Alphabet Debuts New Device that Creates Drinking Water From Air
Grace Mahas — October 27, 2021 — Eco
References: fastcompany
Alphabet recently created a new low-cost device, dubbed the Atmospheric Water Harvester, that pulls clean drinking water from the air. The device pulls in outside air and uses heat to create condensation, producing clean drinking water drip by drip.
The prototype produced 150 milliliters of water per hour per square foot, with the final device able to produce five liters of water a day. The device is ideal for remote locations that require access to water since the Atmospheric Water Harvester is designed to work off-grid. The tool is powered by solar photovoltaic cells.
In an effort to make potable water more accessible, Alphabet made the new technology open-sourced "so anyone can use the intellectual property and keep moving the work forward."
Image Credit: Alphabet
The prototype produced 150 milliliters of water per hour per square foot, with the final device able to produce five liters of water a day. The device is ideal for remote locations that require access to water since the Atmospheric Water Harvester is designed to work off-grid. The tool is powered by solar photovoltaic cells.
In an effort to make potable water more accessible, Alphabet made the new technology open-sourced "so anyone can use the intellectual property and keep moving the work forward."
Image Credit: Alphabet
Trend Themes
1. Atmospheric Water Harvesting - Opportunities for creating low-cost atmospheric water harvesters that produce clean drinking water from air.
2. Off-grid Solutions - Development of off-grid technology solutions that can solve water scarcity in remote areas.
3. Open-source Technology - Encouragement of open-sourced technology solutions for tackling global water scarcity challenges.
Industry Implications
1. Renewable Energy - Opportunities for renewable energy companies to develop solar-powered atmospheric water harvesting devices.
2. Water Management - Incorporation of atmospheric water harvesting devices as part of water management systems for areas with water scarcity.
3. Humanitarian Aid - Application of atmospheric water harvesting devices in humanitarian aid efforts for delivering potable water to disaster-stricken areas.
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