HGenium的动态

?? "The Future of Green Hydrogen is Here – Don’t Miss This!" What if the next big leap in clean energy came from a company redefining?hydrogen technology??Cipher Neutron Inc., under the leadership of CEO?Gurjant Randhawa,M.Eng,P.Eng., is at the forefront of innovation, pushing the boundaries with their cutting-edge electrolyzers and green hydrogen solutions. At the?13th International Investment Forum (IIF)?on December 4, 2024, Gurjant Randhawa delivered an eye-opening presentation, sharing insights into how Cipher Neutron is revolutionizing the green energy landscape and tackling one of the most pressing challenges of our time:?decarbonizing global industries. ???What’s in it for you? Learn how Cipher Neutron is building scalable, efficient, and sustainable solutions to power the hydrogen economy—and why this could be a game-changer for the future of clean energy. ?? Watch the full recording of this impactful presentation and discover why?investors and energy experts are taking notice: https://lnkd.in/efJ6pCJe #GreenHydrogen #CleanEnergy #CipherNeutron #SustainableInnovation #IIF2024 #HydrogenEconomy

Sparc Hydrogen is closer to announcing the development of its photocatalytic water splitting hydrogen production pilot reactor with the announcement of new international partners for the project. A joint venture between sparc TECHNOLOGIES (ASX:SPN), the University of Adelaide and Fortescue, Sparc Hydrogen has progressed several key workstreams that de-risk the development of the pilot plant, including signing a Collaboration Framework Agreement with Shinshu University in Japan. Other milestones include securing an in-principle agreement from the University of Adelaide to locate the plant at its Roseworthy Campus and progressing the detailed design and engineering for the pilot scale water splitting reactor. Sparc Technologies Managing Director Nick O'Loughlin said: “Formalising a relationship with Shinshu University providing a collaboration for the supply of their world-leading photocatalysts for testing in Sparc Hydrogen’s reactors, is a significant milestone.” #manufacturing #australianmanufacturing #asx #hydrogen #greenhydrogen #photocatalysts #chemicalindustry #catalysts

Sparc Hydrogen pilot plant closer with new Japanese partner Sparc Hydrogen is closer to announcing the development of its photocatalytic water splitting hydrogen production pilot reactor with the announcement of new international partners for the project. A joint venture between Sparc Technologies, the University of Adelaide and Fortescue, Sparc Hydrogen has progressed several key workstreams that de-risk the development of the pilot plant, including signing a Collaboration Framework Agreement with Shinshu University in Japan. Other milestones include securing an in-principle agreement from the University of Adelaide to locate the plant at its Roseworthy Campus and progressing the detailed design and engineering for the pilot scale water splitting reactor. #manufacturing #manufacturingnews #hydrogen #decarbonisation @SparctechS Fortescue SPARC TECHNOLOGIES Sparc Hydrogen University of Adelaide https://lnkd.in/g3Z-nNtp

A groundbreaking study led by Flinders University researchers has uncovered a new class of kinetically stable 'core and shell Sn(II)-perovskite' oxide solar materials that could revolutionize the production of pollution-free hydrogen energy. This innovation, combined with a catalyst for water splitting developed by Baylor University, paves the way for cost-effective, high-performance electrolysis powered by non-greenhouse-gas-emitting sources like solar. This discovery is a significant step toward achieving carbon-free hydrogen technologies and unlocking the potential of solar-driven, green hydrogen production. New Breakthrough in Green Hydrogen Production: https://lnkd.in/e85Tyrje #GreenHydrogen #RenewableEnergy #SolarPower #CleanTech #HydrogenEconomy #Sustainability #Innovation

A groundbreaking study led by Flinders University researchers has uncovered a new class of kinetically stable 'core and shell Sn(II)-perovskite' oxide solar materials that could revolutionize the production of pollution-free hydrogen energy. This innovation, combined with a catalyst for water splitting developed by Baylor University, paves the way for cost-effective, high-performance electrolysis powered by non-greenhouse-gas-emitting sources like solar. This discovery is a significant step toward achieving carbon-free hydrogen technologies and unlocking the potential of solar-driven, green hydrogen production. New Breakthrough in Green Hydrogen Production: https://lnkd.in/e85Tyrje #GreenHydrogen #RenewableEnergy #SolarPower #CleanTech #HydrogenEconomy #Sustainability #Innovation

As #hydrogentechnologies, particularly electrolyzers and fuel cells, strive to achieve technological maturity and cost-effectiveness, accelerating innovation and scaling production is paramount. Overcoming these challenges requires significant investment in advanced research to develop cutting-edge materials and technologies that enhance performance and durability, scale up production to realize economies of scale, and foster collaboration between industry, academia, and government entities to drive innovation. In this context, #VSParticle is uniquely positioned to make a substantial impact. Our mission focuses on enabling the development of advanced nanomaterials that can enhance the performance and efficiency of electrolyzers. By refining critical catalysts, VSParticle not only helps to lower production cost but also increases energy output, making hydrogen technologies more viable and sustainable. This is crucial for creating next-generation solutions that have the potential to revolutionize industries ranging from energy storage to catalysis. It aligns perfectly with the broader goals of the U.S. Department of Energy (DOE) initiative. ??Click here to learn about VSParticle's goal to supply tools for research market and mass production: https://lnkd.in/dtbspAEn

By Steven Henderson Abstract This research presents a comprehensive exploration into the synthesis of helium-3 (He-3) from hydrogen isotopes, along with the development of helium-3-based battery prototypes. The primary objective is to provide a sustainable, high-energy fuel alternative with applications ranging from industrial energy storage to potential aerospace and remote power solutions. Given the rarity of helium-3 on Earth...... https://lnkd.in/gjYPheSh

geologic #hydrogen aka subterranean hydrogen aka natural hydrogen aka gold or white hydrogen is it the future of clean hydrogen? Dirty hydrogen costs about $2/kg to produce #greenhydrogen costs about $7/kg which most expect to get closer to $2 than $7 over time geologic hydrogen should cost $1/kg or less It has issues of scale, purity etc, but the cost is why #startups and researches are all over it https://lnkd.in/d3iTeqKs

Hgen — a Breakthrough Energy Fellows project — announced the close of a $5M seed round. This funding will accelerate Hgen’s mission to bring clean hydrogen production to the forefront of industrial decarbonization. Hgen’s alkaline electrolyzers pack 20x the power density of traditional systems, producing the same amount of hydrogen in a 20x smaller device. This leap forward is thanks to its cell design, which is not only 9% more efficient but also 6x thinner—a compact, cost-effective breakthrough designed to meet clean hydrogen cost targets. Read more about Hgen in TechCrunch: https://nt-z.ro/3ClTRKz

Alberta is hosting the 5,000 Hydrogen Vehicle Challenge, aiming to introduce 5,000 hydrogen or dual-fuel vehicles to Western Canada's roads in five years. Blue hydrogen is likely to be used and costs $2/kg. Efforts towards green hydrogen estimate its cost at $6/kg, whereas subsurface white hydrogen may cost between $0.50 and $1/kg. Tesseral Ai has partnered with Avalio, an Australian firm specializing in hydrogen exploration. To separate hydrogen from methane, we can use technology from HyET Hydrogen B.V., a company based in the Netherlands that is already in use in California. Tesseral Ai's Duplex Wave Migration technology is believed to be capable of imaging steep faults, potentially serving as pathways for hydrogen from the basement to the subsurface. Avalio is considering a pilot project in Alberta, targeting an extinct Precambrian rift, and is currently seeking partners for this endeavor.