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Extremophilic bioreduction of elemental sulfur for recovery of valuable metals
Hidalgo Ulloa, Adrian
(PhD candidate)
Buisman, Cees
(Promotor)
Mol, Annemerel
(Co-promotor)
Environmental Technology
WIMEK
Department of Agrotechnology and Food Sciences
Project
:
PhD
Overview
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Research output
(1)
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Weight
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Engineering
Elemental Sulfur
100%
Hydrogen Sulfide
50%
Mineral Recovery
50%
Metallurgical Industry
25%
Electron Donor
25%
Physical Method
25%
Conventional Method
25%
Reduction Process
25%
Metal Recovery
25%
Poor Quality
25%
Ph Dependent
25%
Recovery Efficiency
25%
Microbial
25%
Earth and Planetary Sciences
Chemical Element
100%
Sulphur Reduction
75%
Sulfide
50%
Sludge
25%
Thermal Water
25%
Chemical Method
25%
Metallurgical Industry
25%
Physical Method
25%
Pharmacology, Toxicology and Pharmaceutical Science
Sulfur
100%
Sulfate
50%
Hydrogen Sulfide
33%
Fluocinolone Acetonide
16%
Divalent
16%
Thioether
16%
Sulfide
16%