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    • Atmospheric Water Generator (2500 L/d) computer simulations
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      • Sample Page - WP drinking water plant for Cebu...
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    • Technical Bulletin No. 1 Water-from-Air WaterProducer and Reverse Osmosis Desalination Compared
    • Technical Bulletin No. 2 Water-from-Air WaterProducer Cost, Features, and Benefits
    • Technical Bulletin No. 3 Carbonate Islands with Natural Coolant Resources for the Water-from-Air WaterProducer
    • Technical Bulletin No. 4 Comparing the Water-from-Air WaterProducer-Greenhouse to the Seawater Greenhouse
    • Technical Bulletin No. 5 Environmental impact of widespread use of drinking-water-from-air systems
    • Technical Bulletin No. 6 Potential and limitations of water-from-air systems for horticulture in greenhouses at four tropical sites
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    • Water-from-Air Book
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Canadian Dew Technologies Inc.
+1 604-985-3720

Opportunity & Potential

An expanding global water supply crisis with:
  • polluted groundwater,
  • polluted surface water, and 
  • droughts
is opening a vast market for innovative, sustainable water supply solutions. Dehumidification for drying air in residential, commercial, and industrial applications is a proven technology. Using dehumidification for drinking water production is a young industry—its stage of development is similar to the automobile industry in the 1920's or the computer industry in the 1980's. Intellectual property (IP) is being created for essential stages of the water-from-air processes. Sustainability is assured by taking advantage of solar energy, wind energy, or natural coolant sources when practical. Water-from-air is a "must-have" product in regions of clean-water scarcity.


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