The present review provides an understanding of principles of struvite crystallization and
examines the techniques and processes experimented to date by researchers at laboratory …

Phosphorus, as a non-renewable element, is flowing out too fast in the past decades. To
sustain the development of this globally scarce resource, efficient measures were taken to …

Over the past years, numerous technologies have been developed to recover phosphorus
(P) from waste streams to repair currently broken nutrient cycles. These developments were …

This research investigated the possibility of transferring phosphorus from human urine into a
concentrated form that can be used as fertilizer in agriculture. The community of Siddhipur in …

Recycling phosphorus from waste activated sludge (WAS) is an effective method to address
the nonrenewable nature of phosphorus and mitigate environmental pollution. To overcome …

Struvite crystallisation is a fast and reliable phosphorus removal and recovery process for
concentrated waste streams–such as hydrolysed human urine. In order to optimise P …

Vivianite (Fe3 (PO4) 2· 8H2O) crystallization has attracted increasing attention as a
promising approach for removing and recovering P from wastewaters. However, FeII is …

Bacterial infections and multiple encrustations are life‐threatening complications in patients
implanted with urological devices. Limited by time‐consuming procedures and substrate …

Phosphorus is a key pollutant in municipal wastewater. To minimise eutrophication,
treatment facilities must often reduce phosphorus levels to less than 1 mg L-1. Two main …

New technologies are needed to recover phosphate from organic wastes, such as sewage
sludge. Sewage sludge can be hydrothermally treated to make it safe but this process is …