The key to understanding capillary condensation phenomena and employing that
knowledge in a wide range of engineering applications lies in the synergy of theoretical and …

Over the past two decades percolation theory has been used to explain and model a wide
variety of phenomena that are of industrial and scientific importance. Examples include …

Zeolite catalysis is often affected by transport limitations, which significantly influence overall
performance. Introducing wide pores as molecular transport highways can reduce transport …

A versatile pore network model is used to study deactivation by coking in a single catalyst
particle. This approach allows to gain detailed insights into the progression of deactivation …

For the first time, the critical region of a methane/ethane mixture confined in nanoporous
media (SBA-15) is experimentally investigated using differential scanning calorimetry with …

Various types of nanopores are encountered in many different engineering and science
applications. Due to incomplete understanding of the phase behavior of fluids in nanosize …

Hierarchical materials combining pore sizes of different length scales are highly important
for catalysis and separation processes, where optimization of adsorption and transport …

Designing the pore network structure is an effective approach to improve the performance of
industrial catalyst particles, although it receives less attention than designing catalytic …

Enhancing the utilization and activity of catalytic materials is crucial in designing catalysts for
industrial use. This work achieves these performance enhancements in Rh/Al 2 O 3 …

A γ-alumina digital twin is created by means of a hierarchical pore network model. For this
digital twin, nitrogen porosimetry is simulated, and the parameters of the pore network model …