Free download Handbook Of Advanced Industrial and Hazardous Wastes Treatment By Lawrence K. Wang

Authors of: Handbook Of Advanced Industrial and Hazardous Wastes Treatment By Lawrence K. Wang

Lawrence K. Wang

Yung-Tse Hung

Nazih K. Shammas

Table of Contents in Handbook Of Advanced Industrial and Hazardous Wastes Treatment By Lawrence K. Wang

This comprehensive volume delves into the evolving field of hazardous waste treatment, management, and remediation through a detailed, chapter-by-chapter exploration of industrial practices, scientific advancements, and regulatory frameworks. The work opens with a preface, providing context and motivation for the extensive compilation that follows, along with information about the editors and cotributing authors who bring a breadth of expertise to the subject matter.

Chapters 1 focus on the foundational principles and early industrial applications of waste minimization. Chapter 1, authored by Nazih K. Shammas and Lawrence K. Wang, introduces the fundamental strategies for waste reduction and the application of cleaner production methods in various industrial settings. This sets the stage for the subsequent industry-specific studies.

Chapter 2 examines waste treatment techniques in the iron and steel manufacturing industry, contributed by Gupta Sudhir Kumar, Debolina Basu, Yung-Tse Hung, and Lawrence K. Wang, offering insight into handling high-volume waste and process optimization. The discussion continues in

 Chapter 3 with a look at nonferrous metals manufacturing waste treatment, again explored by Shammas and Wang

Chapter 4 dives into the management, reduction, and recycling of metal casting waste streams, a subject covered by An Deng, Hung, and Wang.

Chapters 5 shift focus to specialized metal industries and coating processes. Waste from aluminum forming operations is addressed in Chapter 5 by Wang and Shammas, who detail methods for reducing environmental impacts.

Chapter 6 explores the complex waste treatment requirements associated with nickel-chromium plating, with insights from Wang, Shammas, Aulenbach, and Selke.

Chapter 7 looks into the coil coating industry’s waste management techniques, followed by Chapter 8, which delves into the unique challenges faced by the porcelain enameling industry, both written by Wang and Shammas.

In Chapter 9, the authors return to the broader category of the metal finishing industry, offering comprehensive treatment and management strategies.

Chapters 10 introduce biological, environmental, and regulatory perspectives. Chapter 10 presents a holistic view of phytofiltration technologies for heavy metals, emphasizing recent advancements in rhizofiltration, wetlands, and bioadsorption systems, contributed by Gloria Sánchez-Galván and Eugenia J. Olguín.

Chapter 11 examines the effects of metal pollutants on microbial populations in natural ecosystems, as explained by Worden, Kleinheinz, and Sandrin.

In Chapter 12, Shammas outlines the legal and regulatory landscape governing hazardous waste handling, followed by

 Chapter 13, which presents a scientific breakdown of hazardous industrial waste characteristics.

Chapters 14 pivot toward remediation technologies and biological treatments. Chapter 14 investigates soil remediation techniques, with Paspaliaris, Papassiopi, Xenidis, and Hung offering global perspectives.

Leachate bioremediation is the subject of Chapter 15, explored by Idris, Saed, and Hung.

Chapters 16 address various hazardous waste site remediation efforts: Chapter 16 discusses remediation techniques for contaminated sites;

Chapter 17 introduces enzymatic methods for removing pentachlorophenol from aqueous systems; and

Chapter 18 focuses on cleaning up sites contaminated by underground storage tank leaks, all contributed by multidisciplinary teams including Wang, Shammas, and others.

Chapter 19 presents an in-depth view of biological processes used to treat wastewater containing urea and formaldehyde, with contributions from Campos Gómez, Mosquera Corral, Méndez Pampín, and Hung.

Chapters 20 examine traditional and emerging hazardous waste disposal techniques. Chapter 20 explores deep-well injection practices for hazardous waste, followed by a

Discussion of waste management in the pulp and paper industry in Chapter 21.

Chapter 22 provides an overview of treatment methods in the inorganic chemical industry, while

Chapter 23 explains incineration and combustion strategies.

Chapter 24 discusses environmental concerns and remediation options for sites affected by fuel oxygenates like MTBE.

Chapters 25 look at modern landfill and recycling solutions. Chapter 25 investigates evapotranspiration landfill cover technologies,

while Chapter 26 focuses on the overall design and operation of hazardous waste landfills.

Chapter 27 presents case studies and kinetics analysis of activated sludge flotation systems, co-authored by Wang, Guss, and Krofta.

Chapter 28 covers acid pickling waste treatment involving heavy metals, and

Chapter 29 offers practical solutions for recycling and disposing of hazardous solid wastes containing toxic substances.

Chapters 30 round out the volume by examining waste treatment in specific sectors. Chapter 30 evaluates wastewater treatment in the food processing industry, a contribution from Nanayakkara, Wei, Zheng, and Chen.

Chapter 31, authored by Shammas and Wang, shifts attention to indoor environmental concerns with a discussion of radon mitigation in buildings. Finally, Chapter 32 focuses on hazardous waste from battery manufacturing processes, concluding the book with insights from Hawumba, Hung, and Wang.

This volume concludes with a comprehensive index, enabling readers to navigate the wide array of topics efficiently. The book offers a rich, multidisciplinary examination of hazardous waste treatment and management, blending theoretical frameworks with practical case studies across a broad spectrum of industries. The contributions of experts from engineering, environmental science, and regulatory backgrounds provide readers with both foundational knowledge and advanced insights into sustainable industrial waste practices.

File Size: 12.7 MB. Pages: 1396 Please read Disclaimer.

Free download Handbook Of Advanced Industrial and Hazardous Wastes Treatment By Lawrence K. Wang

Download Link

You may also like to download “Kent and Riegel’s Handbook of Industrial Chemistry and Biotechnology By James A. Kent 10th Ed”.

Free download hundreds of chemistry books in pdf from HERE.

Please Subscribe to our Email list and get notified of our latest uploads (Books, documents) and new updates. Email Subscription Box is provided on the sidebar (for PC) and on the bottom of this post (for Android Devices).

Kindly Like, Follow, and Share our social media pages so that the maximum number of people can benefit from this public service!

Facebook   Instagram    LinkedIn    Twitter    Pinterest

P.S: If the download link(s) is/are not working, kindly drop a comment below, so we’ll update the download link for you.

Happy reading!