Matches in SemOpenAlex for { <https://semopenalex.org/work/W4321254278> ?p ?o ?g. }
- W4321254278 endingPage "136386" @default.
- W4321254278 startingPage "136386" @default.
- W4321254278 abstract "The combination of nanotechnology principles and membrane technology has gained more attention in waste water remediation owing to the high efficiency of toxicants removal, unique physico chemical properties and biodegradability. This current work offers a wide and accurate overview of nanocellulose acetate membrane technology for waste water treatment efficacy. In this review, we described nanocellulose acetate membrane synthesis through electrospinning process and its potential role in waste water remediation. In particular, extraction of cellulose from lignocellulosic invasive aquatic weeds biomass wastes, conversion of extracted cellulose into cellulose acetate followed by fabrication with bio active metallic nanoparticles via electrospinning process were discussed. Most significantly, the factors influencing the electrospinng process, efficacy testing methods and the role of water treatment process were described. The present study suggests the sustainable approach of managing hazardous invasive aquatic weeds into composite membrane utilizing green nanotechnology principles with waste water treatment efficacy. In future, the nanocellulose composite that synthesised by the above described green nanotechnology principles can be used in waste water treatment process by showing higher separation or removal of organic and inorganic contaminants with eco-friendly and low operation costs." @default.
- W4321254278 created "2023-02-18" @default.
- W4321254278 creator A5030380315 @default.
- W4321254278 creator A5035742573 @default.
- W4321254278 creator A5041070059 @default.
- W4321254278 creator A5044232060 @default.
- W4321254278 creator A5054877883 @default.
- W4321254278 creator A5060763181 @default.
- W4321254278 creator A5066155056 @default.
- W4321254278 creator A5086437651 @default.
- W4321254278 date "2023-04-01" @default.
- W4321254278 modified "2023-10-01" @default.
- W4321254278 title "Aquatic biomass cellulose fabrication into cellulose nanocomposite and its application in water purification" @default.
- W4321254278 cites W1967052839 @default.
- W4321254278 cites W1984405389 @default.
- W4321254278 cites W1991246696 @default.
- W4321254278 cites W1991480286 @default.
- W4321254278 cites W2003477313 @default.
- W4321254278 cites W2004217087 @default.
- W4321254278 cites W2009534330 @default.
- W4321254278 cites W2011157848 @default.
- W4321254278 cites W2016208449 @default.
- W4321254278 cites W2026872397 @default.
- W4321254278 cites W2027584140 @default.
- W4321254278 cites W2034694600 @default.
- W4321254278 cites W2042140361 @default.
- W4321254278 cites W2057931719 @default.
- W4321254278 cites W2060513186 @default.
- W4321254278 cites W2063173618 @default.
- W4321254278 cites W2075134257 @default.
- W4321254278 cites W2077251010 @default.
- W4321254278 cites W2094986929 @default.
- W4321254278 cites W2141949253 @default.
- W4321254278 cites W2157580164 @default.
- W4321254278 cites W2291802312 @default.
- W4321254278 cites W2335028101 @default.
- W4321254278 cites W2339565062 @default.
- W4321254278 cites W2381720004 @default.
- W4321254278 cites W2395055887 @default.
- W4321254278 cites W2480570580 @default.
- W4321254278 cites W2481752137 @default.
- W4321254278 cites W2530413268 @default.
- W4321254278 cites W2536780714 @default.
- W4321254278 cites W2580700112 @default.
- W4321254278 cites W2592694051 @default.
- W4321254278 cites W2599148925 @default.
- W4321254278 cites W2605678043 @default.
- W4321254278 cites W2617882394 @default.
- W4321254278 cites W2620601420 @default.
- W4321254278 cites W2650100337 @default.
- W4321254278 cites W2790642434 @default.
- W4321254278 cites W2791560959 @default.
- W4321254278 cites W2795445480 @default.
- W4321254278 cites W2902201932 @default.
- W4321254278 cites W2905800233 @default.
- W4321254278 cites W2907681886 @default.
- W4321254278 cites W2909892549 @default.
- W4321254278 cites W2917626706 @default.
- W4321254278 cites W2937739256 @default.
- W4321254278 cites W2948455049 @default.
- W4321254278 cites W2956982473 @default.
- W4321254278 cites W2959207301 @default.
- W4321254278 cites W2964221474 @default.
- W4321254278 cites W2974319872 @default.
- W4321254278 cites W2988678048 @default.
- W4321254278 cites W2990053347 @default.
- W4321254278 cites W3000710832 @default.
- W4321254278 cites W3016370388 @default.
- W4321254278 cites W3020893973 @default.
- W4321254278 cites W3022651367 @default.
- W4321254278 cites W3029039216 @default.
- W4321254278 cites W3038435235 @default.
- W4321254278 cites W3044716067 @default.
- W4321254278 cites W3052175607 @default.
- W4321254278 cites W3092643044 @default.
- W4321254278 cites W3107383765 @default.
- W4321254278 cites W3112219176 @default.
- W4321254278 cites W3118964916 @default.
- W4321254278 cites W3125053799 @default.
- W4321254278 cites W3130863434 @default.
- W4321254278 cites W3160271583 @default.
- W4321254278 cites W3173012507 @default.
- W4321254278 cites W3192098301 @default.
- W4321254278 cites W3200007906 @default.
- W4321254278 cites W3200378064 @default.
- W4321254278 cites W3211908576 @default.
- W4321254278 cites W3213100501 @default.
- W4321254278 cites W4200207698 @default.
- W4321254278 cites W4200222706 @default.
- W4321254278 cites W4210535129 @default.
- W4321254278 cites W4221010087 @default.
- W4321254278 cites W4221026646 @default.
- W4321254278 cites W4223638062 @default.
- W4321254278 cites W4225272686 @default.
- W4321254278 cites W4232000116 @default.
- W4321254278 doi "https://doi.org/10.1016/j.jclepro.2023.136386" @default.
- W4321254278 hasPublicationYear "2023" @default.
- W4321254278 type Work @default.