Fresh water is scarce in many parts of the world, while the sea offers an almost limitless supply of salt water.Fresh water is scarce in many parts of the world, while the sea offers an almost limitless supply of salt water. This book explains how desalination technology makes ocean water drinkable, from the basic principles of reverse osmosis and thermal distillation to the engineering choices behind modern desalination plants. This book was created using artificial intelligence, combining and structuring existing knowledge into a clear, accessible overview. You will learn how desalination plants are built and operated, what energy and environmental costs are involved, and how countries such as Israel, Saudi Arabia, and Australia have integrated desalination into their water supply. The book also looks at ongoing research into more efficient methods and the role desalination may play in future water security. A clear, factual introduction for anyone curious about how science turns seawater into a resource we can drink.Fresh water is scarce in many parts of the world, while the sea offers an almost limitless supply of salt water. This book explains how desalination technology makes ocean water drinkable, from the basic principles of reverse osmosis and thermal distillation to the engineering choices behind modern desalination plants. This book was created using artificial intelligence, combining and structuring existing knowledge into a clear, accessible overview. You will learn how desalination plants are built and operated, what energy and environmental costs are involved, and how countries such as Israel, Saudi Arabia, and Australia have integrated desalination into their water supply. The book also looks at ongoing research into more efficient methods and the role desalination may play in future water security. A clear, factual introduction for anyone curious about how science turns seawater into a resource we can drink.