The kinetics of ethylene epoxidation network were studied experimentally over a cesium-
doped silver catalyst supported on α-Al2O3 pellets in a differential reactor. A variety of rate …

The oxidation of ethene to ethene oxide, carbon dioxide, and water over an industrial silver
on-alumina catalyst has been studied experimentally in an internal recycle reactor. Several …

The performance of different membrane reactors for the epoxidation of ethylene was
compared with that of a conventional fixed-bed reactor (FBR), under identical overall …

Experiments were conducted to obtain the kinetic model of ethylene oxidation over a
commercial highly selective catalyst αAl 2 O 3/Ag-Cs-Re, for the first time. A gas mixture of …

A number of variables are involved in the optimization of the fixed-bed reactor for ethylene
epoxidation. In this article, optimal feed composition, feeding rate and operation pressure …

Solving the problem of catalyst deactivation is essential in process design. To do this,
various aspects of the kinetics of processes with catalyst deactivation, and their different …

The kinetics of the selective oxidation of ethene in air over an industrial silver on α-alumina
catalyst were studied. Special attention was paid to the influence of the reaction products on …

We have used isotope transients, 16O2–18O2, at reaction steady state to investigate the
epoxidation of ethylene over unsupported silver powder catalysts. The reactive oxygen …

The paper presents shortly some of the important elements of the theory and of the practical
applications of the kinetics of heterogeneous catalytic reactions. Discussed are some of the …

Thermal-catalytic oxidation, consisting of combined thermal and catalytic processes, is
proposed as a new method to neutralize waste gases. A comparison between the proposed …