Controlling dissolved phosphorus (P) losses to surface waters is challenging as most
conservation practices are only effective at preventing particulate P losses. As a result, P …

Reducing dissolved phosphorus (P) losses from legacy P soils to surface waters is
necessary for preventing algal blooms. Phosphorus removal structures containing steel slag …

Phosphorus (P) removal structures have been shown to decrease dissolved P loss from
agricultural and urban areas which may reduce the threat of eutrophication. In order to …

Phosphate removal is complicated by the need for resource recovery. Biochar shows
promise for efficient phosphate adsorption, but it must be modified to enhance its adsorption …

Basic oxygen furnace (BOF) and blast furnace (BF) steel slags are well suited for
phosphorous (P) removal from nonpoint sources such as agricultural runoff. However, the …

As the impermeable sidewalk area increases in urban areas, diverse problems related to
water occur. The purposes of this research were to increase the rainwater infiltration rate …

Phosphorus (P) overloading in aquatic environments has long-been recognized as the
leading cause of water quality deterioration, harmful algal bloom, and eutrophication. This …

Metallopolymeric superstructures (MPS) are hybrid functional materials that find wide
applications in environmental, energy, catalytic and biomedical-related scenarios, while …

Phosphates may pose a threat to the aquatic ecosystem when there is a connection or a
path between the soil and the aquatic ecosystem. Runoff and drainage ditches connect …

This chapter is dedicated to the most important component of the P removal structure: PSMs,
which are the component that actually removes the dissolved P. Phosphorus sorption …