Titlebook: Biobased Packaging Materials; Sustainable Alternat Shakeel Ahmed Book 2023 The Editor(s) (if applicable) and The Author(s), under exclusive

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Starch for Packaging Materials,s based on petrochemicals. All indicators pointed to starch as the top biopolymer due to its accessibility, efficacy, and cost, combining their uses for food packaging and their present status of research. As a result, this chapter provides information about using starch as a primary material for fa

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Natural Antioxidants from Fruit By-products for Active Packaging Applications, to the food matrix and thereby enhancing the shelf stability of perishable foods. The extraction and reuse of the natural antioxidants from fruit by-products is an economic and sustainable approach in the agriculture sector. In this chapter, the application of such antioxidant-containing fruit by-p

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Bionanocomposites for Packaging Materials,ic component on a nanometric scale. Nanocomposites containing biopolymers and an inorganic nanoportion belong to a new class of materials defined as bionanocomposites (BNCs). A very important factor in the use of nanomaterials lies in the unique properties that are determined by the shape and dimens

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Life Cycle Analysis of Biobased Material,e impact categories with environmental impact worth, such as ozone layer depletion, ecotoxicity, climate change, and water and resource depletion. When humans utilise biological, chemical, or physical procedures to transform raw materials into finished goods with anticipated attributes, they generat

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Italy, Politics, and the Voice of Authority,dification, development, and processing into packaging materials was provided. The concerns (biodegradability and mechanical properties) with the use of biobased materials when developing and processing packaging material are the importance of production. The materials are widely influenced by therm

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Cultural Renewal in a Time of Free Speaking,e life, landfills polluting the soil and incinerators, and results in emissions of hazardous gas production. Bioplastics have emerged as the potential alternative to thermoplastics reducing the damage caused to the environment by the over-durability and non-biodegradability of the latter. This chapt