SEMPRE-BIO PROJECT’s Post

Seeking solutions for the energy transition and decarbonization in transportation is also on Suzano’s horizon. We have established a partnership with Eletrobras to study the development of sustainable solutions such as green hydrogen and synthetic fuels. The research will focus on the technical and economic feasibility of utilising natural biogenic CO2 generated as part of Suzano’s current production process to manufacture new forms of sustainable fuels. Biogenic CO2 is generated from the burning of biomass and black liquor derived from the pulp production process at Suzano's mills. It can be captured at source and mixed with renewable hydrogen, generated from water electrolysis, to produce synthetic and clean fuel, especially e-methanol, one of the most likely candidates to replace fossil fuels in the maritime industry. The study will also assess the viability of constructing a synthetic fuel production unit. Congrats, Paulo Henrique Squariz, on this new and disruptive initiative! With the right partners, in cooperation, Suzano has proven that eucalyptus is a sustainable source to boost the bioeconomy. #WePlantTheFuture #bioeconomy #energy

Micro4Biogas project: Shedding light on biogas’ microbial key players With the current climate crisis, pollution, and biodiversity loss, a new bioeconomy is essential. Biogas holds critical potential for sustainable solutions. Currently, about 10% of global energy comes from bioenergy. Biogas, specifically, is a potentially highly sustainable energy source due to it being created via the decomposition of waste products (manure, waste food, etc.) with natural bacteria. The University of Valencia’s Professor Manuel Porcar discusses the issues facing biogas production, and the solutions from their project: MICRO4BIOGAS. https://lnkd.in/eQwkGdev #science #research #innovation #euproject #biogas

🗞 Renewable Carbon News - most read articles of the week🗞 💡 Enjoy this weeks' most read articles published on our Renewable Carbon News Portal.💡 1. Fraunhofer-Institut für Grenzflächen- und Bioverfahrenstechnik IGB produces hydrogen from industrial wastewater, residue 2. Topsoe chosen as technology provider for HOLBORN Europa Raffinerie GmbH’s renewable fuels refinery 3. Comprehensive poster on biodegradable polymers in various environments in a new version by the nova-Institut GmbH 4. nova-Experts introduced: Narendar Raju Poranki 5. CARBIOS and SASA enter discussions for license of 100k ton/year PET biorecycling facility in Turkey

⏲ It's #survey time! The European Biogas Association and the Biomethane Industrial Partnership are conducting a survey as part of the EU-funded #Biomethaverse project. The aim is to better understand the main drivers and potential barriers to #biomethane conversion in different industries. 👇🏻Don't miss the opportunity to contribute! #repowereu #euproject #biogas

🔄How does #Biomethanisation empower circular economy❓ This 🆕 episode of our video series "In the lab" showcases the groundbreaking work happening at Ferme du Faascht in Attert, Belgium, where our researchers are driving innovation with a demonstrator designed to convert carbon dioxide (CO2) from biogas into #biomethane through the process of biological #methanation. 🌐 🚜This process not only contributes to sustainable #farming but also addresses the crucial need for reliable and adaptable renewable energy. Read more ➡ https://lnkd.in/eC7Qba-e #biomethanisation #biogas #circulareconomy #sustainablefarming #sustainableagriculture #fermedufaascht #research #innovation #greenenergy #sustainability #agritech #LISTEnvironment

Glad to share our research article “Investigating the sustainability of biogas recovery systems in wastewater treatment plants- A circular bioeconomy approach” in “Renewable and Sustainable Energy Reviews”. https://lnkd.in/dd4GMWsg [open access]. Thanks Akash Som Gupta for leading this paper. Advanced wastewater treatment options offer a unique opportunity to recover valuable resources such as energy (biogas), nutrients, and minerals embedded in the wastewater streams. However, considerable challenges remain when designing and planning sustainable wastewater treatment systems. The study investigates the performance of a biogas recovery system in different scenarios and applications. This research also demonstrates the interlinkages between sustainable development goals and various benefits of resource recovery systems. This study could be helpful for decision-makers involved in planning and deploying resource recovery systems in a circular bioeconomy approach in WWTPs globally. Research highlights: →Managing wastewater is urgently required for environmental sustainability →Biogas recovery from WWTPs aids in achieving energy security and reducing emissions →The study assesses the sustainability of recovering biogas from wastewater →Levelized cost of biogas generation (LCOB) from WWTP is estimated at 0.08 EUR/m³ →Quality of wastewater, energy prices, and capital investments are the key factors →Wastewater resource recovery facilities can create multiple benefits

