The study of environmental chemistry entails the investigation of the impacts that chemicals have on the air, water, and soil, as well as the ways in which these chemicals influence the health of humans and the environment. Environmental chemists are consequently often the chemists who interact with the public the most since the research that they carry out contributes to the formation of judgements that have an impact on all humans.Within the scope of this book, biological resources or the ways in which they are connected to the physical and chemical features of the environment are investigated. The regional as well as worldwide environmental concerns, such as pollution of water, air, soil, and noise, as well as the kinds of pollution, the sources of pollution, and the impacts of pollution on the ecosystem, have received the attention and focus that they deserve.In addition to providing a more concentrated and individualized explanation of physical, mathematical, and modelling components that apply to environmental circumstances of concern, this book offers a comprehensive and accessible study of phase partitioning and transformation processes.
It also offers straightforward modelling tools that can quantitatively characterize these processes and how they interact within a specific environmental system.The textbook of environmental chemistry is designed to educate students and instructors of environmental sciences, environmental chemistry, and environmental studies at the graduate, postgraduate, polytechnic, or engineering levels with an essential understanding of the concepts underlying the environment and its chemistry. Additionally, this book is helpful for students as well as lecturers who are studying general science.