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 …

Struvite precipitation and reuse from phosphorus-rich wastewater are cost-effective
measures to improve phosphorus utilization efficiency and decrease its negative …

The massive use of phosphate fertilizers in agriculture is costly and induces water pollution,
calling for more sustainable phosphate sources in the context of the circular economy. Here …

Phosphate recovery from wastewater using readily available biowaste-based adsorbents is
beneficial for both eutrophication control and waste management. Bamboo char has a high …

This study focuses on phosphorus recovery from simulated aqueous environment by
hydrothermally carbonized microalgae biomass. A detailed study on parameters influencing …

The alternating aerobic/anaerobic biofilm system had been applied for phosphorus (P)
enrichment and recovery because of the advantage of low energy consumption and high …

Phosphorus (P) and lithium (Li) are scarce resources. To address the situation of resource
scarcity, a novel coupled biofilm-precipitation system was proposed to recover P and Li …

Melanoidins are dark brown coloured complex amino‑carbonyl biopolymer comprising the
chief component present in the distillery wastewater with high organic load. In this study …

Recovery of phosphorus (P) via vivianite crystallization is an effective strategy to recycle
resources from the anaerobic fermentation supernatant. However, the presence of different …

The present study investigated struvite biomineralization potential of model gram-negative
(Enterobacter cloacae) and gram-positive (Bacillus pumilus) bacterial strains in synthetic …