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- W3045128908 endingPage "109924" @default.
- W3045128908 startingPage "109924" @default.
- W3045128908 abstract "Abstract The industrial revolution has caused a tremendous impact on our modern way of life. It shapes the economic, social and culture of many modern societies around the world. However, the world's heavy dependence on fossil fuels has exacerbated the effect of modernisation, causing a detrimental effect to the world climate. Recently, the scientific community has shifted their focus to the valorisation of lignocellulosic biomass as a renewable and clean source of energy. Lignocellulosic biomass is a potential substitute for fossil fuel as it could be transformed to various bio-energy and bio-based products by biorefineries. However, the recalcitrant nature of lignocellulosic biomass hinders the commercialisation at large scale due to the processing difficulties and economically not viable. Hence, ultrasound has been utilised as an auxiliary energy to intensify pretreatments as well as biorefinery processes in the productions of bio-fuels and fine chemicals. In this review, the background information of lignocellulosic biomass and ultrasound is provided. Furthermore, the applications of ultrasound as a complement to existing pretreatments and bioprocessing technologies are discussed by highlighting the importance of mechanoacoustic and sonochemical effect produced by the ultrasound. Lastly, technoeconomic analysis and socioeconomic impact of utilising ultrasound in the biomass processing are elaborated to provide a holistic view on the novel and environmentally friendly green technique." @default.
- W3045128908 created "2020-07-29" @default.
- W3045128908 creator A5016049884 @default.
- W3045128908 creator A5067370380 @default.
- W3045128908 date "2020-10-01" @default.
- W3045128908 modified "2023-10-03" @default.
- W3045128908 title "An application of ultrasonication in lignocellulosic biomass valorisation into bio-energy and bio-based products" @default.
- W3045128908 cites W1187410758 @default.
- W3045128908 cites W1219609255 @default.
- W3045128908 cites W1597212173 @default.
- W3045128908 cites W191843625 @default.
- W3045128908 cites W1964260767 @default.
- W3045128908 cites W1970352902 @default.
- W3045128908 cites W1972088824 @default.
- W3045128908 cites W1973590112 @default.
- W3045128908 cites W1974049396 @default.
- W3045128908 cites W1980522492 @default.
- W3045128908 cites W1988422447 @default.
- W3045128908 cites W1992395389 @default.
- W3045128908 cites W1994746571 @default.
- W3045128908 cites W1998920893 @default.
- W3045128908 cites W2002891647 @default.
- W3045128908 cites W2021143293 @default.
- W3045128908 cites W2023174398 @default.
- W3045128908 cites W2044296291 @default.
- W3045128908 cites W2050173451 @default.
- W3045128908 cites W2051442717 @default.
- W3045128908 cites W2053526929 @default.
- W3045128908 cites W2065436225 @default.
- W3045128908 cites W2071640167 @default.
- W3045128908 cites W2083495093 @default.
- W3045128908 cites W2084652765 @default.
- W3045128908 cites W2090008802 @default.
- W3045128908 cites W2122250145 @default.
- W3045128908 cites W2122636850 @default.
- W3045128908 cites W2125578079 @default.
- W3045128908 cites W2132177372 @default.
- W3045128908 cites W2132412070 @default.
- W3045128908 cites W2141949253 @default.
- W3045128908 cites W2145842165 @default.
- W3045128908 cites W2151335336 @default.
- W3045128908 cites W2164653981 @default.
- W3045128908 cites W2232512747 @default.
- W3045128908 cites W2250957278 @default.
- W3045128908 cites W2282499596 @default.
- W3045128908 cites W2287713518 @default.
- W3045128908 cites W2334166212 @default.
- W3045128908 cites W2341562559 @default.
- W3045128908 cites W2341819387 @default.
- W3045128908 cites W2510060426 @default.
- W3045128908 cites W2524854923 @default.
- W3045128908 cites W2549005871 @default.
- W3045128908 cites W2552427391 @default.
- W3045128908 cites W2555717519 @default.
- W3045128908 cites W2568235921 @default.
- W3045128908 cites W2572177189 @default.
- W3045128908 cites W2588712037 @default.
- W3045128908 cites W2598564697 @default.
- W3045128908 cites W2603996473 @default.
- W3045128908 cites W2613255612 @default.
- W3045128908 cites W2615223922 @default.
- W3045128908 cites W2617529018 @default.
- W3045128908 cites W2678780875 @default.
- W3045128908 cites W2739033841 @default.
- W3045128908 cites W2749567823 @default.
- W3045128908 cites W2755919449 @default.
- W3045128908 cites W2768365462 @default.
- W3045128908 cites W2782123470 @default.
- W3045128908 cites W2790536067 @default.
- W3045128908 cites W2793685188 @default.
- W3045128908 cites W2799961811 @default.
- W3045128908 cites W2801170874 @default.
- W3045128908 cites W2885315806 @default.
- W3045128908 cites W2889877479 @default.
- W3045128908 cites W2893664929 @default.
- W3045128908 cites W2893954972 @default.
- W3045128908 cites W2900361946 @default.
- W3045128908 cites W2900719213 @default.
- W3045128908 cites W2902607405 @default.
- W3045128908 cites W2904031421 @default.
- W3045128908 cites W2905922946 @default.
- W3045128908 cites W2912538231 @default.
- W3045128908 cites W2915652882 @default.
- W3045128908 cites W2923541517 @default.
- W3045128908 cites W2932501185 @default.
- W3045128908 cites W2945432848 @default.
- W3045128908 cites W2946299982 @default.
- W3045128908 cites W2947348049 @default.
- W3045128908 cites W2952743031 @default.
- W3045128908 cites W2954176860 @default.
- W3045128908 cites W2954688271 @default.
- W3045128908 cites W2964088991 @default.
- W3045128908 cites W2999964394 @default.
- W3045128908 cites W602549594 @default.
- W3045128908 doi "https://doi.org/10.1016/j.rser.2020.109924" @default.
- W3045128908 hasPublicationYear "2020" @default.
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