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1. Optimizing Early-Stage Lithium Recovery:Investigating Oxalic Acid Leaching of Black Mass from End-of-Life NMC 622 Batteries NSTL国家科技图书文献中心

Luka Nils Mettke | Bengi Yagmurlu - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 13～22 - 共10页

摘要：The increasing demand for lithium-ion | batteries, especially in electrical vehicles, highlights | the need for efficient and green recycling processes | for the recovery of critical raw materials like | lithium. Traditional late-stage lithium(LSL)recycling

关键词： Lithium recovery | NMC | Early-stage lithium recovery | Oxalic acid | Battery recycling

2. Assessing Circular Economy in Photovoltaics:Life-Cycle Perspective of Material Recovery, Reuse, and Remanufacturing NSTL国家科技图书文献中心

Kirula Kahanavitage ... | Sahar Shata ... - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 165～176 - 共12页

摘要：The solar energy industry is one of the | fastest growing industries in the world. The industry | faces significant challenges due to a lack of | effective end-of-life(EOL)management strategies to address | the surging volume of EOL photovoltaic(PV)modules

关键词： Circular economy | Photovoltaics | Life-cycle assessment

3. Comparative Study of Different Acid Reagents for Metal Recovery from Municipal Solid Waste Incineration Fly Ash NSTL国家科技图书文献中心

Edzhe Soylu | Linus Meistad ... - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 201～212 - 共12页

摘要：Valorization of municipal solid waste | incineration fly ash presents potential opportunities as a | source of valuable metals and minerals. The current | research investigates the use of various acids, including | acetic, citric, oxalic, methanesul-fonic acid(MSA), and

关键词： Hydrometallurgy | Municipal solid waste incineration fly ash | Metal extraction | Methanesulfonic acid

4. Controlling Minor Element Phosphorus in Green Electric Steelmaking Using Neural Networks NSTL国家科技图书文献中心

Elmira Moosavi-Khoon... | Riadh Azzaz ... - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 297～305 - 共9页

摘要：The scrap-based electric arc furnace(EAF)is | pivotal in sustainable steel-making by recycling steel | and minimizing raw material extraction. The precise | control of phosphorus, a critical impurity affecting | steel quality, remains a significant challenge in the

关键词： Electric arc furnace | Steelmaking | Dephosphorization | Artificial neural network(ANN) | Machine learning | Scrap recycling | Sustainable steel production

5. Investigating Niobium Coating Removal Techniques from Tool Steel Substrates NSTL国家科技图书文献中心

Akanksha Gupta | Brajendra Mishra - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 263～272 - 共10页

摘要：Niobium is a critical and strategic metal with | high economic importance in various industries like | aerospace, defense, and healthcare sectors, as well as due | to its hmited supply risk. Brazil accounts for | nearly 90% of total niobium production. It is necessary

关键词： Bimetallic composite | Refractory coating | Metallic coating | Coating removal | Electrochemistry | Potentiodynamic behavior | Leaching | Niobium | Recovery | Recycling...

6. Reductive Leaching of Cathode Active Material from Li-Ion Batteries and Recovery of Copper Reductant NSTL国家科技图书文献中心

Arundhati Jena | Sreeya Chidere ... - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 55～63 - 共9页

摘要：Decarbonization of the transportation sector | has led to an increase in the adoption of lithium | -ion batteries or LIBs. Efficient recycling of Li-ion | batteries is essential to conserve resources and address | challenges related to sustainable extraction and supply of

关键词： Recycling | Lithium-ion batteries | Copper | Reductive leaching | Electrowinning

7. Metso eScrap Solutions:Unlocking the Value of a Critical Resource NSTL国家科技图书文献中心

Stephen Hughes | Lauri Pesonen ... - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 191～200 - 共10页

摘要：Whilst the management of e-scrap materials | generated from the end-of-life electrical and electronic | goods attracts ever more attention in terms of waste | arisings and environmental concerns, these materials are | also viewed as an important resource that can be

关键词： Secondary copper | Recycling | Metso

8. Recycling of Solar Wafers Through Acid Leaching and Vacuum Refining NSTL国家科技图书文献中心

Elif Emil-Kaya | Mona Tellebond Hasse...... - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 127～138 - 共12页

摘要：Developing a sustainable raw material supply | chain is crucial for establishing an industrial | ecosystem aligned with the goals of the European Green | Deal, emphasizing energy conservation, and reducing | environmental impacts in metal production, especially critical

