Amado Guzman, Jochen Petersen
This document discusses the current status of percolation leaching both globally and specifically within the context of Southern Africa. The objective is to provide a comprehensive overview of the principles, advancements, and operational challenges related to heap leaching processes. The methodology involved the analysis of various technical presentations from reputable experts in the field, specifically focusing on criteria for process design, advances in physical characterization, and the phenomenon of reaction and mass transfer within leaching heaps. Results highlight significant progress in the understanding and application of heap leaching technologies, including strategies for overcoming speed limits in the process and the importance of particle size control for optimization. Additionally, the document addresses the future direction of heap leaching, emphasizing the need for improved controllability and scalability of metallurgical tests to enhance operational efficiency and effectiveness. Overall, this document serves to inform practitioners and researchers about contemporary practices and ongoing developments in the area of percolation leaching.
@article{ec2edd4b-8c97-47b6-82a5-bb63ca36b0c8,
title={Percolation Leaching: The status globally and in Southern Africa},
author={Amado Guzman and Jochen Petersen},
year={2011},
language={en}
}TY - JOUR TI - Percolation Leaching: The status globally and in Southern Africa AU - Amado Guzman AU - Jochen Petersen PY - 2011 LA - en ER -
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