This innovative technology, developed at the University of Cambridge, allows sparing fossil fuels and is carbon neutral.
The use of bacteria and microalgae to transform the sludge from wastewater treatment plants is another way of fostering the circular economy.
Scientists from several institutions have joined forces in a biomimetic research to develop a bio-inspired armor.
According to its inventors, this home wastewater plant can reuse up to 85 percent of the water consumed in a home, while also reducing the carbon footprint.
Innovative projects leverage the flexibility of blockchain to provide mobile communications in areas without Internet access, as well as combating corruption.
Genetic engineering could allow dispensing with the use of added fertilizers in crops that are essential for the human diet.
La tecnología que te avisa de los peligros viales https://t.co/zC24EoduD3 https://t.co/UgUVBpQG2G
From Microsoft to Netflix, numerous iconic companies sprung out of terrible economies. @AnnieG… https://t.co/2Xmdvuwj8t
Inteligencia artificial para mejorar la seguridad ciudadana https://t.co/6VRHIGvXyl https://t.co/lz2fwvlbvu
La #tecnología es capaz de crear una planta artificial que puede producir combustible 🔧⚙️🌱🌿 #FelizJueves… https://t.co/2tq8BVldAA
RT @Cesar66151519: Impresión 3D, el arte de copiar para preservar https://t.co/r4VUnxMzM7 #ACCIONATeam
Researchers from Saudi Arabia have developed a hydrogel that can absorb the moisture from the air to produce low-cost drinking water.
A sensor-equipped glove connected to a smartphone will allow the deaf-mute to speak.
The United Kingdom is adapting its old diesel trains to power them with hydrogen.
A new CCTV-based technology will alert pedestrians to potentially dangerous situations in urban environments.
The first marine tunnel under a mountain will be constructed in Norway, it will be located in the Fjords and comes to solve a maritime navigation issue which even its first settlers were aware of. Learn more about this excavation juggernaut.
Could metal be the clean fuel of the future? Possibly, now that researchers from McGill University in Montreal, Canada, and the European Space Agency (ESA) have reached an important milestone in the field.
If humans are to make their abode on Mars, they will first have to bring Mars to their own planet. Such is the reasoning behind the Mars Science City, the most ambitious simulation of a Martian colony so far, which is to be rolled out in Dubai.
5G technology, or the fifth generation of mobile connections, will play a key role in the Internet of Things and the development of smart cities, and it is closer than ever.
From Microsoft to Netflix, numerous iconic companies sprung out of terrible economies. @AnnieG… https://t.co/2Xmdvuwj8t
Rindiendo a tope desde nuestras casas! #accionateam #imnovation https://t.co/qWrES8n0B4
RT @Imnovation: ⛓️⛓️ Nuevas iniciativas aprovechan la versatilidad de #blockchain para ofrecer comunicación móvil en zonas sin acceso a Int…
RT @jmwensley: Bacterial Concrete, a Self-Repairing and Self-Healing Material @ACCIONA #Imnovation https://t.co/Z8tEKQZaKR
RT @ACCIONA_MX: La almeja asiática es la aliada para una nueva técnica de depuración de agua que vigila su calidad para comprobar las tasas…
⛓️⛓️ Nuevas iniciativas aprovechan la versatilidad de #blockchain para ofrecer comunicación móvil en zonas sin acce… https://t.co/6FVOglyfGp
RT @Lromanca: Placas solares a partir de bacterias vivas #Imnovation https://t.co/lFghNtCX9W #ACCIONATeam
RT @ACCIONA_EN: A new camera-vision positioning technology 📹, inspired by biology, is the latest chapter in the automation process that is…
❄️La #nieve cuenta con un potencial eléctrico que no se había aprovechado hasta la fecha. Junto con la energía de c… https://t.co/jdfuTco2ju
🌊Nuevas tecnologías para obtener fertilizantes (y alimento para peces) de #aguasresiduales⏩… https://t.co/C2ZbObOB2K
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Every year up to 12 million cubic tons of plastic end up in our coasts.
Every year up to 12 million cubic tons of plastic end up in our coasts.
Solar thermal energy, also called solar thermal power or thermoelectric energy, is a renewable energy that uses the heat of the sun to produce clean electricity on a large scale. Like photovoltaic energy, which uses light energy from the sun captured by solar cells, solar thermal technology uses the sun's heat to warm a fluid, produce steam, and generate electricity in a conventional thermal process. There are also several technologies used to produce thermal energy: parabolic trough and central tower, primarily.
Solar thermal energy, also called solar thermal power or thermoelectric energy, is a renewable energy that uses the heat of the sun to produce clean electricity on a large scale. Like photovoltaic energy, which uses light energy from the sun captured by solar cells, solar thermal technology uses the sun's heat to warm a fluid, produce steam, and generate electricity in a conventional thermal process. There are also several technologies used to produce thermal energy: parabolic trough and central tower, primarily.
