Paul Meersman’s Post

It's clear that underground storage of hydrogen will play a vital role in the future. See the report. However, the elephant in the room is that all storage systems leak hydrogen, which exacerbates the effects of greenhouse gasses, not to mention financial losses – estimated to be around $40 billion dollars lost in 2022. This is where Triton Hydrogen's Tritonex could play a vital role. Our Hydrogen Barrier Coating System is the only way to completely stop hydrogen leakage. Tritonex creates 100% impermeable barrier between hydrogen and any surface it is painted onto, whether that's a rock cavern or a steel container. It is completely non-reactive to hydrogen. We're set to revolutionise the hydrogen sector. Learn more here: https://lnkd.in/eGM7Y4wS #hydrogen #HydrogenStorage #UHS

🌍 Developments in the realm of underground hydrogen storage (UHS) are shaping Europe's energy future. 🔑 The report reveals UHS as a versatile, scalable solution for energy storage, crucial for Europe's decarbonization goals. It offers flexibility across various timescales and cost benefits. 💡 UHS enables efficient use of renewable energy sources, contributing to a more sustainable, lower-cost energy system. Investment in UHS is crucial for meeting Europe's ambitious 2030 and 2050 climate targets. 🚀 The integration of UHS can provide necessary backup for intermittent renewable sources and supporting a stable, decarbonized energy supply. 🌍 The role of hydrogen in our sustainable future is not just a concept; it's a reality in the making. Key takeaways: - Urgent need for cross-sectoral modeling and energy system planning to assess benefits of underground hydrogen storage. - Significant project development gap for UHS, posing a risk to meeting decarbonization targets. - Ambitious hydrogen targets for 2030, emphasizing the importance of clean energy storage options. Challenges: - Long development times and permitting procedures impacting the timely deployment of UHS. - Necessity for policy measures to accelerate UHS projects and bridge the storage gap. Action items: - Development of a dedicated European Hydrogen Storage Strategy for clarity and efficient scale-up. - Establishment of a clear and stable regulatory framework to enable the swift development of UHS. Let's drive the energy transition towards a resilient and decarbonized future 🌿 For more details on UHS and its impact on Europe's energy landscape, check out the full report. 📄 #HydrogenStorage #CleanEnergy #SustainableFuture #Decarbonization #RenewableEnergy #EnergyTransition #ClimateAction 🌱

#Green_hydrogen Green hydrogen is hydrogen produced by using renewable energy sources, such as wind, solar, or hydropower, through a process called electrolysis. This method splits water into hydrogen and oxygen without emitting carbon dioxide, making it an environmentally friendly option. •Benefits of Green Hydrogen: 1. Zero Emissions: Producing green hydrogen results in no greenhouse gas emissions, helping to combat climate change. 2. Energy Storage: It can store excess renewable energy, balancing supply and demand. 3. Versatility: Green hydrogen can be used in various sectors, including transportation, industry, and power generation. 4. Energy Security: It reduces dependence on fossil fuels, enhancing energy security. 5. Economic Growth: Investing in green hydrogen can create jobs and stimulate economic growth in the renewable energy sector. These benefits make green hydrogen a promising solution for a sustainable and clean energy future. #Power #Electricity #remewable_electricity #chemist #Hydropower #clean_energy #electrolysis #energy_transition

🚀 Unlocking Europe's Hydrogen Future: The Role of Underground Hydrogen Storage (UHS) 🚀 The transition to a decarbonized energy system in Europe hinges on innovative solutions like Underground Hydrogen Storage (UHS). As we strive to balance the intermittency of renewable energy sources, UHS emerges as a pivotal technology to ensure energy resilience and stability. Why is UHS crucial? 1. Balances Renewable Energy: UHS helps manage the variability of renewable energy sources (RES), reducing curtailment and maximizing energy use. 2. Cost-Efficiency: By storing hydrogen produced during peak RES hours, UHS lowers overall energy system costs. Energy Security: Ensures a reliable hydrogen supply, crucial for a stable energy system. 3. Flexibility: Meets both short-term and seasonal storage needs, which batteries alone cannot fulfill. 4. Decarbonization: Supports the EU's ambitious climate targets by integrating more renewable hydrogen into the energy mix. Key Takeaways from the European Underground Hydrogen Storage Roadmap: 1. Investment Needs: Bridging the 36 TWh gap in hydrogen storage by 2030 requires €36 billion in investments. 2. Regulatory Support: Clear guidelines and streamlined permitting processes are essential to expedite UHS projects. 3. Financial Mechanisms: Tools like Contracts-for-Difference (CfD) and Minimum Revenue Floors (MRF) can mitigate financial risks and attract private investments. 4. Market Development: Coordinated efforts at the EU and Member State levels are needed to create a mature hydrogen market. 5. Pilot Projects: Leveraging insights from pilot projects can help standardize procedures and accelerate UHS deployment. How can policymakers further support the integration of UHS into national and EU-level energy plans? What additional financial mechanisms could be introduced to de-risk UHS investments? How can we ensure that the benefits of UHS are maximized across different regions in Europe? Join the conversation on how we can collectively advance UHS to secure a sustainable and resilient energy future for Europe. Like, share, and comment below with your thoughts and insights! 🌍💡🔋 #HydrogenStorage #EnergyTransition #RenewableEnergy #Decarbonization #EUClimateGoals #SustainableEnergy #EnergySecurity #InnovationInEnergy

