La UAM y el CSIC proponen una nueva solución tecnológica para el transporte y almacenamiento seguro de hidrógeno Un equipo formado por personal investigador la Universidad Autónoma de Madrid (UAM) y el Consejo Superior de Investigaciones Científicas (CSIC) ha desarrollado una tecnología para la producción de...
TCG-ICV and UAM have developed "Hydroformic", an innovative technology that allows the on-demand production of clean hydrogen, free from CO and CO2, from formic acid under ambient conditions (25°C and 1 atm). The key to this technology lies in the development of a structured catalyst,...
GCT-ICV-CSIC has developed a method to manufacture more efficient thermal energy storage materials by infiltrating highly porous 3D printed ceramic structures with phase change materials. This technology can be easily transferred to a mass production and the developed materials can be employed in technological applications linked to...
Dr. C. Ramirez and Prof. M: I. Osendi are Guest Editors of the Special Issue Graphene-based Materials, Their Composites and Potential Applications, of Materials, deadline submisions 30 November 2020 More information...
The team (TCG) has become a member of the Interdisciplinary Thematic Platforms of CSIC (PTI) for the development of additive manufacturing technologies (FAB3D, More information) and to provide the knowledge to drive the energy transition (TransEner +, More information) ...