Environmental treatment technologies for municipal, industrial and medical wastes: Remedial scope and efficacy

ABSTRACT

Environmental Treatment Technologies for Municipal, Industrial and Medical Wastes will provide the reader with a simple and clear path to analyze the full range of options to manage/treat any solid, hazardous, or medical waste problems/issues at hand. This book aims to disseminate information on available remediation treatment technologies to developing and developed countries. It also includes adequate information on all available treatment technologies for different types and categories of waste (hazardous, non-hazardous municipal solid waste, and medical waste). The technologies are grouped into the following categories Containment technology;Soil washing;Thermal treatment;Vapor extraction;Bioremediation including Phytoremediation;Plasma/Incineration;Other Physical/Chemical treatments. It enlightens the effect of emissions during remediation activities on climate change and suggests measures to identify and control such emissions. It also covers the application of remote sensing technologies with examples and the impending issues of proper disinfection and disposal of COVID-19 related waste pertaining to the current pandemic. It is intended for almost anyone - ranging from college students and early career professionals interested in environmental pollution control, to graduate students, researchers and experienced professionals. This book will cover several recent developments on various treatment technologies, including in situ applications and their emission/migration control methods including remote sensing technologies;deal with municipal solid waste, their treatment/disposal methods, recycling, and reuse in addition to the hazardous and medical waste management program;assist civil/environmental engineering students and local community organizations in evaluating the impact of an industry and its associated waste produced on-site;and cover how best to treat/manage the waste to arrive at a safe operation without impacting human health and the local environment. © 2022 Taylor & Francis Group, London, UK. All rights reserved.