Abstract
Samples of residual muds, taken at the exit of the filter-press of the water treatment plant of a galvanoplastics industry in Lerma, Estado de Mexico, its were prepared for its qualitative and quantitative analysis. Likewise, the residual waters of the cistern located at the end of the electrodeposition process, was subjected to qualitative chemical analysis for the neutron activation technique and to quantitative analysis by atomic absorption spectrometry. The samples were treated by a flotation process by means of the one which it was studied the heavy metals removal. The results show that the AP-845 collector is the one that better it fulfilled the objectives since, it solves the problem, unless by the copper that although their concentration in the residual waters drop a lot, it was not inside the standard. (Author)
Citation Formats
Abrego L, J.
Separation tests of heavy metals in samples of industrial wastes through flotation; Pruebas de separacion de metales pesados en muestras de residuos industriales mediante flotacion.
Mexico: N. p.,
1995.
Web.
Abrego L, J.
Separation tests of heavy metals in samples of industrial wastes through flotation; Pruebas de separacion de metales pesados en muestras de residuos industriales mediante flotacion.
Mexico.
Abrego L, J.
1995.
"Separation tests of heavy metals in samples of industrial wastes through flotation; Pruebas de separacion de metales pesados en muestras de residuos industriales mediante flotacion."
Mexico.
@misc{etde_20869288,
title = {Separation tests of heavy metals in samples of industrial wastes through flotation; Pruebas de separacion de metales pesados en muestras de residuos industriales mediante flotacion}
author = {Abrego L, J}
abstractNote = {Samples of residual muds, taken at the exit of the filter-press of the water treatment plant of a galvanoplastics industry in Lerma, Estado de Mexico, its were prepared for its qualitative and quantitative analysis. Likewise, the residual waters of the cistern located at the end of the electrodeposition process, was subjected to qualitative chemical analysis for the neutron activation technique and to quantitative analysis by atomic absorption spectrometry. The samples were treated by a flotation process by means of the one which it was studied the heavy metals removal. The results show that the AP-845 collector is the one that better it fulfilled the objectives since, it solves the problem, unless by the copper that although their concentration in the residual waters drop a lot, it was not inside the standard. (Author)}
place = {Mexico}
year = {1995}
month = {Dec}
}
title = {Separation tests of heavy metals in samples of industrial wastes through flotation; Pruebas de separacion de metales pesados en muestras de residuos industriales mediante flotacion}
author = {Abrego L, J}
abstractNote = {Samples of residual muds, taken at the exit of the filter-press of the water treatment plant of a galvanoplastics industry in Lerma, Estado de Mexico, its were prepared for its qualitative and quantitative analysis. Likewise, the residual waters of the cistern located at the end of the electrodeposition process, was subjected to qualitative chemical analysis for the neutron activation technique and to quantitative analysis by atomic absorption spectrometry. The samples were treated by a flotation process by means of the one which it was studied the heavy metals removal. The results show that the AP-845 collector is the one that better it fulfilled the objectives since, it solves the problem, unless by the copper that although their concentration in the residual waters drop a lot, it was not inside the standard. (Author)}
place = {Mexico}
year = {1995}
month = {Dec}
}