Ammonium-based bioleaching of toxic metals from sewage sludge in a continuous bioreactor

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Earth and Planetary Sciences

100
Ammonium Earth and Planetary Scien...
100
Sewage Sludge Earth and Planetary Scien...
100
Toxic Metal Earth and Planetary Scien...
100
Bioreactor Earth and Planetary Scien...
100
Ammonia Earth and Planetary Scien...
66
pH Earth and Planetary Scien...
50
Digested Sludge Earth and Planetary Scien...
33
Investigation Earth and Planetary Scien...
33
Metal Earth and Planetary Scien...
33
Quality Earth and Planetary Scien...
33
Sludge Earth and Planetary Scien...
16
Approach Earth and Planetary Scien...
16
Acid Earth and Planetary Scien...
16
Extraction Earth and Planetary Scien...
16
Oxidation Earth and Planetary Scien...
16
Laboratory Scale Earth and Planetary Scien...
16
Upgrading Earth and Planetary Scien...
16
Stabilization Earth and Planetary Scien...
16
Disposal Earth and Planetary Scien...
16
Impurity Earth and Planetary Scien...
16
Metabolite Earth and Planetary Scien...
16
Hydrolysis Earth and Planetary Scien...
16
Biosolid Earth and Planetary Scien...
16
Efficiency Earth and Planetary Scien...
16
Contaminant Earth and Planetary Scien...
16
Soils Earth and Planetary Scien...
16
Expenditure Earth and Planetary Scien...
16
Fertilizer Earth and Planetary Scien...
16
Metabolism Earth and Planetary Scien...

Keyphrases

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Ammonium Keyphrases
100
Sewage Sludge Keyphrases
100
Toxic Metals Keyphrases
100
Anaerobically Diges... Keyphrases
100
Continuous Bioreact... Keyphrases
100
Bioleaching Keyphrases
66
Bioleaching Process Keyphrases
33
Process-based Keyphrases
33
High Affinity Keyphrases
33
Reactor Keyphrases
33
PH Dependence Keyphrases
33
Acidic Environment Keyphrases
33
Affinity Constant Keyphrases
33
Total Ammonia Keyphrases
33
Sludge Disposal Keyphrases
33
Soil Conditioner Keyphrases
33
Heavy Metal Removal Keyphrases
33
Ammonium Concentrat... Keyphrases
33
Acid Tolerance Keyphrases
33
Biosolids Keyphrases
33
Ammonia-oxidizing B... Keyphrases
33
Ammonia Oxidation Keyphrases
33
Microbial Metabolis... Keyphrases
33
In Situ pH Keyphrases
33
Metal Extraction Keyphrases
33
Unrestricted Use Keyphrases
33
Microbial Metabolit... Keyphrases
33
Sludge Hydrolysis Keyphrases
33
Microbial Oxidation Keyphrases
33
Efficient Leaching Keyphrases
33
Soil Fertilizer Keyphrases

INIS

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metals INIS
100
toxicity INIS
100
sludges INIS
100
sewage sludge INIS
100
bioreactors INIS
80
ph value INIS
60
ammonia INIS
40
affinity INIS
20
environment INIS
20
processing INIS
20
concentration INIS
20
comparative evaluat... INIS
20
oxidation INIS
20
extraction INIS
20
economics INIS
20
efficiency INIS
20
removal INIS
20
laboratories INIS
20
bacteria INIS
20
leaching INIS
20
soils INIS
20
optimization INIS
20
hydrolysis INIS
20
reactors INIS
20
fertilizers INIS
20
stabilization INIS
20
metabolism INIS
20
metabolites INIS

Chemical Engineering

100
Ammonia Chemical Engineering
100
Biochemical Reactor Chemical Engineering
100
Bioleaching Chemical Engineering
100
Sewage Sludge Chemical Engineering
50
Anaerobically Diges... Chemical Engineering
33
Sludge Chemical Engineering
16
Acid Chemical Engineering
16
Extraction Chemical Engineering
Research OutputsResearch Output authored by Ammonium-based bioleaching of toxic metals from sewage sludge in a continuous bioreactor is tagged with the concept