Interrogating the performance and microbial ecology of an enhanced biological phosphorus removal/post‐anoxic denitrification process at bench and pilot scales
Abstract:Research focused on interrogating post‐anoxic enhanced biological phosphorus removal (EBPR) at bench and pilot scales. Average bench‐scale effluent ranged from 0.33 to 1.4 mgP/L, 0.35 to 3.7 mgNH3‐N/L, and 1.1 to 3.9 mgNOx‐N/L. Comparatively, the pilot achieved effluent (50th percentile/average) of 0.13/0.2 mgP/L, 9.7/8.2 mgNH3‐N/L, and 0.38/3.3 mgNOx‐N/L under dynamic influent and environmental conditions. For EBPR process monitoring, P:C ratio data indicated that 0.2–0.4 molP/molC will result in stable EBPR;… Show more
A moving bed-UV-photocatalytic modified membrane bioreactor (MB-UVPMBR)system effectively removed organic matter, and the removal efficiency of LanasolBlue 3R (LB) reached 85.1%, which was significantly greater than that in a movingbed...
A moving bed-UV-photocatalytic modified membrane bioreactor (MB-UVPMBR)system effectively removed organic matter, and the removal efficiency of LanasolBlue 3R (LB) reached 85.1%, which was significantly greater than that in a movingbed...
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