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- W3048607887 endingPage "124006" @default.
- W3048607887 startingPage "124006" @default.
- W3048607887 abstract "The economy of the polyhydroxyalkanoate (PHA) production process could be supported by utilising the different by-products released simultaneously during its production. Among these, proteins are present in high concentrations in liquid stream which are released after the cell disruption along with PHA granules. These microbial proteins can be used as animal feed, adhesive material and in manufacturing of bioplastics. The recycling of the protein containing liquid stream also serves as a promising approach to maintain circular bioeconomy in the route. For this aim, it is important to obtain good yield and limit the drawbacks of protein recovery processes and associated costs. The review focuses on recycling of the liquid stream generated during acid/thermal-alkali treatment for PHA production that would close the gap in linear economy and attain circularity in the process. Examples to recover proteins from other industrial waste streams along with their applications have also been discussed." @default.
- W3048607887 created "2020-08-18" @default.
- W3048607887 creator A5003151867 @default.
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- W3048607887 date "2020-12-01" @default.
- W3048607887 modified "2023-10-16" @default.
- W3048607887 title "A review on recovery of proteins from industrial wastewaters with special emphasis on PHA production process: Sustainable circular bioeconomy process development" @default.
- W3048607887 cites W1967189468 @default.
- W3048607887 cites W1967959844 @default.
- W3048607887 cites W1978274050 @default.
- W3048607887 cites W1978463037 @default.
- W3048607887 cites W1978465592 @default.
- W3048607887 cites W1985637808 @default.
- W3048607887 cites W1987482301 @default.
- W3048607887 cites W1990086712 @default.
- W3048607887 cites W1996923313 @default.
- W3048607887 cites W1997351009 @default.
- W3048607887 cites W1997987246 @default.
- W3048607887 cites W2004516526 @default.
- W3048607887 cites W2015055726 @default.
- W3048607887 cites W2016415725 @default.
- W3048607887 cites W2016577666 @default.
- W3048607887 cites W2016710591 @default.
- W3048607887 cites W2026636227 @default.
- W3048607887 cites W2035721586 @default.
- W3048607887 cites W2036903490 @default.
- W3048607887 cites W2051150567 @default.
- W3048607887 cites W2051283504 @default.
- W3048607887 cites W2055133165 @default.
- W3048607887 cites W2056561074 @default.
- W3048607887 cites W2062123032 @default.
- W3048607887 cites W2066371418 @default.
- W3048607887 cites W2069683406 @default.
- W3048607887 cites W2075391176 @default.
- W3048607887 cites W2081606531 @default.
- W3048607887 cites W2109166057 @default.
- W3048607887 cites W2120641014 @default.
- W3048607887 cites W2121549329 @default.
- W3048607887 cites W2127354347 @default.
- W3048607887 cites W2153286252 @default.
- W3048607887 cites W2168300796 @default.
- W3048607887 cites W2184740408 @default.
- W3048607887 cites W2203392359 @default.
- W3048607887 cites W2308508135 @default.
- W3048607887 cites W2335753267 @default.
- W3048607887 cites W2407431176 @default.
- W3048607887 cites W2418147309 @default.
- W3048607887 cites W2474248447 @default.
- W3048607887 cites W2518727391 @default.
- W3048607887 cites W2563582839 @default.
- W3048607887 cites W256605331 @default.
- W3048607887 cites W2611622469 @default.
- W3048607887 cites W2623906508 @default.
- W3048607887 cites W2729222483 @default.
- W3048607887 cites W2736219668 @default.
- W3048607887 cites W2747664943 @default.
- W3048607887 cites W2751967637 @default.
- W3048607887 cites W2754552200 @default.
- W3048607887 cites W2756001126 @default.
- W3048607887 cites W2765634869 @default.
- W3048607887 cites W2789723927 @default.
- W3048607887 cites W2789949246 @default.
- W3048607887 cites W2801748997 @default.
- W3048607887 cites W2802105238 @default.
- W3048607887 cites W2803573773 @default.
- W3048607887 cites W2888946353 @default.
- W3048607887 cites W2893180756 @default.
- W3048607887 cites W2896384358 @default.
- W3048607887 cites W2901904689 @default.
- W3048607887 cites W2904108262 @default.
- W3048607887 cites W2913965728 @default.
- W3048607887 cites W2914689906 @default.
- W3048607887 cites W2942414981 @default.
- W3048607887 cites W2944527133 @default.
- W3048607887 cites W2954664867 @default.
- W3048607887 cites W2965091759 @default.
- W3048607887 cites W2969709432 @default.
- W3048607887 cites W2970493289 @default.
- W3048607887 cites W2983415857 @default.
- W3048607887 cites W2990000535 @default.
- W3048607887 cites W2993194151 @default.
- W3048607887 cites W2995073383 @default.
- W3048607887 cites W4237822252 @default.
- W3048607887 cites W438433980 @default.
- W3048607887 cites W959087221 @default.
- W3048607887 doi "https://doi.org/10.1016/j.biortech.2020.124006" @default.
- W3048607887 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32889176" @default.
- W3048607887 hasPublicationYear "2020" @default.
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