Theoretical calculations predict that such a process may lead to greater conversions than conventional steady flow reactors, and thus allow a lower temperature of operation for a desired conversion.
These benefits are achieved for energy inputs which do not exceed that of the steady-flow reactor.
The method demonstrates an effective means for generating cyclically operated reactor and adsorber networks which substantially improve upon the production efficiency of an equivalent adiabatic steady-flow reactor, whilst adhering to user-specified bulk separation constraints.
The rate of the reactive removal of adsorbed surface CO(a) was used to determine a turnover frequency of about 0.043 s−1 for CO oxidation on the Au particles, comparable to the rate obtained in a steady state flow reactor.
A vertical, adiabatic, steady-state, flow reactor in which a homogeneous chemical reaction takes place has been studied.
One of the kinetic expressions was used to simulate the catalytic activity in a steady-state flow reactor system.
Modified conversion and reaction extent parameters are used to investigate the effect of simultaneous reaction and adsorption in a well-mixed, steady-state, continuous flow reactor.
It is used to predict the parameters of gas phase and solid phase for a continuous flow reactor with steady state.
It was found that for the SFGCR, the significance of transport resistances could be evaluated more readily than is generally possible with steady state differential flow reactors.
Direct decomposition of N2O and the reduction of N2O with CH4 over Ga/H-ZSM-5 and Mo/Ga/H-ZSM-5 (Si/Al = 40) catalysts in a plug flow reactor under steady-state conditions as well as by temperature programmed surface reaction (TPSR) have been investigated.
