From Laboratory to Industry: Pathways to Practical Application
We apply a structured and responsible approach to transferring research results into practice. Our materials and technologies are successfully moving from laboratory development to industrial application — via licensing, spin-off preparation, or direct collaboration with companies.
Structured Process and Institutional Support
The Institute has implemented a systematic framework to guide the transfer of research outputs into practice. Key features include:
• Mandatory notification by researchers of potentially applicable results,
• Internal evaluation of intellectual property value and ownership,
• Collaboration with the Technology Transfer Office of the CAS and the Central Bohemian Innovation Centre,
• Use of a formal Intellectual Property Register for non-patentable results.
This approach ensures responsible research management, legal clarity, and support for industrial uptake of new materials and technologies.
Licensing and Industrial Implementation
Licensing and Industrial Implementation
We present three examples of successful technology transfer via licensing or collaboration with industry:
- Remedial Product for Biologically Degraded Facades
A zinc-based inorganic product developed as an ecological alternative to conventional biocides. It provides long-term protection (6–8 years) of façade surfaces infested by algae and fungi. After real-world testing and certification by the Czech Technical University in Prague, it was licensed in 2025 to Malpex Ltd., which is preparing it for industrial production.
→ License Agreement No. 51/DV/2024
→ Benefit: long-lasting effect, eco-friendly profile, compliance with EU legislation.
- Inorganic Coatings for Water Storage and Treatment
This technology addresses microbial stability in stored water. Functionalized inorganic powder-based coatings are applied to tank interiors to prevent bacterial growth and biofilm formation. Certified for use in drinking water by the Czech National Institute of Public Health and licensed in 2022 to a private investor in a one-time deal worth €72,000.
→ Benefit: certified for potable water, biocide-free, in commercial use.
- Mould System for Glass, Metal, and Eco-Concrete
A geopolymer mould material allowing demoulding of cast glass, metal, or concrete via water activation. The system is especially beneficial for artistic and small-scale production where shapes are complex and release is critical. In 2023, the technology was adopted by Kolodiumglass for glass manufacturing. A spin-off company is now in preparation, supported by the Technology Transfer Voucher 2025.
→ Benefit: fast and safe demoulding, suitable for glass and concrete, used in design and craft production.
Training and Internal Expertise
To support long-term success in technology transfer, two team members completed the CAS Technology Transfer Training Programme and ongoing workshops. They serve as contact points for:
• Evaluation of commercial potential,
• IP protection and registration,
• Licensing strategy development.
This internal expertise ensures that promising results are not only recognised, but professionally guided toward real-world use.
Our Commitment to Responsible Innovation
We see technology transfer not as a by-product, but as an integral part of responsible research. All team members are encouraged to:
• Consider application potential from early project stages,
• Participate in strategic planning for protection and dissemination,
• Collaborate with both industry and public institutions to scale up solutions.
This mindset has contributed to successful paths from idea to impact – whether in nuclear safety, water purification, construction, or design.