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Sustainable Future: Finland and Ukraine's Green Hydrogen Collaboration 🇫🇮🇺🇦 At Miltton Ukraine, we continue sharing insights from the sustainability report conducted by our Miltton office in Finland. Today, we focus on the potential collaboration between Finland and Ukraine in the green hydrogen economy. Here's why this partnership could be a game-changer: 🔹 Finland's Hydrogen Leadership: • Aiming to be a European frontrunner in the hydrogen economy • World-leading R&D in hydrogen fuel cells • Strategic planning for cross-border hydrogen projects 🔹 Ukraine's Green Hydrogen Ambitions: • Plans to become a major green hydrogen provider for Europe • Projected renewable energy capacity by 2050: 140GW wind, 94GW solar • EU's detailed roadmap for hydrogen development with Ukraine 🔹 Collaboration Opportunities: 1. Finnish companies could build complete hydrogen value chains in Ukrainian hydrogen valleys 2. Ukraine is seeking investments in hydrogen infrastructure 3. Potential for Finland to supply green ammonia and fertilizers to support Ukraine's agricultural rebuild This partnership could accelerate both countries' transitions to sustainable energy and boost economic growth. What are your thoughts on this potential collaboration? Stay tuned for more insights from our Finnish sustainability report in the coming weeks! #GreenHydrogen #SustainableEnergy #Finland #Ukraine #EconomicGrowth #MilttonSustainabilityReport

🌿 Good news comes from Poland, where Polenergia could receive up to €142.77 million in funding for its flagship H2Silesia project. This pioneering project aims to build a large-scale green hydrogen plant with a capacity of around 105 MW, capable of producing around 13,000 tonnes of the feedstock per year. Located in Upper Silesia, the project aims to provide renewable hydrogen for heavy industry and zero-emissions transport, while supporting the energy transition of a region significantly linked to the extraction and use of fossil fuels. 🌍 Polenergia stands out as the only Polish company in the Hy2Infra programme, an initiative launched by the European Commission under the aegis of IPCEI (Important Projects of Common European Interest). This project brings together seven Member States - Poland, France, Germany, Italy, the Netherlands, Portugal and Slovakia - to jointly contribute to the European Green Deal by increasing the supply of hydrogen. 💡 The H2Silesia project not only heralds a new era in renewable hydrogen production, it is also a key element in the energy transition of Upper Silesia. It represents a commitment to transforming a region with a rich industrial tradition into a leader in sustainable development, which is fundamental to Europe's energy future. By supporting initiatives such as H2Silesia, Europe is taking steps towards a sustainable future, demonstrated by ambitious projects and international cooperation in pursuit of the goals of the European Green Deal. This innovation is a model of how technology and international cooperation can lead to viable solutions for industry and the environment. 🤝 #H2Silesia #Polenergy #greenhydrogen #energytransformation #EuropeanGreenLad #innovation #renewableenergy #carbonindustry #exposilesia #technologies #innovation ---------------------------- Source: PAP

"Shaping the Future: Berlin Energy Transition Dialogue 2024 Focus on Hydrogen in the MENA Region" At a pivotal event that underscores the global momentum towards sustainable energy, the Berlin Energy Transition Dialogue 2024 (BETD) partnered with the Near and Middle East Association (NUMOV) to facilitate a comprehensive discussion on the role of hydrogen in the energy transition of the Middle East and North Africa (MENA) region. Last Friday, I had the great pleasure and honor, in my capacity as a NUMOV board member and as the managing director and owner of SPG Steiner GmbH, to discuss with leading experts the potentials, challenges, and solutions for the production and transport of hydrogen. SPG Steiner GmbH, a german family-run enterprise, is a global leader in the planning and realization of ammonia storage and distribution systems. Currently, ammonia is considered the leading derivative for the distribution of hydrogen. During the event, Anne Jacobs-Schleithoff from the Federal Ministry for Economic Affairs and Climate Action illuminated the German hydrogen strategy and its international significance. Dr. Jan Frederik Braun from Fraunhofer ISE and Werner Diwald, Chairman of the German Hydrogen and Fuel Cell Association, discussed technological advancements and market needs in both Germany and the MENA region. Developments in Oman and Morocco were highlighted by contributions from Rumaitha Al Busaidi and Dr. Samir Rachidi, who shared insights into current projects and the potential for hydrogen in their respective countries. A practical example of the successful application of hydrogen technologies was presented by Katarina Hughes-Straka from Hydrogenious LOHC Technologies. This event marked an important step towards strengthening international cooperation in the field of hydrogen energy. Hashtag #BETD2024 #NUMOV #hydrogen #EPC #greenammonia #ammonia

