A team from the CSIC has developed a method to obtain highly spherical monodispersed particles of titanium oxide. It allows them to be synthesized in a sub and micrometer range under very mild conditions, with an easy synthesis process and using commercial reagents.
Currently, the most advanced electrochemical energy storage systems are based on vanadium salts as the electrolyte. However, vanadium is an expensive and scarce material. A team from the CSIC has developed a new electrolyte based on iron salts, incorporating the necessary additives to enable the battery to function efficiently and at a high voltage.
A team at CSIC's Institute of Carbon Science and Technology (INCAR) has developed a method to obtain graphene from coke. The method avoids the graphitisation phase, uses the chemical route and low temperatures. It is a sustainable and effective process that uses a by-product of the petrochemical industry.
Scientists have developed a new photocatalyst that can eliminate almost all organic pollutants present in water, using sunlight as a source of activation. Developed by CSIC, the Autonomous University of Madrid and the University of Castilla la Mancha, it is currently available for industrial partners interested in its development and commercialisation.
- Ultrabroad band light absorption material with a high photothermic conversion
- New method to obtain nanostructures with previously impossible geometries
- A greener technology for producing permanent strontium ferrite magnets with high coercive field
- A nanomaterial capable of eliminating coronavirus can be applied in masks and fabric
- Shape-memory polymer that responds to two stimuli