Titlebook: Environmental Nanotechnology Volume 5; Nandita Dasgupta,Shivendu Ranjan,Bhartendu Nath Mi Book 2021 The Editor(s) (if applicable) and The

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https://doi.org/10.1057/9780230240872he nanoparticles present extremely high capacity (5–200 mg P·g.) and specific affinity to phosphorus. Then, the effect on algae removal by nanomaterials is analyzed from the short-term strategies. And the removal efficiency is increased with the dose of nanoparticles and the algae are removed and de

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,Conclusions:?Conditions of Possibility,r, the use of such conventional filtration membranes cause important problems of low mechanical, thermal stability, low porosity, quick fouling and poor pore connectivity, which can lead to limited filtration efficiency and high operation cost..Nanotechnology and nanomaterials are used in the best p

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Theoretical Perspectives on Shame and Blame,nce of EEDs by various Fe-based nanomaterials in different reaction systems were well summarized as well as the degradation mechanisms including photocatalytic, Fenton and persulfate oxidation. The limitations and advantage strategies of the commonly used Fe-based nanomaterials were also discussed,

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Nanocellulose-Based Materials for Heavy Metal Removal from Wastewater, research endeavor to improve the properties of the nanocellulose especially in terms of modification in order to meet the requirement for the materials to be applied in wastewater treatment. In detail, this paper discusses the application of nanocellulose under various kinds of modification to suit

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Visible-Light-Responsive Heterostructured Nanophotocatalysts for Organic Pollutants Decomposition,cted future problems of water and air pollution, and shortage of clean water. In particular, heterostructured nanomaterials have been attracting growing attention over the past few years because of their unusual properties and promising application as heterogeneous photocatalysts in organic contamin

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Nanomaterials for Effective Control of Algal Blooms in Water,he nanoparticles present extremely high capacity (5–200 mg P·g.) and specific affinity to phosphorus. Then, the effect on algae removal by nanomaterials is analyzed from the short-term strategies. And the removal efficiency is increased with the dose of nanoparticles and the algae are removed and de