Zeta-potential and flotability of the scheelite mineral in different type of waters, Part 1: Zeta-potential

The aim of this work is the investigation of zeta-potential of the mineral scheelite from mine 'Rudnik', located in central Serbia. Electrophoresis measurements using zeta-meter were carried out on four different types of water, namely: tap water, distilled water, rain water and spring wat...

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Main Authors: Milanović Dragan B., Marković Zoran S.
Format: Article
Language:English
Published: Association of Chemical Engineers of Serbia 2009-01-01
Series:Hemijska Industrija
Subjects:
Online Access:http://www.doiserbia.nb.rs/img/doi/0367-598X/2009/0367-598X0905369M.pdf
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author Milanović Dragan B.
Marković Zoran S.
author_facet Milanović Dragan B.
Marković Zoran S.
author_sort Milanović Dragan B.
collection DOAJ
description The aim of this work is the investigation of zeta-potential of the mineral scheelite from mine 'Rudnik', located in central Serbia. Electrophoresis measurements using zeta-meter were carried out on four different types of water, namely: tap water, distilled water, rain water and spring water. All types of water had different hardness and conductivity as well as natural pH values. It was found that the zeta-potential of mineral scheelite depends on the hardness and electro-conductivity of the chosen type of water as well as on Ca2+ content. The results obtained reveal the importance of proper choice of water as well as the type of reagents for flotation processes.
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spelling doaj.art-91f15c6e9c2c4f6581ad58872e6a175d2022-12-21T23:30:16ZengAssociation of Chemical Engineers of SerbiaHemijska Industrija0367-598X2009-01-0163536937610.2298/HEMIND0905369MZeta-potential and flotability of the scheelite mineral in different type of waters, Part 1: Zeta-potentialMilanović Dragan B.Marković Zoran S.The aim of this work is the investigation of zeta-potential of the mineral scheelite from mine 'Rudnik', located in central Serbia. Electrophoresis measurements using zeta-meter were carried out on four different types of water, namely: tap water, distilled water, rain water and spring water. All types of water had different hardness and conductivity as well as natural pH values. It was found that the zeta-potential of mineral scheelite depends on the hardness and electro-conductivity of the chosen type of water as well as on Ca2+ content. The results obtained reveal the importance of proper choice of water as well as the type of reagents for flotation processes.http://www.doiserbia.nb.rs/img/doi/0367-598X/2009/0367-598X0905369M.pdfsheeliteelectro-phoresis measurementswaterszeta-potential
spellingShingle Milanović Dragan B.
Marković Zoran S.
Zeta-potential and flotability of the scheelite mineral in different type of waters, Part 1: Zeta-potential
Hemijska Industrija
sheelite
electro-phoresis measurements
waters
zeta-potential
title Zeta-potential and flotability of the scheelite mineral in different type of waters, Part 1: Zeta-potential
title_full Zeta-potential and flotability of the scheelite mineral in different type of waters, Part 1: Zeta-potential
title_fullStr Zeta-potential and flotability of the scheelite mineral in different type of waters, Part 1: Zeta-potential
title_full_unstemmed Zeta-potential and flotability of the scheelite mineral in different type of waters, Part 1: Zeta-potential
title_short Zeta-potential and flotability of the scheelite mineral in different type of waters, Part 1: Zeta-potential
title_sort zeta potential and flotability of the scheelite mineral in different type of waters part 1 zeta potential
topic sheelite
electro-phoresis measurements
waters
zeta-potential
url http://www.doiserbia.nb.rs/img/doi/0367-598X/2009/0367-598X0905369M.pdf
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