A Practical Illustrated Guide to Capturing Water From the Air and Understanding Purification and Storage Systems
What if the air surrounding you could become a source of water? This illustrated handbook explains the science, technology, practical applications, challenges, and future possibilities behind atmospheric water harvesting.
Understand humidity, temperature, dew point, and how much moisture can realistically be recovered.
Explore condensation, fog, dew, sorption, and hybrid atmospheric water-harvesting systems.
Learn how air intake, filtration, condensation, collection, treatment, and storage work together.
Protect collected water through purification, disinfection, quality verification, safe handling, and protected storage.
Evaluate airflow, heat transfer, energy use, operating conditions, water recovery, and realistic output.
Address low production, airflow restrictions, frost, drainage issues, water-quality changes, and storage problems.
Complex atmospheric water-harvesting concepts are explained in practical, accessible language.
Students, researchers, engineers, and technology professionals can use the book to understand the full system rather than focusing on only one component.
Entrepreneurs and sustainability-minded readers can explore practical applications, limitations, opportunities, energy considerations, and emerging technologies.
Turn the invisible moisture around you into something you can understand. Learn the science, systems, limitations, and opportunities behind atmospheric water harvesting.
