We are pleased to welcome a new postdoc to the Ameloot group!After carrying out industrial doctorate studies regarding the synthesis of bio-based polymeric resins at Maastricht University and

Integrating metal–organic frameworks (MOFs) into microfabrication processes will benefit from controlled vapor-phase deposition techniques. This study presents a molecular layer deposition method that

This study investigates the critical role of adsorption in the development of electrochemical sensors, focusing on carbon (Vulcan XC72R, acetylene black, and graphite) and zeolite (high-silica ZSM-5

At the 20th edition of the Young Belgian Magnetic Resonance Symposium, Jennifer was awarded first prize for the best oral presentation. Her talk featured an in-depth 2D HETCOR study on the influence

Jorid was awarded his Ph.D. after successfully completing the public defense of his thesis. During his Ph.D., he developed new MOF film deposition processes compatible with microfabrication methods

Controlling the structure and functionality of crystalline metal–organic frameworks (MOFs) using molecular building units and post-synthetic functionalisation presents challenges when extending this

After his doctoral studies on the development of MOF adsorbents for CO2 capture, Nassos conducted postdoctoral research at TU-Dortmund on the formulation of MOF particles into porous liquids.At

One chemical and four bioscience engineering students strengthen the team this year and will conduct their Master's thesis research under the supervision of Prof. Ameloot!We wish (L-R) Bram, Noa,

We are pleased to welcome a new PhD student to our group!After doing his honours program and master thesis at the Ameloot group, Robbe now joins the group as A PhD student, continuing his work on the

In this Perspective, based on an extensive literature review on mass transfer of CO2 in nanoporous adsorbents, we discuss the importance and limitations of measuring diffusion in nanoporous materials, from the powder form to the adsorption bed, considering the nature of the process, i.e., equilibrium-based or kinetic-based separations.