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Research on chemical composition of seco

Nurten Deva, Muharrem Zabeli

2026encopper refiningsecondary copperwaste waterprecious metalsplatinum group metalsenvironmental impact

Abstract

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This study investigates the chemical quantitative composition of secondary copper anodes derived from aqueous residues of the refining process. The objective is to evaluate the potential for recovering precious metals from a secondary multicomponent product containing various soluble and insoluble metals. Methodologically, the research employs specialized apparatus and modern methods necessary for the implementation of the electrolytic refining process. The findings reveal that the composition of the secondary copper anodes varies notably based on the primary raw materials utilized. Notably, this research contributes novel insights into the recycling of refinery waste waters for the production of secondary copper anodes aimed at enhancing precious metal recovery. Moreover, the results underscore the environmental and economic value of utilizing pollutants for the creation of clean industrial products, reinforcing the importance of sustainable practices in relevant industries. The experimental studies were carried out in specialized laboratories, affirming the originality of the results and their practical applicability. This work aims to foster a better understanding of pollutant utilization in industry while promoting sustainable economic development.

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@article{507ea561-39f6-438b-97f0-3008a77eca31,
  title={Research on chemical composition of seco},
  author={Nurten Deva and Muharrem Zabeli},
  year={2026},
  language={en}
}
TY  - JOUR
TI  - Research on chemical composition of seco
AU  - Nurten Deva
AU  - Muharrem Zabeli
PY  - 2026
LA  - en
ER  -

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