New Iridium is excited to announce that we have been awarded $200,000 in funding through the SBIR Phase I program by the U.S. Department of Energy (DOE). This grant will support the scaling up of our innovative bio-acetic acid solution, bringing us closer to delivering sustainable bio-based materials like EVA, PVA, and PVOH, and advancing our commitment to greener chemical alternatives. https://lnkd.in/db-XxZvB
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Global Bioenergies (Marc Delcourt) will be among the experts on the stage of EUBCE, along with LanzaJet (Stéphane Thion) and Elyse Energy to discuss the topic ??SAF production in France: Innovation gets industrial??. ? EUBCE - European Biomass Conference & Exhibition is the largest biomass conference and exhibition in the world. Each year, EUBCE brings together the leading experts and latest advancements in biomass, with the aim of accelerating research and market uptake across the globe. The scientific programme is coordinated by the Joint Research Centre of the European Commission. ? Global Bioenergies is one of France’s assets to meet the #SAF mandates set by the European Union. ? #IBNSPK
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NSBproject is today present at the EUBCE - European Biomass Conference & Exhibition in Marseille to represent the Horizon EU Green-Loop within the parallel session of the BIO-MATTERS Cluster. Get the latest updates and share your impression about the #EUBCE, follow us! #EUBCE #EUBCE2024 #HorizonEurope #greenloopproject #biobasedmaterials #sustainableinnovation
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?? Marine CDR is the frontier of science. It's amazing to see Rewind, a biomass sinking provider listed on our marketplace, release its Marine Terrestrial Biomass Storage (MTBS) Framework Protocol. It defines a high standard for sustainable biomass sourcing and permanent carbon storage in anoxic marine environments. Supercritical focuses on impactful carbon removal solutions with scale potential. Why we love Rewind's MTBS Protocol: * Scientific Integrity: Backed by the best available science. * Collaborative Effort: Developed and reviewed with over 20 leading organizations. * Responsible Implementation: ISO 14064-2 compliant, emphasizing transparency and ecological safety. * Public Consultation: The protocol is open for feedback until June 30th, 2024. You can get involved to review and provide feedback on Rewind's MTBS protocol: https://buff.ly/3R8tE6x
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?? Would you like to learn about the impact of the BIOEAST & BOOST4BIOEAST on sustainable growth?? Join our webinar with Barna Kovacs PhD who will discuss how to add value to biomass in Eastern Europe and the Western Balkans. ?? Register here: bit.ly/4eYsILp
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The Launch event of LCBA Canada Phase II, on Thursday 12 September, will showcase best practices and success stories in this field while paving the ground for companies, public and private donors, financial institutions, and EU innovators for further collaboration on Phase II of the project (2024-2028)! The event will include a dedicated session to award successful legally binding contracts between EU sellers and Canadian buyers. One of them is Finrenes Oy, a Finnish company specializing in sustainable technology, who completed the sale of its innovative biomass processing technology to the Canadian Ekstera. The patented technology developed by Finrenes converts biomass into biogas and brown pellets, which can be used as a replacement for coal in power generation. This acquisition represents a significant step in the transition towards cleaner and more efficient energy sources.???? ???Meet Petteri Salonen, CEO of Finrenes, who will be present on behalf of the Finnish company. Want to be part of it? Join our event by registering below and stay tuned for more. https://lnkd.in/dT8nHZ39 #CircularEconomy #Sustainability #Cleantech #LCBACanada #EuropeanCommission #LowCarbon #EUEnvironment #EUInternalMarketIndustryEntrepreneurshipSMEs #EUClimateAction
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I am delighted to inform you that our review article, "The upsurge of lytic polysaccharide monooxygenases in biomass deconstruction: characteristic functions and sustainable applications," has been published in the "FEBS Journal."
