The World Resources Institute estimates that over 30 countries are expected to face water related issues by 2040, making this water device a smart solution to this growing problem. This looming threat of water shortages in the near future poses a big concern and requires innovative solutions. Ap Verheggen has been developing a cutting-edge handheld solar-powered device called the WaterDrop that is capable of producing cool drinking water using the laws of condensation.
When temperatures rise, the air contains more water (humidity) and most likely more sunshine. Photovoltaic modules on the outside of the WaterDrop absorb solar energy to power a fan, which cools air and produces condensation that collects as water drops in a small cistern. Essentially, the water device harvests water out of warm air using solar energy. This innovative concept could make water available in some of the driest parts of the planet.
Solar-Powered Water Devices
WaterDrop is Capable of Producing Water in the Desert
Trend Themes
1. Water Shortage Solutions - The WaterDrop device offers a smart solution to the looming threat of water shortages in the future.
2. Solar-powered Innovation - The use of solar energy in the WaterDrop device presents a disruptive innovation opportunity for the renewable energy industry.
3. Condensation Technology - The condensation technology used in the WaterDrop device showcases a breakthrough in leveraging natural processes for water production.
Industry Implications
1. Renewable Energy - The solar-powered WaterDrop device could revolutionize the renewable energy industry by demonstrating its potential for powering innovative solutions.
2. Water Technology - The development of the WaterDrop device in the water technology industry offers an opportunity for disruptive innovation by addressing water scarcity challenges.
3. Climate Change Adaptation - The WaterDrop device contributes to the climate change adaptation industry by providing a sustainable and efficient solution for water production in dry regions.