Midpoint and endpoint characterization factors for mineral resource dissipation: methods and application to 6000 data sets

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SUMMARY

    Mineral resources are non-renewable and accessible in constrained quantities (Drielsma et_al 2016; Schulze et_al 2020), driving the will to keep them in the economy for as long as possible through, e_g, recycling or other circular economy strategies (Blomsma and Tennant 2020; European Commission 2020a; Reuter et_al 2019; UNEP 2013). Despite the potential limitations associated with the study of single cycles (e_g, mass-balance discrepancies between different metals used in the same applications), the authors here focus on the individual cycles of 61 metals as studied by Charpentier Poncelet et_al (2022b). Data sets are . . .

     

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