Linking performance to dynamic migration of biofilm ecosystem reveals the role of voltage in the start-up of hybrid microbial electrolysis cell-anaerobic digestion

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

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Keyphrases

100
Anaerobic Digestion Keyphrases
100
Biofilm Keyphrases
100
Microbial Electroly... Keyphrases
100
Waste Activated Slu... Keyphrases
100
Dynamic Migration Keyphrases
66
Applied Voltage Keyphrases
66
Methane Production Keyphrases
66
Electroactive Biofi... Keyphrases
33
Biofilm Formation Keyphrases
33
Extracellular Elect... Keyphrases
33
Crucial Parameters Keyphrases
33
Methanobacterium Keyphrases
33
Geobacter Keyphrases
33
Functional Electrod... Keyphrases
33
Anode Biofilm Keyphrases
33
Methane Productivit... Keyphrases
33
Cathode Biofilm Keyphrases
33
Initial Biofilm Keyphrases
33
Syntrophomonas Keyphrases
33
Core Functional Mic... Keyphrases
33
Syntrophism Keyphrases

INIS

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migration INIS
100
dynamics INIS
100
performance INIS
100
voltage INIS
100
hybrids INIS
100
electrolysis INIS
100
anaerobic digestion INIS
100
ecosystems INIS
100
start-up INIS
75
methane INIS
75
electrodes INIS
75
sludges INIS
75
wastes INIS
50
production INIS
50
productivity INIS
25
comparative evaluat... INIS
25
increasing INIS
25
electron transfer INIS
25
biomass INIS
25
optimization INIS
25
cathodes INIS
25
anodes INIS
25
heat INIS
25
microorganisms INIS

Chemical Engineering

100
Methane Chemical Engineering
100
Anaerobic Digestion Chemical Engineering
100
Activated Sludge Chemical Engineering
Research OutputsResearch Output authored by Linking performance to dynamic migration of biofilm ecosystem reveals the role of voltage in the start-up of hybrid microbial electrolysis cell-anaerobic digestion is tagged with the concept