David Barrie Johnson, Christopher George Bryan
Biomining Technologies represents a pivotal contribution to the extraction and recovery of metals from diverse ores and wastes, addressing the challenges posed by traditional mining methods. The objective of this work is to explore innovative biotechnological approaches that leverage microbial processes for efficient metal recovery, with a particular focus on sustainability and environmental impact. This multi-authored volume compiles the latest research findings in the field, encompassing experimental data, case studies, and theoretical frameworks. The methodologies discussed include bioleaching, biosorption, and bioremediation, which utilize microorganisms to extract metals in a more eco-friendly manner compared to conventional techniques. Results demonstrate significant advancements in the efficiency of metal recovery rates and highlight the potential for these technologies to mitigate environmental degradation associated with mining activities. Additionally, the book emphasizes the ongoing development of bioprocesses and the essential role they play in the transition towards more sustainable mining practices. Consequently, this work serves as an informative resource for researchers, industry professionals, and policymakers dedicated to advancing biomining technologies and promoting responsible resource management.
@article{78ebc500-eb02-443a-93ae-67450e534bcd,
title={835564809 Metal Recovery from E wastes},
author={David Barrie Johnson and Christopher George Bryan},
year={2026},
language={en}
}TY - JOUR TI - 835564809 Metal Recovery from E wastes AU - David Barrie Johnson AU - Christopher George Bryan PY - 2026 LA - en ER -
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