As the global push for clean energy accelerates, green hydrogen is emerging as a promising solution, but did you know that producing green hydrogen has a significant impact on water resources? Green hydrogen production, through electrolysis, requires large amounts of water, presenting challenges for water utilities tasked with balancing growing demand while conserving resources. Explore how water utilities can navigate this challenge in this blog from #Sensus: https://ow.ly/Ln4x50UtIhK
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Learn more about why H2 is an important component of the #netzero transition
🔊 In light of #WorldHydrogenDay, we're sharing compelling insights from our CTO on what's really driving hydrogen's next phase of growth... Hear from Elizabeth Rowsell and Ceres' CTO Caroline Hargrove in their recent interview, where they explore the most critical opportunities and policies that will unlock the future of hydrogen and clean energy. 🌱💼 If you're a H2V subscriber, you can listen to the full interview here: https://lnkd.in/enc_BSsp #hydrogen #cleanenergy #sustainability #decarbonisation
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Meet the M2Power 250 ⚡ With our new M2Power 250, we are ready to future-proof your vessel, offering a faster, simpler path to decarbonisation. It is a fully integrated methanol to power system set to transform marine power generation. By combining methanol reforming with fuel cell technology, it generates clean hydrogen on board, on demand, providing 250 kW of reliable, sustainable power for maritime applications. ✅ Net-zero CO2 emissions with renewable methanol ✅ No NOx, no SOx, and no particulate matter ✅ Flexible, scalable power enabling megawatt installations ✅ Methanol reformer that eliminates the need for stored hydrogen ✅ Minimising marine environmental impact with low noise, low vibration Visit our website to learn more about how the M2Power 250 can power your journey to net-zero: https://lnkd.in/d4Jaqiir #HydrogenFuelCells #ElectrifyEverything #MarineDecarbonisation #MaritimeInnovation #M2Power
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Captain | Consultant | Superyachts & Sustainability | Speaker | CNN and Bloomberg contributor
A very interesting announcement from PowerCell Group a combined Methanol to Hydrogen reformer, with a 250 kW fuel cell. Also useful to know that the feedstock is approx. 67% Methanol and 33% de-ionised water. Technology is not the impediment! Superyacht Builders Association (SYBAss) MYBA The Worldwide Yachting Association #superyachts #yachting #environment #zerocarbonyachting #alternativefuels #carbonemissions #superyacht2030 #innovation #future #technology #alternativeenergy #sustainability #showyourstripes #methanol #hydrogen #fuelcell
Meet the M2Power 250 ⚡ With our new M2Power 250, we are ready to future-proof your vessel, offering a faster, simpler path to decarbonisation. It is a fully integrated methanol to power system set to transform marine power generation. By combining methanol reforming with fuel cell technology, it generates clean hydrogen on board, on demand, providing 250 kW of reliable, sustainable power for maritime applications. ✅ Net-zero CO2 emissions with renewable methanol ✅ No NOx, no SOx, and no particulate matter ✅ Flexible, scalable power enabling megawatt installations ✅ Methanol reformer that eliminates the need for stored hydrogen ✅ Minimising marine environmental impact with low noise, low vibration Visit our website to learn more about how the M2Power 250 can power your journey to net-zero: https://lnkd.in/d4Jaqiir #HydrogenFuelCells #ElectrifyEverything #MarineDecarbonisation #MaritimeInnovation #M2Power
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The future of clean energy isn't just about replacing what we have—it's about integrating solutions that can transform our existing infrastructure. Hydrogen blending is one such innovative approach. It enables us to inject hydrogen into natural gas pipelines, thereby reducing carbon emissions and leveraging current systems for a smoother transition to sustainable energy. At Hydrogenera, we see hydrogen blending as a crucial bridge technology—helping industries and communities transition to greener energy with minimal disruption. This approach not only supports emission reductions but also enhances energy resilience. Dive into the entire article to understand how hydrogen blending works and why it holds so much promise for a cleaner future: https://lnkd.in/digpnN-R We want to hear from you: Do you see hydrogen blending as a critical player in our energy transition? Let us know your thoughts below! #HydrogenBlending #CleanEnergy #SustainableFuture #HydrogenEconomy #GreenTransition #HydrogenTechnology #Hydrogenera
