Piero Ricotti

🌍🔋 Sustainable #Methanol: A Vital Step on CASALE “Road to Net Zero 2050” 🔋🌍 As we move toward a net-zero world by 2050, sustainable methanol (MeOH) is emerging as a crucial player in the #Power2X landscape. At Casale, we’re committed to driving innovation that reduces emissions across sectors. One of the most promising areas? Methanol produced sustainably, whether from #renewable sources or captured CO₂. Why sustainable MeOH matters: ✅ Circular Economy: By leveraging CO₂ from industrial processes to produce methanol, we reduce emissions and promote resource efficiency. ✅ Versatile Fuel & Feedstock: Sustainable methanol can be used as a fuel, reducing dependency on fossil-based options, and in industries like chemicals, plastics, and energy. ✅ Energy Carrier for Renewable Power: Methanol allows us to store and transport renewable energy, making it accessible for diverse applications across regions. Our dedication to Power-to-X, including sustainable methanol, is an essential part of Casale’s path to net zero. Together, we can unlock the full potential of renewable energy and build a cleaner, more sustainable future. #Casale #SustainableMethanol #Power2X #NetZero2050 #GreenFuture

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The boom of Nuclear Industry is coming

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You should not “kill” an 80 MWp project! With this slightly over-dramatic title, I am pointing to a scenario we see happening all too often in Italy these days. Unfortunately, in Italy, the only stability is the instability of the regulation. It takes a long time to develop a utility-scale project in the country. Because of that, if it takes 3, 4, or 5 years to develop a project, one of the risks a developer takes is seeing the regulation change right in front of their eyes, with the only remedy being to make every effort to keep the project alive, no matter how the regulation evolves. Regulation is like the wind; it has a direction… And nowadays, the direction is AgriPV, with a requirement to change many projects, from standard ground-mount projects with low structures, to 2 or 3m high AgriPV structures. This was (once again) at the center of a discussion we had with one of the many developers facing this issue. They have an 80 MW project under development. Don’t imagine a nice, flat square, because, as is often the case, these 80 MW are divided between various oddly shaped plots with ~20% slopes. There’s this well-known proverb about "for terrain above 15%, forget about trackers"… So, with these initial conditions, the original approach at the start of the development was to go with fixed-tilt. Sounds reasonable until it was decided that this project wouldn’t be approved unless it’s turned into an AgriPV installation. AgriPV also means less efficient land use (Ground Coverage restrictions), higher structure costs, and a much more expensive construction process, etc. A classic recipe for killing a project—unless… you can maintain the same power with trackers +20% generation. But... the problem remains. While regulation may be dynamic, the same 25% slopes we had 5 years ago are still there! So, should we kill the project (like I attempt to do in this Google Earth Flight Simulator short movie)? The answer is: This is exactly what short, lightweight, and flexible trackers are meant to do: 1. Be installed at 3m high and even higher, and  2. Do that even on steep slopes of +25%. Before killing a project, try short trackers!

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ITALY GOING FOR RE-INTRODUCTION OF NUCLEAR ENERGY Pakistan must gear up to expand its nuclear power programme using domestic uranium to produce 40,000 MW of cheap electricity.

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Addressing steady growth of low-carbon electricity demand, nuclear operators need to secure the highest level of plant performance, efficiency and power output. As the nuclear partner servicing 380+ Power Plant worldwide, Framatome has developed an innovative modular/scalable approach to reach your objectives through ▶ Plant Cycle Optimization ▶ Plant Efficiency ▶ Reliable operations on the long term Learn more on what Framatome can bring to nuclear asset to secure the path to low carbon electricity and beyond 👇 https://lnkd.in/dM8mr8GQ #NuclearEnergy #Framatome #PlantPerformance  #PlantEfficiency   #Framatome

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I agree on this opinion. drill / dig is counter-intuitive technical outcome relative to the intention (decarbonization), when the natural process of ocean mineralization is already sequestrating gigaton scale of CO2. Mr. Michael's last line sums it up nicely! 🥂 getting a government subsidy or support is nice, but pushing each tax-payer dollar towards a solution that does not harm our environment (OCEAN) would be The Standard, a solution that makes renewable fuels and energy at par or below fossil would be next level awesome. ☕ as coffee prices go higher, and many of us are still recalling the prickly heat that is slow roasting our long evaporated sun-tan, let's aim for a market-based revenue approach to really make a difference! 🏅 there's no single solution that can solve it all, but it will be all for nothing if a single solution creates more challenges for all! #future #management #strategy

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During my intervention I insisted on the importance of more pragmatic approach on #Energy policies in EU for the next term having in mind that European #decarbonization pathway is what matters at the end of the day #150GWNuclear2050 POLITICO Europe

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Gas turbines on green hydrogen - great progress being made by Ansaldo Energia and collaboration partners under the EU funded FLEX4H2 programme. #eng4climate #gasturbines EUTurbines - European Association of Gas and Steam Turbine Manufacturers ETN Global

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Facts matter. Bjorn Lomborg is absolutely 100% correct

