Microplastics and Pollutants : Interactions, Degradations and Mechanisms

著者名：Sivasankar, V. (EDT)/Sunitha, T. G. (EDT)

Springer（2024/04/23発売）

• 言語：ENG
• ISBN：9783031545641
• eISBN：9783031545658

Description

This volume discusses the adsorptive profiles of microplastic (MP) pollutants, covering their structural identity, sorption ability and degradation due to photolytic, hydrolytic, mechanical, and other environmental factors. In addition to the quantitation of (MPs) in the environment, the book unveils the deleterious effects on aquatic species and humans due to adsorbed inorganic/organic contaminants on the surface of MPs. The present book finds its uniqueness by presenting in-depth discussions on the interactions and mechanisms of microplastics with organic pollutants, microalgae, and human systems. The interactions and mechanisms between microplastics and microalgae are explored to understand the possible remediation pathways in microplastic contaminated water resources. Students and researchers in the fields of environmental science and engineering, biotechnology, aquaculture, marine technology, and water chemistry can benefit from this book. Furthermore, industries, NGOs and stakeholders dealing with wastewater, solid waste/environmental pollution will find this book useful. 

Table of Contents

1-Microplastics degradation: Macro to Nano scale.- 2-The adsorptive profile of MPs with pharmaceutical compounds.- 3-The adsorptive profile of MPs with textile dyes.- 4-Interaction and adsorption of heavy metal pollutants with microplastics: Causes and consequences in aquatic systems.- 5-Marine MPs and their interactions with living systems: Causes and consequences.- 6-Microalgal interactions with MPs: Merits and demerits.- 7-Qualitative characterization of microplastic and nanoplastics interactions with inorganic and organic pollutants using FTIR, FESEM, Raman and TGA techniques.- 8-The quantitative analysis of monomers and additives in polymers using Pyrolysis GC-ToF-MS technique.- 9-Biotechnological methods for the abatement of microplastics from soil and water systems.- 10-A Sustainable Approach to Reduce Environmental Threats of Microplastics and future research needs.