Titlebook: Bioplastics for Sustainable Development; Mohammed Kuddus,Roohi Book 2021 The Editor(s) (if applicable) and The Author(s), under exclusive

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Liftable and Unliftable Diagramsindustries and food industries. As most of the synthetic plastic is obtained from petrochemicals, the disposal of this synthetic plastic now becomes one of the major problems of today’s world. They persist in the environment in the form of improperly disposed of material which is a source of environ

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Schmidt and Pudlák’s Approaches to CLPlength (3–5 carbon monomers), medium chain length (6–14 carbon monomers), and long chain length (15–18 carbon monomers), depending on the number of carbons in the monomeric constituents. Little is known about the biodegradation potential of PHAs in nature and how this can be tailored by adding compl

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George Grätzer,Friedrich Wehrungfood packaging applications, mainly in applications that include products with short shelf-life. The bio-based bioplastics are split in two categories, namely, biodegradable and non-biodegradable materials. Relatively recent is evidenced that bioplastics can represent a solution to overcome the draw

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https://doi.org/10.1007/978-981-15-8427-5 to their diversity, biodegradability, biocompatibility, and renewability. They find diverse applications in enormous fields of science and technology including packaging, foods, textiles, water treatment, cosmetics, sensing, and microelectronics. The chemistry of surfaces is a window for originatin

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Sujoy Sinha Roy,Ingrid Verbauwhedee and up-cycle the waste. A particular class of such waste consists of natural remains and by-products from agriculture and industries, such as forestry, pulp and paper, furniture, and food industry. There are various methods to upcycle and capitalize the agro-industrial waste: (1) anaerobic digesti