A comparison of the performance of four full-scale aerated horizontal flow constructed wetlands was conducted to determine the efficacy of the technology on sites receiving high and variable ammonia loading rates not yet reported in the literature. Performance was assessed in terms of ammonia and solids removal, hydraulic conductivity and mixing patterns. The capability of systems to produce ammonium effluent concentrations <3 mgNH4 + -N/L was observed across all sites in systems receiving variable loadings between 0.1 and 13.0 gNH4 + -N/m2 /d. Potential resilience issues were observed in relation to response to spike loadings posited to be due to an insufficient nitrifying population within the beds. Hydraulic conductivity and f...
The use of constructed wetlands for tertiary wastewater treatment is emerging as a cost-effective wa...
Peer reviewedWetlandsWastewaterPollution treatmentDomestic wastewaterSeasonalityLoad reductionSingle...
Aerated wetland (AW) technology is typically used in high oxygen demand situations. This study howev...
A comparison of the performance of four full-scale aerated horizontal flow constructed wetlands was ...
A comparison of the performance of four full-scale aerated horizontal flow constructed wetlands was ...
The challenge of how to maintain or improve wastewater treatment performance without causing an exce...
Forced aeration of horizontal subsurface flow constructed wetlands (HSSF CWs) is nowadays a recogniz...
Due to increasing focus on improving water quality within surface waters, it is anticipated that str...
The present study demonstrates wetland projects to treat industrial wastewater for reuse implemented...
International audienceA system composed of two horizontal subsurface flow constructed wetlands opera...
This study investigated the treatment performance and nitrogen removal mechanism of highly alkaline ...
The performance of a vertical and a horizontal subsurface flow wetland (v-SSF and h-SSF), designed f...
To study the effect of limited artificial aeration on domestic wastewater treatment in the construct...
Project (M.S.)--Humboldt State University, Environmental Systems: Environmental Resource Engineering...
The increasing demand for sustainable, robust and cost-efficient wastewater treatment techniques str...
The use of constructed wetlands for tertiary wastewater treatment is emerging as a cost-effective wa...
Peer reviewedWetlandsWastewaterPollution treatmentDomestic wastewaterSeasonalityLoad reductionSingle...
Aerated wetland (AW) technology is typically used in high oxygen demand situations. This study howev...
A comparison of the performance of four full-scale aerated horizontal flow constructed wetlands was ...
A comparison of the performance of four full-scale aerated horizontal flow constructed wetlands was ...
The challenge of how to maintain or improve wastewater treatment performance without causing an exce...
Forced aeration of horizontal subsurface flow constructed wetlands (HSSF CWs) is nowadays a recogniz...
Due to increasing focus on improving water quality within surface waters, it is anticipated that str...
The present study demonstrates wetland projects to treat industrial wastewater for reuse implemented...
International audienceA system composed of two horizontal subsurface flow constructed wetlands opera...
This study investigated the treatment performance and nitrogen removal mechanism of highly alkaline ...
The performance of a vertical and a horizontal subsurface flow wetland (v-SSF and h-SSF), designed f...
To study the effect of limited artificial aeration on domestic wastewater treatment in the construct...
Project (M.S.)--Humboldt State University, Environmental Systems: Environmental Resource Engineering...
The increasing demand for sustainable, robust and cost-efficient wastewater treatment techniques str...
The use of constructed wetlands for tertiary wastewater treatment is emerging as a cost-effective wa...
Peer reviewedWetlandsWastewaterPollution treatmentDomestic wastewaterSeasonalityLoad reductionSingle...
Aerated wetland (AW) technology is typically used in high oxygen demand situations. This study howev...