Jacob A. Moulijn

TL;DR: Good activity and improved mechanical strength make the monolithic bioreactor an interesting alternative that deserves further investigation for this application, and moderate internal diffusion limitations have been observed inside the gel beads and in the gel layer on the monolith channel.

TL;DR: Decomplexation of organic ligands through redox titration has been applied to catalyst synthesis, developing an improved preparation method for Fe-ferrierite (Fe-FER), the catalyst showing excellent performance and durability for N2O decomposition under realistic conditions for nitric acid plants.

TL;DR: In this article, different monolith types are coated with a catalyst and operated in cocurrent and countercurrent mode, and the experimental results show that the conversion of equilibrium-limited esterifications can be increased using reactive stripping, the process performance being influenced by the monolith type and operating mode.

TL;DR: In this paper, the catalytic activity for the NO reduction and the CO oxidation, and the influence of several parameters on this activity, has been studied for Cu and Cu-Cr catalysts on pelleted and monolithic supports.

TL;DR: In this article, a model has been developed for the mathematical description of the deposition of catalytic material from the gas phase in porous structures, and possible Langmuir-Hinshelwood-type kinetic equations for metal deposition have been derived.