Tomorrow's Drinking Water

Tomorrow's Drinking WaterTomorrow's Drinking WaterTomorrow's Drinking Water

Tomorrow's Drinking Water

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    • Global Resources
  • H20 Quality/H2O Pollution
  • Contaminants of Emerging
  • Aquifer Restoration
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  • Transboundary Waters
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  • Colleagues' Page
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    • REEs & Magnets
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  • More
    • Home
    • Drinking Water Resources
      • Global Resources
    • H20 Quality/H2O Pollution
    • Contaminants of Emerging
    • Aquifer Restoration
    • Climate Change & H2O
    • Transboundary Waters
    • H2O/Energy/Magnets/REEs
    • Colleagues' Page
    • Founder
    • Rare Earth Elements
      • REEs & Magnets
    • Greenhouse Gases
  • Home
  • Drinking Water Resources
    • Global Resources
  • H20 Quality/H2O Pollution
  • Contaminants of Emerging
  • Aquifer Restoration
  • Climate Change & H2O
  • Transboundary Waters
  • H2O/Energy/Magnets/REEs
  • Colleagues' Page
  • Founder
  • Rare Earth Elements
    • REEs & Magnets
  • Greenhouse Gases

Tomorrow's Drinking Water

Tomorrow's Drinking Water Tomorrow's Drinking Water Tomorrow's Drinking Water

Tomorrow's Drinking Water

Tomorrow's Drinking Water Tomorrow's Drinking Water Tomorrow's Drinking Water

About Us

Tomorrow's Drinking Water is dedicated to promoting efficient use of global water resources.                                                                    

Objective: Raise the awareness of a broad non-technical but informed audience of the facts behind global drinking water resources. Understand water quality issues and the methods o

Tomorrow's Drinking Water is dedicated to promoting efficient use of global water resources.                                                                    

Objective: Raise the awareness of a broad non-technical but informed audience of the facts behind global drinking water resources. Understand water quality issues and the methods of drinking water quality protection and remediation of contaminated water. Explain how this fundamental need is being profoundly influenced by global warming and climate change. Track and summarize international regulatory frameworks and attendant policies that affect and hopefully protect these resources in a sustainable way so future generations have sufficient drinking water..      

We work to educate and promote the use of the waters of different quality (e.g., gray water for agricultural and industrial applications), instead of overuse of high quality drinking water.


Objective: Water practitioners, scientists, and academicians spend too much time talking and sharing ideas amongst themselves. These experts, along wit

We work to educate and promote the use of the waters of different quality (e.g., gray water for agricultural and industrial applications), instead of overuse of high quality drinking water.


Objective: Water practitioners, scientists, and academicians spend too much time talking and sharing ideas amongst themselves. These experts, along with the private sector, need to educate the public, policymakers, and government officials regarding the critical aspects of drinking water management and the efficient use of all types of water.





  Almost 50% of all drinking water comes from groundwater, and 70% of all groundwater withdrawals are used for agricultural purposes.

Contact Us

Drop us a line: malcolmgander@gmail.com

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