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@ -313,84 +313,84 @@ L'enjeu dépasse la seule optimisation technique pour embrasser une logique de t
### Références - Section 3
[1] Meta/OCP. (2022). *Open Rack v3 and 380V Distribution Trials*. Open Compute Project Summit 2022.
* [1] Meta/OCP. (2022). *Open Rack v3 and 380V Distribution Trials*. Open Compute Project Summit 2022.
[2] ABB. (2023). *Low Copper Distribution Architectures*. Technical documentation on compact busbar solutions.
* [2] ABB. (2023). *Low Copper Distribution Architectures*. Technical documentation on compact busbar solutions.
[3] Materials Research Society. (2023). *Advanced Copper Alloys for High-Performance Electrical Applications*. MRS Bulletin, 48(4), 234-241.
* [3] Materials Research Society. (2023). *Advanced Copper Alloys for High-Performance Electrical Applications*. MRS Bulletin, 48(4), 234-241.
[4] Intel, Ayar Labs, Lightmatter. (2023). *Photonic Interconnects for Next-Gen Compute Fabrics*. Joint research publication on silicon photonics integration.
* [4] Intel, Ayar Labs, Lightmatter. (2023). *Photonic Interconnects for Next-Gen Compute Fabrics*. Joint research publication on silicon photonics integration.
[5] IEA. (2022). *Data Centers and Energy Transitions*. Disponible à : [https://www.iea.org/reports/data-centres-and-energy](https://www.iea.org/reports/data-centres-and-energy)
* [5] IEA. (2022). *Data Centers and Energy Transitions*. Disponible à : [https://www.iea.org/reports/data-centres-and-energy](https://www.iea.org/reports/data-centres-and-energy)
[6] U.S. Department of Energy. (2021). *Superconducting Materials Roadmap*. DOE Office of Science, Basic Energy Sciences.
* [6] U.S. Department of Energy. (2021). *Superconducting Materials Roadmap*. DOE Office of Science, Basic Energy Sciences.
[7] Schneider Electric. (2023). *EcoStruxure Design for Resource Efficiency*. Technical white paper on copper-aware design tools.
* [7] Schneider Electric. (2023). *EcoStruxure Design for Resource Efficiency*. Technical white paper on copper-aware design tools.
[8] Siemens. (2023). *Data Center Design Suite – Materials Optimization Module*. Software documentation and case studies.
* [8] Siemens. (2023). *Data Center Design Suite – Materials Optimization Module*. Software documentation and case studies.
[9] CBRE. (2022). *Data Center Construction Outlook*. Global market analysis and technology adoption trends.
* [9] CBRE. (2022). *Data Center Construction Outlook*. Global market analysis and technology adoption trends.
[10] Uptime Institute. (2023). *Data Center Survey*. Disponible à : [https://uptimeinstitute.com/research-reports](https://uptimeinstitute.com/research-reports)
* [10] Uptime Institute. (2023). *Data Center Survey*. Disponible à : [https://uptimeinstitute.com/research-reports](https://uptimeinstitute.com/research-reports)
[11] IEEE. (2022). *Guidelines for DC Distribution in Edge and Core Data Centers*. IEEE Standards Association publication.
* [11] IEEE. (2022). *Guidelines for DC Distribution in Edge and Core Data Centers*. IEEE Standards Association publication.
[12] Dell Technologies. (2022). *Circular Design and Recovery in Data Centers*. Sustainability report focusing on materials optimization.
* [12] Dell Technologies. (2022). *Circular Design and Recovery in Data Centers*. Sustainability report focusing on materials optimization.
