In collaboration with the technology centers of Castilla y León, we present a series of innovative projects that are driving progress in key sectors such as food, mobility, industry 4.0 and circular economy.
The projects represented below are significant advances in their respective fields, contributing to a more sustainable and technologically advanced innovative future.
CETECE Technology Center Projects
BREAD4PLA: Food
An innovative European project that transforms bread waste into biodegradable polylactic acid (PLA) packaging, promoting the circular economy in the bakery industry.
MARCH: Food
Develops fast and accurate methods to analyze and predict the behavior of cereals and flours, improving food quality and safety.
LESSsugar: Food
Seeks to reduce sugar in cookies by 30%, achieving healthier options with lower glycemic response for consumers.
MMADRE: Food
Improves bread nutrition through new sourdoughs that increase nutrients and antioxidants, and reduce the glycemic index, benefiting public health.
GLUTENFREE: Food
Promotes the research and development of gluten-free products, improving their nutritional value to offer healthier options to celiac sufferers.
NUTRI+: Food
Introduces advanced techniques to measure complex nutritional characteristics such as glycemic index and protein digestibility, improving food quality.
INTEGRAL: Food
Develops new techniques to guarantee the authenticity and quality of whole wheat bread, complying with regulations and improving consumer confidence.
MALUBA: Food
Researches new applications for raw materials and by-products of the brewing industry, promoting sustainability and innovation in the sector.
HA-MI TWINS: Power supply
It applies digital twins in essential industries to optimize energy consumption, improving competitiveness and reducing environmental impact.
ICAMCYL Technology Center Projects
C-SINK: CO2 storage and capture, mitigation of climate change effects, environment, sustainability
An ambitious European project that seeks to remove atmospheric CO2 on a large scale to keep global temperature rise below 2°C, promoting a more resilient and circular economy through advanced carbon removal technologies.
Li4Life: raw material value chains, EU independence, critical raw materials, mineral processing, sustainability, sustainable mobility
It develops efficient technologies for the extraction and purification of lithium from complex ores in Europe, creating an innovative value chain that will contribute significantly to the internal supply of lithium raw materials in the EU by 2030, boosting sustainable mobility and energy independence.
ITCL Technological Institute Projects
FitDrive: Professional transport
A European project that uses artificial intelligence to monitor the performance of professional drivers, reducing the risk of accidents by monitoring fatigue and detecting anomalous behavior.
Inroad 4.0: Intelligent roads
It seeks to create intelligent roads that provide useful information to drivers, concessionaires and public agencies, improving road safety, infrastructure maintenance and resource management efficiency.
Altiumcat: Railway
Develops an innovative monitoring system with laser sensors to detect incidents in contact with pantographs, modernizing medium-distance trains and increasing their sustainability and operational accuracy.
Cartif Technology Center Projects
PROBIO: Circular Economy
It expands the treatment of substrates in fermentative processes to produce renewable gases and biocompounds of interest, boosting the circular economy.
ARISE: Industry 4.0
It develops human-centered solutions to improve human-robot interaction in the industrial environment, promoting Industry 4.0 in Europe.
NATMED: Natural Resources
Implements nature-based solutions to optimize water cycle management in existing infrastructures, improving the sustainability of water resources.
MOBILITIESFOREU: Smart Cities
Develops 11 pilot projects for autonomous and connected mobility, including innovative solutions for smart urban spaces and electric mobility.
MOVE2CCAM: Smart Cities
Quantifies the impact of mass deployment of autonomous and connected mobility solutions in Europe, involving thousands of citizens and automotive organizations in co-creation activities.
These projects represent significant advances in their respective fields and reflect the commitment of the technology centers to a more sustainable, efficient and technologically advanced future.
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