ARK Invest Europe的动态

0.1 mg/cm2 - Why is everyone in the green hydrogen industry obsessed with this number? It could be the key to making clean hydrogen economically competitive with fossil fuels. In our new article, we break down the science and economics behind this critical threshold - and how it could transform the energy transition. Read "Unlocking the green hydrogen economy": https://lnkd.in/dg_4sFPh #GreenHydrogen #CleanEnergy #Innovation #Sustainability

??The Hydrogen Race: Uncovering Low-Cost, Underground Hydrogen in Australia! ?? Exciting news from Down Under! The successful testing of an exploration well in Australia has revealed high-purity hydrogen and helium flows from underground reservoirs. This breakthrough could revolutionize the hydrogen industry and challenge current manufacturing methods as we race towards a decarbonized future. Key Highlights: - 95.8% hydrogen purity achieved in testing. - Seven zones confirmed for natural hydrogen extraction. - Potential to disrupt traditional hydrogen manufacturing methods. Gold Hydrogen's Ramsay project on the Yorke Peninsula marks a significant milestone in the quest for sustainable energy solutions. By tapping into natural hydrogen reservoirs, we could see a cost-effective and efficient alternative to current hydrogen production processes. Why It Matters: Underground hydrogen, or "white hydrogen," offers a promising path to reducing carbon emissions and transitioning away from fossil fuels. This innovation not only enhances energy security but also supports global decarbonization goals. Join the Conversation: How do you see natural hydrogen shaping the future of sustainable energy? What implications does this have for the carbon offset market and ESG investing? Share your thoughts and let's explore the potential of this groundbreaking discovery! ?? https://lnkd.in/gxBE7dpX #HydrogenEnergy #SustainableEnergy #CarbonOffset #ESG #Decarbonization #GreenEnergy #Innovation #CleanTech #RenewableEnergy #ClimateAction

Steam methane reforming, where ZoneFlow continues to deliver innovation, is set to keep growing consistently through to 2031 - looking forward to seeing how this process ramps up delivery of virtually emissions-free, affordable fuel for the hydrogen economy. #ZoneFlow #SteamMethaneReforming #HydrogenEconomy

Shape the future of hydrogen derivatives on a global scale at World Hydrogen Derivatives. ??? Key Themes and Topics: ??Safeguarding energy futures: Navigating the derivatives market on the journey to net zero ??Unlocking the clean global hydrogen derivatives economy ??Innovative catalysts to kickstart the energy transition ??Big ambitions: Creating pace with policy to ensure market momentum ??Accelerating the global hydrogen ramp-up with LOHC-BT technology market ?? Who Should Attend: ?? Industry Leaders & Experts ?? Policymakers ?? Investors ?? Innovators & Technologists ?? Environmental Advocates ?? Energy Sector Professionals Together, let's drive the global transition to a sustainable energy future. Discover which pass option is best suited to your needs - https://ow.ly/39Uf50SrIoL #worldhydrogenweek #WHW #WHC #WHD #hydrogen #hydrogenevent #cleanenergy #h2 #energytransition #greenenergy #netzero #hyrdogenderivatives #hydrogencongress #energy #WHL #hydrogenleaders

Anthony Ku, Chris Greig, and Eric Larson at Princeton University's Andlinger Center for Energy and the Environment highlight why "creating new markets is not easy". If we are to avoid the possibility that clean hydrogen doesn't just end up as a substitute for current higher carbon intensive H2, rather than becoming a critical pillar in a transformed global clean energy economy, we would be well served to act on the practical, actionable guidance they offer. They argue three systemic issues must be addressed for clean hydrogen to have "commercial liftoff" and grow 10x over the next 20 years: 1) Clarify how hydrogen fits in the future clean energy system; 2) Crack "chicken and egg" sequencing barriers"; and, 3) Harness incumbency without being captured by it. The specific ideas and actions they propose to resolve each of these issues illuminate a path forward to bring the promise of forming a major global clean H2 economy to fruition. Strongly encourage systems change proponents to read this article and leverage/synthesize relevant findings for their specific systems efforts. https://lnkd.in/e7XwQTPT. #sustainability #systemschange #climatechange #equity

Week in Review: Green hydrogen power is inching forward with more trial projects and research on the boil

Small molecule, monumental importance. My colleagues Serena Li, Ankita Gangotra, PhD, Angela Anderson, and I are bringing hydrogen back to its fundamentals in our new article, "Can Clean Hydrogen Fuel a Clean Energy Future?" We discuss how hydrogen is produced, its uses, its production emissions (or lack thereof), and other questions that are central to the conversation around its use in a decarbonized future. Read it here! https://lnkd.in/eK48GZKB.

Governments need to focus on investing in technology, innovation and research before setting policies. The color nomenclature for hydrogen doesn't make sense. LCOH and Carbon Intensity are more reasonable metrics to induce decarbonization. With an LCOH at around $1/kg and a CI less than 1.5 kg CO2/kg H2, Natural Hydrogen will be a disruptive source in the energy mix. #decarbozation #naturalhydrogen #energy #carbonintensity #lowcarbonhydrogen

As we navigate towards a sustainable future, naturally occurring #geologicalhydrogen, or “white hydrogen”, is stirring a buzz in the energy sector. Proponents claim it has great potential to disrupt the #hydrogenmarket and contribute to closing the low-carbon hydrogen supply gap. The production process for geological hydrogen shares similarities with that of natural gas, which could lead to cost efficiencies vs. other forms of low-carbon hydrogen. Additionally, byproducts like helium could enhance the economic viability of geological hydrogen extraction. However, there is still a lot of uncertainty on whether it will be able to contribute in a meaningful way, especially related to challenges in terms of volume potential, cost competitiveness to extract this potential, and speed at which the industry could develop. Take a look at the materials below and learn more about this exciting topic.

As we navigate towards a sustainable future, naturally occurring #geologicalhydrogen, or “white hydrogen”, is stirring a buzz in the energy sector. Proponents claim it has great potential to disrupt the #hydrogenmarket and contribute to closing the low-carbon hydrogen supply gap. The production process for geological hydrogen shares similarities with that of natural gas, which could lead to cost efficiencies vs. other forms of low-carbon hydrogen. Additionally, byproducts like helium could enhance the economic viability of geological hydrogen extraction. However, there is still a lot of uncertainty on whether it will be able to contribute in a meaningful way, especially related to challenges in terms of volume potential, cost competitiveness to extract this potential, and speed at which the industry could develop. Take a look at the materials below and learn more about this exciting topic.