This book investigates the critical challenge of pesticide residue contamination in water sources and explores advanced solutions leveraging nanotechnology. It addresses the significant environmental and human health risks posed by the vast majority of pesticides that do not reach their intended targets, instead contaminating water bodies. The work details methods for rapid detection of these residues, with a particular focus on the application of nanotechnology. Furthermore, it provides a comprehensive overview of various remediation technologies, including advanced oxidation processes, bioremediation, phytoremediation, activated carbon adsorption, and membrane filtration, examining their mechanisms, effectiveness, limitations, and future potential in pesticide removal from water.

The book addresses a pressing environmental and public health concern regarding pesticide contamination in water, a topic of significant interest to researchers and industry professionals. Its focus on rapid detection and remediation, particularly through the lens of nanotechnology, positions it as a resource for understanding cutting-edge solutions. The detailed examination of various remediation technologies suggests a comprehensive approach to the problem, aiming to provide practical insights and educational value. The demand for such information underscores the importance of this work for students and practitioners in water purification.