Titlebook: Clay Composites; Environmental Applic Meththika Vithanage,Giuseppe Lazzara,Anushka Upama Book 2023 The Editor(s) (if applicable) and The Au

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Resilience and Regional Dynamics air. Therefore, this chapter aims to provide comprehensive knowledge of the capabilities of clay and clay-based composites for environmental remediation. Various physical and chemical modifications have been adopted to enhance the efficiency of the removal and/or adsorption processes of clay and cl

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Resilience and Regional Dynamics, malleable, have ion exchange capacity and affinity with water. Due to their physical and chemical properties, they are used in agriculture, livestock, industry, commerce, tourism and the environment for the development of services and products such as bricks, crockery, paints, pharmaceuticals, agr

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Sandro Giachi,Manuel Fernández-Esquinassity. However, due to negative surface charges and crystal structure, the widespread applications of natural inorganic clays are limited. Therefore, fabrication of clay-based composite materials has gained significant attention of researchers in recent times owing to enhanced physiochemical properti

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https://doi.org/10.1007/978-94-024-1123-2try, and pharmacy. Despite of the unique properties of clay, there are some limitations in agricultural and environmental applications of clays, which includes removing hydrophobic organic micropollutants, utilization of fixed-bed media and in flocculation water treatment. Therefore, several researc

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Realising Critical Infrastructure Resilienceconceivable uses, clay dispersion over biochar appears to be an intriguing and creative choice that allows for the simultaneous and synergistic exploitation of the adsorption capabilities of both materials. In fact, modifying biochar with clays to generate composites is projected to considerably inc