Multiple aerobic and anaerobic baffled constructed wetlands for simultaneous nitrogen and organic compounds removal
The objective of this study is to determine the reduction efficiency of chemical oxygen
demand (COD) as well as the removal of NH 4+-N and NO 3--N by the Aerobic–anaerobic
Baffled Constructed Wetland Reactor (ABCW). The ABCW reactor was planted with common
reed (Phragmite australis), where the hydraulic retention times was set to 1 d and was fed
with synthetic wastewater. Supplementary aeration was supplied in designated
compartments of the ABCW reactor to control the aerobic and anaerobic zones. The COD …
demand (COD) as well as the removal of NH 4+-N and NO 3--N by the Aerobic–anaerobic
Baffled Constructed Wetland Reactor (ABCW). The ABCW reactor was planted with common
reed (Phragmite australis), where the hydraulic retention times was set to 1 d and was fed
with synthetic wastewater. Supplementary aeration was supplied in designated
compartments of the ABCW reactor to control the aerobic and anaerobic zones. The COD …
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