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An Adsorption Process for Metal Recovery from Acid Mine Waste: The Berkeley Pit Problem
N. V. Deorkar,
L. L. Tavlarides
Department of Biomedical & Chemical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
24
Scopus citations
Overview
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Dive into the research topics of 'An Adsorption Process for Metal Recovery from Acid Mine Waste: The Berkeley Pit Problem'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
mine waste
79%
adsorption
44%
acid
41%
metal
38%
acid mine drainage
37%
ion
30%
chelating agent
21%
scavenger
18%
neutralization
17%
immobilization
16%
sulfuric acid
16%
ceramics
14%
material
13%
effluent
11%
salt
11%
laboratory
8%
Engineering & Materials Science
Metal recovery
100%
Adsorbents
77%
Adsorption
63%
Acids
59%
Metal ions
31%
Drainage
15%
Chelation
11%
Sulfuric acid
9%
Effluents
8%
Salts
6%
Recovery
4%
Metals
4%
Chemical Compounds
Adsorbent
48%
Adsorption
31%
Metal
29%
Acid
22%
Acid Mine Drainage
21%
Metal Ion
13%
Neutralization
7%
Chelating Agent
6%
Sulfuric Acid
6%
Ceramic
5%
Purity
3%
pH Value
3%