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Laboratory properties of mine tailings
Canadian Geotechnical Journal, 2001A vast amount and variety of mine tailings are produced around the world each day. These mining wastes must be properly managed. To evaluate mine tailings disposal technology, the appropriate engineering properties of the tailings must be ascertained.
Qiu, Y. J., Sego, D. C.
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Exposures from mining and mine tailings
International Journal of Radiation Applications and Instrumentation. Part C. Radiation Physics and Chemistry, 1989Abstract The mining, milling and tailings management of uranium ores results in environmental radiation exposures. This paper describes the sources of radioactive emissions to the environment associated with these activities, reviews the basic approach used to estimate the resultant radiation exposures and presents examples of typical uranium mind ...
Douglas B. Chambers +2 more
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Submarine mine tailings management
The Canadian Journal of Chemical Engineering, 2000AbstractThe placement of mine tailings at depth in the marine environment is reviewed. This review considers first the engineering aspects of a pipeline system which transports tailings slurry from a process plant to the coast and then to a location at a depth of typically 200 m on the continental slope.
James A. Stronach +4 more
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Towards mine tailings valorization: Recovery of critical materials from Chilean mine tailings
Journal of Cleaner Production, 2020Abstract The mining industry produces large volumes of mine tailings – a mix of crushed rocks and process effluents from the processing of mineral ores. Mine tailings are a major environmental issue due to implications related to their handling and storage.
Araya, Natalia +2 more
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Proceedings of the International Conference on Mine Closure, 2006
Although mine tailings dams are man-made deposits it is anticipated that soil forming (pedogenic) processes are active e.g. translocation and transformation. These two main groups of soil forming processes are controlled by environmental factors, also called soil forming factors; parent material, climate, topography, and biota. In the case of man
Piet van Deventer +2 more
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Although mine tailings dams are man-made deposits it is anticipated that soil forming (pedogenic) processes are active e.g. translocation and transformation. These two main groups of soil forming processes are controlled by environmental factors, also called soil forming factors; parent material, climate, topography, and biota. In the case of man
Piet van Deventer +2 more
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1992
A variety of environmental problems, including air, land, and water pollution arise from mining activities. The detrimental impact of mining has been a topic of concern for many years. Abandoned mine tailings from a wide variety of industries are found around the world.
L. R. Hossner, F. M. Hons
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A variety of environmental problems, including air, land, and water pollution arise from mining activities. The detrimental impact of mining has been a topic of concern for many years. Abandoned mine tailings from a wide variety of industries are found around the world.
L. R. Hossner, F. M. Hons
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Electrodialytic remediation of suspended mine tailings
Journal of Environmental Science and Health, Part A, 2008This work shows the laboratory results of nine electrodialytic remediation experiments on copper mine tailings. A newly designed remediation cell, where the solids were kept in suspension by airflow, was tested. The results show that electric current could remove copper from suspended tailings applying 40 mA during 7 days.
Henrik K, Hansen +4 more
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Engineering Geology, 2011
Abstract Mining generates huge quantities of waste materials from ore extraction and milling operations, which accumulate in tailings and open impoundments. The risks associated with mine tailings have different nature, namely stability, rupture, surface and groundwater contamination, acid mine drainage (AMD) and precipitation of secondary minerals ...
C. Grangeia +3 more
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Abstract Mining generates huge quantities of waste materials from ore extraction and milling operations, which accumulate in tailings and open impoundments. The risks associated with mine tailings have different nature, namely stability, rupture, surface and groundwater contamination, acid mine drainage (AMD) and precipitation of secondary minerals ...
C. Grangeia +3 more
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Journal of Architectural Education, 1980
(1980). Mine Tips and Tailings. Journal of Architectural Education: Vol. 34, How Not to Teach Architectural History, pp. 31-31.
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(1980). Mine Tips and Tailings. Journal of Architectural Education: Vol. 34, How Not to Teach Architectural History, pp. 31-31.
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