Ecobogie is a novel bogie that will deliver environmental benefits for freight vehicles by decreasing noise emissions by at least 10 db and reducing mass by up to 1000 kg per bogie thus reducing the carbon foot print and track damage and increasing the capacity of existing rail infrastructure
The main objective of the team project is to gain an effective approach for different healthcare applications by combining smart home technology with healthcare technology based on thermography capable of monitoring vital signs and activities of daily living (adl)
The product "pocket pet" is an innovative, technologically up-to-date, safe, self-learning and didactic toy for children from 4 to 12 years in the form of a self-learning pocket pet (a smart device application combining augmented reality and artificial intelligence) and a set of physical products.
Termite ppk uas – an unmanned aircraft system (uas) with a high precision survey grade gnss receiver and modular sensor architecture aimed at remote sensing, ecological monitoring, vegetation and precision agriculture.
The project aims to improve the refurbishing processes through technology, automatization and standardization of operations as well as integrating the environmental indicators that allows to communicate the benefits of refurbished products.
Create a dynamic platform to connect and accelerate renewable energy industry (considering marine energy as a pilot- "marine energy industry network")), as an opportunity to exchange marine energy intellectual capital, providing tools to drive down the cost curve and accelerate industry development.
Pilot plant involving electrocoagulation to remove silicate in raw water; this silicate has a negative impact on existing plants (reverse osomosis, filtration adsorption) installed in chile for mining and food industry; we pretend to improve life time of equipment and save operation cost
Arwatex project aimes development of recycling methods of the textile aramid waste. The essence of project is to develop the most suitable grinding techniques, and the eco-innovative and economic application of recycled materials as functional flame retardant products.
Research of a new extraction process to isolate proteins from rice bran. conception and development of a technological solution to support large scale (industrial), rice bran extraction, based on the previous lab process.
The automotive sector requires high throughput production based on a flexible solution capable to manufacture different parts without cost associated to hard tooling. This project will develop and validate the technology required to manufacture blanks by means of high speed laser cutting.