J. R. Parga, M. Rodríguez
The recovery of precious metals, such as silver and gold, from cyanide solutions is a critical concern in the mining industry due to environmental and health impacts associated with cyanide use. This study investigates a novel process for the efficient recovery of these metals through electrocoagulation, utilizing magnetic species that are formed during the process. The objective is to enhance the recovery rates of silver and gold while minimizing the adverse effects of cyanide. The methodology involves conducting electrocoagulation experiments to analyze the influence of various operational parameters on metal recovery efficiency. The results demonstrate that the electrocoagulation process significantly improves the recovery of silver and gold, achieving higher extraction rates compared to conventional methods. The study concludes that the use of magnetic species not only facilitates the recovery of these metals but also offers a sustainable approach to cyanide management in mining operations. These findings suggest potential applications in real-world mining scenarios for enhancing precious metal recovery and ensuring environmental safety.
@article{765c602e-dc4c-499e-a4fa-c9a37afcec9b,
title={Recovery of Silver and Gold from Cyanide Solution by Magnetic Species Formed in the Electrocoagulation Process},
author={J. R. Parga and M. Rodríguez},
year={2013},
language={en}
}TY - JOUR TI - Recovery of Silver and Gold from Cyanide Solution by Magnetic Species Formed in the Electrocoagulation Process AU - J. R. Parga AU - M. Rodríguez PY - 2013 LA - en ER -
FATHI HABASHI
In the past few years, extractive metallurgy has been advancing gradually, despite the absence of remarkable new ideas. This paper aims to summarize t
Mudila Dhanunjaya Rao, Kamalesh K. Singh
Rapid global technological development has resulted in increased production of electronic waste, which presents both challenges and opportunities in r
Ionela Birloaga, Ida De Michelis, Francesco Ferella, Mihai Buzatu, Francesco Vegliò
This study investigates the hydrometallurgical recovery of copper and gold from waste printed circuit boards (WPCBs) using a sequential oxidative leac
Jennifer Namias, Dr. Nickolas J. Themelis
This study explores the future of electronic waste recycling in the United States, addressing the challenges and proposing domestic solutions. The rap