Titlebook: Clean Water: Next Generation Technologies; Khouloud Jlassi,Mehmet A. Oturan,Mohamed Mehdi Che Book 2024 The Editor(s) (if applicable) and

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Myriam Jimeno,Daniel Varela,Angela Castillot century’s second half. These residues were usually deposited or discharged in uncontrolled landfills close to the factories, generating soil and groundwater contamination hot spots. Large lindane-contaminated sites have been categorized in Europe, Asia, Africa, and Asia. The legacy of lindane prod

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Capacitive Deionization: A Promising Water Treatment and Desalination Technology,e solutes instead of the solvent. This makes it a highly effective desalination technology for brackish water consuming less energy with a driving electric force of low 1.0–1.4 V potential with the possibility to control the desalination rate simply by adjusting the hydraulic retention time and elec

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Hydrophobic Ceramic Hollow Fiber Membrane: Fabrication and Potential Use in Membrane Distillation f membrane distillation (MD) has become an emerging technology for desalination processes. It uses hydrophobic membranes and is thermally driven to achieve the separation of non-volatile solutions from volatile solutes. During MD processes, the aqueous solution is heated and vapor from the aqueous so

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Recent Progress and Trends in Water Pollutant Monitoring with Smart Devices,efficient for quasi-instantaneous water quality monitoring. The near future will probably be oriented toward the use of wearable systems that provide ultra-simple and on-site detection of any type of pollutant.

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Prospects and Challenges of Electrooxidation and Related Technologies for the Removal of Pollutantsrinciples and mechanisms of electrooxidation coupled with other processes such as UV, ultrasonic irradiation and sulfate radical-based AOPs to accelerate and enhance pollutants mineralization, their advantages and limitations over electrooxidation alone were enumerated. Applications of electrooxidat

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Advanced Treatment of Water Polluted by Hexavalent Chromium, of Cr(III) at the cathode owing to the locally strongly basic condition. The energy requirement for the electrolysis process can be avoided by establishing the bio-electrochemical system coupled with self-generating microbial biocathode. In addition, the photocatalytic reduction approaches were als