The European Ceramic Society
Laboratory sheet
Poland
Department of Ceramics - PROTONS IN SOLIDS GROUP - PIS
The synthesis, processing, and characterization of conducting ceramics for energy and electrochemical applications
Director : Prof. DSc. Eng. Maria GAZDA
Email : margazda@pg.edu.pl
Phone : +48 58 3486615
Address : Gdaosk University of Technology, Faculty of Applied Physics and Mathematics Department of Ceramics 11/12 Narutowicza St., 80-233 Gdaosk
Website : https://ftims.pg.edu.pl/
Research topics :
- Ionic, electronic and mixed conducting ceramics with a special focus on proton-conducting ceramics: preparation and structural characterization
Contact information:
Contact name: Prof. DSc. Eng. Maria GAZDA
Tel : +48 58 348 6615
Email: margazda@pg.edu.pl
- Characterisation of thermal properties of ceramics, glasses and polymers by the means of thermal analysis methods with a special focus on oxidation and hydration thermodynamics
Contact information:
Contact name: Dr. Eng. Aleksandra MIELEWCZYK-GRYO
Tel : +48 58 3486619
Email: alegryn@pg.edu.pl
- Processing of conducting ceramics for proton conducting solid oxide fuel cells, with a special focus on electrode materials. Developing of 3D printing of ceramics for electrochemical devices
Contact information:
Contact name : Dr. Eng Sebastian WACHOWSKI
Tel : +48 888 169 159
Email: sebastian.wachowski@pg.edu.pl
- Characterisation of electrical properties of conducting ceramics, with a special focus on mixed electronic-ionic conductors; applications of modified Hebb-Wagner and electrical conductivity relaxation methods for triple conducting ceramics
Contact information:
Contact name: Dr. Eng. Tadeusz MIRUSZEWSKI
Tel : +48 58 3486612
Email: tadeusz.miruszewski@pg.edu.pl
Exceptional facilities :
- 3D printer for printing ceramics, specifications:
- Primary printing head inFused Deposition Modelling technology – uses ceramic powder dispersed in a solidified polymer;
- Secondary gel-based printing head – uses ceramic powder dispersed in a polymer gel, a minimum size of the gel droplet 0,03 µL!;
- Single mode IR laser for in situ heat treatment and sintering (under development);
- Halogen lamp heater with focusing lens system for in situ heat treatment and sintering (under development);
- Extruder for preparation of filament with ceramic loading;
- Gel preparation equipment;
- Post-printing ex-situ heat treatment equipment (up to 1500°C, also in controlled atmosphere);
- 3D printing with stereolitography (under development);
- EIS and DC conductivity systems with temperature and atmosphere control (dry and wet atmosphere with possibilities of pO2 compensation in we air);
- Simultaneous thermal analyzer (Nestzch STA 449 F1 )with capabilities of measurements with various gas partial pressures including varying water partial pressure;
- Sorption system (Quantachrome iQ Autosorb) allowing measurements of various gases sorption including water sorption studies at elevated temperatures (DSC Nestzch Phoenix).
Financial support programmes :
- European funding: M-era.net
- National fundings : the National Science Centre; the Ministry of Science and Higher Education Poland
Latest news
Next JECS Trust Call for projects: IMPORTANT CHANGES
We draw your attention on the following decisions from the JECS Trust Board:
- The deadline for submission of Mobility only projects of 31st August 2026 is cancelled
- The deadline for submission of Mobility and General Activity projects of 31st May is postponed to 30th June 2026
- Only students members of ECerS can apply for Mobility projects
Result of the JECS Trust Call 02/2026
38 applications for Mobility projects were submitted to the JECS Trust by the deadline of 28th February 2026.
Information
Contact us for any information: info@ecers.org - We will respond to your inquiry as soon as possible.
ECerS office
Av. Gouverneur Cornez , 4
7000 Mons
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