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17 results for "desalination"
Egypt and Spain are teaming up to tackle water scarcity with solar-powered desalination and smart irrigation technology. A new advisory council could make this partnership a model for Mediterranean cooperation.
The United Arab Emirates is tackling water scarcity with renewable-powered desalination plants and smart technology that could help drought-stressed nations worldwide. Their solutions are already drawing partnerships with global research institutions.
Farmers on the edge of China's largest desert are transforming salty, barren soil into thriving farmland using water desalination technology. Their "desert tomatoes" and prunes are now selling nationwide, creating jobs and proving that even the harshest land can bloom.
Scientists created a sodium-ion battery that holds twice the energy of previous designs and removes salt from ocean water at the same time. This breakthrough could make clean energy storage cheaper while helping solve the global water crisis. #
Australia is solving its water crisis by transforming seawater into drinking water, giving drought-stricken cities a reliable supply that doesn't depend on rain. New technology is making this ocean-to-tap solution cheaper and more sustainable than ever before.
San Diego County is preparing to sell water to drought-stricken Arizona and Nevada for the first time, thanks to America's largest desalination plant turning ocean water into drinking water. The groundbreaking deal could show how states can work together to solve the West's water crisis.
Norwegian renewable energy company Scatec is doubling down on Egypt with major investments in solar power, desalination, and green hydrogen. The partnership could transform Egypt into a clean energy powerhouse for the entire region.
Somaliland is tackling its water crisis head-on by sending 25 water professionals to Israel for advanced training in desalination and drought management. The visit marks the first high-level technical partnership since Israel recognized Somaliland in December 2024.
Egyptian and Norwegian leaders are joining forces to turn Egypt into a renewable energy powerhouse. A major clean energy company is building a wind turbine factory and solar-powered desalination plant in the country.
Scientists finally understand how water filters work at the molecular level, opening the door to membranes that could purify water faster and power clean energy more efficiently. The breakthrough could transform everything from desalination to green hydrogen production.
Scientists just made sodium batteries nearly twice as powerful by doing the opposite of what everyone else does: keeping water in instead of taking it out. The same discovery could turn seawater into drinking water while storing clean energy.
A researcher in the UAE has unveiled a groundbreaking solar system that produces electricity, drinking water, and clean hydrogen fuel simultaneously. The innovation could transform how desert cities tackle energy and water scarcity together.
Morocco and Senegal are strengthening their water cooperation to tackle climate challenges across Africa, proving that shared resources build lasting friendships. The partnership includes desalination projects, river management, and a $500,000 prize funding water resilience for millions.
Indian scientists created a portable device that transforms seawater into clean drinking water without electricity. Originally designed for soldiers in remote areas, it could soon help coastal communities and disaster zones worldwide.
Scientists solved the salt clog problem that kills most solar desalination systems, creating a device that turns seawater into fresh drinking water continuously. The prototype could bring clean water to 30% of the global population living in water-stressed, sun-rich areas.
Scientists created a device that turns seawater into clean drinking water using only sunlight, producing over 4 liters per hour. The breakthrough could bring fresh water to millions living in remote areas without electricity.
A California company is testing underwater desalination pods 1,300 feet beneath the ocean surface that use natural water pressure instead of electricity. The technology could provide 60 million gallons of fresh water daily while slashing energy use and protecting marine life. #