Plagazi AB (publ) specializes in the production of circular hydrogen from waste materials. The company processes non-recyclable waste, such as plastics and medical waste, into hydrogen with a reduced carbon footprint.

Plagazi AB (publ)

Plagazi AB (publ) focuses on the production of circular hydrogen from non-recyclable waste. The company claims to provide a cost-effective solution for producing hydrogen with a negative CO2 footprint.

Plagazi | 3,777 followers on LinkedIn. Circular hydrogen from waste | The Plagazi ® process converts all types of waste into circular hydrogen through plasma gasification. The production process is highly energy self-sufficient and environmentally friendly by not producing any dangerous by-products. We work towards a circular economy and for a better future.

Manager at Dina Kubik AB

Henry Lundhammar

Independent Environmental Services Professional

Peter Schmidt

Main owner of Plagazi AB

Torsten Granberg

CEO @ Plagazi | Advancing Waste-2-X Solutions | Circular Hydrogen (H₂) Advocate | CCUS Innovator | Clean Tech Enthusiast

Soran Shwan

Plagazi

Plagazi , a Swedish company specializing in green hydrogen technology, has been awarded a significant €29.5 million (about USD 32.1 million) grant from the EU Innovation Fund. The funding will help advance Plagazi’s innovative project focused on converting waste into circular hydrogen using a high-temperature plasma gasification process. Read the full article here🔗 https://lnkd.in/gkRC4__b #Plagazi #GreenHydrogen #EUInnovationFund #WasteToHydrogen #Sustainabililty #HydrogenEnergy #CircularEconomy #BioEnergy #CleanEnergy #BioEnergyTimes Zaz Ventures | Soran Shwan | Leonard Kemper | Linnéa Lang | Victor André Hrelja

BioEnergy Times

The EU’s Innovation Fund–powering circular hydrogen and climate solutions This week, 85 winners of the latest call were announced, and at Zaz Ventures, we are proud to have supported one of Sweden’s winners: Plagazi! Plagazi is set to receive €29.5m from the Innovation Fund to accelerate growth while driving impactful decarbonization across sectors that rely on hydrogen, from industrial manufacturing to transportation. Plagazi uses a patented plasma gasification process; Plagazi will convert 22,000 tonnes of non-recyclable waste—like wind turbine blades—into 3,300 tonnes of clean hydrogen annually. By capturing embedded CO2 and contributing to local heating, this project aligns with the EU’s REPowerEU plan and sets a new standard for circular, net-negative hydrogen production. The Innovation Fund, one of the largest global financing programs for low-carbon technologies, accelerates impactful projects that propel the EU’s climate ambitions. Learn more about Innovation Fund: https://lnkd.in/dHNd2F4t Are you a #cleantech company interested in funding opportunities in Europe? Contact Zaz Ventures today! #CircularEconomy #GreenHydrogen #WasteRecycling #InnovationFund

Zaz Ventures

🎉 Exciting News! 🎉 We’re thrilled to announce that Plagazi has been awarded a €29.5 million grant from the prestigious EU Innovation Fund! This achievement is a powerful affirmation of the hard work, vision, and dedication our team has poured into developing robust and impactful projects over the years. It’s also a significant milestone, not just for Plagazi but for Sweden, as we lead the way in pioneering sustainable hydrogen solutions. Out of 337 applicants, the Innovation Fund selected only 85 projects that showcase breakthrough potential for Europe’s net-zero goals. Plagazi s technology stands among them, marking a vital step forward in sustainable hydrogen production and waste-to-hydrogen innovation. Our technology transforms previously non-recyclable waste into sustainable hydrogen, supporting decarbonization across energy-intensive industries. This grant will enable us to expand projects that contribute to Europe’s circular economy goals and reinforce Sweden’s role in the clean energy transition. This win is not just a validation; it’s a springboard for greater impact. We’re excited to share how Plagazi will leverage this support to create lasting environmental benefits. Stay tuned for updates and follow Plagazi on linkedin! Thank you also to Zaz Ventures for the extentive help and guiding us through the application process. 🌍 Let’s drive the sustainable transition, one innovation at a time! #InnovationFund #circulareconomy #hydrogen #sustainability #cleantech #plagazi #sustainablefuture https://lnkd.in/ggdPFh9D

