Primobius的动态

??? ?????????????????? ???? ?????? ?????????????? ?????????????????? The ACROBAT project (ERA-MIN3) has made a breakthrough in recycling lithium iron phosphate (LFP) batteries, paving the way for sustainable electrification! In collaboration with ACCUREC-Recycling GmbH, KU Leuven, Fraunhofer ILT, and ENEA, we’ve developed new methods to efficiently recover critical materials like lithium, phosphorus, and graphite, making them ready for reuse in new batteries. “???????? ?????????????? ???????????????????? ?? ???????????????????????? ???????? ?????????????? ???? ?????? ?????????????????? ???? ?????? ??????????????????. ???? ???????? ?????????????????? ???? ???????????????????? ?????? ???????????????? ?????? ?????????????????? ???????? ???????? ?????????????????? ?????? ?????????????? ???????? ?????? ?????? ????????????????????????. ???? ???????????????? ???????? ?????????????? ???????? ?????? ???????????????????? ?????? ???? ?????? ???? ?????????? ???????? ?????????? ??????????????????. ???? ???????? ?????????????? ???? ?????????????? ?????? ???????????????????? ?????? ???????? ?????? ???????? ???? ?????????????? ?????????????? ?????????????? ???? ?????? ??????????????????. ????????, ?????????????????? ???? ?????? ?????????????????? ???????? ???? ????????????.” – Jeroen Spooren (VITO). #BatteryRecycling #CircularEconomy #LFPBatteries #GreenTech #Electrification #ResourceRecovery #CleanEnergy #BatteryTechnology #CriticalRawMaterials #ACROBAT

Discover the future of #lithium #BatteryRecycling and the battery supply chain with Fastmarkets. Gain valuable insights into securing recycled battery supply, recycling market trends, and pricing data for #BatteryMaterials. Find out more at: https://fmrkts.com/4cgcr3s #FastmarketsBRM #lithiumbatteries

#Batterytechnology even in India has emerged as a strategic priority, with significant investments flowing into manufacturing and research capabilities. Major companies are establishing production facilities across the country, focusing on advanced energy storage solutions for #electric #vehicles and renewable energy systems. This sector's expansion aligns with India's commitment to #energy independence and #sustainable #development.

Dive deeper into the details of our Li recycling process by checking out our 'Recyclopedia' webpage! Explore our latest entries that cover various aspects of the Li Recycling world: https://ow.ly/9Nl950SuVnn #AQMS #Lithium #Battery #Recycling #Circularity

On 11th April, Prof. Friedrich gave a keynote on the Advanced Battery Power Conference in Münster. He gave an overview of the last 20 years of battery recycling research, its drivers and requirements, as well as the many unresolved issues and challenges to be addressed in future works. As the conference offers a large stage for the battery production community, this was a special opportunity to discuss the challenges to be addressed after the battery lifetime from the perspective of recyclers. Prof. Friedrich also moderated the session on life-cycle and recycling. It is clear that the topic of recycling has become an integral part of lithium-ion battery research. This was also evident in the insightful conversations, intensive discussions, and the exciting exchange during the conference. #metallurgy #battery #greenmetallurgy #circulareconomy #recycling #batteryrecycling

In my new article, I explore the frictions and mitigation approaches for battery recycling in the US via an anonymized company called RecyclePlenty to help industry stakeholders chart a path to 2030. Check it out (https://rb.gy/92gjcx) Many thanks to Daniel Bankole for your invaluable help with this effort. Happy 4th y’all!

Memsift Innovations Produces Battery-Grade #Nickel from Industrial Liquid Waste! We are excited to announce that Memsift Innovations has successfully developed an innovative approach to produce battery-grade nickel from toxic industrial liquid waste. Utilizing our proprietary suite of technologies—including chemical-resistant ultrafiltration, acid-base nanofiltration, advanced membrane distillation, and our newly developed chemico-physical process—this innovative method transforms waste into valuable resources. Our approach drastically reduces energy consumption compared to conventional disposal methods, and the nickel produced has over 90% lower carbon emissions (<1 kg CO?/kg) compared to virgin nickel (11.5 kg CO?/kg). This achievement underscores Memsift's commitment to sustainable solutions and resource recovery, setting a new standard for environmental impact and efficiency in the industry.

The technological trends and development of the #EuropeanBattery industry in 2024 can be attributed to the following three points: ?? Extend the life of large batteries (especially #lithium-ion batteries) ?? Reduce energy consumption in all production stages ? Battery recycling and raw material recycling #Energycost #techtrends #transmission #BatteryRecycling https://lnkd.in/gDn_bifS

Revolutionizing the drying process in the paper industry ?? We are proud to collaborate with leading experts in the SteamDry research project. This ambitious EU-funded project aims to revolutionize the drying process in the paper industry through Superheated Steam Drying (SSD) technology. Curious to learn more about the project? ??? Watch the video to hear Harri Kiiskinen from VTT discussing the project with Jyrki Huovila and Kalle-Matti Romppainen from #Valmet. You'll also hear comments from other project partners: Valerie Chauve from Ahlstrom, Joep Berghs from Sappi Maastricht BV, and Davide Mainardi from SOFIDEL S.p.A. SteamDry is part of Valmet's #BeyondCircularity R&D program and ecosystem, which aims to enable our customer industries to shift to carbon neutrality and facilitate the green transition. ?? ?? ?? More information about the project: https://bit.ly/4hJctEj #Sustainability #Innovation #EnergyEfficiency #EUfunding #Horizon

M2i Global, Inc. (OTCQB:MTWO) is making strides in the recycling of lead acid batteries, in partnership with a global technology company. Our ongoing initiative will see the establishment of a 25,000 metric ton lead acid battery processing plant, using innovative recycling technology that reduces energy consumption and waste by over 80%, while increasing energy density by more than 40%. ? This is just one way we’re pushing the boundaries of what’s possible in critical minerals and metals recycling. By driving efficiency and reducing environmental impact, we're turning challenges into opportunities for sustainable growth. ? #BatteryRecycling #SustainableTechnology #LeadAcidBattery #EnergyEfficiency #M2iGlobal #CircularEconomy