Recovery of copper, zinc and lead from photovoltaic panel residue

Abstract

Extraction of copper, lead and zinc from photovoltaic panel residue by microwave-assisted chloride leaching, followed by recovery of extracted metals from the pregnant leaching solution by cementation, ion flotation and precipitation.

A toolbox for improved recycling of critical metals and materials in low-carbon technologies

“…93 Its use for WEEE recycling concentrates precious metals prior to their purification. 94 It has found applications for recovery of cathode materials 95,96 and graphite 97,98 from spent LiBs, to separate aluminium from silicon 99 or recover lead 100 from end-of-life solar cells. Polymers like PVDF are used as binders and therefore firmly attached to the cathode active materials.…”

Fatores Críticos De Sucesso Para a Competitividade Do Final Da Vida Útil De Módulos Fotovoltaicos

“…Seus resíduos podem representar uma séria ameaça ambiental, como a liberação de chumbo ou cádmio para o meio ambiente, além da perda de metais valiosos, por exemplo, alumínio, cobre e prata. Assim, torna-se essencial desenvolver novas tecnologias para a reciclagem dos módulos FV (XANTHOPOULOS et al, 2022).…”

Recyclable Recovery of Lead from Zinc Hydrometallurgy Residue: By NH4Cl-MgCl2 Leaching and Novel Cyclone-Electrowinning

“…Sinadinović et al and Raghavan et al , used MgCl 2 and CaCl 2 to provide chloride ions for leaching of lead sulfate. The dissolution steps of lead in chloride ion solution are listed as following four equations Pb 2 + + Cl − = PbCl + PbCl + + Cl − = PbCl 2 PbCl 2 + Cl − = PbCl 3 − PbCl 3 − + Cl − = PbC1 4 2 − …”