UN SDG #6 Clean Water and Sanitation UN SDG #6
UN SDG #17 Partnerships for the Goals UN SDG #17

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Helping purify water in deprived areas of Chile

By the time you finish reading this, people will publish worldwide over 1.75 million tweets of up to 140 characters. During the same time, eight people will have died due to lack of clean water. The former is a technological marvel. The latter is a stark reminder that, despite humanity’s stunning innovations, we still have not conquered some of our most basic challenges.

challenge

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Helping purify water in deprived areas of Chile

By the time you finish reading this, people will publish worldwide over 1.75 million tweets of up to 140 characters. During the same time, eight people will have died due to lack of clean water. The former is a technological marvel. The latter is a stark reminder that, despite humanity’s stunning innovations, we still have not conquered some of our most basic challenges.
1.6M
people impacted
$15.9B
potential funding
the problem
Nature and Context

The lack of efficient pricing in water has stifled innovation. Most people understandably view clean water as a basic right, rather than a market-driven product. As a result, many of us pay far less for water than it actually costs, at rates often subsidized by the state. While this might create a short-term benefit in creating more equitable sharing of water resources, it creates a long-term problem by discouraging new technologies from coming to market. New, low cost ways of purifying large amounts of water are crucial to the survival of the millions of people who don't have access to clean and safe water.

Symptoms and Causes
the impact
Negative Effects
Economic Impact
Success Metrics
who benefits from solving this problem
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financial insights
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ideas
Ideas Description

A low-cost purifier has been developed to transform the lives of those living with water pollution. 

Contaminated water is pressurized and then pumped into a 32cm-long tube, accelerated to 320m/s, which transforms the water into a liquid-and-gas steam. A 5,000-volt electrical field ionizes it, transforming it briefly into plasma and then the micro-organisms are destroyed. Finally, the plasma is decelerated and returned to water. The whole process takes just a few milliseconds.

Ideas Value Proposition
Ideas Sustainability
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