NewHydrogen is scouting Utah for the first ThermoLoop deployment, looking for a site where heat could do the heavy lifting in clean hydrogen production
The hydrogen sector benefited greatly from the integration of technology and scientific expertise because it opened a clear pathway for developers to experiment and pursue projects that would not have been possible through traditional strategies. The United States continues to be among the leading hydrogen energy producers, falling only behind Asian countries like China that have been dominating hydrogen generation for an extended period of time. However, the U.S. deserves huge credit for fostering an environment where developers are looking forward to investing in projects that could create a blueprint for many others to adopt in the future. Recently, NewHydrogen began scouting Utah for the first ThermoLoop deployment, looking for a site where heat could do the heavy lifting in clean hydrogen production.
NewHydrogen maintains momentum after gaining success with latest technology
The energy industry evolves at such a rapid pace that when a company is enjoying any success, it must capitalize and seek to gain as much revenue as it can while it still can. NewHydrogen is developing ThermoLoop, which is a breakthrough thermochemical technology that uses heat to split water, producing massive amounts of the world’s cheapest clean hydrogen.
Nowadays, the goal for energy companies is not just energy generation but also finding the cheapest ways through which energy can be generated in order to make it easier for clean electricity to exist in surplus amounts. Hydrogen has become important to modern life, to an extent that we cannot live without it.
For instance, hydrogen is the key ingredient that makes fertilizers needed to grow food for the world. It is also used for transportation, refining oil, and making steel, glass, pharmaceuticals, and more.
Breaking barriers: NewHydrogen is scouting Utah for the first ThermoLoop deployment
According to a press release from NewHydrogen, the company announced that, along with the Utah San Rafael Energy Lab, they are strategically collaborating with the aim of conducting an initial site assessment evaluating USREL’s Orangeville, Utah facility as a potential host site for a future Thermoloop deployment.
Companies usually aim to establish a presence in every state within the U.S., but before doing so, it is important that they establish themselves in a single specific area first. In 2023, management of the San Rafael State Energy Lab was transferred to the Utah Office of Energy Development (H.B. 410). The lab fosters innovation and supports technological developments in the energy sector through community engagement and collaboration with industry leaders, researchers, entrepreneurs, investors, and other stakeholders.
USREL is operated by the Utah Office of Energy Development and is a multidisciplinary research facility supporting applied research and technology development across nuclear, fossil, and renewable energy systems.
Delving deeper into NewHydrogen’s assessment of USREL’s Orangeville, Utah facility
The Utah Office of Energy Development is the state’s primary office for advancing energy and mineral development. The office is responsible for fostering innovation, expanding educational and workforce opportunities and providing evidence-centered energy policy analysis.
Under the non-binding collaboration, NewHydrogen and USREL will assess site infrastructure, utility capacity and permitting considerations relevant to hosting a ThermoLoop system, with findings expected to inform a future siting decision as the company moves forward in its first plant deployment.
Looking ahead: NewHydrogen’s plans to expand throughout the United States
There is great excitement for the company as it looks forward to achieving a groundbreaking milestone that will set the tone for its future initiatives. Steve Hill, CEO of Newhydrogen, stated the following:
“Site selection is a critical step as we move from validating ThermoLoop® in the lab to deploying it in the field. USREL’s infrastructure and energy sector expertise make it a compelling location to evaluate as we plan our next phase of development.”
This is an important initiative for NewHydrogen considering that it is set to enter uncharted territory. The pilot plant will be a small-scale system that is built to test and validate its ThermoLoop technology before committing to full-scale commercial production.
Prince is a versatile writer focused on energy, automotive, environmental, and general news topics. He makes complex technical and policy issues clear, engaging, and accessible for a broad audience.
