At Leitat, we are committed to developing innovative technologies that translate advanced research into practical solutions for environmental challenges. Together
On 3 February 2026, Leitat, as coordinator of the European project X-SEED, will organise the 2nd X-SEED Workshop focused on
New strategies for nematode biocontrol using rhizospheric microorganisms (RhizoNem) Abstract: The RhizoNem project aims to develop sustainable solutions for the
Bio-based Polymers for New Sustainable Water-Soluble Sheets Abstract: The BIOWASHEETS project aims to innovate in the fast-moving consumer goods (FMCG)
Preclinical Discovery and Development of New Compounds as HPK1 Inhibitors for Cancer Treatment Abstract: The overall objective of the project
Enabling Technologies for the Implementation of Artificial Intelligence in the Value Chain of Additive Manufacturing Abstract: The METALIA project aims
Leitat has collaborated on a study led by the Universitat Oberta de Catalunya (UOC) to explore the incorporation of insect
Artificial intelligence applied to the administrative procedures of import and export of goods Abstract: The IMEXPROC-IA project aims to digitalize
Advanced PV system with intelligent management for improving wine production. Abstract: Smart PV-Wine develops an innovative agrivoltaic (AgriPV) system that
Automated system for recommending instructions to optimize drying Abstract: The project aims to digitally transform the production process of pet
Synthesis of new lubricants and carbon-modified materials from the pyrolysis of plastic waste. Abstract: LUPYPLAST aims to develop an efficient
Highly disruptive new microplastics collection technology for versatile decontamination across different water streams. Abstract: CAPTUR3D is a project aimed at
On 25–26 November, the BIOMETHAVERSE consortium gathered in Milan for the project’s 7th General Assembly. During this meeting, partners reviewed
Integrated Next-Generation Tools for Early Infection Control and Antibiotic Resistance Reduction in Poultry Abstract: The INTEGRAL project aims to transform
Innovative and sustainable strategies for the control of grapevine moth and mealybug in vineyards Abstract: The PHEROVID proposal aims to
The Digitalización y automatización del proceso de obtención de moldes de silicona mediante fabricación aditiva (Digitalization and Automation of the
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