2024 - Early Career Researcher Award – PMI&D Symposium (NCBJ Świerk)
During the Plasma Materials Interactions & Diagnostics Symposium (21–23 May 2024), Bartosz Panek received the Early Career Researcher Competition Award for his work on: Plasma deposition of metal oxide–based thin films on structured substrates as catalysts for CO₂ hydrogenation.
This award highlights the strong contribution of our young researchers to advanced plasma-deposited materials engineering and catalytic CO₂ conversion.
More: https://events.ncbj.gov.pl/event/320/page/212-symposium-schedule
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2024 - “Ecological Master and Doctor” Competition – WFOŚiGW Łódź
Two graduates of our team became laureates of the 10th edition of the Ecological Master and Doctor competition.
Master Thesis Awards
Laureate: Mgr Eng. Sebastian Bujnowicz
Title: Development of Conditions for Textile Wastewater Treatment Using the Electro-Fenton Method on Industrial Scale
Supervisor: Dr Hab. Eng. Lucyna Bilińska, Prof. TUL
Laureate: Mgr Eng. Bartosz Panek
Title: Selection of Plasma-Manufactured Metal-Oxide-Based Nanohybrid Catalysts for CO₂ Hydrogenation
Supervisor: Prof. Jacek Tyczkowski
These awards recognise the environmental relevance and practical industrial impact of research conducted by our graduates and supervisors.
2018 - Seoul International Invention Fair (SIIF 2018)
Awarded invention:
Method for producing durable water‑repellent layer on the surface of natural down
Read more: METHOD FOR PRODUCING DURABLE WATER-REPELLENT LAYER ON THE SURFACE OF NATURAL DOWN:
2016 - National Competition “Student–Inventor” – Polish Patent Office
Awarded invention:
Method for producing a durable hydrophobic surface of natural down
Authors:
J. Markiewicz, J. Tyczkowski, R. Kapica (Lodz University of Technology), A. Małachowski, B. Małachowski
This award showcases the creativity and research excellence of our students working on plasma-engineered functional materials.
2013 - Geneva International Exhibition of Inventions – Gold Medal
A prestigious international recognition illustrating the long-standing expertise of our team in plasma-enabled surface nano-engineering.
Awarded invention:
Method for generating superhydrophobic nanostructure on textile surface using cold plasma
More: https://wipos.p.lodz.pl/sites/wipos/files/2022-04/gold_medal_genewa_2013.pdf