[28] International Copper Association. (2023). *Copper Recycling: A Pathway to Sustainability*. Disponible à : [https://internationalcopper.org/resource/copper-recycling/](https://internationalcopper.org/resource/copper-recycling/)
* [28] International Copper Association. (2023). *Copper Recycling: A Pathway to Sustainability*. Disponible à : [https://internationalcopper.org/resource/copper-recycling/](https://internationalcopper.org/resource/copper-recycling/)
[29] World Resources Institute. (2024). *The Pivotal Role of Recycled Copper in the Energy Transition*. Disponible à : [https://www.wri.org/insights/pivotal-role-recycled-copper-energy-transition](https://www.wri.org/insights/pivotal-role-recycled-copper-energy-transition)
* [29] World Resources Institute. (2024). *The Pivotal Role of Recycled Copper in the Energy Transition*. Disponible à : [https://www.wri.org/insights/pivotal-role-recycled-copper-energy-transition](https://www.wri.org/insights/pivotal-role-recycled-copper-energy-transition)
[30] European Copper Institute. (2023). *European Copper Recycling Statistics*. Disponible à : [https://copperalliance.eu/](https://copperalliance.eu/)
* [30] European Copper Institute. (2023). *European Copper Recycling Statistics*. Disponible à : [https://copperalliance.eu/](https://copperalliance.eu/)
[31] U.S. Geological Survey. (2023). *Mineral Commodity Summaries - Copper*. Disponible à : [https://pubs.usgs.gov/periodicals/mcs2023/mcs2023-copper.pdf](https://pubs.usgs.gov/periodicals/mcs2023/mcs2023-copper.pdf)
* [31] U.S. Geological Survey. (2023). *Mineral Commodity Summaries - Copper*. Disponible à : [https://pubs.usgs.gov/periodicals/mcs2023/mcs2023-copper.pdf](https://pubs.usgs.gov/periodicals/mcs2023/mcs2023-copper.pdf)
[32] Glencore. (2024). *Recycling and Circular Economy Strategy*. Disponible à : [https://www.glencore.com/sustainability/environment/circular-economy](https://www.glencore.com/sustainability/environment/circular-economy)
* [32] Glencore. (2024). *Recycling and Circular Economy Strategy*. Disponible à : [https://www.glencore.com/sustainability/environment/circular-economy](https://www.glencore.com/sustainability/environment/circular-economy)
[33] Cohen & Company. (2024). *Metal Recycling Services*. Disponible à : [https://www.cohenusa.com/](https://www.cohenusa.com/)
* [33] Cohen & Company. (2024). *Metal Recycling Services*. Disponible à : [https://www.cohenusa.com/](https://www.cohenusa.com/)
[34] Aurubis. (2024). *Kayser Recycling System*. Disponible à : [https://www.aurubis.com/en/products-services/recycling](https://www.aurubis.com/en/products-services/recycling)
* [34] Aurubis. (2024). *Kayser Recycling System*. Disponible à : [https://www.aurubis.com/en/products-services/recycling](https://www.aurubis.com/en/products-services/recycling)
[35] Sims Metal Management. (2024). *Global Recycling Operations*. Disponible à : [https://www.simsmm.com/](https://www.simsmm.com/)
* [35] Sims Metal Management. (2024). *Global Recycling Operations*. Disponible à : [https://www.simsmm.com/](https://www.simsmm.com/)
[36] Advanced Materials & Processes. (2023). *Optical Sorting Technologies for Metal Recovery*. Publication technique spécialisée.
* [36] Advanced Materials & Processes. (2023). *Optical Sorting Technologies for Metal Recovery*. Publication technique spécialisée.
[37] Waste Management World. (2024). *Electronic Waste Processing Technologies*. Disponible à : [https://waste-management-world.com/](https://waste-management-world.com/)
* [37] Waste Management World. (2024). *Electronic Waste Processing Technologies*. Disponible à : [https://waste-management-world.com/](https://waste-management-world.com/)
[38] Metallurgical and Materials Transactions. (2023). *Copper Purification from Electronic Waste*. Publication académique.
* [38] Metallurgical and Materials Transactions. (2023). *Copper Purification from Electronic Waste*. Publication académique.
[39] Journal of Cleaner Production. (2024). *Electrochemical Recovery of Copper from Complex Waste Streams*. Publication académique.
* [39] Journal of Cleaner Production. (2024). *Electrochemical Recovery of Copper from Complex Waste Streams*. Publication académique.
[40] Copper Development Association. (2023). *Upward Casting Technology for High-Quality Copper*. Documentation technique.
* [40] Copper Development Association. (2023). *Upward Casting Technology for High-Quality Copper*. Documentation technique.
[41] International Copper Association. (2024). *Continuous Casting and Rolling Processes*. Documentation technique.
