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Pulsed aeration enhances aerobic granular biomass properties
P. Carrera
, A. Mosquera-Corral
, R. Méndez
,
J. L. Campos
, A. Val del Rio
Research output
:
Contribution to journal
›
Article
›
peer-review
6
Scopus citations
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Keyphrases
Aeration
40%
Aeration Regime
20%
Aerobic Granular Biomass
100%
Aerobic Granular Sludge
60%
Air Consumption
20%
Airflow
40%
Biomass Properties
100%
Continuous Aeration
20%
Conventional Treatment
20%
Dense Granules
20%
Granular Sludge System
40%
Granulation
20%
Granulation Process
20%
Granule Formation
40%
Low-strength Wastewater
20%
Phosphate Accumulating Organisms
20%
Pulse Aeration
100%
Pulse System
20%
Pulsed Regime
20%
Reactor
100%
Reduced Footprint
20%
Removal Efficiency
20%
Sequencing Batch Reactor
40%
Small Granules
20%
Start-up Phase
20%
Strategies to Overcome
20%
Superficial Gas Velocity
60%
Uniform Mixture
20%
INIS
aeration
100%
air
14%
air flow
28%
biomass
100%
comparative evaluations
14%
efficiency
14%
gases
42%
granulation
28%
mixtures
14%
nitrogen
14%
phosphates
14%
phosphorus
14%
pulses
14%
reactors
100%
removal
14%
sludges
42%
start-up
14%
velocity
42%
waste water
14%
Chemical Engineering
Aerobic Granular Sludge
100%
Chemical Oxygen Demand
66%
Low-strength Wastewater
33%
Nitrogen
33%
Sequencing Batch Reactor
66%