Helen Watling
The field of biohydrometallurgy has witnessed significant advancements in microbiology, particularly concerning the technologies used to process refractory concentrates and low-grade ores. Initially developed with limited understanding of the microorganisms involved in metals extraction from sulfide ores, these technologies have evolved in tandem with discoveries revealing a far greater diversity of microbial communities than previously recognized. Recent advancements in genomics and proteomics, bolstered by enhanced computational power, have facilitated the identification of microbial populations within bioleaching systems, along with insights into their physiological functions. This emerging knowledge, derived from molecular biology techniques, offers the potential to monitor microbial behavior more effectively, optimize conditions for desired microbiological activities, and assess the 'microbiological health' of bioreactors like tanks and heaps. The ongoing research in this domain promises to refine the application of biohydrometallurgy as a viable alternative to traditional chemical leaching methods, ultimately aiming to enhance the efficiency and effectiveness of metal recovery processes.
@article{875f749d-3526-4593-92ab-7c4a98574e59,
title={Microbiological Advances in Biohydrometallurgy},
author={Helen Watling},
year={2016},
language={en}
}TY - JOUR TI - Microbiological Advances in Biohydrometallurgy AU - Helen Watling PY - 2016 LA - en ER -
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