Want to stay updated on the latest news in biogas, biomethane, and renewable energy? Check out the April issue of the #Biomethaverse newsletter.   👩🔬 Receive updates from our pilot sites: · The French pilot site reached a milestone by completing lab tests for electromethanogenesis technology. · The Italian demo-site will soon finish installing an ozonolysis plant for sludge treatment, increasing biomethane production and reducing waste, while also designing additional biomethane generation methods. · Greece conducts lab-scale experiments on nickel-based catalysts crucial for methanation research. · Preparations for Sweden's syngas pilot project are now complete. · Vitagro Energy established its second biomethane plant in Ukraine using agricultural residuals and livestock waste despite regulatory challenges in emerging markets.   💡 The newsletter also contains exclusive insights from our recent workshop, showcasing cutting-edge technologies and innovative production pathways revolutionising European biomethane production.   Find out more in the Biomethaverse newsletter: https://lnkd.in/ehKRWCmt   #biomethane #innovation #renewableenergy #newsletter ISINNOVA - Research Innovation Sustainability ENEA Centre for Research & Technology Hellas (CERTH) RISE Research Institutes of Sweden Cortus Energy AB (CE) Wärtsilä AERIS Tecnologias Ambientales SL Leitat Technological Center FAU Erlangen-Nürnberg Energigas Sverige DBFZ Deutsches Biomasseforschungszentrum gemeinnützige GmbH Lab Crigen 

🌱 Curious about the latest advances in #renewableenergy? Dive into the April edition of the #Biomethaverse #newsletter for your monthly dose of innovation in #biogas and #biomethane! What's inside? ▪ French innovation: Discover how the French pilot site is pushing the boundaries with successful laboratory tests of cutting-edge electromethanogenesis technology. ▪ Italian Advances: Be the first to hear about the imminent completion of the ozonolysis plant that will boost biomethane production and reduce waste at the Italian demonstration site. ▪ Greek research: Gain insight into Greece's pivotal lab-scale experiments with nickel-based catalysts, a game changer for methanation research. ▪ Swedish development: Learn about Sweden's syngas pilot project, now ready to go live. ▪ Ukrainian growth: Admire the resilience of Vitagro Energy as it inaugurates its second biomethane plant in Ukraine, overcoming the challenges of an emerging market. Plus: 🧠 Gain exclusive insights from our recent #workshop on the latest technologies and innovative ways to transform European biomethane production. Stay informed and join the sustainable energy conversation. Read the full newsletter here: https://lnkd.in/ehKRWCmt #sustainability #innovation #repowereu

Air Products have recently unveiled its latest breakthrough: the PRISM GreenSep LNG membrane separator, designed to boost bio-LNG production efficiency through the elimination of intermediate purification steps. This innovation not only increases bio-LNG yield, but also cuts operational costs and energy consumption. Bio-LNG, derived from organic sources such as food, animal, or municipal wastes, emerges as a compelling sustainable fuel in the ongoing quest for low-emission alternatives. It holds significant promise in decarbonizing the transportation sector, aligning with global efforts to combat climate change. Read the full article: https://lnkd.in/d7HX-BNg As the world shifts towards cleaner energy solutions, projects such as the PRISM GreenSep membrane separators underscores the vital role of innovation in driving sustainable practices. Gastech 2024 will serve as a crucial platform for tech leaders to showcase such advancements and forge strategic partnerships aimed at accelerating the global transition to a low carbon future. Book a delegate pass: https://lnkd.in/eFMSzp4E #Gastech #Decarbonization #GasLNG #Innovation

🌿Exciting progress is on the horizon for the SEMPRE-BIO PROJECT in the coming years.   One of our main focuses this year is on achieving significant milestones at the Baix Llobregat, Barcelona (Aigües de Barcelona), case demonstration plant (CS1) that produces biomethane from sewage sludge (visit our blog for CS1 details https://lnkd.in/ePeJwpQE).    🏗️We're excited to announce that we're entering the final design stages of the proton exchange membrane water electrolysis (PEMEL) with the stack having already begun construction, and we anticipate hydrogen production by 2025. This hydrogen will complement our biomethanation technology, enriching the methane content from 65% to <95%.   🏭Simultaneously, the biomethanation process is also deep into its design phase, already having a satisfactory process flow diagram. This plant is scheduled to start at the end of the year, and it is expected to be operational in 2025.   🚌Looking ahead to the long term, as we approach 2025 and the biomethanation plant reaches its full operational capacity, our plan is to supply biomethane to two buses operated by Transports Metropolitans de Barcelona (TMB). Following this, a comprehensive study will be conducted to evaluate the impact on engine performance, ensuring optimal results and closely monitoring potential issues such as H2S and siloxanes. In parallel, SINTEF and DBFZ Deutsches Biomasseforschungszentrum gemeinnützige GmbH will undertake a techno-economic analysis to assess the long-term financial viability of CS1. Stay tuned for updates on these important milestones.   Stay tuned for overall project progress!   #Biomethane #Biogas #Hydrogen #Sustainability #GreenEnergyEU