‏**Hydrogen: Unlocking the Potential of Renewable Energy** ‏As we stride towards a more sustainable future, hydrogen stands out as a beacon of potential in the renewable energy landscape. As an emerging clean energy carrier, hydrogen offers a versatile solution to various challenges posed by the traditional energy sector. ‏With its ability to store and release substantial amounts of energy, hydrogen has the unique advantage of bridging the gap between renewable energy production and demand. It holds promise for decarbonizing industry sectors, transportation, and heating. ‏Investments in green hydrogen, produced via electrolysis powered by renewable sources such as solar or wind, catapult the hydrogen economy to the forefront of ecological innovation. Moreover, the concept of a hydrogen economy supports energy security, reduces dependence on fossil fuels, and mitigates climate change. ‏As we embrace this elemental change, the integration of hydrogen into our energy systems demands collaboration, innovation, and robust infrastructure development. Let's fuel the dialogue about the pivotal role of hydrogen in our energy transition journey. ‏Join me in discussing the future of renewable energy powered by hydrogen. ‏#HydrogenEnergy #RenewableEnergy #SustainableFuture #CleanTech #EnergyTransition

Clean energy transition will play a key role on the road to a net-zero future. 🌍 According to the International Energy Agency (IEA), investments in #cleanenergy have surged by 40% since 2020. However, global renewable capacity is projected to be only 2.5 times its current level by 2030, falling short of the tripling goal set at COP28. Modern bioenergy stands out as the leading global renewable source, making up 55% of renewable energy and over 6% of the global supply. 🍃 In the next five years, an incredible 96% surge in solar PV and wind energy is expected. But what about #hydrogen? Hydrogen holds immense potential, being the most abundant element in the universe and utilized in heating, industrial processes, fuel cells, and powering vehicles. Currently, the majority of hydrogen is grey, emitting a significant 900 megatons of CO2 annually. Blue hydrogen is considered more environmentally friendly than grey hydrogen because it involves capturing and storing up to 95% of carbon emissions through carbon capture and storage (CCS). 🌱 Despite the anticipated growth of hydrogen in the next five years, only 7% of renewable power capacity is dedicated to hydrogen-based fuel production. While #greenhydrogen plays a crucial role in reducing CO2 emissions, it isn't the easiest solution. Hydrogen has the potential to revolutionize how we power our future, but unlocking its lasting progress requires significant investment in science. 🔬

The #European Underground #Hydrogen Storage (UHS) #Roadmap

THE INTEGRATION OF RENEWABLE ENERGIES IN THE ENERGY MIX TO DECARBONIZE OUR PLANET Renewable energies are inherently intermittent and variable, since they depend on either light intensity for photovoltaics or wind for wind power. It is therefore crucial to find a way to store the energy they produce, so that it can be used later, when the primary source is no longer available. The storage of energy from renewable sources allows the adaptation in time between energy supply and demand and also brings security and flexibility to the networks. At present, there are either batteries or hydrogen to store energy: Batteries currently meet a need for storage of fairly short duration (several hours to a few days) for low to medium power and energy quantities. Their main limitations are related to their lack of compactness, their important weight, their very long recharging time for high powers as well as their life span limited by the chemical degradation of the reactions. Hydrogen is a key solution to accelerate the energy transition. Hydrogen is considered an “energy carrier” because it can be stored, transported and used on demand in various applications. One of the main advantages of water electrolysis to produce hydrogen is that it can be powered by renewable energy sources, such as wind or solar power. When powered by 100% renewable energy, the resulting hydrogen is known as green hydrogen and is completely carbon-free, making it an environmentally friendly and highly sustainable option. #fuzyonhydrogen #hydrogenenergy #renewableenergy #decarbonize #planet #sustainability #storeenergy #energy #energytransition

Plug Power is an inspiration! Here’s why: The race towards #sustainable energy generation is cut-throat today. And, Plug Power is leading the charge with its innovative approach towards #Hydrogen. To get rid of #hydrocarbons from power generation, Plug Power has perfected the use of “Hydrogen”. Here’s how: Strategic Production: Their technologies generate hydrogen in surplus when #renewable energy production is at its peak and save it for use in the absence of #solar and #wind power. Renewable Energy Supply: On days when solar and #wind power are not available, this stored hydrogen is used to generate electricity in the peak hours of operation. This helps in grid stabilization and reduces dependency on #fossil fuels.   Environment Benefits: Their strategies and improved methodologies ensure a reduction in #carbon footprint and #environmental hazards. These modern solutions demonstrate that #Hydrogen is an answer to not just #future but present-day energy needs as well. Don’t you agree? #carbonfootprint #sustanibility #hydrogen #renewableenergy #fossilfuels #mspl #minimacsystems

🌍 As we strive for a more sustainable future, the energy sector is undergoing a vital transformation. One key player in this change is Power-to-Hydrogen. This concept is driving the generation of green hydrogen, a renewable and highly sustainable energy carrier, which could one day replace natural gas entirely. Produced using renewable energy sources like wind or solar power, green hydrogen is set to play a pivotal role in our fight against climate change. Join us as we delve into the world of Power-to-Hydrogen, exploring the promising solutions of PEM and alkaline water electrolysers, and the role of ultrasonic flow measurement solutions in this journey. https://lnkd.in/eCxZuPfv #PowerToHydrogen #SustainableFuture #EnergyTransition