May 2024 Adsorption Week - Meeting on
gas adsorption and characterization of
porous materials
On May 14th and 15th, various lectures will be held about static and
dynamic gas adsorption for the characterization of innovative novel
porous materials. The event will cover the range from characterization
to the application of novel porous materials with reference to classic
everyday topics of exaust air purification or gas separation processes
as well as current research topics. we ar delighted to be able to
present inernationally renowned scientists as speakers, above all Prof.
Arvind Rajendran (University of Alberta), Prof. Camille Petit (Imperial
College London), and Prof. Pantelis Trikalitis (University of Crete).
On May 14th, there will be a poster session. We would like to encourage
students and young scientists to take advantage of this opprtunity to
present their research. Benefit from the wealth of knowledge of our
invited speakers. For your convenience, the lectures will also be
available via online stream and as video recording afterward.
We are looking forward to discussion the latest results from the world
of sorption with you. More information and registration can be found here.
December 2023
The INC as a member of the Deutsche
Industrieforschungsgemeinschaft Konrad Zuse e.V. was
successfully evaluated on December 7th, 2023. January
2023
INC has established and applied the Quality Management System according
to DIN EN ISO
9001:2015. December
2020 Successful
participation in an international interlab
study for providing a reference sorption isotherm for Methane The
Institut für
Nichtklassische Chemie e.V. (INC)in Leipzig successfully
participate in an interlab study for preparing a reference isotherm for
methane
under high pressure atmosphere. This interlab study was managed by the
NIST
(National Institute of Standards and Technology of the U.S. Department
of
Commerce), with 20 participating institutions from all over the world.
The INC
first certified its suitability for attending in the study by
successfully
measuring a CO2 reference isotherm. The subsequent
measurement of
several sorption isotherms of methane on the NIST reference material RM
88590
(zeolite Y) at 25 °C and up to a pressure of 7.5 MPa results in the
provision
of a reference isotherm for methane. Details of the work can be found
in the literature
given below. This contribution shows that the employees of the INC in
the field
of adsorption have the technical equipment and the necessary know-how
to
provide excellent thermodynamic data by means of experiments. A
reference high-pressure CH4 adsorption isotherm for zeolite
Y: results of an interlaboratory study.
Springer 2020;
doi:10.1007/s10450-020-00253-0.