Yesterday, our CPO Linnéa Lang , and CFO, Leonard Kemper , were honored to present Plagazi 's solution at an impactful event in Berlin, hosted by Jochen Wermuth , Hans-Josef Fell and the Holocene Project . The event focused on the critical challenge of achieving the necessary speed of the sustainable transition. The Holocene Project is on a mission to bring Earth back to safe Holocene levels—below 350 ppm atmospheric CO2 and 1°C warming above pre-industrial levels. The project is developing a comprehensive plan for economic and social transformation toward a fossil-free future. The event was truly inspiring, with a remarkable blend of clean-tech companies, policymakers, and scientists, all working together to shape a more sustainable world. It was an honor to present our solution in front of Vice Chancellor and Minister for Economic Affairs, Dr. Robert Habeck . We left the event energized and motivated by the collective efforts of the industry’s key stakeholders. Together, we are driving the innovations needed to combat climate change and secure a sustainable future. 🌱 #CleanTech #GreenTransition #Sustainability #ClimateAction #Plagazi #HoloceneProject #FossilFreeFuture #Innovation #Circulareconomy #Hydrogen #Greenhydrogen #Wasterecycling

🚀 Exciting News! Last Tuesday, exciting developments from our latest study were highlighted in the Swedish media. Our project, involving Plagazi , Gastrike atervinnare , Alleima , and Mackmyra Bruk , was featured in Dagens Nyheter and subsequently covered by the local newspaper, Gefle Dagblad . This recognition underscores our commitment to pushing the boundaries of sustainable technology and enhancing community involvement. We are proud to see our efforts gaining attention. More updates to come as we advance in our journey! #Wasterecycling #Sustainability #Innovation #CircularEconomy #SwedishMedia #EnvironmentalTech

New project alert 🌱 ! Plagazi , Alleima , Gastrike atervinnare and Mackmyra Bruk are launching a joint feasibility study for future sustainable waste recycling and circular hydrogen production. The companies announce that they are launching a study to explore the possibilities of implementing an innovative project in sustainable and local waste recycling and production of circular hydrogen in Gävle muncipality. The feasibility study is an important first step towards realizing a future project that can promote both local industry and contribute to the climate transition. The project aims to explore the use of Plagazi 's patented technology to convert non-recyclable waste into circular hydrogen through an innovative plasma gasification process. This technology captures greenhouse gas emissions and help reduce carbon emissions for companies both inside and outside the municipality. The project partners Plagazi , Alleima , Gastrike atervinnare and Mackmyra Bruk have jointly initiated the feasibility study. The study, which will be carried out between May and October 2024, includes site selection, technical and economic analysis. Each party is contributing its expertise and resources to ensure a comprehensive and informed assessment of the feasibility of the project. "This project can further strengthen Alleima 's sustainability efforts. Innovative new technologies are crucial for the transition. If successful, we can reduce carbon emissions and achieve circular solutions for challenging waste fractions." says Katarina Veem , Sustainability Manager at Alleima 's Tube division." "Using non-recyclable waste to produce hydrogen and strengthen the local energy system feels incredibly exciting. We hope that the feasibility study means that local production can be started in our immediate area, which would save both transport, finances and climate emissions," says Therese Metz, chairman of Gastrike atervinnare The feasibility study will result in a comprehensive report describing the planned plant, waste supply, hydrogen sales, carbon capture and storage (CCS), logistics and the economic viability of the project. The project represents an important milestone in the effort to reduce carbon emissions and develop sustainable energy solutions. "We are very pleased to initiate this feasibility study with such strong and committed partners," said Linnéa Lang , CCO of Plagazi AB. "Our technology has the potential to create significant environmental and economic benefits, and we look forward to exploring the possibilities together with Alleima , Gastrike atervinnare and Mackmyra Bruk ." "The direction of the Forsbacka business area is rail-intensive activities in a circular economy. Plagazi fits into this," says Mackmyra Bruk Follow Plagazi linkedin page for more news to come! Glenn Johansson , Anna-karin Jakobsson , Lars S Andersson , Jesper Eriksson , Soran Shwan , Ragnar Klingberg , Mikael Lindberg , Rickard Klingberg , Linnéa Lang

Exciting news in Germany! Plagazi and Neue Energien Premnitz GmbH (NEP) are excited to announce the creation of the Special Purpose Vehicle ‘SPV Premnitz Hydrogen Park Gmbh’ for the ‘Havelstoff Project’ in Germany. This partnership aims to accelerate the development of a Plagazi state-of-the-art plasma gasification plant, capable of producing up to 7,500 tonnes of fuel-cell grade circular hydrogen annually. NEP will provide local waste supply expertise, while Plagazi will lead the permitting process and the general project development. Sweco Germany GmbH will support the project’s permitting process as an environmental consultant. This initiative signifies a crucial step in Germany's transition to a hydrogen-centric economy. Stay tuned for updates on our journey towards sustainable energy solutions. #HydrogenInnovation #SustainableEnergy