"Shaping the Future: Berlin Energy Transition Dialogue 2024 Focus on Hydrogen in the MENA Region" At a pivotal event that underscores the global momentum towards sustainable energy, the BBerlin Energy Transition Dialogue 2024 (BETD) partnered with the Near and Middle East Association (NUMOV) to facilitate a comprehensive discussion on the role of hydrogen in the energy transition of the Middle East and North Africa (MENA) region. Last Friday, I had the great pleasure and honor, in my capacity as a NUMOV board member and as the managing director and owner of SPG Steiner GmbH, to discuss with leading experts the potentials, challenges, and solutions for the production and transport of hydrogen. SPG Steiner GmbH, a german family-run enterprise, is a global leader in the planning and realization of ammonia storage and distribution systems. Currently, ammonia is considered the leading derivative for the distribution of hydrogen. During the event, Anne Jacobs-Schleithoff from the Federal Ministry for Economic Affairs and Climate Action illuminated the German hydrogen strategy and its international significance. Dr. Jan Frederik Braun from Fraunhofer ISE and Werner Diwald, Chairman of the German Hydrogen and Fuel Cell Association, discussed technological advancements and market needs in both Germany and the MENA region. Developments in Oman and Morocco were highlighted by contributions from Rumaitha Al Busaidi and Dr. Samir Rachidi, who shared insights into current projects and the potential for hydrogen in their respective countries. A practical example of the successful application of hydrogen technologies was presented by Katarina Hughes-Straka from Hydrogenious LOHC Technologies. This event marked an important step towards strengthening international cooperation in the field of hydrogen energy. #BETD2024 #NUMOV #hydrogen #EPC #greenammonia #ammonia

Egypt Signs Historic Hydrogen Cooperation Agreement with Bavaria In a significant step towards enhancing its position in the global hydrogen market, Egypt has signed a joint declaration of intent with the Bavarian government of Germany. The agreement was witnessed by Prime Minister Dr. #MostafaMadbouly and Dr. #MarkusSöder, Minister-President of #Bavaria, during a ceremony held in the New Administrative Capital, The signing included key figures such as Engineer Mahmoud Essmat and Mr. #FlorianHerrmann, Minister of State in Bavaria. The declaration is designed to foster collaboration in hydrogen production, technology, logistics, and scientific research. It emphasizes the importance of knowledge exchange between Egypt and Bavaria, supporting shared objectives to advance hydrogen markets and develop joint projects. A working group will be established to facilitate coordination and propose actionable strategies for implementing the agreement. This group will also engage in discussions and meetings with relevant stakeholders to prioritize initiatives and explore pathways for achieving the declaration's goals. This partnership aligns with Egypt’s national strategy for sustainable energy, which aims to derive 42% of its energy from renewable sources by 2030. The agreement supports Egypt's vision of becoming a regional hub for green hydrogen and is part of a broader ambition to lead in the production of low-carbon hydrogen. With aspirations to capture an 8% share of the global hydrogen market by 2040, Egypt is positioning itself as a pivotal player in the transition to cleaner energy sources. The collaboration with Bavaria is expected to bolster this ambition, enhancing technological capabilities and creating new economic opportunities. #egypt #germany #oilandgas #hydrogen #eog #agreement #production #vision2030 #global #sustainableenergy #cooperation #bavaria #renewableenergy #electricity #projects #energytransition #technology #logistics

