Phosphorus removal by in situ generated Fe (II): Efficacy, kinetics and mechanism
The application of in situ electrochemical generation of ferrous (Fe (II)) ions for phosphorus
(P) removal in wastewater treatment was investigated with attention to the efficacy, kinetics
and mechanism. At concentrations typical of municipal wastewater, P could be removed by
in situ Fe (II) with removal efficiency higher than achieved on addition of FeSO 4 and close to
that of FeCl 3 under both anoxic and oxic conditions. The generation of alkalinity due to
water electrolysis at the cathode created much higher pH conditions compared to FeSO 4 …
(P) removal in wastewater treatment was investigated with attention to the efficacy, kinetics
and mechanism. At concentrations typical of municipal wastewater, P could be removed by
in situ Fe (II) with removal efficiency higher than achieved on addition of FeSO 4 and close to
that of FeCl 3 under both anoxic and oxic conditions. The generation of alkalinity due to
water electrolysis at the cathode created much higher pH conditions compared to FeSO 4 …
Phosphorus removal by in situ generated Fe (II): efficacy, kinetics and mechanism.
ZJ Zhang Jiao, MW Bligh, LP Liang Peng, TD Waite… - 2018 - cabidigitallibrary.org
The application of in situ electrochemical generation of ferrous (Fe (II)) ions for phosphorus
(P) removal in wastewater treatment was investigated with attention to the efficacy, kinetics
and mechanism. At concentrations typical of municipal wastewater, P could be removed by
in situ Fe (II) with removal efficiency higher than achieved on addition of FeSO4 and close to
that of FeCl3 under both anoxic and oxic conditions. The generation of alkalinity due to
water electrolysis at the cathode created much higher pH conditions compared to FeSO4 …
(P) removal in wastewater treatment was investigated with attention to the efficacy, kinetics
and mechanism. At concentrations typical of municipal wastewater, P could be removed by
in situ Fe (II) with removal efficiency higher than achieved on addition of FeSO4 and close to
that of FeCl3 under both anoxic and oxic conditions. The generation of alkalinity due to
water electrolysis at the cathode created much higher pH conditions compared to FeSO4 …
以上显示的是最相近的搜索结果。 查看全部搜索结果