Abstract
Advances in the domain of nanoscience have led to the development of unconventional nano-sized ceramic materials with control over their morphology, composition, and other resulting properties. The nanostructured ceramic materials like titanium dioxide, boron nitride etc. have gained immense recognition owing to their utilization in water remediation. These materials have been employed for the purification of wastewater and removal of water pollutants through processes like photocatalysis, adsorption, absorption, Fenton, oxidation and reduction. If successfully upgraded from the laboratory level to the industrial scale, nanoceramics can prove to be promising alternatives to other competing water purification technologies. This chapter provides a detailed account of the application of nanoceramics in the removal of various water pollutants.
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