45 MEUR in the bank - for the second time! 💰 Ren-Gas won in EU's first hydrogen auction EUR 45.2 million subsidy grant to advance Finnish green hydrogen economy! 💡 We were among six other successful bidders from total of 132 hydrogen projects across 17 countries. Our winning bid showcases Finland's potential to become a significant hydrogen hub. 🌱 The funding will be part of our second e-methane project located in Lahti and awarded against 122 kt green hydrogen production over a decade. The renewable hydrogen will be further processed into e-methane. 🏗 This achievement paves the way for a final investment decision and construction to begin, realizing more large-scale green hydrogen production in Finland. 🙏 Kudos to the team for the great work! Personally it was rewarding showcasing our competitive capabilities and devising the bid strategy - for the 45.2 million reasons! Next, we'll have to live up to the expectations. Stay tuned for progress updates! P.S. Nothing in the bank yet 🙂 #p2x #p2g #hydrogen #greenhydrogen #hydrogenauction #hydrogenbank #innovationfund

🌟 Upper Silesia's green hydrogen factory can count on more than 142 million euros of EU funding 🌍 🔍 #H2Silesia #UpperSilesia #Polenergy #NowaSarzyna #Rzeszów 🚀 The H2Silesia project envisages the construction of a large-scale green hydrogen production facility with a capacity of approximately 105 MW. This facility will enable the production of approximately 13,000 tonnes of hydrogen per year, standing out as a key project for the Upper Silesia region. 🌱 💡 This ambitious project aims to provide renewable hydrogen for heavy industry and emission-free transport, simultaneously supporting the region's energy transformation related to the extraction and use of fossil fuels. The Nowa Sarzyna electrolyser will have a production capacity of up to 90 kg of green hydrogen per hour. In addition, the project includes the construction of two publicly accessible hydrogen refuelling stations, located in Nowa Sarzyna and Rzeszów. 🏗️ 🌐 The implementation of this project, with financial support from the National Fund for Environmental Protection and Water Management, represents a significant step towards decarbonisation and sustainability. With funding of more than €142 million from the EU, H2Silesia will not only boost the local economy, but will also establish a model of sustainable development for other regions. 🌍 🔗 More info: https://bit.ly/402ZLKc .

Currently, the World Hydrogen Summit is taking place in #Rotterdam! The summit is the world’s biggest hydrogen event. To promote the development of a hydrogen market and associated infrastructure, it’s essential that the Netherlands and other countries work together, for instance on regulations, technology innovation, storing, infrastructure, stimulating supply and demand or building actual production facilities. The Netherlands aims to realize 500 MW electrolysis capacity by 2025, and between 3 and 4 GW by 2030. We are also following the developments in #Estonia with great interest, where for instance innovative electrolysers producer Stargate Hydrogen and leading fuel cells provider Elcogen are located. Furthermore, Dutch company Power2X is looking for opportunities to invest in a green methanol production plant in Estonia. Estonia has great potential for green energy surplus which in turn creates excellent preconditions for building a hydrogen economy. Estonia is also a country that has established the first cross nation hydrogen valley: Hydrogen Valley Estonia. The Netherlands is pursuing cooperation with a diverse range of countries with a view to facilitating contact between the private sector, government and knowledge institutions. We are on track to become the first country in northwestern Europe to have infrastructure in place for the large-scale import of hydrogen!

