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Pyrite Ore Concentrate Processing Avtoklavur-hydrometallurgical Method

By Dundua, Rusudan

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Book Id: WPLBN0003842292
Format Type: PDF eBook :
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Reproduction Date: 2015

Title: Pyrite Ore Concentrate Processing Avtoklavur-hydrometallurgical Method  
Author: Dundua, Rusudan
Language: Georgian
Subject: Georgian, Technology of Inorganic Substances, Chemistry & Allied Sciences
Collections: National Library of Georgia
Publication Date:
Publisher: Library of Georgia


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Dundua, R. (2006). Pyrite Ore Concentrate Processing Avtoklavur-hydrometallurgical Method. Retrieved from

Table of Contents
TOC: Introduction; Chapter I Literature Review; 1.1. Pyrite Concentrates Avtoklavuri Processing Circuits; 1.1.1. Pyrite Concentrates on the Processing of Sulfur Gamotut; 1.1.2. Pyrite Concentrates on Processing Amiakuri Gamotut; 1.1.3. Pyrite Concentrates Avtoklavuri Leaching Pre-Activation; 1.1.4. Pyrite Concentrates Avtoklavuri Marilo¬Vani Leaching; 1.2. Pyrite Concentrates Hydrometallurgical Processing Flowsheets Avtoklavur-Analysis; Chapter Ii of Experimental Research Facilities and Methods; 2.1. Research Facilities; 2.1.1. Review of Mineral Resources; 2.2. Research Methods; 2.2.1. the Research Methods of Analysis; 2.2.2. Chalcopyrite Oxidation Kinetics Study Method At Room Temperature; 2.2.3. the Study of the Kinetics of the Oxidation Method For Feso4- Mno2-; 2.2.4. Chalcopyrite Leaching Kinetics of Salt Shes¬Tsav¬Lis Method; 2.2.5. Avtoklavuri Testing Methods; Chapter Iii. Aqueous Solutions of Pyrite Concentrates Leaching Mechanisms; 3.1. the Mechanism of the Oxidation of Sulphides in Aqueous Solutions of Electrolytes; 3.2. the Mechanism of Oxidative Leaching of Sulphide Concentrates Oxygen Rkinisshemtsveli Head; 3.3. the Oxidation Kinetics Feso4- Piroluzitit Sulfuric Acid Process and industrial Modeling of the Head; 3.4. Sulfuric Acid Solutions in the High-Temperature Oxidative Leaching of Pyrite Concentrates of Pyrite Ore Concentrate and Recommendations For A Possible Mechanism For Processing; Chapter Iv. Pyrite Ore Concentrate Processing Using A Salt Leaching; 4.1. Pyrite Ore Concentrate Leaching of Copper Sulphate Salt; 4.2. Pyrite Ore Concentrate Processing Hydrometallurgical Process Flowsheet; Chapter V. Using A Salt Leaching of Pyrite Ore Concentrate Processing Flow Diagram of the Technical and Economic Assessment; Conclusions; Literature; Annexes. Appendix 1 Sulfides Some Crystal-Chemical and Electro-Physical Properties; Appendix 2 Is Oxygen and Sulfuric Acid Solution Cufes2- Fe2 (So4) 3- By Oxidation Kinetics; Appendix 3 For More information.


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