, industrial waste heat, and nuclear reactors, which can significantly lower the cost of hydrogen production compared to traditional methods [5]. Market Potential - The clean hydrogen economy is projected to have a market value of $12 trillion, as estimated by Goldman Sachs, indicating substantial growth potential for technologies like ThermoLoop [5].

Core Viewpoint - NewHydrogen, Inc. has achieved a significant milestone by demonstrating real-time hydrogen production using its innovative ThermoLoop technology, which utilizes heat instead of electricity for water-splitting, potentially leading to the world's lowest cost clean hydrogen production [1][2][7]. Technology Demonstration - The company showcased its ThermoLoop lab benchtop unit, marking the first instance of continuous hydrogen production, which allows for simultaneous production of hydrogen and oxygen [2][3]. - The Special Report provides insights into the laboratory processes and the unique thermochemical water-splitting approach of ThermoLoop, which could render traditional electrolyzers obsolete [4]. Pathway to Commercial Scale - This lab demonstration is a crucial step towards scaling the technology for commercial applications, similar to the evolution of steam reforming of natural gas, which currently produces over 60 million tons of hydrogen annually in a $170 billion market [6]. Cost Efficiency - ThermoLoop's heat-based method addresses the high cost of clean hydrogen production, where electricity constitutes up to 73% of production costs. By utilizing heat from various sources, the technology aims to significantly reduce these costs [7][9]. - The company collaborates with a research team at UC Santa Barbara to advance the clean hydrogen economy, which Goldman Sachs estimates could reach a market value of $12 trillion [9]. Company Overview - NewHydrogen is focused on developing ThermoLoop, a technology that leverages water and heat for hydrogen production, positioning itself as a key player in the clean hydrogen sector, which is essential for various industries including agriculture, transportation, and manufacturing [8].

Core Viewpoint - NewHydrogen, Inc. has achieved a significant milestone by demonstrating real-time hydrogen production using its innovative ThermoLoop™ technology, which utilizes heat instead of electricity to produce clean hydrogen at a lower cost [1][2][7]. Technology Demonstration - The company showcased its ThermoLoop lab benchtop unit, marking the first instance of continuous hydrogen production through a thermochemical water-splitting process [2][3][4]. - Previous versions of the technology could only produce either hydrogen or oxygen, but the latest iteration allows for simultaneous production, enhancing efficiency and data collection for future scaling [3][4]. Pathway to Commercial Scale - This lab demonstration is a crucial step towards commercial applications, similar to the evolution of steam reforming of natural gas, which now produces over 60 million tons of hydrogen annually in a $170 billion market [6]. - The technology aims to address the high production costs of clean hydrogen, where electricity currently constitutes up to 73% of these costs [7][9]. Industry Impact - NewHydrogen's approach could potentially render traditional electrolyzers obsolete, significantly impacting the clean hydrogen economy, which Goldman Sachs estimates could reach a market value of $12 trillion [5][9]. - The company is collaborating with a world-class research team at UC Santa Barbara to advance its technology and contribute to the clean hydrogen economy [9].