Selective adsorption provides a promising solution for removing and recovering phosphate
from contaminated waters. However, the development of an efficient, low-cost adsorbent …

Enhanced removal of phosphate by biomass-supported adsorbents is an effective and
economic method to prevent the accelerated eutrophication in water body. A new …

The excessive presence of phosphorus in surface water is the primary cause of
eutrophication and it is necessary to remove phosphorus from water prior to discharge …

Recently, selective phosphorus removal from aqueous solution has been a highly desirable
strategy to combat eutrophication due to the increasingly stringent phosphorous emission …

Effective phosphorus removal and recovery are crucial for protecting the environment
because excessive phosphorus release seriously harms the water environment. To …

Our present study was to prepare a biomass-supported adsorbents with high adsorptive
capacity and high selectivity to prevent the accelerated eutrophication in water body. To this …

A new nanocomposite adsorbent La-201 of extremely high capacity and specific affinity
toward phosphate was fabricated and well characterized, where hydrated La (III) oxide …

Removal of phosphate from wastewater is a global crucial goal and grand challenge for
resource recovery and eutrophication control. However, it represents a major application …

In this study, La (OH) 3 nanoparticles were immobilized on C 3 N 4 to effectively restrict their
aggregation and subsequently enhance the La utilization efficiency to promote phosphate …

The use of lanthanum for phosphate removal has gained increasing attention due to its
relative abundance, non-toxicity, and strong affinity toward phosphate. In this regard …