A Holistic Approach in Re-Mining Old Tailings Deposits for the Supply of Critical-Metals: A Portuguese Case Study

Demand growth for metallic minerals has been faced with the need for new techniques and improving technologies for all mining life-cycle operations. Nowadays, the exploitation of old tailings and mine-waste facilities could be a solution to this demand, with economic and environmental advantages. Th...

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Veröffentlicht in:Minerals (Basel) 2019-10, Vol.9 (10), p.638
Hauptverfasser: Figueiredo, Janine, Vila, M. Cristina, Fiúza, António, Góis, Joaquim, Futuro, Aurora, Dinis, M. Lurdes, Martins, Diogo
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container_issue 10
container_start_page 638
container_title Minerals (Basel)
container_volume 9
creator Figueiredo, Janine
Vila, M. Cristina
Fiúza, António
Góis, Joaquim
Futuro, Aurora
Dinis, M. Lurdes
Martins, Diogo
description Demand growth for metallic minerals has been faced with the need for new techniques and improving technologies for all mining life-cycle operations. Nowadays, the exploitation of old tailings and mine-waste facilities could be a solution to this demand, with economic and environmental advantages. The Panasqueira Mine has been operating for more than a century, extracting tungsten and tin ore. Its first processing plant, “Rio”, was located near the Zêrere river, where mineral-processing residues were deposited on the top hillside on the margin of this river in the Cabeço do Pião tailings dam. The lack of maintenance and monitoring of this enormous structure in the last twenty years represents a high risk to the environment and the population of the surrounding region. A field-sample campaign allowed the collection of data, and resulted from laboratory tests to use regression optimization. Re-mining the tailings by hydrometallurgical methods was considered to satisfy the two conditions of metal demand and environmental risk. The metal content in Cabeço do Pião was shown be enough for environmental restoration. The re-mining solution was studied, taking into account the technical, economic, social, and environmental aspects.
doi_str_mv 10.3390/min9100638
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subjects Analytical chemistry
Arsenic
Atmospheric particulates
Case studies
Contamination
Dust storms
Economics
Engineering
Environmental aspects
Environmental restoration
Environmental risk
Experiments
Heavy metals
Laboratory tests
Leachates
Liquor
Metals
Mine reclamation
Mine tailings
Mine wastes
Minerals
Mining
Optimization
Reclamation
Rehabilitation
Research methodology
Rivers
Social impact
Soil
Soil contamination
Soil pollution
Soil water
Sulfuric acid
Sulphuric acid
Sustainability
Towns
Tungsten
Variance analysis
Zinc
title A Holistic Approach in Re-Mining Old Tailings Deposits for the Supply of Critical-Metals: A Portuguese Case Study
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