Luxembourg has launched Luxembourg Hydrogen Valley (LuxHyVal), a project that targets the potential production of green #hydrogen in Bascharage, south Luxembourg, in 2026. LuxHyVal is a collaborative effort of 17 partners from seven countries with the Universität Luxemburg as the main coordinator through Prof. Bradley Ladewig. The hydrogen ecosystem of LuxHyVal is expected to make an important contribution to #decarbonise the industrial hydrogen consumption of the country, using 100% renewable electricity to produce green hydrogen in Luxembourg. Enovos Luxembourg and LuxEnergie S.A., both subsidiaries of Encevo Group, intend to ensure the production of up to 1,750 kg of green hydrogen per day for use in industry and mobility by 2026, under implication of the engineering company Paul Wurth S.A., brand of SMS group. With an overall budget of 39 million euros, LuxHyVal is expected to be funded through 8 million euros from the Clean Hydrogen Joint Undertaking, a European Union public-private partnership supporting research and innovation in hydrogen #technologies, as well as contributions from the corporate partners, while pursuing further public and private funding opportunities. In a second stage, the expertise acquired should serve as a direct model for replicating valleys in Central (Czech Republic) and Eastern Europe (Ukraine). “We will need hydrogen to meet the EU #emission targets, and with LuxHyVal, we are trying to make concrete advances towards a #sustainable and cleaner future”, says Prof. Bradley Ladewig, holder of the Paul Wurth Chair in Energy Process Engineering and coordinator of the project. “Building large industrial infrastructure takes time and effort: we need to start now.” Stéphanie Obertin, Minister for #Digitalisation and Minister for #Research and Higher Education comments „This collaborative project involving the University of Luxembourg and the Luxembourg Institute of Science and Technology (LIST), to produce green hydrogen locally fits in perfectly with two of the country’s four priority interdisciplinary research areas industrial and service transformation, and sustainable and responsible development.” LuxHyVal project Consortium includes Luxembourg-based partners together with University of Bordeaux, France; IZES gGmbH, Germany; R2M Solution, Spain; University of Chemistry and Technology VŠCHT Praha - UCT Prague, Czech Republic; King Danylo University (official) University, Ukraine, and University of New South Wales (UNSW), Australia. #heatprocessing

🚀🌿 The Evolution of Green Hydrogen Transport: Lessons from H2Sines.Rdam & the Emergence of LOHCs 🌿🚀 The H2Sines.Rdam project, aimed at leading the charge in green hydrogen transport from Portugal to the Netherlands, has reached its conclusion. Despite support from industry giants Engie and Shell and potential EU Innovation Fund backing, challenges including regulatory clarity, market readiness, and infrastructure have led to its cancellation in October 2023. The Liquid Hydrogen Challenge ❄️🚢 Transporting hydrogen in its liquid form has proven challenging: - High Liquefaction Costs 💸: The energy and expense required to cool hydrogen to -253°C are significant. - Complex Storage Needs 🧊: Maintaining such low temperatures to prevent hydrogen evaporation demands specialized facilities. - Scarce Shipping Options ⛴️: With limited vessels like Japan's Suiso Frontier available, logistical capacity is constrained. The Rise of LOHCs: A Promising Alternative 🌟🔋 In the face of these obstacles, Liquid Organic Hydrogen Carriers (LOHCs) offer a promising path forward: - Simplified Storage & Transport 🛢️🚚: LOHCs operate at ambient temperature and pressure, easing the logistical burden. - Enhanced Safety 🛡️: The inherent stability of LOHCs reduces risks associated with storage and transport. - Ready-to-Adapt Infrastructure 🏗️: Existing fuel infrastructure can be readily modified for LOHC use, offering a scalable solution. The Advantages of LOHCs 🌈💡 LOHCs represent a significant leap forward in making green hydrogen a practical and scalable energy solution. They provide a more adaptable, efficient, and safer method for hydrogen storage and transportation, marking a crucial development in the pursuit of sustainable energy. Forward Momentum 🌍💼 The end of the H2Sines.Rdam project signifies a pivotal moment for the green hydrogen industry, emphasizing the need for innovative solutions like LOHCs. As we continue to explore and develop these technologies, we pave the way for a more sustainable and efficient energy future. Let's engage in dialogue about the potential of LOHCs to transform the green hydrogen landscape. Share your thoughts on how we can leverage these advancements for a greener tomorrow. #GreenHydrogen #EnergyInnovation #LOHCs #SustainableEnergy #innovation #technology #hydrogen #Australia