Solution Chemistry
Minerals and Reagents
- 1st Edition, Volume 17 - November 13, 2006
- Authors: P. Somasundaran, Dianzuo Wang
- Language: English
- Paperback ISBN:9 7 8 - 0 - 4 4 4 - 5 5 9 5 0 - 0
- Hardback ISBN:9 7 8 - 0 - 4 4 4 - 5 2 0 5 9 - 3
- eBook ISBN:9 7 8 - 0 - 0 8 - 0 4 6 5 0 7 - 4
Surfactants have been used for many industrial processes such as flotation, enhanced oil recovery, soil remediation and cleansing. Flotation technology itself has been used in… Read more
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Surfactants have been used for many industrial processes such as flotation, enhanced oil recovery, soil remediation and cleansing. Flotation technology itself has been used in industry since the end of the 19th century, and even today it is an important method for mineral processing and its application range is expanding to other areas. This technology has been used in the treatment of wastewater, industrial waste materials, separation and recycling of municipal waste, and some unit processes of chemical engineering. The efficiency of all these operations depends primarily on the interactions among surfactants, solids and media.
In this book, the fundamentals of solution chemistry of mineral/surfactant systems are discussed, as well as the important calculations involved. The influence of relevant physico-chemical conditions are also presented in detail.
In this book, the fundamentals of solution chemistry of mineral/surfactant systems are discussed, as well as the important calculations involved. The influence of relevant physico-chemical conditions are also presented in detail.
* Introduces the fundamentals of solution chemistry of mineral/surfactant systems and important calculations involved * Discusses the influence of relevant physico-chemical conditions * Presents the relationship between the molecular structure of the flotation regents of solution chemistry and its characteristics
geologists, mineral scientists, chemists
Preface1 Introduction1.1 Brief Review of Solution Chemistry of Reagent/Mineral Systems1.2 Outline of Solution Chemistry of Reagent/Mineral SystemsReferences2 Solution Equilibria2.1 Acid-base Equilibria in Dilute Flotation Solutions2.2 Dissociation Equilibria of Short-Chain Reagents2.3 Diagram Approach of Solution Equilibria Flotagents2.4 Weak Association and Dissociation Equilibria of Long-Chain Surfactants2.5 Strong Association and Mucellization Equilibria of Long-Chain Surfactants2.6 Hydrophobic Association of Long-Chain SurfactantsReferences3 Mineral-Solution Equilibria3.1 Dissolution Equilibria on Minerals3.2 Hydrolysis Equilibria of Ionic Species3.3 Solution Equilibria of Dissolved Mineral Species3.4 Surface Conversion of Minerals by Interactions of Dissolved Mineral Species3.5 Change Equilibria of MineralsReferences4 Mineral-Reagent Equilibria4.1 Adsorption and Interaction Forces of Reagents4.2 Microstructure of Adsorbed Surfactant and Polymers on Minerals4.3 Surface and Bulk Interactions between Dissolved Minerals Species and Flotagents4.4 Solution Chemical Reactions and Diagrammatic Approaches4.5 Electrochemical Equilibria5 Application of Reagents and Structure-Property Relationship5.1 Classification of Flotagents5.2 Collectors - Minerophilic and Non-Polar Groups5.3 Frothers and Modifiers5.4 Flocculants5.5 Molecular Design of FloatagentsReferenceSymbolsIndex
- Edition: 1
- Volume: 17
- Published: November 13, 2006
- Language: English
PS
P. Somasundaran
Affiliations and expertise
Columbia University, New York, U.S.A.DW
Dianzuo Wang
Affiliations and expertise
Chinese Academy of Engineering, Beijing, ChinaRead Solution Chemistry on ScienceDirect