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- W4376129629 startingPage "352001" @default.
- W4376129629 abstract "Abstract Bio-nanotechnology is one of the new and sound techniques that have various advantages over conventional methods of wastewater treatment. The utilization of nanomaterials like nanoparticles for wastewater treatment is emerging field of research. Both physical and chemical methods can be used for nanoparticle synthesis, but synthesis based on algae (biological method) has numerous advantages over others as it is environmentally friendly and sustainable. Top–down and bottom–up are the two approaches used for nanoparticle synthesis, generally, bio-reduction (bottom–up approach) is used to synthesize nanoparticles. Nanoparticles can be synthesized inside the cell of algae called intracellular synthesis and outside on the surface of the cell called extracellular synthesis. Temperature, pH, and reaction time are some of the factors that can influence the synthesis, size, and properties of nanoparticles. Characterization of nanoparticles is carried out with the help of the techniques like UV–visible spectroscopy (UV–vis), x-ray diffraction, Fourier transfer infrared spectroscopy, etc. Algal nanoparticles are highly efficient in the remediation of contaminants like heavy metals and dyes from wastewater. In the present review, the utilization of algal nanoparticles for wastewater treatment containing contaminants like heavy metals, and dye, and various methods of synthesis of nanoparticles from algae are discussed. Moreover, the challenges and opportunities present in this field are also highlighted. As this field is in its initial stage, therefore, a lot of research gaps are present, which can only be filled by further new research." @default.
- W4376129629 created "2023-05-12" @default.
- W4376129629 creator A5004482305 @default.
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- W4376129629 creator A5032007033 @default.
- W4376129629 creator A5050315808 @default.
- W4376129629 creator A5057041222 @default.
- W4376129629 creator A5058715638 @default.
- W4376129629 date "2023-06-16" @default.
- W4376129629 modified "2023-09-29" @default.
- W4376129629 title "Remediation of contaminants from wastewater using algal nanoparticles via green chemistry approach: an organized review" @default.
- W4376129629 cites W1540737658 @default.
- W4376129629 cites W1968093637 @default.
- W4376129629 cites W1970887608 @default.
- W4376129629 cites W1971042652 @default.
- W4376129629 cites W1972102123 @default.
- W4376129629 cites W1973932136 @default.
- W4376129629 cites W1974745520 @default.
- W4376129629 cites W1982960075 @default.
- W4376129629 cites W1991342541 @default.
- W4376129629 cites W1993113942 @default.
- W4376129629 cites W1993824220 @default.
- W4376129629 cites W2000763733 @default.
- W4376129629 cites W2015191909 @default.
- W4376129629 cites W2017012784 @default.
- W4376129629 cites W2021172934 @default.
- W4376129629 cites W2026769564 @default.
- W4376129629 cites W2030304530 @default.
- W4376129629 cites W2032731324 @default.
- W4376129629 cites W2032967640 @default.
- W4376129629 cites W2039491395 @default.
- W4376129629 cites W2039587617 @default.
- W4376129629 cites W2052299381 @default.
- W4376129629 cites W2054468378 @default.
- W4376129629 cites W2055406219 @default.
- W4376129629 cites W2056602302 @default.
- W4376129629 cites W2061155071 @default.
- W4376129629 cites W2075081414 @default.
- W4376129629 cites W2075281640 @default.
- W4376129629 cites W2082166801 @default.
- W4376129629 cites W2083245157 @default.
- W4376129629 cites W2083783596 @default.
- W4376129629 cites W2091977161 @default.
- W4376129629 cites W2092746125 @default.
- W4376129629 cites W2097210339 @default.
- W4376129629 cites W2109811056 @default.
- W4376129629 cites W2132416101 @default.
- W4376129629 cites W2134065644 @default.
- W4376129629 cites W2144466990 @default.
- W4376129629 cites W2154545772 @default.
- W4376129629 cites W2156743785 @default.
- W4376129629 cites W2172606414 @default.
- W4376129629 cites W2186228286 @default.
- W4376129629 cites W2213092283 @default.
- W4376129629 cites W2282668337 @default.
- W4376129629 cites W2327143718 @default.
- W4376129629 cites W2343448901 @default.
- W4376129629 cites W2346521019 @default.
- W4376129629 cites W2371754822 @default.
- W4376129629 cites W238195277 @default.
- W4376129629 cites W2443066215 @default.
- W4376129629 cites W2467567814 @default.
- W4376129629 cites W2488571399 @default.
- W4376129629 cites W2510974931 @default.
- W4376129629 cites W2517710394 @default.
- W4376129629 cites W2524387374 @default.
- W4376129629 cites W2536780714 @default.
- W4376129629 cites W2545799407 @default.
- W4376129629 cites W2547198597 @default.
- W4376129629 cites W2551555727 @default.
- W4376129629 cites W2560037360 @default.
- W4376129629 cites W2574258127 @default.
- W4376129629 cites W2591118807 @default.
- W4376129629 cites W2591258672 @default.
- W4376129629 cites W2665604150 @default.
- W4376129629 cites W2726282757 @default.
- W4376129629 cites W2773565632 @default.
- W4376129629 cites W2789962003 @default.
- W4376129629 cites W281620574 @default.
- W4376129629 cites W2886249055 @default.
- W4376129629 cites W2889716002 @default.
- W4376129629 cites W2903988011 @default.
- W4376129629 cites W2906042278 @default.
- W4376129629 cites W2907681886 @default.
- W4376129629 cites W2912233531 @default.
- W4376129629 cites W2937739256 @default.
- W4376129629 cites W2945502096 @default.
- W4376129629 cites W2947861235 @default.
- W4376129629 cites W2953004200 @default.
- W4376129629 cites W2966385199 @default.
- W4376129629 cites W2967076367 @default.
- W4376129629 cites W2968772757 @default.
- W4376129629 cites W2976921271 @default.
- W4376129629 cites W2986140340 @default.
- W4376129629 cites W2998255101 @default.
- W4376129629 cites W3026987544 @default.
- W4376129629 cites W3034088982 @default.
- W4376129629 cites W3046907704 @default.