We are CEET
Centre for Energy and Environmental Technologies

CEET is a university institute focused on research and development in the field of low-carbon and sustainable energy and environmental technologies in line with the principles of circular economy. We offer sharing of our unique laboratory base with knowledgeable experts for research, development and education of students at all levels of study. We are open to cooperation with partners from the public sector, application sphere, universities and research organizations at the national and international level.

News

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The nanoworld up close: Improve your tech day at VSB-TUO

During the Improve Your Tech Day, VŠB-TUO hosted over 1,300 pupils. Colleagues from the Nanotechnology Centre CEET introduced them to the world of nanomaterials and their practical...

16. 4. 2026 News 9391 - CEET's secretary's office

VSB-TUO and Kolibrik.net join forces in research for more resilient energy

Centre for Energy and Environmental Technologies of VSB-TUO (CEET) has signed a memorandum of cooperation with Kolibrik.net.

15. 4. 2026 News 9391 - CEET's secretary's office

The future of OLED technologies through the eyes of Professor Win-Long Chia of Taiwan

CEET hosted Professor Chia from Taiwan, an expert in polymer chemistry, who presented the development of liquid crystals, OLED technology, and the geopolitical context of the...

13. 4. 2026 News 9391 - CEET's secretary's office

International cooperation in photocatalysis and polymers: CEET hosted scientists from Lublin

Researchers from Lublin have visited CEET. The meeting enabled the sharing of know-how in polymer research and photocatalysis, while opening up new opportunities for future...

10. 4. 2026 News 9391 - CEET's secretary's office

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Our results

781
Publications
63
Patent, utility model, industrial pattern
4
Implemented methodology
27
Pilot plant, technology

Selected publications

SINGH, AR., DASHTDAR, M., BAJAJ, M., GARMSIRI, R., BLAŽEK, V., PROKOP, L., MIŠÁK, S. AI-enhanced power quality management in distribution systems: implementing a dual-phase UPQC control with adaptive neural networks and optimized PI controllers. Artificial Intelligence Review, 2024, roč. 57, č. 11, s. nestránkováno.

Detail

KMENT, Š., BAKANDRITSOS, A., TANTIS, I., KMENTOVA, H., ZUO, Y., HENROTTE, O., NALDONI, A., OTYEPKA, M., VARMA, RS., ZBOŘIL, R. Single Atom Catalysts Based on Earth-Abundant Metals for Energy-Related Applications. Chemical Reviews, 2024, roč. 124, č. 21, s. 11767-11847

Detail

VRÁBLOVÁ, M., SMUTNÁ, K., CHAMRÁDOVÁ, K., VRÁBL, D., KOUTNÍK, I., RUSÍN, J., BOUCHALOVÁ, M., GAVLOVÁ, A., SEZIMOVÁ, H., NAVRÁTIL, M., CHALUPA, R., TENKLOVÁ, B., PAVLÍKOVÁ, J. Co-composting of sewage sludge as an effective technology for the production of substrates with reduced content of pharmaceutical residues. Science of the Total Environment, 2024, roč. 915, č. MAR 10 2024, s. nestránkováno.

Detail

SZRAMOWIAT-SALA, K., PENKALA, R., HORÁK, J., KRPEC, K., HOPAN, F., RYŠAVÝ, J., BOROVEC, K., GÓRECKI, J. AI-based data mining approach to control the environmental impact of conventional energy technologies. Journal of Cleaner Production, 2024, roč. 472, č. Neuveden, s. nestrankovano.

Detail