The U.S. Department of Energy (DOE) #VTO #AMR event is a key annual gathering where stakeholders in the vehicle technologies sector, including researchers, industry experts, and government officials, come together to review and discuss advancements and innovations in the field. The Battery section of the VTO AMR event specifically focuses on advancements in battery technology for vehicle applications, aiming to accelerate the development of high-performance batteries that support the transition to more sustainable and energy-efficient transportation systems. Battery recycling is a critical topic at the VTO AMR event due to its significant impact on both the environment and the economy. Emphasizing battery recycling at this event highlights its essential role in promoting sustainable, efficient, and economically viable advancements in vehicle technology. As awardees of a battery recycling project funded by the DOE VTO, the team at PNE (Dr. Chao Yan, Stephen C. Snyder, Jinyun (Jared) Liao, and Ryan Andris) seized this opportunity to engage in technical discussions and network with peers. Their efforts contribute to the overarching goal of advancing energy-efficient transportation solutions. #BatteryTechnology #VehicleInnovation #SustainableTransportation #BatteryRecycling #EnergyEfficiency #VTOAMR2024 #DOE #CleanTech #DirectRecycling
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In the ever-evolving world of batteries, lead battery regeneration is stepping into the spotlight with a focus on sustainability, performance, and aligning with modern industry standards. Let's dive into some of the exciting advancements happening right now in Europe! Sustainability and Circular Economy: Picture a world where old batteries don't just end up in landfills but are given a second life through advanced regeneration techniques. The updated Battery Innovation Roadmap 2035 is pushing this vision forward by promoting lead batteries' role in a circular economy. Improving recycling methods and regeneration processes will not just extend battery life; but also make a significant dent in reducing environmental waste. Performance Enhancements: Lead batteries, especially those used in cars for backup power, are getting a major upgrade. Recent research by the Consortium for Battery Innovation (CBI) is unlocking new ways to make 12V lead batteries last longer and work better, especially for auxiliary and backup applications in automotive technology. New standards and testing methods are being proposed to boost the competitiveness of these batteries against newer technologies. Innovative Electrochemical Research: The buzz around the latest ELBC conference highlighted some of the most exciting breakthroughs in lead battery technology. From improved cell designs to improved positive active mass durability and enhanced charge recovery processes, the advancements are promising. These innovations are crucial not just for your everyday car battery but also for larger applications like energy storage systems, which play a key role in our transition to greener energy sources These advancements are more than just technical tweaks; they represent a broader push to keep lead battery technology relevant and sustainable in an increasingly eco-conscious world. #BatteryInnovation #Sustainability #CircularEconomy #EnergyStorage #GreenTech #EcoFriendly
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#DASAScotland Check out the latest #DASA innovation case study from Wastewater Fuels ⬇️ Have you got an idea that might be a future #dasacasestudy? Defence and Security Accelerator | Scottish Water | #hydrogen | Net Zero Technology Centre
💩We're flushed with pride at publishing our latest Case Study - Flush to Fuel; transforming wastewater into hydrogen power! This is the fascinating story of an innovation that turns human waste - yes, that kind - into hydrogen that can then be used to generate electricity to power buildings or even vehicles. Warwickshire-based SME Wastewater Fuels have developed a unique innovation which harnesses energy from wastewater - sewage, basically - utilising environmentally friendly practices and circular economic systems that capture hydrogen energy. 🔋This energy can then be used on-site, stored, compressed, distributed, or even utilised in vehicles. Wastewater Fuels first submitted their idea to the DASA Open Call in 2021 and have subsequently been awarded further funding to explore the technology from Coventry City Council. They have worked with Severn Trent Water and are now preparing for the production of a full-scale sewage facility to be deployed at RAF Digby, at the current wastewater facility, managed by Severn Trent Services and in collaboration with Defence Support (Def SP) Futures R&E and jHub. Read the full story of this remarkable poo to H2 innovation in our full DASA Case Study here: https://ow.ly/Ueqk50SS7Hj #DASA
