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IMPACT OF DYNAMIC LOADING ON BIO-PHOSPHORUS REMOVAL.
Steven C. Chiesa
,
James A. Postiglione
Bioproducts and Biosystems Engineering
Research output
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Chapter in Book/Report/Conference proceeding
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Keyphrases
Phosphorus
100%
Phosphorus Removal
100%
Effluent
100%
Dynamic Loading
100%
Loading Pattern
66%
Phosphorus Concentration
66%
Orthophosphorus
66%
COD Concentration
66%
COD Loading
66%
Same-day
33%
Low Phosphorus
33%
Control Value
33%
Activated Sludge
33%
Daily Value
33%
Removal System
33%
Reactor Systems
33%
Biological Phosphorus Removal
33%
Parallel Plate Reactor
33%
Simultaneous Nitrogen Removal
33%
Influent Composition
33%
Phosphorus Load
33%
Engineering
Phosphorus Removal
100%
Dynamic Loads
100%
Chemical Oxygen Demand
100%
Phosphorus Concentration
50%
Reactor System
25%
Activated Sludge
25%
Daily Basis
25%
Daily Value
25%
Chemical Engineering
Chemical Oxygen Demand
100%
Activated Sludge
25%
Effluent
25%