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Our Clean Hydrogen Mission is accelerating the journey to affordable, accessible, and attractive clean hydrogen through the Hydrogen Valleys Platform. 📊 The Mission is collecting a wealth of project data which will be combined to deliver critical insights. 🎥 Watch the video to learn more about hydrogen valleys, the need to switch to greener fuels, and how the Clean Hydrogen Mission supports projects which shape a clean energy future! #CleanHydrogen #HydrogenValleys #CleanEnergy
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Strategy & BD @ Danfoss | Driving Growth & Profitability, Decarbonization & Digitalization
Conversion of electricity to hydrogen creates an #energy loss of roughly 30%. But there are critical steps we can take with technology that already exists today to minimize this energy loss. In fact, #efficient #converters that convert alternating current (#AC) from the grid to direct current (#DC) needed for the #electrolyzers can increase the overall efficiency of the production by roughly 1%. While this may not seem consequential, 1% of the electricity demand in 2050 for hydrogen is enough to power London for almost four years. #Green #Hydrogen
If we want to decarbonize hard-to-abate sectors, such as heavy industry, green hydrogen is going to play a crucial role. Critics of green hydrogen call it a costly and inefficient decarbonization solution, but the technologies to lower the cost and increase the efficiency of green hydrogen already exists. To usher in the era of green hydrogen, we need to produce it efficiently and use it wisely. This means thinking strategically about how, when, and where we produce and consume it. Danfoss offers grid-friendly solutions, meticulously designed, and validated for maximum energy efficiency. Featuring low harmonics and an adjustable power factor, our solutions ensure a cost-effective power supply for your electrolyzer, bolstering your green initiatives. Read the latest issue of our Danfoss Impact Series on green hydrogen: https://bit.ly/49NIS7I #GreenHydrogen #EnergyEfficiency #WhyEE #Decarbonization #EnergyStorage #DanfossImpact
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💥CHECK OUT THIS ARTICLE IN THE LATEST ISSUE: Stephen B. Harrison from sbh4 GmbH - Net zero advisory investigates ultrapure water for electrolysis. Discover the mission-critical feedstock for MW- and GW-scale green hydrogen and ammonia projects of the future. 👓Read the full article here: https://lnkd.in/dWGMkd5s 🗞For more articles on Emissions Reduction, visit: https://lnkd.in/dfyFJWHJ For more articles on Energy Efficiency, visit: https://lnkd.in/duWqM82T For more articles on Hydrogen, visit: https://lnkd.in/d33yhV58 💻Download the latest issue of Decarbonisation Technology at: https://lnkd.in/eDtsv_SA 💻Register at https://lnkd.in/dnK2uBVm for a free copy of every issue to be sent straight to your inbox. #hydrogen #energyefficiency #emissionsreduction #decarbonisation #decarbonization
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Financing Infrastructure at IFC (WBG) | Project Finance Professional | Mechanical Engineer | CFA Level III Candidate
Green hydrogen is one of the most promising tools to decarbonize hard-to-abate sectors and reach net zero targets.
What is clean hydrogen? It's hydrogen that is produced using methods that result in limited or zero greenhouse gas emissions. Learn more about this clean energy solution and IFC - International Finance Corporation's work in the space ➡ https://lnkd.in/dewCxCvP #IFCCleanHydrogen #IFCManufacturing #IFCInfrastructure #IFCClimate
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🔍 One of the most common questions about #electrolysis is: How exactly does it work? Let's break it down for you. The electrolysis process starts with an eco-friendly, chemical-free water treatment, ensuring that only highly purified water is used. This water, powered by electricity from renewable sources, enters our Bosch #PEM electrolysis stack – the core of hydrogen production💚. Inside the stack, an electric current splits the water into #hydrogen and oxygen. The protons move through the central membrane, generating green hydrogen, which is crucial for advancing the #energytransition.
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The impact of hydrogen on decarbonisation and resilience in integrated energy systems https://lnkd.in/dcb2RCuV #hydrogen #decarbonisation #resilience
