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A Nobel Prize-winning chemist is turning one of Earth’s driest resources — desert air — into clean water.
Professor Omar Yaghi, winner of the 2025 Nobel Prize in Chemistry and founder of Atoco, has helped develop an atmospheric water-harvesting system capable of producing up to 1,000 liters — about 264 gallons — of clean water per day.
The technology relies on highly porous molecular materials known as metal-organic frameworks, or MOFs. These structures act somewhat like microscopic sponges, selectively capturing water molecules from the surrounding air — even under dry conditions.
Once the material has collected enough moisture, low-grade thermal energy releases the trapped water, allowing it to be condensed into liquid form.
Atoco says a community-scale system can be comparable in size to a 20-foot shipping container and can operate using ultra-low-grade heat, potentially providing water even when conventional electricity or municipal water infrastructure is disrupted.
Unlike seawater desalination, atmospheric water harvesting does not depend on access to the ocean and avoids producing concentrated salty brine.
For Yaghi, the technology also has personal significance. Growing up in Jordan, he experienced severe water shortages firsthand, with his family sometimes receiving running water only once every week or two.
Today, that childhood experience is helping drive research aimed at making water supplies more resilient in deserts, remote settlements, drought-prone regions and communities affected by natural disasters.
Source: Duncan, N. (2026). ‘Reimagining matter’: Nobel laureate invents machine that harvests water from dry air. The Guardian.
Australia is developing one of the world's most ambitious renewable energy export projects: the Australia–Asia Power Link, led by SunCable. The plan is to capture the abundant sunlight of the Northern Territory, store the electricity in large batteries and transmit power over thousands of kilometres to customers in Australia and Singapore.
At the heart of the project is a huge solar and battery precinct in the Barkly region. The approved Australian project includes plans for a solar farm covering approximately 12,000 hectares, with generation capacity of up to 6 gigawatts in the current approved configuration. Earlier concepts envisioned a larger 20 gigawatt solar development, so the figures depend on which version of the project is being discussed.
The electricity would travel north to the Darwin region before entering a high voltage direct current submarine cable system running through international waters towards Singapore. The proposed route is around 4,300 kilometres long, making it an extraordinary engineering challenge and potentially one of the world's longest subsea electricity transmission systems.
فازت شركة “CESI” الإيطالية بعقد الأعمال الاستشارية لمشروع رفع قدرة الربط الكهربائي بين مصر والأردن من نحو 500 ميجاوات حاليًا إلى 2000 ميجاوات.
-بلغت صادرات الكهرباء المصرية إلى الأردن نحو 30 مليون دولار فيما ستتيح التوسعة الجديدة نقل ما يصل إلى 17.5 مليار كيلووات/ساعة سنويًا بقيمة تعادل نحو 1.6 مليار دولار وفق متوسط أسعار التصدير المسجلة في 2025.
التفاصيل كاملة أول تعليق.
نجحت شبكة الكهرباء المصرية في استيعاب أكبر طلب على الطاقة في تاريخها بعدما سجلت الأحمال اليوم الثلاثاء مستوى قياسيًا بلغ 40 ألف ميجاوات.
وتشير تقديرات سابقة إلى أن شبكة الكهرباء المصرية قادرة على استيعاب أحمال تصل إلى نحو 65 ألف ميجاوات دون الحاجة إلى تخفيف الأحمال مقابل قدرة لم تتجاوز نحو 25 ألف ميجاوات في عام 2014 فيما تخطط مصر لرفع هذه القدرة إلى نحو 120 ألف ميجاوات خلال الـ14 عامًا المقبلة بالتزامن مع تشغيل محطة الضبعة النووية والتوسع في إنشاء محطات الطاقة الشمسية ومزارع الرياح.
التفاصيل كاملة أول تعليق.