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The Complete Handbook of Water
For professionals, businesses, and serious users who need practical knowledge about sourcing, managing, and optimizing water for their operations
by Alumigogo Books
Chapter 1: Understanding Water
Water is not a generic commodity. The water that flows from a municipal tap, arrives by truck, sits in a tank, or emerges from a borehole on your property is a chemical system with measurable properties that directly determine its safety, usability, cost, and the equipment it requires. Understanding what water is—not as an abstract substance, but as a set of physical and chemical characteristics—is the foundation for every decision you'll make about sourcing, treating, storing, and using it in your operation.
At the most fundamental level, water is H2O: two hydrogen atoms bonded to one oxygen atom. This simple molecular structure explains why water behaves the way it does. It is a universal solvent, meaning it dissolves more substances than any other liquid on Earth. This property—which makes water invaluable for cleaning, cooking, manufacturing, and sustaining life—is also why no naturally occurring water is pure. The moment water touches soil, rock, air, or anything else, it begins to dissolve and carry minerals, gases, and organic matter. This is not a defect in water. It is its nature.
The water from your municipal system, a well, a spring, or a bottled water bottle is not pure H2O. It is water plus whatever dissolved and suspended material it has picked up, been exposed to, or had intentionally added to it. A typical glass of tap water in a city like New York contains calcium and magnesium ions (which cause hardness), trace minerals from the water mains, chlorine