Research and innovation
Activities
Research Activities
Ce.Ri.Col. – Colorobbia Research Centre carries out applied research and technological development in support of the Group’s various industrial areas, acting as a bridge between scientific research, materials development and industrial applications.
Activities span several areas, including the development of advanced materials and nanomaterials, the design of functional coatings, and the creation of solutions for environmental, industrial and biomedical applications.
The Centre covers the entire innovation cycle, from the design of new materials and formulations through to application validation and industrial scale-up, with an integrated approach combining experimental research, advanced characterisation and technology transfer.
Thanks to its multidisciplinary expertise and advanced laboratory infrastructure, Ce.Ri.Col. supports both internal research activities and collaborations with industrial and academic partners, contributing to the development of innovative solutions and their concrete implementation in production processes.
Activities
Areas of Activity
Ce.Ri.Col.’s research activities span several application areas, in which the Centre integrates the design, development and characterisation of materials and processes:
- development of advanced materials and nanomaterials, from synthesis and characterisation through to integration into industrial applications
- design and optimisation of functional coatings, for the creation of multifunctional surfaces with specific properties
- development of solutions for environmental, industrial and biomedical applications, with particular attention to sustainability, safety and material performance
These activities are supported by multidisciplinary expertise and an advanced analytical infrastructure, enabling an integrated approach to the different stages of research, from understanding the underlying phenomena through to application validation.
Activities
Funded Projects
Ce.Ri.Col. takes part in numerous national and European funded projects in the fields of advanced materials, sustainability and nanomedicine.
The projects, listed below in chronological order, reflect the Centre’s ongoing commitment to developing innovative solutions in collaboration with universities, research bodies and industrial partners.
DEVELOPMENT
Development and Technology Transfer
Ce.Ri.Col. supports the entire innovation pathway, from the conception and design of new materials and formulations through to application validation and industrial scale-up.
Activities are based on an integrated approach combining:
- experimental research
- advanced characterisation
- collaboration with industrial and academic partners
with the aim of turning scientific results into concrete technological solutions.
Particular attention is given to:
effectively transferring technologies to the Group’s operating divisions and external clients, optimising production processes, and ensuring reproducibility at industrial scale
Partnerships
Partnerships, Theses and Doctorates
Ce.Ri.Col. promotes and supports thesis and doctoral work through structured collaborations with universities and research centres, fostering integration between industrial research and advanced academic training. These activities focus on the development of innovative catalytic materials and on studying how nanoparticle systems interact with cellular models in the biomedical field, with particular attention to efficacy and safety.
These pathways allow graduate and doctoral students to take part in high-tech experimental projects, contributing to the growth of specialised scientific expertise and the generation of new applied knowledge.
Sustainability
Environmental Sustainability
The development of materials and solutions with reduced environmental impact is a central element of Ce.Ri.Col.’s research activities.
The materials developed are designed to improve the performance of existing systems or to replace them with solutions that are more efficient in terms of energy and environmental impact, helping to reduce consumption and emissions in industrial processes.
Thanks to its experience in surface functionalisation, these materials can be integrated into a variety of organic and inorganic matrices, allowing application performance to be optimised while maintaining high standards of compatibility and sustainability.
Contacts
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