Titlebook: Industrial Wastewater Treatment; Emerging Technologie Thirugnanasambandham Karchiyappan,Rama Rao Karri,M Book 2022 The Editor(s) (if applic

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Application of Electrospun Polymeric Nanofibrous Membranes for Water Treatment,s membranes (ENM). These can be used because of their particular characteristics to make multifunctional water treatment materials. On the other hand, its extremely porous construction with large pores reduces the capacity of NaCl to desalinize dissolved salts. As a result, it is only suited as a pr

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Nanoparticles in Industrial Wastewater Treatment: An Overview,ue to reckless activity by a human. Majorly water sources got polluted by ejection of industrial contaminated wastewater, domestic household wastewater and sewage wastes. Industrial wastewater is introduced in large volumes into the water sources, in turn producing intense health hazards on living b

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Nanocellulose in Industrial Wastewater Treatment: An Overview,ch are economical, have greater efficacy and lower carbon footprint over conventional methods. The current chapter features modern research studies related to the application of nanocellulose and its composites for the treatment of wastewater. Cellulose in the form of nanocrystal and nanofibrils are

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,Synthesis and Applications of Polymer–Nano Clay Composites in Wastewater Treatment: A Review, material science have developed various strategies and applications of Nanocomposites based on clay minerals and polymers in the environmental remediation of wastewater. Nanocomposites are made up of clay minerals, and polymers have shown improvement in properties of compatibility and degradability

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Polymeric Composites for Industrial Water Treatment: An Overview,oparticles, catalysts, and disinfectants. The removal of these compounds requires the use of additional unit operations, making the water treatment process more expensive or even non-scalable. Immobilizing active materials in polymeric composites is an effective way to address these concerns. Such h

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Optimisation and Modeling Approaches for the Textile Industry Water Treatment Plants,ls for the pre-treatment and processing of fibres, wool etc. The wastewater generated from textile processing plants has a complex chemical composition and abnormally elevated physical characteristics. Various chemicals such as organic dyes, bleaching agents, fixing agents etc., are used to upgrade

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UV-Chlorination and Treatment of Oily Wastewater in Batch Ozone Reactor,lude phenols, petroleum hydrocarbons and polyaromatic hydrocarbons, which are toxic and can inhibit the growth of plants and animals. To human beings, they also bring mutagenic and carcinogenic risks. Hence, there is high priority need to develop a efficient technology to treat oily industry wastewa