关键词： Solar wafers | Acid leaching | Vacuum refining

9. Evaluating the Use of Wind Blade Residue and Recycled Aggregate in Low-Strength Concrete NSTL国家科技图书文献中心

Marta Skaf | Nerea Hurtado-Alonso ... - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 147～154 - 共8页

摘要：In the context of the global push towards | renewable energy sources such as wind power, the | sustainable management of the end-of-life wind turbines | becomes crucial. The decommissioning of wind farms | generates a significant amount of wastes, particularly

关键词： Recycled concrete aggregate | Wind turbine blade | Concrete | Mechanical performance

10. Comparative Life-Cycle Assessment of Novel Steel Section Design with Wire Arc Additive Manufacturing NSTL国家科技图书文献中心

Lidiana Arre | Emanuele Pagone ... - 《REWAS 2025》 - Global Symposium on Recycling,Waste Treatment and Clean Technology | Minerals,Metals and Materials Society Annual Meeting and Exhibition - 2025, - 179～189 - 共11页

摘要：Additive manufacturing, particularly Wire Arc | Additive Manufacturing(WAAM), is emerging as a promising | technology in the construction sector due to its potential | to reduce environmental impacts. Life-Cycle | Assessment(LCA)is a crucial methodology for evaluating the

摘要：The increasing demand for lithium-ion | batteries, especially in electrical vehicles, highlights | the need for efficient and green recycling processes | for the recovery of critical raw materials like | lithium. Traditional late-stage lithium(LSL)recycling

关键词： Lithium recovery | NMC | Early-stage lithium recovery | Oxalic acid | Battery recycling

摘要：The solar energy industry is one of the | fastest growing industries in the world. The industry | faces significant challenges due to a lack of | effective end-of-life(EOL)management strategies to address | the surging volume of EOL photovoltaic(PV)modules

关键词： Circular economy | Photovoltaics | Life-cycle assessment

摘要：Valorization of municipal solid waste | incineration fly ash presents potential opportunities as a | source of valuable metals and minerals. The current | research investigates the use of various acids, including | acetic, citric, oxalic, methanesul-fonic acid(MSA), and

关键词： Hydrometallurgy | Municipal solid waste incineration fly ash | Metal extraction | Methanesulfonic acid

摘要：The scrap-based electric arc furnace(EAF)is | pivotal in sustainable steel-making by recycling steel | and minimizing raw material extraction. The precise | control of phosphorus, a critical impurity affecting | steel quality, remains a significant challenge in the

关键词： Electric arc furnace | Steelmaking | Dephosphorization | Artificial neural network(ANN) | Machine learning | Scrap recycling | Sustainable steel production

摘要：Niobium is a critical and strategic metal with | high economic importance in various industries like | aerospace, defense, and healthcare sectors, as well as due | to its hmited supply risk. Brazil accounts for | nearly 90% of total niobium production. It is necessary

关键词： Bimetallic composite | Refractory coating | Metallic coating | Coating removal | Electrochemistry | Potentiodynamic behavior | Leaching | Niobium | Recovery | Recycling...

摘要：Decarbonization of the transportation sector | has led to an increase in the adoption of lithium | -ion batteries or LIBs. Efficient recycling of Li-ion | batteries is essential to conserve resources and address | challenges related to sustainable extraction and supply of

关键词： Recycling | Lithium-ion batteries | Copper | Reductive leaching | Electrowinning

摘要：Whilst the management of e-scrap materials | generated from the end-of-life electrical and electronic | goods attracts ever more attention in terms of waste | arisings and environmental concerns, these materials are | also viewed as an important resource that can be

关键词： Secondary copper | Recycling | Metso

摘要：Developing a sustainable raw material supply | chain is crucial for establishing an industrial | ecosystem aligned with the goals of the European Green | Deal, emphasizing energy conservation, and reducing | environmental impacts in metal production, especially critical

关键词： Solar wafers | Acid leaching | Vacuum refining

摘要：In the context of the global push towards | renewable energy sources such as wind power, the | sustainable management of the end-of-life wind turbines | becomes crucial. The decommissioning of wind farms | generates a significant amount of wastes, particularly

关键词： Recycled concrete aggregate | Wind turbine blade | Concrete | Mechanical performance

摘要：Additive manufacturing, particularly Wire Arc | Additive Manufacturing(WAAM), is emerging as a promising | technology in the construction sector due to its potential | to reduce environmental impacts. Life-Cycle | Assessment(LCA)is a crucial methodology for evaluating the

关键词： Additive manufacturing | Sustainability | Iron and steel

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