Artificial wetlands are used in over 50 countries to sustainably treat wastewater. These
constructed wetlands (CWs) make use of natural biogeochemical and physical processes to …

Substrate selection is one of the key technical issues for constructed wetlands (CWs), which
works for wastewater treatment based mainly on the biofilm principle. In recent years, many …

Considering the unsatisfied denitrification performance of carbon-limited wastewater in iron-
based constructed wetlands (ICWs) caused by low electron transfer efficiency of iron …

Nitrogen removal through microorganisms is the most important pathway in constructed
wetlands (CWs). In this review, we summarize the microbial coupling mechanisms of …

The handling and disposal of voluminous sludge produced from water treatment plant poses
difficulty to environmental scientists and engineers. In fact, its environmental friendly …

The lack of dissolved oxygen and weak substrate removal capacity in constructed wetlands
(CW) leads to terrible removal of nitrogen and polycyclic aromatic hydrocarbons (PAHs). In …

The knowledge on the performance enhancement of nitrogen and organic matter in the
expanded constructed wetlands (CWs) with various new designs, configurations, and …

Constructed wetland (CW) for wastewater treatment has attracted increasing attention. In this
review, the system configuration optimization, purification effect and general mechanisms of …

This study aimed to assess removal potential of antibiotics and antibiotic resistance genes
(ARGs) in raw domestic wastewater by various mesocosm-scale horizontal subsurface-flow …

Alum salts are commonly used in the water industry to promote coagulation in the production
of clean drinking water, which results in the generation and accumulation of 'waste'by …