Laboratory of Membrane Separation Processes
  • News
  • Members
  • Equipment
  • Projects
  • Publications
  • Collaboration
  • Information for students

Multicomponent gas and vapor mixture sorption and permeation device with IR spectrometer Nicolet iS 10

Laboratory of Membrane Separation Processes

Multicomponent gas and vapor mixture sorption and permeation device with IR spectrometer Nicolet iS 10

20. 4. 2020 / byJan Brandejs / 0

Post navigation

Binary vapor mixture permeation device with GC-MS Perkin Elmer Clarus 500
Archive
  • May 2022 2
  • April 2022 1
  • March 2022 2
  • December 2021 1
  • November 2021 1
  • October 2021 1
  • September 2021 3
  • August 2021 1
  • July 2021 2
  • June 2021 1
  • April 2021 1
  • December 2020 3
  • November 2020 2
  • September 2020 1
  • June 2020 1
  • January 2020 1
  • October 2019 1
  • July 2019 1
  • June 2019 1
  • March 2019 1
  • September 2018 1
  • October 2017 2
  • September 2017 2
  • June 2017 3
  • April 2017 1
  • March 2017 1
  • December 2016 1
  • November 2016 1
  • October 2016 1
  • September 2016 2
  • August 2016 1
  • July 2016 1
  • June 2016 3
  • May 2016 1
  • April 2016 1
  • March 2016 2
  • December 2015 2
  • November 2015 2
  • October 2015 2
  • September 2015 1
  • August 2015 2
  • April 2015 4
  • March 2015 3
  • February 2015 1
  • January 2015 1
  • November 2014 4
  • October 2014 1
  • September 2014 1
  • August 2014 2
  • June 2014 1
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.

Our Faculty
Our Department
News
  • Daniel won poster award25. 5. 2022
  • NAMS 202219. 5. 2022
  • UCT-MIT collaboration on “Clean Energy Applications with Mixed Matrix Membranes of 2D MOFs”27. 4. 2022
  • Saeed going to the 71st Lindau Nobel Laureate Meeting28. 3. 2022
  • Saeed awarded EMIL VOTOCEK scholarship17. 3. 2022
Contact

Prof. Karel Friess, Ph.D.
Tel.: +420 220 444 029
E-mail: karel.friess@vscht.cz

Department of Physical Chemistry
UCT Prague
Technická 5
Praha 6 – Dejvice, 166 28
Czech Republic

© Jan Brandejs 2019 | www.jan-brandejs.cz
  • News
  • Members
  • Equipment
  • Projects
  • Publications
  • Collaboration
  • Information for students