Titlebook: Environmental Indicators in Metal Mining; Bernd Lottermoser Book 2017 Springer International Publishing Switzerland 2017 Environmental Ind

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Prediction of Sulfidic Waste Characteristicsto biological and physical parameters that can influence ARD formation. Therefore, current practices only provide a broad indication of ARD potential over time. Fundamentally, ARD is a multifaceted process controlled by several variables, and therefore new tests and protocols developed in this area

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Micro-analytical Technologies for Mineral Mapping and Trace Element Deportment to support trace element deportment and most studies will need to use more than one methodology. The key new development of the last decade is the emergence of laser ablation inductively coupled plasma mass spectrometry for the measurement of most elements at sub-ppm level. There are still many tra

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Prediction of Acid Rock Drainage Using Field-Based Testing Toolsh differing geology, mineralogy and mineralization style. This chapter demonstrates that by utilizing these field based tests, industry has the opportunity to achieve: (i) effective ARD prediction testwork; (ii) detailed deposit-wide characterization, (iii) development of best practice waste managem

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Prediction of Acid Rock Drainage from Automated Mineralogyhe CARD risk ratio based on carbonate and sulfide particle areas, relative reactivities (.) and acid forming/neutralizing values (calculated based on mineral chemistry and stoichiometric factors, kg H.SO./t); and (7) classification of CARD risk ratios ranging from extreme risk to very-low risk. Test

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Modified?Abrasion pH and NAGpH Testing of Minerals modified?abrasion pH of that mineral type. The NAGpH method aims to oxidize sulfide minerals but the reliability of this method in waste classification?can be compromised depending on the sample mineralogy. This study demonstrates that?NAGpH measurements of some carbonate minerals led to very alkal