Electrochemical Water Processing (Ralph Zito).

Книга "Электрохимическая обработка воды" рассматривает проблему нехватки пригодной для потребления и промышленных нужд воды, несмотря на то, что большая часть поверхности Земли покрыта водой. В связи с увеличением населения и повышением уровня жизни важность использования пригодной для употребления воды становится все более острой. Книга предлагает подходы к обработке водных источников, требующих удаления нежелательных или растворенных веществ, в частности, она охватывает различные методы удаления растворенных ионных материалов. Существует множество методов, используемых для достижения этой цели, и книга рассматривает большинство из них в некоторой степени детально.

Even though most of Earth's surface is covered by water, most is not usable directly for human consumption, nor for industrial applications. With population growth increasing our general standard of living, the availability of usable water becomes an acute concern. ElectrochemicalWaterProcessing: Fundamentals of Carbon-Ion Exchange by Ralph Zito, addresses this problem by covering various ways of treating water supplies that seek to remove dissolved substances or ionic contaminants.

This groundbreaking text offers an in-depth review of different techniques utilized for this purpose, examining many of them individually in equal detail. The interconnected nature of these methods makes reading this book an informative process that does not overly rely upon strings of equations, and thus is accessible for students with disparate backgrounds. Even if the domain of electrochemistry per se is unknown, it is therefore quite readable as a book.

Moving forward in social change toward increased efficiency, environmental awareness, and general acceptance in alternative strategies in water sourcing, readers of this work are well equipped to either continue their studies or even begin productive professional careers as lecturers of such fields. Any treatment engineer, water quality specialist, or scientist worth their salt would find great value in delving into the complex jargon used to explain these technologies, and would be able to multiply themselves beyond expected colleague levels. Readers can properly parse all the research is to provide further opportunities in the future.

The book closes with discussions regaling readers about current trends in this industry and the necessity of applying these technologies for the management of water resources. It is rewarding seeing how the progression of such ideas has advanced from mere blueprints to advanced implementation goals, realizing further positive effect for humanity.