A Textbook on Water Chemistry: Sampling, Data Analysis and Interpretations

Water quality is as important as quantity, and research and literature on water chemistry are not commensurate with issues or problems. This book is a one-stop-shop on water chemistry, catering to the needs of students, researchers, professionals, and water managers. It has 20 chapters containing detailed discussions on hydrochemistry, with topics discussed in simple language supported by ample examples. Each chapter ends with a question bank and exercises to assess understanding.

Format: Paperback / softback
Length: 558 pages
Publication date: 15 July 2021
Publisher: Nova Science Publishers Inc

Water quality is often considered equally important to quantity, yet hydrodynamics receives more attention in research than hydrochemistry. The study of water chemistry is not adequately matched to the challenges and problems associated with water quality. While the usefulness of water relies on its chemical composition, there is a lack of effort to analyze, interpret, and understand water chemistry. This can lead to significant human suffering, especially when water quality standards are not met. However, by continuously conducting research involving multi-disciplinary professionals, new techniques can be developed to improve water quality.

The availability of books on water chemistry is limited, and those that exist are primarily useful for academics. Many organizations involved in monitoring, assessing, and evaluating water chemistry face challenges due to a lack of appropriate literature to guide them in data analysis and interpretation methods. This book serves as a comprehensive resource on water chemistry, catering to the needs of students, researchers, professionals, and water managers. It comprises 20 chapters covering a wide range of topics in hydrochemistry, from basic to advanced studies. Each chapter begins with an introduction to the topic, followed by sub-topics for easy accessibility. The topics are discussed in simple language, supported by ample examples, to enhance understanding. Each chapter concludes with a question bank and exercises to assess readers' comprehension. Data organization, preparation of plots, and interpretation techniques are presented in step-by-step instructions to facilitate practice, even for beginners.

In conclusion, water quality is a critical aspect that requires equal attention to quantity. While hydrodynamics is crucial, the study of water chemistry is equally important in addressing water-related challenges and ensuring a sustainable future. By investing in research, developing innovative techniques, and providing comprehensive resources such as this book, we can improve water quality and mitigate the suffering caused by poor water quality.

ISBN-13: 9781536198706