Euromembrane 2021

Karel Friess and Tereza-Markéta Durďáková participated at Euromembrane 2021 (Copenhagen, Denmark, 28.11.-2.12.2021). Tereza-Markéta presented the lecture on the topic “Perstraction and
Pervaporation: Two Approaches for Xylene Isomers Separation” and Karel spoke about “Metal ions-doped ultrahigh flux composite graphene oxide/carbon nanotubes (GO-SWCNT) membranes for targeted gas separations”

Travel Grant for Saeed

Saeed was awarded a Travel Grant within the PROM project funded by the Polish National Agency for Academic Exchange for the Membrane Materials – Modification and Separation conference (6th -8th September 2021, Torun, Poland).

Best Oral Presentation Award for Daniel

Daniel presented his work on “Preparation and Characterization of Membranes Based on Graphene Oxide and Carbon Nanotubes for H2 Separation From Gas Mixtures” at Membrane Materials – Modification and Separation Conference (Torun, 6-8.9.2021). His presentation was awarded as 2nd Best Oral Presentation by Polish Membrane Society.

Conference Mempur 2021

Karel (oral presentation) and Tereza-Markéta (poster presentation) participated at the Czech membrane conference Mempur 2021 focus on Membrane processes for sustainable development.

Bachelor state exams

Jana Florekova, Laura Bábanová and Josef Schneider successfully defended their Bachelor theses. Congratulation!

Karel presented at International Membrane Webinar

On 24.6. 2021, a session about Gas separation membranes was held as part of the International Membrane Webinar (ITM, CNR). Karel presented the lecture “Next-generation composite membranes for efficient gas separation” to an auditory of 60 participants.

Daniel defended his master thesis

Congratulations to Daniel Gardeno! He has successfully defended his master thesis “Preparation and characterization of membrane based on graphene oxide and carbon nanotubes”.

About Us

The membrane separation processes (MSPs) belong to modern technologically important separation methods. In comparison with conventional separation techniques, MSPs constitute a low-cost, less energy-consuming and environmentally friendly alternative.