thyssenkrupp nucera

Today we're giving you a sneak peek into our assembly lab ?? In order to further develop our highly efficient production, we have opened an #AssemblyLab in Germany, which went into operation with the commissioning of the first robots for screwing, inserting and tightening. Our medium-term goal is to increase the level of #Automation in our cell production process. In this way, we aim to increase efficiency and speed, achieve higher capacity at a lower cost per unit, as well as greater reliability and productivity. #Engineering #Innovation

In an opinion article for energate, our CEO Werner Ponikwar challenges the idea that blue #Hydrogen is a pragmatic bridge #Technology. Methane leakages and challenges to achieve high sequestration rates needed cast doubt on blue hydrogen's climate impact and economic viability. The need to create additional CO2 pipeline and storage infrastructure raises the question of when blue hydrogen will be available in relevant quantities. The key question for Germany's CDU/CSU and SPD during their coalition negotiations is: How can we best invest in a sustainable future as a society? What do you think? Let’s discuss in the comments—where you’ll also find the link to the full article!

Stronger together for International Women's Day 2025! ???????????????? Our employees around the world are striking the strong arm pose—because real strength lies in supporting each other. At thyssenkrupp nucera, we believe that accelerating action starts with each of us—every voice, every action, every day. How do you #AccelerateAction? Share in the comments! #IWD2025

Exciting news! ?? CINEA - European Climate, Infrastructure and Environment Executive Agency and thyssenkrupp nucera have officially signed the EUR 36 million grant from the EU’s Innovation Fund for our project selected in October 2024. This grant will support our 300 MW manufacturing facility for high temperature Solid Oxide Electrolysis (SOE) stack modules, with potential future scalability towards multi-gigawatt production facilities. This is a huge step towards scaling #GreenHydrogen production via high temperature #Electrolysis, advancing technology, and contributing to the EU #Hydrogen strategies. We're thrilled to continue paving the way in hydrogen solutions and driving the move towards #EnergyTransition. Read more about this topic in our latest blog article: https://lnkd.in/eggsfHYC

Without water electrolysis, there is no #EnergyTransition for the industry. ?? #Hydrogen is crucial for the decarbonization of our industries. Alkaline water electrolysis (AWE) is one of the leading large-scale #GreenHydrogen production technologies today. Why? ??It is a cost-efficient, standardized and modular approach for processing hydrogen in large volumes, which are needed to produce sustainable chemicals such as ammonia, methanol and green steel. ??Our 20 MW AWE module scalum? can be run directly with fluctuating #renewable power input and be integrated into Power-to-X applications. On #WorldEngineeringDay for Sustainable Development, we celebrate engineering innovation driving a sustainable future. Learn more about scalum? in the comments.

A recent EPA ban on asbestos imports for chlor-alkali production requires many plants in the U.S. to transition to membrane technology. At thyssenkrupp nucera?, we support the #ChlorAlkali industry with advanced membrane #Technology to help you meet these regulatory requirements. Our membrane technology offers a seamless transition from diaphragm to membrane cells, significantly improving energy efficiency and reducing operational costs over time. Convert your diaphragm plant to membrane technology now to ensure compliance and optimize performance. Contact our chlor-alkali team today: [email protected] For more information on the asbestos ban and our membrane technology, check out the link in the comments. ??

We operate at a full annual production capacity of 1.5 GW/a, with over 1 GW of #electrolyzer modules already delivered to our NEOM project, to give an example. The industry is now embracing a significant shift. Electrolyzer manufacturers have risen to the challenge, successfully addressing capacity bottlenecks. Between 2022 and 2024, Europe's electrolyzer manufacturing capacity surged by an impressive 400%. Yet, demand has not kept pace. The manufacturing capacity for electrolyzers surpasses demand, signaling a pivotal moment. Availability is no longer the primary obstacle to the #hydrogen economy's growth—this shift represents a remarkable turning point in our journey. Discover more insights on this topic from our CEO Werner Ponikwar: https://lnkd.in/e7Vjdjzk Graphic source: Hydrogen Europe, H2 Corner, Electrolyser Manufacturing in Europe

Let’s start #EngineersWeek with a nod to our 60-year engineering excellence! From our foundation in 1960, the development of the first bipolar membrane single-element membrane electrolyzer in 1984, advancing the future with alkaline water electrolysis after 2015, to being listed on the stock market in 2023, thyssenkrupp nucera? has been a leader in the electrolysis space. While our chlor-alkali technology provides reliable solutions that industries have depended on for decades, our green hydrogen technology opens up new opportunities for sustainable energy and large-scale decarbonization. Our strategic partnership with Fraunhofer IKTS in the field of high-temperature electrolysis (SOE) will be the next step in shaping the future of the electrolysis market. Share your favorite memories of the last decade's engineering excellence in the comments!

The #US Treasury's 45V tax credit guidance is designed to accelerate the development of clean hydrogen projects and advance decarbonization efforts. As Sachin Nijhawan, thyssenkrupp nucera USA's CEO stated, "The Treasury’s final guidance on 45V is a step forward in providing clarity for the hydrogen industry to move ahead with planned projects." Want to learn more about how #45V is shaping the future of green hydrogen? Check the comments for the full article from Reuters. #GreenHydrogen #Sustainability #EnergyTransition

What did one hydrogen atom say to another? You complete me?? Hydrogen's love story teaches us a valuable lesson: One #hydrogen atom alone is unhappy and needs a partner – H + H = H?. Much like hydrogen, thyssenkrupp nucera believes in the power of strong connections. Whether it's H? or high-performing teams, the magic happens when the right elements come together. Let's keep forming bonds that fuel #innovation and #success. Happy Valentine’s Day!