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Trigeneration plants are usually composed of a cogeneration plant, and an absorption system for cold. For this, plants with alternative engines or gas turbines are used. In the first case, with alternative engines, energy is generated through the combustion of a fuel. In the case of gas turbines, although the performance is lower than with the previous system, it is easier to recover heat since it is concentrated, and they can be of single or combined cycle, depending on the use of concentrated steam. Without a doubt, trigeneration plants have great advantages such as: - Reduction of greenhouse gas emissions. - Reduction of energy leaks. - Therefore, competitiveness grows and reduces costs. Together we are powering a cleaner, greener future #renewableEnergy #trigeneration

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  2024 State of the European Hydrogen Market: Progress and Challenges Context The development of a hydrogen economy is crucial for achieving the EU's 2050 Net Zero target and the interim 2040 target. This report offers a detailed snapshot of the progress made in 2023, highlighting the regulatory framework, market developments, and key performance indicators (KPIs) that shape the European hydrogen landscape. Key Takeaways - Critical for Net Zero: Hydrogen is essential for meeting the EU's climate goals, including the 2050 Net Zero target and the 2040 interim target. - Regulatory Focus: Current hydrogen policies in the EU are heavily regulatory, lacking a market-driven approach with technological neutrality. - Regulatory Progress: Significant strides were made in 2023 to complete the regulatory framework for low-carbon hydrogen in the EU and UK, though some policy gaps remain. - Data-Driven Analysis: The report uses KPIs to assess the status and development of the EU hydrogen market, despite limitations in publicly accessible data. - Stakeholder Engagement: The report incorporates feedback from stakeholder consultations, ensuring a comprehensive and inclusive analysis. - Mixed Reception of CCS: Carbon Capture and Storage (CCS)-enabled hydrogen has received varied responses across Europe, with the UK showing more acceptance. In My View, The report underscores the importance of hydrogen in the EU's decarbonization strategy but also highlights the need for a more balanced approach that includes market-driven mechanisms. The progress in regulatory frameworks is commendable, but the remaining gaps need to be addressed to foster innovation and investment in the hydrogen sector. The mixed reception of CCS-enabled hydrogen indicates a need for more consistent policies and public engagement to build broader acceptance. What are your thoughts on the current state of the European hydrogen market? Do you believe a more market-driven approach could accelerate progress? Share your insights and join the conversation! #HydrogenEconomy #NetZero #Decarbonization #EnergyTransition #CCS #EUClimatePolicy #SustainableEnergy #GreenHydrogen #EnergyInnovation Like and share if you found this valuable! https://lnkd.in/d9tYgiBT

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Hot News Tuesdays: Geothermal energy - specifically, electricity power production, has been successfully performed for 120 years. This first started in Larderello, Italy, and has grown to over 16 GW of energy, with new exploration and power plants being announced weekly. While everyone talks about geothermal being new energy, it's important to remember that it's not exactly new. The new part are the advancements that will take this 120 year old industry and continue its expansion. Other important point, with proper subsurface characterization and reservoir management, these geothermal systems can produce power for a lifetime. If you find a geothermal system and treat it right, it will outlive you, your company, the next big investment trend. If you want the exact number of geothermal GW and want to keep up with all of these geothermal news stories, follow ThinkGeoEnergy. Part of my Tuesday morning routine is reading their email. #geothermal #energy #sustainability

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Madoqua Renewables CEO: "EU Subsidies Not Meant to Cover Full Cost Gap with Grey H2" 💶🇪🇺 In a recent interview, Rogaciano Rebelo, CEO of Madoqua Renewables, shed light on the company's plans for the 500MW MP2X green hydrogen project in Portugal, which won joint-largest funding from the first European Hydrogen Bank (EHB) subsidies. Here are the key points: 1. The €245m subsidies won by MP2X over ten years were never intended to cover the full cost gap between green and grey hydrogen. 2. Buyers will have to pay a premium for green hydrogen, with subsidies being just one of the ingredients to get the sector off the ground. 3. Madoqua expects electrolyzer costs to fall to €300,000/MW by the time they purchase them in two years, with prices in Asia potentially dropping to €200,000/MW. 4. The company is open to buying alkaline electrolyzers from China, stating that there is no difference in technology between manufacturers. 5. The first 500MW phase of MP2X is expected to cost €1.3bn, with Madoqua seeking to raise €700m-€900m through a combination of equity and financing. In my view, Rebelo's comments highlight the challenges green hydrogen projects face in achieving cost competitiveness with fossil fuel-based alternatives. While subsidies like those from the EHB are crucial in supporting the growth of the green hydrogen sector, it is clear that they alone cannot bridge the cost gap. It will require a combination of factors, including technological advancements, economies of scale, and a willingness from buyers to pay a premium for clean energy. Moreover, Rebelo's openness to sourcing electrolyzers from China underscores the global nature of the green hydrogen supply chain. As the industry grows, it will be important to strike a balance between fostering domestic manufacturing capabilities and leveraging cost-competitive solutions worldwide. What are your thoughts on the role of subsidies in supporting the growth of the green hydrogen sector? Do you believe that buyers should be prepared to pay a premium for clean energy, or should the focus be on achieving cost parity with fossil fuels? Share your insights in the comments below and tag a colleague who might find this discussion interesting! 💬 #GreenHydrogen #EuropeanHydrogenBank #Subsidies #CleanEnergy #CostCompetitiveness #GlobalSupplyChain https://lnkd.in/dN6zPDdy

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