A series of steps taken to determine a kinetic equation that describes hydrogenation of propene on nickel catalyst is presented in this study. Mixed factorial design approach, belongs to designing of experiments methods was used to plane experiments. The investigations showed that the method applied makes possible determination of the kinetic equation in a relatively fast and cheap manner since only a few measurement points is required. The equation obtained was verified experimentally and statistically. Both tests showed satisfactory precision of anticipated values of the process rate
The hydrogenation of p-nitrocumene to p-cumidine over supported palladium catalysts was investigated...
A survey is given of the problems to be solved before catalytic hydrogenation reactors can be applie...
Methods for kinetic parameter determination and economic reactor optimisation had been developed for...
A series of steps taken to determine a kinetic equation that describes hydrogenation of propene on n...
The goals of this work are to study the kinetics and reaction mechanism, as well as the determinatio...
This study is an example of practical application of kinetic data treatment for simultaneous model d...
Heterogeneous catalysis based upon multiphase reactions is a very important issue in the chemical in...
The kinetics of the hydrogenation of gas mixtures of ethyne and ethene on a commercial Pd catalyst w...
The kinetics of hydrogenation of p-isobutyl acetophenone using a 10% Ni supported on HY zeolite cata...
Supported metal catalyst are widely used in automotive, petrochemical, and chemical industries. Impr...
Kinetics of hydrogenation of phenyl acetylene to styrene to ethyl benzene using Pd/C catalyst has be...
Experimental reaction data must be fitted into a useful reaction rate equation in order to use in th...
A kinetic investigation of the vapor-phase hydrogenation and hydroisomerization of 1-butene and cis-...
The selective hydrogenation of ethyne is one process to remove traces of ethyne from steam cracker c...
Homogeneous hydrogenation catalysts based on metal complexes provide a diverse and highly tunable to...
The hydrogenation of p-nitrocumene to p-cumidine over supported palladium catalysts was investigated...
A survey is given of the problems to be solved before catalytic hydrogenation reactors can be applie...
Methods for kinetic parameter determination and economic reactor optimisation had been developed for...
A series of steps taken to determine a kinetic equation that describes hydrogenation of propene on n...
The goals of this work are to study the kinetics and reaction mechanism, as well as the determinatio...
This study is an example of practical application of kinetic data treatment for simultaneous model d...
Heterogeneous catalysis based upon multiphase reactions is a very important issue in the chemical in...
The kinetics of the hydrogenation of gas mixtures of ethyne and ethene on a commercial Pd catalyst w...
The kinetics of hydrogenation of p-isobutyl acetophenone using a 10% Ni supported on HY zeolite cata...
Supported metal catalyst are widely used in automotive, petrochemical, and chemical industries. Impr...
Kinetics of hydrogenation of phenyl acetylene to styrene to ethyl benzene using Pd/C catalyst has be...
Experimental reaction data must be fitted into a useful reaction rate equation in order to use in th...
A kinetic investigation of the vapor-phase hydrogenation and hydroisomerization of 1-butene and cis-...
The selective hydrogenation of ethyne is one process to remove traces of ethyne from steam cracker c...
Homogeneous hydrogenation catalysts based on metal complexes provide a diverse and highly tunable to...
The hydrogenation of p-nitrocumene to p-cumidine over supported palladium catalysts was investigated...
A survey is given of the problems to be solved before catalytic hydrogenation reactors can be applie...
Methods for kinetic parameter determination and economic reactor optimisation had been developed for...