2012
4.J. C. Flores Segura, V. E.Reyes Cruz, F. Legorreta García, L.E. Hernández Cruz y Veloz Rodríguez M. A. chapter: ?Purification of Kaolin Clays by Means of Electrochemical Techniques?, Recent Developments in Metallurgy, Materials and Environment (2012). ISBN 978-607-9023-18-8
Abstract
In the present work a kaolin clay sample was studied and its treatment was carried out with the purpose of separating iron oxides contained in it. This kaolin clay comes from Agua Blanca de Iturbide in Hidalgo State (Mexico). The clay was classified and treated to obtain micrometrical particles. Thismaterial in solution was studied by voltammetry, this solution showed a cathodic process attributed to reduction of iron in kaolin. Likewise, a subsequent process of macroelectrolysis at a controlled cell potential, showed that, when process is finished, iron is solved; helping to increase the purity of kaolin.The mineral original was characterized by Xray diffraction (XRD), particle size analysis (PSA), scanning electron microscopy (SEM) and chemical analysis by high dispersion spectroscopy of inductively coupled plasma (ICP). The obtained product after treatment was characterized by ICP.
Cyclic voltammetry applied to determine the reactivity of Hemozoin and b-Hemozoin of the...
Effect of corrosion on carbon steel in industrial waters: pH variation.
Electrokinetic study in an Electroremediation cell
Effect of pH on the corrosion of carbon steel in sour water.
Polymers and alpha-diimine-type compounds as corrosion inhibitors
Coating of A304 stainless steel with Ag from photographic industry waste.
Corrosion of SAE 1018 steel in sour water collected from the petroleum industry: effect of the ...
Electrorecovery of Ag from radiographic effluents on A304 at different potentials and...