Titlebook: Biomass-based Clean Technologies for Sustainable Development; Sustainable Resource Dan Bahadur Pal,Ashish Kapoor Book 2024 The Editor(s) (i

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Chitosan and Cellulose Based Materials for Sustainable Wastewater Remediation, coagulation, electrocoagulation, and other advanced oxidation process are elucidated in details. The underlying mechanism of chitosan- and cellulose-based materials toward wastewater remediation is well described. Overall, the cellulose- and chitosan-based materials exhibited phenomenal reusability

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Biochar-Based Mixed Matrix Membranes: A Novel Approach to Water Treatment,es, and a concise intraparticle diffusion pathway. The integration of biochar into a mixed matrix membrane not only boosts adsorption capabilities but also enhances separation efficiency. Anticipating the next generation of contaminant removal technology, a hybrid system designed for process intensi

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https://doi.org/10.1007/978-3-662-12185-6from these readily available, low-cost natural resources. Hence, suitable optimization of process parameters including temperature, reaction time, feedstock selection, pretreatment strategy, and pressure effectively enhances the production of biofuels and promotes green and clean manufacturing along with circular economy.

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Anforderungen an ein „gutes“ Steuersystem, mechanism, merits, and demerits of the chosen system in general. The specific industrial application in tannery, leather, and pesticide wash off water treatment has been discussed. Challenges of sustainable approaches toward commercialization have been discussed.

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Valorization of Agricultural Waste Biomass Via Effective Pretreatment for Biorefinery Aspects,d inhibitors, higher yield of products, faster reaction rates, energy efficiency, waste reduction, flexibility in feedstock choice, and reduced environmental impact. Transformation of biomass to value-added products does not compromise food security; it aids waste management, protects the environment, and ensures energy security.

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Optimization of Process Variables During the Production of Biofuels,from these readily available, low-cost natural resources. Hence, suitable optimization of process parameters including temperature, reaction time, feedstock selection, pretreatment strategy, and pressure effectively enhances the production of biofuels and promotes green and clean manufacturing along with circular economy.

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