Immobilization of phosphorus in water-sediment system by iron-modified attapulgite, calcite, bentonite and dolomite under feed input condition: Efficiency, mechanism, application mode effect and response of microbial communities and iron mobilization

Jin, Siyu; Lin, Jianwei; Zhan, Yanhui

doi:10.1016/j.watres.2023.120777

Water Research

2023

DOI: 10.1016/j.watres.2023.120777

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Immobilization of phosphorus in water-sediment system by iron-modified attapulgite, calcite, bentonite and dolomite under feed input condition: Efficiency, mechanism, application mode effect and response of microbial communities and iron mobilization

Siyu Jin,

Jianwei Lin,

Yanhui Zhan

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2024

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Cited by 9 publications

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Immobilization of phosphorus in water-sediment system by iron-modified attapulgite, calcite, bentonite and dolomite under feed input condition: Efficiency, mechanism, application mode effect and response of microbial communities and iron mobilization

Cited by 9 publications

References 105 publications

Efficient simultaneous removal of phosphate and microcystin-LR in water using a novel g-C3N4/calcite composite under dark-visible light cycles

Efficient simultaneous removal of phosphate and microcystin-LR in water using a novel g-C3N4/calcite composite under dark-visible light cycles

Synchronous sequestration of inorganic and organic phosphorus from eutrophic surface water and sediments via recoverable La-CaO2@HNTs/SA hydrogel beads

Interception of internal phosphorus release from sediments by lanthanum-modified shrimp shell biochar in two application modes

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