Titlebook: Development of Sustainable Thermal Insulators from Waste Materials; A Circular Economy A Sarika Verma,Mohd. Akram Khan,A. K. Srivastava Boo

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Building a Sustainable Future with Geopolymer Thermal Insulation: Availability and Opportunities, of the insulated geopolymer-based products, which can be achieved through three primary techniques: foaming, creating hollow or cavity spaces, and providing infills. Although the efficacy of these techniques requires further evaluation, promising results have been observed in studies conducted thus

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Polymeric and Other Composites as a Resource, Its Availability and the Conversion Technologies for mal properties of these materials are discussed. The optimization of manufacturing processes, effect of pore orientation, size, and density of polymeric composites to achieve desired thermal conductivity, durability, and environmental sustainability are emphasized. Case studies and examples highligh

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Development of High Thermal Conductive Insulation System,ny years, often for increases in strength or weight reduction. Demand for these composite parts has grown to maintain strength and introduce new capabilities such as thermal conductivity and electrical resistivity. Electrical equipment’s performance metrics can be increased using specific fillers wi

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Valorization of Engineered Bamboo-Based Thermal Insulating Building Materials: A Journey from Naturmorpha fiber, calcium carbonate, active silicon micropower, and re-dispersible latex powder are reported to develop thermal insulating material. They created several bamboo products, including multilayer panels, thermal insulation walls, bamboo fiber building materials, and boards. The advanced bamb

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Environmental, Ethical, and Global Guidelines for Thermal Insulating Materials,wide frameworks. Furthermore, the chapter provides significant insights into the critical decisions that must be made at each stage of the materials’ life cycle. It provides a road map for mitigating environmental and ethical challenges, from procuring sustainable resources to implementing responsib

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2524-5384 is a useful guide to researchers and professionals working in the areas of energy storage, sustainable civil engineering, material science and others allied fields..978-981-97-5446-5978-981-97-5444-1Series ISSN 2524-5384 Series E-ISSN 2524-5392

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https://doi.org/10.1057/9780230582811ecycling plays a crucial role in conserving natural resources and reducing material consumption. Various waste materials, such as textiles, plastics, agricultural by-products, and minerals, have been extensively used in various engineering areas. Waste materials that possess thermal insulation chara