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The European Biochar Industry Consortium (EBI) has announced the release of its annual European Biochar Market Report. This year’s edition of the report provides valuable insights into the growing significance of biochar, particularly in district and industrial heating systems while also examining charcoal production facilities and those within the metallurgical industry, focusing on carbon-preserving applications. #carbonremoval #biocharcarbon #biocharmarket Carbuna AG Hansj?rg Lerchenmüller European Biochar Industry Consortium (EBI) #europeanbiocharindustryconsortium #bioenergyinternational #svebio Svebio, Svenska Bioenergif?reningen Bioenergy Europe
EBI releases annual European Biochar Market Report | Bioenergy International
https://bioenergyinternational.com
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?? Excited to share our new paper titled 'Unaddressed non-energy use in the chemical industry can undermine fossil fuels phase-out'. It explores a critical, yet often overlooked, challenge in the path to net-zero: the use of fossil fuels for non-energy purposes in the chemical sector. How does the co-production of fuels and chemical feedstocks in petroleum refineries affect fossil fuel phase-out, considering the limited availability of alternative feedstock? Our study highlights how energy and materials interdependency affect the transition away from fossil fuels in energy systems in a world striving to achieve climate targets. ?? Key Findings: > Up to 62% of the chemical sector’s feedstock demand could be met by alternative sources by 2050. > The sector’s annual CO2 emissions could drop to as low as ?1GtCO2 by 2050 if biogenic carbon storage is considered, and biomass and CCS are scaled up significantly.? ?? Takeaways: > The chemical sector is both hard-to-abate and hard-to-defossilize, but has the potential to drive systemic decarbonisation by leveraging alternative feedstocks and biogenic carbon storage in biomaterials used in long-lived applications. > Defossilising primary chemicals reduces petroleum refinery utilisation, which indirectly promotes decarbonisation beyond the chemicals sector. > Beyond energy, transitioning away from fossil fuels in non-energy systems is key to breaking the resilience of the fossil fuel industry built over decades. Many thanks to Luiz Bernardo Baptista, Rebecca Draeger, Pedro Rochedo, Alexandre Szklo, and Roberto Schaeffer for working together on this paper. ?? Read the full open-access paper here: https://lnkd.in/e39x8GVd
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A real-scale application of in-digester biogas #desulfurization with oxygen coupled to #biomethane generation from centralized #anaerobic #digestion of sewage #sludge. Open access on #Biomass and #Bioenergy. ?? https://lnkd.in/e-Bb2iTw
Excited to share our latest research article, conducted in collaboration with the company Acqua & Sole Srl | Neorisorse. This study, now published on Biomass and Bioenergy Elsevier, investigates the biological biogas desulfurization via in-situ micro-oxygenation during the centralized anerobic digestion of sewage sludge and evaluates the impact of oxygen injection on biogas upgrading to biomethane. A huge thank you to my co-authors and the team at Acqua & Sole Srl | Neorisorse for their invaluable support and expertise throughout the research process. For those interested in the practical applications of our findings and future implications, you can access the article at https://lnkd.in/dBRtDzRX.
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I am delighted to share my new article entitled "Evaluating the performance of carbon-based adsorbents fabricated from renewable biomass precursors for post-combustion CO2 capture" published in "Separation and Purification Technology" journal (IF: 8.6, Q1). In this work, carbon-based adsorbents were fabricated from olive stones and almond shells as inexpensive precursors to separate CO2 from N2 under post-combustion conditions and evaluate their performance on the CO2/N2 selectivity and CO2 adsorption capacity. Moreover, the selectivity and adsorption capacity of CO2 were assessed using Fixed-bed binary dynamic adsorption simulations by analyzing the breakthrough curves, N2 recovery factor and purity of both gases. This work was also focused on the combination of experimental adsorption equilibrium data corresponding to pure gases and a commercial simulation tool that allows to take a step further on screening and analysis of adsorbents for their use in an industrial scale evaluating equilibrium and mass transfer characteristics. Thanks to my professors Julia González-álvarez, Diego Gómez-Díaz and María Sonia Freire! https://lnkd.in/dCCx_wkw
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