
ITE develops biobattery for sportswear that uses sweat as energy
It allows 3.5 volts of energy to be generated from human perspiration, enough to power wearable devices such as smart watches or medical sensors.
It allows 3.5 volts of energy to be generated from human perspiration, enough to power wearable devices such as smart watches or medical sensors.
The truck can operate for 8 continuous hours on a single charge of solar energy and reduces 6.6 tons of carbon emissions per year.
This is an innovation that promises to improve comfort and energy efficiency in multiple industries.
3D printed tungsten can withstand extreme conditions in nuclear reactors, withstanding extremely high temperatures.
The Hydromover electric vessel has demonstrated the ability to transport up to 80 tonnes of cargo, operating without generating carbon emissions and with an operational efficiency…
The AUV will enable France to protect its submarine infrastructure and expand its control over the ocean floor, a priority in its defence strategy.
This project in Zaragoza proposes technological growth and innovation in the city, and becomes a model to follow in Europe for the efficient management and handling…
It is designed to be transported in containers, allowing it to be deployed anywhere in the world.
With this advancement, the company promises to deliver results more quickly and safely.
This innovative technology was used on a patient suffering from brain cancer to differentiate between healthy and cancerous brain tissue with micrometric precision.
Lignin, a waste product of plants like corn, can now be turned into jet fuel.
Phased Array Ultrasonic Testing (PAUT) detects flaws like corrosion under insulation (CUI) in hard-to-reach areas, boosting safety and inspection efficiency.