- Critical Minerals Market Review 2023 | IEA
- Perspectives of companies on battery reuse and recycling | NITI Aayog
- Raw Material Demand for Electrifying European Transport | Transport & Environment
Critical Minerals Market Review 2023 | IEA
This report highlights the growing significance of critical minerals in clean energy technologies, such as renewable energy and electric vehicles. It emphasizes the challenges posed by price volatility, supply chain disruptions, and geopolitical factors. The International Energy Agency (IEA) has expanded its efforts to address these challenges through market monitoring and policy recommendations. The report discusses industry trends, particularly in the battery sector, and provides insights into the individual commodities involved. The integration of critical minerals into the IEA’s energy scenarios enhances market transparency. The report lays the foundation for further analysis and projections in response to global demand for critical minerals.
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Perspectives of companies on battery reuse and recycling | NITI Aayog
Part of a larger program, this report focuses on the perspectives of domestic and international battery recyclers in India. It is aimed at establishing the requirements for advanced recycling plants in India. By engaging with industry stakeholders and conducting interviews, the report identifies the evolving market landscape, technological needs, opportunities, and barriers for investment in battery recycling. This study contributes to the development of recycling facilities in India, with an emphasis on responsible and efficient processes.
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Raw Material Demand for Electrifying European Transport | Transport & Environment
This report explores the raw material demand associated with the electrification of passenger transport in Europe. Three demand scenarios are outlined, each considering varying factors like battery size, chemistry, and car fleet size. The report emphasizes the importance of battery materials like lithium, nickel, cobalt, and manganese, projecting demand up to 2050. It concludes that innovative technologies and car usage policies can significantly reduce raw material demand while ensuring resource efficiency. The report underscores the need for strong policies to support sustainable electrification.
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