A detailed ignition-extinction analysis of laboratory scale reactors with heat exchange with
the furnace is provided for the case of single and multiple oxidation reactions. It is shown …

A micro fluidized bed reactor was used to study the self-sustaining catalytic combustion of
carbon monoxide (CO). The Cu1− xCexOy catalyst, as well as the pure CuO and CeO2, are …

The study examines various approaches oriented towards conceptual and numerical
reduction of first-principle models, data-driven methodologies for surrogate (black box) and …

Rotating packed beds (RPBs) have attracted widespread attention due to their high mass
transfer efficiency. In this paper, gas flow characteristics in a rotating spherical packing bed …

Comparative analysis of the steady-state and transient properties of a bubbling fluidized-bed
catalytic reactor obtained according to different mathematical models of the emulsion zone …

The paper outlines the concept of process intensification and integration, with a particular
focus on sorption-enhanced, solid-catalyzed chemical processes. An alternative and …

Steady‐state characteristics of a catalytic fluidized bed reactor are analyzed. A two‐phase
bubbling model is used for the description of a fluidized bed of a catalyst. Particular attention …

In the first part, we present a detailed ignition-extinction analysis of Oxidative Coupling of
Methane (OCM) in the gas phase using a global kinetic model for the various oxidation …

Steady-state characteristics of a catalytic fluidised bed reactor and its dynamical
consequences are analyzed. The occurrence of an untypical steady-state structure …