Welcome to our dedicated page for Newhydrogen news (Ticker: NEWH), a resource for investors and traders seeking the latest updates and insights on Newhydrogen stock.
NewHydrogen, Inc. (OTCQB: NEWH) is described as the developer of ThermoLoop™, a thermochemical water-splitting technology that uses water and heat instead of electricity to produce what the company characterizes as very low-cost clean or green hydrogen. The NEWH news feed highlights the company’s progress in developing this technology, its research collaboration with the University of California, Santa Barbara, and its efforts to move from laboratory experiments toward pilot-scale and pre-commercial designs.
News items for NewHydrogen commonly cover technical milestones, such as the first production of clean hydrogen using a ThermoLoop lab benchtop unit and public demonstrations of real-time hydrogen generation in a continuous looping reaction. Releases also describe patent filings jointly made with UC Santa Barbara for thermochemical water-splitting processes and materials, as well as updates on materials development, process modeling, and integration studies with power plants.
The company’s announcements frequently introduce additions to its technical team, including roles such as Chief Technology Officer, Director of Process Engineering, Senior Chemical Engineer, and members of the UCSB Technology Team. These updates explain how new team members contribute expertise in chemical engineering, dynamic reactor operation, catalytic processes, and scale-up of thermochemical systems.
Another recurring theme in NewHydrogen news is the integration of ThermoLoop with heat sources such as current and future power plants and Small Modular Reactors, which the company describes as ideal sources of baseload heat and high-temperature steam. Releases discuss preliminary design and economic studies on coupling ThermoLoop with these facilities and describe the company’s view of the potential scale of hydrogen production from such integrations.
Investors and observers following NEWH news can use this page to review company statements on technology development, research collaboration, patent activity, power-plant integration concepts, and personnel changes that the company associates with its ThermoLoop platform. Regularly checking this feed can provide a chronological view of how NewHydrogen presents the evolution of its hydrogen technology and related strategic priorities.
NewHydrogen's CEO Steve Hill recently interviewed Dr. Carol Parish, a renowned computational scientist, on the NewHydrogen Podcast. The discussion focused on AI's role in advancing hydrogen storage solutions and its potential impact on renewable energy. Dr. Parish highlighted how AI can help scientists solve energy problems by exploring molecular possibilities for efficient hydrogen storage.
The conversation also touched on the synergy between renewable energy, data centers, and green hydrogen storage. Dr. Parish's research on organic-based radical molecules for environmentally friendly batteries was discussed, showcasing the importance of computational science in developing sustainable energy solutions.
Dr. Parish, a distinguished professor at the University of Richmond, has an extensive background in computational chemistry and has received numerous awards for her work in advancing diversity in chemical sciences and supporting undergraduate research.
NewHydrogen (OTCMKTS:NEWH) has announced that Dr. Justin Marlowe has joined the UCSB Technology Team to develop their ThermoLoop™ technology. This innovative process uses water and heat instead of electricity to produce cost-effective green hydrogen. Dr. Marlowe, who holds a Ph.D. in Chemical Engineering from UCSB, brings expertise in materials characterization and reaction engineering.
He will work alongside Dr. Phil Christopher and Dr. Eric McFarland at UCSB to optimize the thermochemical water splitting process. NewHydrogen CEO Steve Hill expressed confidence that Dr. Marlowe's addition will accelerate progress towards the company's objectives in developing scalable green hydrogen production.
NewHydrogen, Inc. (OTCMKTS:NEWH), developer of the ThermoLoop™ technology for producing cheap green hydrogen, hosted a podcast featuring CEO Steve Hill and Dr. Krish Jayachandran from Florida International University. They discussed the potential of green hydrogen in sustainable agriculture, highlighting its applications in powering farm machinery and irrigation systems while reducing carbon emissions.
Dr. Jayachandran, a Distinguished University Professor of Environmental Microbiology/Soil Science, emphasized that green hydrogen and ammonia could revolutionize sustainable agriculture practices. The podcast underscored the need for collaborative efforts in research and development to address challenges in the field. Both experts agreed on the importance of adopting green technologies for the future of agriculture.
In a recent podcast, Steve Hill, CEO of NewHydrogen, discussed training future energy and climate tech entrepreneurs with David Pruner, Executive Director of TEX-E. TEX-E aims to transition Texas into a clean energy innovation hub. Despite Texas historically focusing on conventional energy, the state is shifting towards renewable energy and hydrogen technologies. TEX-E collaborates with MIT to build a startup ecosystem and encourages students from Texas’ top universities to join the clean energy sector. While the venture capital scene in Texas is still developing, the future looks promising.
NewHydrogen CEO Steve Hill recently discussed the future of green hydrogen with UC Berkeley economist Dr. Gordon Rausser. They explored investment strategies, technological advancements, and policy impacts in the green hydrogen market. They highlighted that global investments in green hydrogen are projected to hit $12 trillion by 2050. Dr. Rausser emphasized the importance of technological innovation and policy incentives to make green hydrogen cost-competitive. The conversation also delved into the transformative potential of green hydrogen across various sectors and the need for coordinated R&D efforts. Dr. Rausser underscored regional hydrogen production for energy security and economic resilience. The podcast is available on NewHydrogen's website.
NewHydrogen (OTCMKTS: NEWH) CEO Steve Hill discussed the challenges of making cutting-edge hydrogen technology marketable with Dr. Sanjeev Mukerjee, a leading hydrogen expert from Northeastern University. Dr. Mukerjee emphasized the need for continued investment to address durability and scalability issues in hydrogen production. He highlighted the transition from lab-scale innovations to production, stressing the importance of intellectual property protection and strategic partnerships. They discussed the potential of hydrogen fuel cell trucks, the necessity of reducing hydrogen production costs, and the role of public and private investment. Decentralization in hydrogen production and distribution was also noted as a way to enhance system flexibility and resilience. The discussion touched on the environmental benefits of producing green ammonia for fertilizers, projecting a significant positive impact on agriculture.
NewHydrogen CEO Steve Hill discussed the development of standalone hydrogen evolution systems in a podcast with SDSU Associate Professor Dr. Jing Gu. Dr. Gu's team is working on alternative anode reactions and catalysts using organic materials from wastewater and plastic waste to create efficient solar energy conversion systems. Current lab-scale devices have successfully generated hydrogen from wastewater. The discussion also covered challenges like the high cost of electrolysis, the need for durable materials, and the potential of renewable energy resources in the U.S. Dr. Gu's research addresses issues like wastewater treatment and plastic waste management, aiming for economic viability.
NewHydrogen, Inc. CEO Steve Hill discussed sustainability with UC Davis expert Dr. Kurt Kornbluth, highlighting interdisciplinary collaboration, energy conservation efforts, and the potential of hydrogen in sustainable initiatives. Dr. Kornbluth emphasized the importance of collaboration in addressing energy challenges, showcased UC Davis campus's energy projects, and explored the usage of hydrogen in reducing carbon emissions. The conversation also touched upon funding sustainable projects, community energy systems, and joint research projects with Danish municipalities. NewHydrogen's focus on developing affordable green hydrogen using thermochemical approaches was briefly introduced.
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