Manganese Mining Microorganisms covers the latest amalgamation of the diversity of Mn biomining microorganisms, their biosolubilization mechanisms, and their role in natural manganese biogeochemical cycling. The book demonstrates the role of microorganisms as applied to manganese recovery from ores using bacteria. This new book provides an in-depth view of the latest trends in green mining, along with mechanistic views of biomining and bio recovery processes for both academic (undergraduate, postgraduate, doctoral students and lecturers/researchers) and industrial readers.
1. Chapter 1 : Introduction - p. Page x 2. Chapter 2 : Evolution of biomining technology - p. Page 3 3. Chapter 3 : Techniques involved in biomining - p. Page 14 4. Chapter 4 : Manganese and its application - p. Page 26 5. Chapter 5 : Manganese bioleaching - p. Page 37 6. Chapter 6 : Microorganisms in manganese biomining processes - p. Page 50 7. Chapter 7 : Metagenomic insights into unculturable microbial diversity - p. Page 60 8. Chapter 8 : Factors affecting bioleaching - p. Page 72 9. Chapter 9 : Mechanism of manganese bioleaching - p. Page 84 10. Chapter 10 : Comparative investigation of fungal and bacterial manganese biomining mechanisms - p. Page 95 11. Chapter 11 : Role of metabolites and metabolomics for understanding of manganese bioleaching - p. Page 112 12. Chapter 12 : Mixed culture bioleaching: an insight into manganese biomining process and efficacy - p. Page 124 13. Chapter 13 : Cost-effectiveness of the biomining process - p. Page 139 14. Chapter 14 : Case studies - p. Page 149 15. Chapter 15 : Future trends - p. Page 160 16. Index - p. Page 168
Manganese Mining Microorganisms covers the latest amalgamation of the diversity of Mn biomining microorganisms, their biosolubilization mechanisms, and their role in natural manganese biogeochemical cycling. The book demonstrates the role of microorganisms as applied to manganese recovery from ores using bacteria. This new book provides an in-depth view of the latest trends in green mining, along with mechanistic views of biomining and bio recovery processes for both academic (undergraduate, postgraduate, doctoral students and lecturers/researchers) and industrial readers.
1. Chapter 1 : Introduction - p. Page x 2. Chapter 2 : Evolution of biomining technology - p. Page 3 3. Chapter 3 : Techniques involved in biomining - p. Page 14 4. Chapter 4 : Manganese and its application - p. Page 26 5. Chapter 5 : Manganese bioleaching - p. Page 37 6. Chapter 6 : Microorganisms in manganese biomining processes - p. Page 50 7. Chapter 7 : Metagenomic insights into unculturable microbial diversity - p. Page 60 8. Chapter 8 : Factors affecting bioleaching - p. Page 72 9. Chapter 9 : Mechanism of manganese bioleaching - p. Page 84 10. Chapter 10 : Comparative investigation of fungal and bacterial manganese biomining mechanisms - p. Page 95 11. Chapter 11 : Role of metabolites and metabolomics for understanding of manganese bioleaching - p. Page 112 12. Chapter 12 : Mixed culture bioleaching: an insight into manganese biomining process and efficacy - p. Page 124 13. Chapter 13 : Cost-effectiveness of the biomining process - p. Page 139 14. Chapter 14 : Case studies - p. Page 149 15. Chapter 15 : Future trends - p. Page 160 16. Index - p. Page 168
