Phosphorus and metals in stormwater runoff are major causes of water quality degradation.
Bioretention systems are increasingly implemented to improve stormwater quality and to …

Drinking water treatment residuals (WTR), a waste-derived product, are often recommended
to use as an amendment in stormwater biofilters to enhance their capacity to remove …

Bioretention is a popular stormwater control measure (SCM) with limited information
regarding the impact of compost addition to the media. Although compost combined with …

Global water scarcity necessitates creative, yet practical, solutions to meet ever-growing
demand. Green infrastructure is increasingly used in this context to provide water in …

Bioretention cells, a type of green stormwater infrastructure, have been shown to reduce
runoff volumes and remove a variety of pollutants. The ability of bioretention cells to remove …

The threat of anthropogenic eutrophication and harmful algal blooms in lakes requires the
development of innovative stormwater best management practices (BMPs) to reduce the …

This study provides an analysis of the phosphorus adsorption efficacy of three modified
drinking water treatment residues (MDWTRs): MDWTR-P (powdered form), MDWTR-D2, and …

Low impact development (LID) practices are commonly used stormwater control measures
(SCMs) designed to mimic the predevelopment hydrologic regime by restoring the natural …

Storm water treatment and management will be more important in the future due to climate
changes, eg, more frequent, and intense rain events that might cause flooding. To meet …

The main aim of this research was to evaluate the efficacy of Powdered Activated Carbon
(PAC) based water treatment residual (WTR) in eliminating phosphorus (P), Copper (Cu) …