Sverige är ett av få EU-länder som saknar en vätgasstrategi. Det är märkligt. Nu är det bråttom för regeringen att ta fram en sådan 💡 Vätgasen är viktig för att nå klimatmålen – och särskilt i Sverige. Här är vätgasen nyckeln till den tunga industrins, sjöfartens OCH flygets omställning. Tack vare Sveriges fossilfria el har vi dessutom bättre förutsättningar för grön vätgas än vad många andra EU-länder har. Mer fossilfri vätgas skulle även minska Sveriges sårbarhet. För med hjälp av vätgas kan mer energi lagras och användas för lokal försörjningstrygghet som då ersätter importerade fossila bränslen. Det finns alltså inga argument för regeringen att inte ta fram en nationell vätgasstrategi. Det skriver vi i en debattartikel i Aktuell hållbarhet tillsammans med Vätgas Sverige , 2030-sekretariatet , Energigas Sverige , BioDriv Öst , Nordion Energi , Uniper Sverige , Metacon AB (publ) , Lhyfe , Liquid Wind , OX2 , Plagazi , Trelleborgs Energi AB & Euromekanik AB . Läs debattartikeln 👉 https://lnkd.in/dRN9cM8D

Energiföretagen Sverige

We need a hydrogen transition now! Sweden has a unique opportunity to lead the hydrogen transition, thanks to our high climate ambitions and excellent conditions for sustainable hydrogen production. Although we currently lack a national hydrogen strategy, 16 industry leaders including Plagazi see great potential for the country to act swiftly and develop an action-oriented strategy. By focusing on clear timelines, sector collaboration, enhanced energy security, national coordination, and commercial viability, Sweden can become a European role model. Read more about it in the article below written by: Gustav Granberg @ Plagazi Bjorn Aronsson @ Hydrogen Sweden Mattias Goldmann @ 2030-secretariat Maria Malmkvist @ Energigas Sverige Åsa Pettersson @ Energiföretagen Sverige Beatrice Torgnyson Klemme @ BioDriv Öst Björn Santana Arvidsson @ Nordion Energi Patrik Hermansson Uniper Christer Wikner @ Metacon AB (publ) Sara Wihlborg @ Lhyfe Claes Fredriksson @ Liquid Wind Magnus Sahlin @ Trelleborgs Energi AB Matilda Afzelius @ RES Nordics Peter Enå @ Hydri Let's seize this potential and pave the way towards a sustainable future! #Sustainability #Hydrogen #ClimateStrategy #Sweden https://lnkd.in/dRN9cM8D

👉 Plagazi, green hydrogen produced from non-recyclable waste. 🇸🇪 Plagazi is a Swedish cleantech pioneer that has developed a revolutionary method for producing green hydrogen from non-recyclable waste. 💡 The company's innovation is based on a patented process, the Plagazi® Process, which specializes in the transformation of these non-recyclable waste materials. 👉 This process converts a variety of materials, such as automotive shredder residues, contaminated plastics, wind turbine blades and various industrial and hazardous wastes, into green hydrogen through plasma gasification. 🔥 Plasma gasification converts waste into energy using the intense heat of plasma. Subjected to temperatures in excess of 3,000ºC, these materials decompose down to their atomic level, producing synthesis gas. 🌳 The production process is highly energy self-sufficient and environmentally friendly, with no environmentally hazardous residual products. 🚮 The company sets itself apart by efficiently transforming waste that would otherwise be destined for landfill or incineration. ♻️ By converting them into hydrogen, it not only reduces the environmental impact of waste, but also contributes to the energy transition towards more sustainable sources. 🏭 Their high-purity industrial hydrogen finds applications in a variety of sectors, including fuel cells and industrial processes, offering a clean alternative to fossil fuels. 👉 The Plagazi® process is also characterized by its economic competitiveness, claiming significantly lower production costs (up to 75% reduction) than traditional hydrogen extraction methods. 👍 This cost-benefit efficiency is essential for the widespread adoption of green hydrogen as a viable energy alternative. #greenhydrogen #waste #nonrecyclable #sweden #plasmagasification #synthesisgas #sustainable #environment #greenisyou #energy #hydrogen Plagazi

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Plagazi AB (publ)