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The project #GreenTransportDelta - Electrification aims to develop a strong battery ecosystem in the Netherlands and thus accelerate the transition to climate-neutral mobility. 🌍⚡ Led by VDL Groep, our dynamic collaboration of more than 20 partners is spearheading a revolutionary transformation in the Netherlands' battery ecosystem. 🔋 Battery Module Development and Production 📊 Battery Management Systems / Battery Passport 🔌 Scaling Charging Infrastructure 💡 Battery Storage and Transport ♻️ Battery Recycling See how we are working on strengthening the dutch battery industry> https://tno.social/pH or read more about the project > https://tno.social/pI #TNO #SustainableMobility #Electrification Brainport Development RAI Automotive Industry NL ELEO EST-Floattech | Energy Storage Solutions
Green Transport Delta - Electrification programme | TNO
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Important for society. Important for industry. Important for STEPChem to actively participate in this project. #vub #sustainable #separations #carboncapture #CAPTURE
🌍 As Flemish companies face the challenge of becoming CO2 neutral there is a need to know which technologies can help them achieve that goal. The new Map-it CCU project does just that for carbon capture, utilization and storage (#CCUS) technologies. 👉 The goal? Centralize the knowledge about the valorization of industrial CO2 waste streams and translate it into a decision framework for Flemish process industry, energy production and the materials industry. The Map-it CCU project is a VLAIO - Flanders Innovation & Entrepreneurship intercluster COOCK project, supported by the spearhead clusters Catalisti and Flux50 . The project was shaped within the CAPTURE community. Read more: https://lnkd.in/epQD9x_Q #CCU #sustainabletechnology #co2reduction
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🚗 ✈ 🚆 Did you know that the transport sector constitutes a 25% of the EU's CO2 emissions? At #NEXTBAT_EU, we are on a mission to address this challenge head-on by introducing new battery systems that not only elevate performance but also significantly decrease the carbon footprint. Our project places a strong emphasis on cost reduction through the integration of highly recyclable materials in both hardware and cell components throughout the entire production chain. 🔎 Discover more about our innovative approach and the impact we aim to make: https://lnkd.in/dzCinKS7 📢 Stay tuned for updates on NEXTBAT’s progress as it shapes the future of sustainable battery systems! #GreenTech #Sustainability #Innovation #CleanEnergy #CarbonFootprint #EUEnvironment #TransportRevolution VTT RISE Research Institutes of Sweden Applus Commissariat a l'Energie Atomique et aux Energies Alternatives Fraunhofer IIS Barcelona Supercomputing Center Valmet Automotive IDNEO Sunlight Group Energy Storage Systems Heart Aerospace CSEM Zabala Innovation Europe
NEXTBAT: Advancing battery design for a sustainable electrification of transport and mobile applications
https://nextbat.eu
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#HighlyCitedPaper in Processes MDPI Published within the past 8 months, cited 10 times! "Enabling Safe and Sustainable Hydrogen Mobility: Circular Economy-Driven Management of Hydrogen Vehicle Safety", by Dr. Mohammad Yazdi from the University of the West of Scotland, et al. 🔗 https://lnkd.in/dhrSV_Fg 👉 Check out the Most Cited Viewed list: https://lnkd.in/eG-sgJ9c #openaccess #article
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New publication on second-life batteries and its implementation challenges and enablers from business model and ecosystem perspective. #secondlifebattery #batterycircularity #businessmodels #ecosystem #circularity
Associate Professor. Battery circularity│Circular business models│Digital services│Technology integration│Smart circular economy.
