Gupta, C. K.,
Hydrometallurgy in extraction processes. Volume II / authors, C.K. Gupta, T.K. Mukherjee. - 1 online resource (262 pages)
Cover -- Title Page -- Copyright Page -- FOREWORD -- PREFACE -- THE AUTHORS -- ACKNOWLEDGMENTS -- Table of Contents -- Chapter 1: Other Leaching Processes -- I. General -- A. Cyanide Leaching -- 1. Basics of Cyanide Leaching of Au and Ag Ores -- a. Leaching Parameters and Methods -- b. Cyanide Regeneration -- c. Effluent Treatment -- 2. Basics of Cyanide Leaching of Copper Minerals -- a. Dissolution of Various Copper Minerals B. Copper Recovery from Cyanide Solutionsc. General Comments -- B. Chlorine and Hypochlorite Leaching -- 1. Chemistry of CI2 Leaching -- 2. Chemistry of Hypochlorous/Hypochlorite Leaching -- C. Dichromate Leaching D. Electrochemical Leaching II. Cyanide Leaching -- A. Gold -- 1. Ores -- a. Placer Deposits -- b. Free Milling Ores -- c. Refractory Ores -- 2. Recovery Processes A. Free Milling Ores b. Refractory Ores -- 3. Some Typical Plant Practices -- a. Heap Leaching Plants for Low-Grade Ores -- b. Plants for Processing Refractory Ores -- B. Silver Ores C. Copper Ores 1. Flotation Tailings -- 2. Low-Grade Ores -- 3. Leach Residue -- III. Chlorine Leaching -- A. Copper Sulfide -- B. Lead and Zinc Sulfides -- 1. Chlorine Leaching
This two-volume set provides a full account of hydrometallurgy. Filled with illustrations and tables, this work covers the flow of source material from the mined or concentrate state to the finished product. It also highlights ion exchange, carbon adsorption and solvent extraction processes for solution purification and concentration. The extensive reference list-over 850-makes this set a valuable resource for extraction and process metallurgists, researchers, and practitioners.
9780203751404 020375140X 9781351439619 1351439618 9781351439602 135143960X 9781351439596 1351439596
Hydrometallurgy.
TECHNOLOGY & ENGINEERING / Metallurgy.
SCIENCE / Chemistry / General
SCIENCE / Chemistry / Industrial & Technical
TN688 / .G86 1990 v. 2eb
669/.028/3
Hydrometallurgy in extraction processes. Volume II / authors, C.K. Gupta, T.K. Mukherjee. - 1 online resource (262 pages)
Cover -- Title Page -- Copyright Page -- FOREWORD -- PREFACE -- THE AUTHORS -- ACKNOWLEDGMENTS -- Table of Contents -- Chapter 1: Other Leaching Processes -- I. General -- A. Cyanide Leaching -- 1. Basics of Cyanide Leaching of Au and Ag Ores -- a. Leaching Parameters and Methods -- b. Cyanide Regeneration -- c. Effluent Treatment -- 2. Basics of Cyanide Leaching of Copper Minerals -- a. Dissolution of Various Copper Minerals B. Copper Recovery from Cyanide Solutionsc. General Comments -- B. Chlorine and Hypochlorite Leaching -- 1. Chemistry of CI2 Leaching -- 2. Chemistry of Hypochlorous/Hypochlorite Leaching -- C. Dichromate Leaching D. Electrochemical Leaching II. Cyanide Leaching -- A. Gold -- 1. Ores -- a. Placer Deposits -- b. Free Milling Ores -- c. Refractory Ores -- 2. Recovery Processes A. Free Milling Ores b. Refractory Ores -- 3. Some Typical Plant Practices -- a. Heap Leaching Plants for Low-Grade Ores -- b. Plants for Processing Refractory Ores -- B. Silver Ores C. Copper Ores 1. Flotation Tailings -- 2. Low-Grade Ores -- 3. Leach Residue -- III. Chlorine Leaching -- A. Copper Sulfide -- B. Lead and Zinc Sulfides -- 1. Chlorine Leaching
This two-volume set provides a full account of hydrometallurgy. Filled with illustrations and tables, this work covers the flow of source material from the mined or concentrate state to the finished product. It also highlights ion exchange, carbon adsorption and solvent extraction processes for solution purification and concentration. The extensive reference list-over 850-makes this set a valuable resource for extraction and process metallurgists, researchers, and practitioners.
9780203751404 020375140X 9781351439619 1351439618 9781351439602 135143960X 9781351439596 1351439596
Hydrometallurgy.
TECHNOLOGY & ENGINEERING / Metallurgy.
SCIENCE / Chemistry / General
SCIENCE / Chemistry / Industrial & Technical
TN688 / .G86 1990 v. 2eb
669/.028/3