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Zusammenfassung

Nutrients management is a key task of wastewater treatment and removal of nutrients is usually associated with significant energy/economic cost. A new bioelectrochemical system, named "R²-BES", was developed for removing and possibly recovering nutrients from wastewater. This R²-BES takes advantage of bioelectricity generation from oxidation of organic compounds to drive ammonium migration out of wastewater, and uses hydroxide ions produced from the cathode reaction as a medium to exchange phosphate ions from wastewater at the same time. Under an applied voltage of 0.8 V, the R²-BES removed 83.4 ± 1.3% of ammonium nitrogen and 52.4 ± 9.8% of phosphate, significantly higher than those (3.6 ± 3.7% and 21.1 ± 2.6%) under an open circuit condition. Applying an external voltage can increase current generation, COD removal, and nutrient removal. Those results demonstrate a proof of concept that the R²-BES may be potentially applied to remove and recover nutrients through appropriate integration into the existing treatment facilities.

Schlagwörter

WastewaterNutrientAmmoniumPhosphatePulp and paper industrySewage treatment

Kennungen

PubMed
24948532
Zeitschrift
Bioresource Technology
Jahr
2014
Extraktion

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