🚨 New Publication Alert 🚨 If you're involved in the EV/battery ecosystem, particularly in areas like battery second-life, battery circularity, circular business models, and ecosystem management, we have exciting new insights for you. Our extensive empirical study, conducted as part of the RECREATE project (🔋 Second Life Management of Electric Vehicle Batteries 🔋), offers a comprehensive analysis of the challenges and enablers in this field. We also provide a practical guiding framework for EV/battery ecosystem actors to systematically address these challenges and leverage the enablers. Title: Implementing circular business models for the second-life battery of electric vehicles: Challenges and enablers from an ecosystem perspective. https://lnkd.in/dbyPBhGi Congratulations to our team, Reza Toorajipour, Erik Dahlquist, Glenn Johansson, Fredrik Wallin. Thank you KK-stiftelsen for your valuable funding and all our partner companies, Volvo Construction Equipment, Alstom, KPRO AB, Mälarenergi AB, Eskilstuna Strängnäs Energi och Miljö AB. Ganesh Chandramouli, kaj juvakka,Bruce Xie,Rickard Jonsson,Helena Olssén, Therese Löving, Martin Ländewad. Digital & Circular Industrial Services (DigiCircle) research group, Mälardalen University Sweden, Mälardalen University. #secondlife #batterycircularity #circularity #secondlifebattery #circularbusinessmodels #ecosystem #batteryecosystem #greentransition #electrification #electricvehicles
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We're thrilled to share that we have secured an £8.2M award from the EPSRC to transform how technology-critical materials (TCMs) are recycled and reused. As we become more reliant on high-tech devices, the demand for TCMs has soared. These materials are essential for producing everything from smartphones to renewable energy technologies, but their extraction and disposal pose severe environmental and economic challenges. The RECREATE project is led by the University of Birmingham’s Professor Allan Walton in partnership with Andrew Abbott (University of Leicester) and Professor Louise Horsfall (The University of Edinburgh). Drawing on an extensive network of industrial and policy partners, the initiative will drive a circular economy for TCMs, using cutting-edge technologies and methodologies to enhance the efficiency and sustainability of recycling processes. By transforming how we manage these vital resources, we can reduce the environmental impact, bolster economic resilience, and pave the way for a more sustainable technological future. 🌏 🚀 To engage with the project contact the team via [email protected]. Find out more about this exciting development at https://lnkd.in/dCXcAa2b. #Recycling #SustainableTech #CircularEconomy #ResearchAndDevelopment #UniversityOfBirmingham #EPSRC
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At iRasus Technologies, we're passionate about sustainable solutions, and that starts with powerful and reliable energy storage. A recent breakthrough from City University of Hong Kong (CityU) has trieed to tackling in the persistent challenge of voltage decay in lithium-ion batteries, a major hurdle limiting their lifespan and energy storage capacity. This new technology directly addresses the issue, achieving negligible voltage decay (only 0.02 mV per cycle) through the stabilization of the cathode's honeycomb structure. The implications are significant. Imagine electric buses with longer ranges and electronics with extended uptime. Batteries lasting longer before replacement will lower costs and environmental impact, paving the way for a more efficient and greener energy landscape. At iRasus, staying at the forefront of innovation is key. We're committed to providing clients with the most sustainable solutions possible. Stay tuned for more such exciting developments in the #EnergyStorage sector! Read more on the breakthrough: https://lnkd.in/dM7AGfEk #BatteryTechnology #ElectricVehicles #Sustainability #CleanEnergy #RenewableEnergy #ElectricBuses #FutureofMobility #Innovation #LithiumIonBatteries #GreenTech #ClimateAction
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Looking forward to the Global Summit on Gigafactory Design & Construction and my role as chairman and speaker. The conference covers opportunities to discuss cost-modelling for the construction and operations of gigafactories, global gigafactory expansion and retrofitting, designs of high-efficiency HVAC systems and energy efficient dry rooms. Speakers from key players such as NOVO Energy, Northvolt, PowerCo, ACC - Automotive Cells Company, Statevolt, AIT Austrian Institute of Technology, afrivolt, Gotion Inc., EVE Energy Co.,Ltd., and European Investment Bank (EIB) will discuss their views on this topics. #Gigafactory2024 #FutureBridge #SustainableManufacturing #BerlinEvents #design #construction #ManufacturingFuture #batterytechnology #greentech #Cleantech #CleanEnergy #batteries #technology #lithiumbattery #engineering #sustainability #innovation #cleanroom #dryroom #advancedtechnology #gigafactory #GigafactoryDesign #CleanEnergy #ElectricVehicles #Innovation #SustainableDevelopment #Berlin2024 #Gigafactory2024 #GigafactoryConstruction #RenewableEnergy #CostModelling #OperationalEfficiency #SustainableManufacturing #Afrivolt #EnergyInnovation #LeadershipInEnergy Future Bridge Events Fraunhofer-Einrichtung Forschungsfertigung Batteriezelle FFB
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Director of R&D at Princeton NuEnergy
3moGreat experience over the past four days at VTO AMR. This event provides an excellent opportunity to engage with battery experts, gain insights into the latest trends and advancements, and network with fellow professionals.