This book offers a variety of case studies and review articles that provide readers with a comprehensive understanding of the latest in micropollutant assessment and remediation. The purpose of this book is to discuss the challenges that have arisen due to micropollutants, their harmful effects on the ecosystem, and techniques used for the management. The book focuses on the role of advanced green engineering technologies for sustainable management in building an economically supportable society as a basic need of developing countries.

Micropollutants present a formidable threat to the environment, manifesting in various challenges that compromise ecological integrity and human well-being. It is generated from industrial, agricultural, or urban activities, can contaminate water bodies and soil, which effect the balance of ecosystems. The insidious nature of micropollutants lies in their capacity to bioaccumulate, posing long-term risks as they move up the food chain, ultimately impacting human health through contaminated food and water sources. Furthermore, the persistence of certain micropollutants in the environment increases concerns, as their effects encounter for long periods. Additionally, the global transport of these pollutants through air and water currents leads to widespread contamination. Detecting and regulating micropollutants prove challenging due to their low concentrations, posing obstacles to timely intervention and effective mitigation. The urgency to address this environmental menace is underscored by its pervasive influence on aquatic life, biodiversity, and the intricate interconnectedness of ecosystems.

Provides insight into the effects of micropollutants on water, air, and soil Explores technological advancements in green remediation technologies Offers a comprehensive examination of various strategies for controlling micropollutants,

Inhalt

A concise overview of sources, impacts, and consequences of micropollutants on the environment.- Assessment and fate of micropollutants in the environment.- Assessment and fate of micropollutants in aquatic environments.- Toxicity assessment of micropollutants in the environment.- Assessment of the impact of micropollutants on environment.- Detailed examination of the adverse effects of micropollutants on ecosystems and human health.- Comprehensive analysis of micropollutants and their impact on aquatic ecosystems and biodiversity.- Case studies illustrating the occurrence and impact of micropollutants in different environment.- Advanced technologies in mitigating micropollutant contamination.- Micropollutants pathways, toxicity, and strategies for risk mitigation.- Techniques for mitigating micropollutants challenges and solutions.- Various strategies for controlling micropollutants, along with the challenges faced in implementation.- Implementing sustainable practices in india strategies for reducing plastic waste, improving water access, and enhancing environmental health.- Advancing micropollutant mitigation in aquatic systems strategies and green technology solutions.- Novel approaches to monitor and analyse micropollutants in environmental systems.- Advanced methodological framework for microplastic analysis in wastewater sample preparation and detection techniques.- Spectroscopic detection of microplastics from paper and plastic cups using ftir.- Sustainable management and advanced techniques of micropollutant through circular economy.- Ecotoxicological risk assessment of environmental micropollutants.- Transformative approaches to micropollutant remediation within a circular economy paradigm.- Integration of technologies monitoring of toxic cadmium ion in potable water.- Synthesis of a ternary doped catalyst and green polymer photocatalytic films for treatment of ampicillin and other emerging antibiotic water pollutants.- Remediation of pharmaceuticals and personal care products from urban wastewater by engineered wetlands.- Biological wastewater treatment overcoming barriers in micropollutant degradation.- Challenge in degradation of micropollutants by biological wastewater treatment processes.- Addressing the challenges and strategies for improving micropollutant degradation in biological wastewater treatment.- Evolving landscape of micro pollutants and developments in bio remediation techniques.- Nano based remediation strategies for microplastic pollution in the environment.- Enhanced biodegradation of petroleum hydrocarbon contaminated soil by using organic amendment as a sustainable solution.- Pioneering paths navigating the treatment labyrinth of wastewater laden with persistent organic pollutants.