* [41] International Copper Association. (2024). *Continuous Casting and Rolling Processes*. Documentation technique.
[42] International Copper Association. (2023). *Global Copper Stock Assessment*. Disponible à : [https://internationalcopper.org/](https://internationalcopper.org/)
* [42] International Copper Association. (2023). *Global Copper Stock Assessment*. Disponible à : [https://internationalcopper.org/](https://internationalcopper.org/)
[43] World Resources Institute. (2024). *North American Urban Mining Potential*. Disponible à : [https://www.wri.org/](https://www.wri.org/)
* [43] World Resources Institute. (2024). *North American Urban Mining Potential*. Disponible à : [https://www.wri.org/](https://www.wri.org/)
[44] Environmental Science & Technology. (2023). *Life Cycle Assessment of Copper Recycling vs Primary Production*. Publication académique.
* [44] Environmental Science & Technology. (2023). *Life Cycle Assessment of Copper Recycling vs Primary Production*. Publication académique.
[45] Energy Policy Journal. (2024). *Energy Requirements for Secondary Copper Production*. Publication académique.
* [45] Energy Policy Journal. (2024). *Energy Requirements for Secondary Copper Production*. Publication académique.
[46] Journal of Industrial Ecology. (2023). *Carbon Footprint of Recycled Copper*. Publication académique.
* [46] Journal of Industrial Ecology. (2023). *Carbon Footprint of Recycled Copper*. Publication académique.
[47] Mining Engineering. (2024). *Environmental Impacts of Copper Mining Operations*. Publication spécialisée.
* [47] Mining Engineering. (2024). *Environmental Impacts of Copper Mining Operations*. Publication spécialisée.
[48] Water Resources Management. (2023). *Water Consumption in Copper Production Processes*. Publication académique.
* [48] Water Resources Management. (2023). *Water Consumption in Copper Production Processes*. Publication académique.
[49] Resources, Conservation and Recycling. (2024). *Challenges in Electronic Waste Recycling*. Publication académique.
* [49] Resources, Conservation and Recycling. (2024). *Challenges in Electronic Waste Recycling*. Publication académique.
[50] Scrap Metal Markets. (2024). *US Copper Scrap Export Statistics*. Publication industrielle.
* [50] Scrap Metal Markets. (2024). *US Copper Scrap Export Statistics*. Publication industrielle.
[51] Materials Recovery and Recycling. (2023). *Recovery Rates in Copper Recycling Processes*. Publication technique.
* [51] Materials Recovery and Recycling. (2023). *Recovery Rates in Copper Recycling Processes*. Publication technique.
[52] Sensors and Actuators. (2024). *AI-Based Optical Sorting for Metal Recovery*. Publication académique.
* [52] Sensors and Actuators. (2024). *AI-Based Optical Sorting for Metal Recovery*. Publication académique.
[53] Hydrometallurgy Journal. (2024). *Low-Temperature Processing of Complex Copper Waste*. Publication académique.
* [53] Hydrometallurgy Journal. (2024). *Low-Temperature Processing of Complex Copper Waste*. Publication académique.
[54] Waste Management & Research. (2024). *On-Site Metal Recovery Technologies*. Publication académique.
* [54] Waste Management & Research. (2024). *On-Site Metal Recovery Technologies*. Publication académique.
[55] Metal Bulletin. (2024). *US Secondary Copper Capacity Expansion Plans*. Publication industrielle.
* [55] Metal Bulletin. (2024). *US Secondary Copper Capacity Expansion Plans*. Publication industrielle.
[56] HAL. (2023). *Optimisation multicritère pour une gestion globale des ressources : application au cycle du cuivre en France*. Publication académique. Disponible à : [https://theses.hal.science/tel-04312724/file/bonnin.pdf/](https://theses.hal.science/tel-04312724/file/bonnin.pdf)
* [56] HAL. (2023). *Optimisation multicritère pour une gestion globale des ressources : application au cycle du cuivre en France*. Publication académique. Disponible à : [https://theses.hal.science/tel-04312724/file/bonnin.pdf/](https://theses.hal.science/tel-04312724/file/bonnin.pdf)