Bioretention is a popular stormwater management strategy that is often utilized in urban
environments to combat water quality and hydrological impacts of stormwater. This goal is …

Bioretention systems are widely used green infrastructure elements that utilize engineered
bioretention soil media (BSM) for stormwater capture and treatment. Conventional …

Biochar has been increasingly used as a filter medium in engineered low impact
development systems (eg, bioretention systems) for decontamination of urban stormwater …

Stormwater biofilters are being implemented widely in urban environments to provide green
space, alleviate flooding, and improve stormwater quality. However, biofilters with …

Water pollution caused by a variety of organic and inorganic contaminants is becoming a
major source of concern all over the world because of global warming. Furthermore, man …

Urban runoff is one of the greatest sources of microbial pollution to surface waters. Biofilters
can limit the impact of stormwater runoff on surface water quality by diverting runoff from …

Although conventional on‐site wastewater treatment systems (OWTSs) provide only primary
treatment of domestic wastewater, removal of a limited level of nutrients (N, P), pathogens …

Amending roadside soil with adsorbents such as biochar can help remove pollutants from
road runoff. To maintain soil stability, the roadside soil requires compaction. However, it is …

Stormwater treatment and reuse can alleviate water pollution and scarcity while current sand
filtration systems showed low treatment performance for stormwater. For enhancing E. coli …

Biochar used in fixed filter columns (BFCs) has garnered significant attention for its
capabilities in material immobilization and recovery, filtration mechanisms, and potential for …