The effects of different aeration strategies including tidal flow (TF), effluent recirculation (ER)
and artificial aeration (AA) on performance of vertical flow constructed wetland (VFCW) …

There is a growing need for more sustainable wastewater treatment technologies to provide
non-conventional water sources. Constructed Wetland systems (CW) are viewed as a low …

The large land area requirement of constructed wetlands (CWs) is a major limitation of its
application especially in densely populated and mountainous areas. This review paper …

Constructed wetland (CW) works mostly depending on biological and biochemical
processes. No doubt, these processes are affected by climate conditions. This is a challenge …

The effects of different aeration methods such as tidal flow (TF), effluent recirculation (ER),
and artificial aeration (AA) on the performance of vertical-flow constructed wetland (VFCW) …

Constructed wetland (CW) is reliable technology for a range of wastewater treatment
generated through various sources. Contrary to traditional wastewater treatment …

The objective of this research was to evaluate the nitrogen removal in a single stage rural
wastewater treatment system. It was a modified subsurface vertical flow (SSVF) constructed …

The pig farming industry in Mexico is an important economic activity that is growing
significantly, generating large volumes of wastewater that negatively affect water bodies and …

Swine wastewater management is often affected by two main issues: a too high volume for
optimal reuse as a fertilizer and a too high strength for an economically sustainable …

Anaerobic processes effectively treat high-strength wastewater, while membrane-based
technologies are attractive post-treatment options for improving effluent quality. A balanced …