Reverse flow reactors are fixed-bed reactors combining in a single intensified device
chemical reaction and regenerative heat transfer (energy is stored in a bed as sensible …

A theoretical study of methane steam reforming coupled with methane catalytic combustion
in a catalytic plate reactor (CPR) based on a two-dimensional model is presented. Plates …

In the chemical industry, the production of methanol, ammonia, hydrogen and higher
hydrocarbons require synthesis gas (or syn gas). The main three syn gas production …

Reverse flow reactors are notable for their dynamic operation under unsteady state
conditions, the minimization of energy use, and reduction of harmful greenhouse emissions …

The steady state and the dynamic behavior of coupling exothermic and endothermic
reactions in directly coupled adiabatic packed bed reactors (DCAR) are analyzed using one …

Results of simulations are presented concerning a reverse-flow reactor for the catalytic
combustion of methane that occurs in coal-mine ventilation air. Two variants of heat …

Most natural gas based petrochemical processes consist of catalytic reforming or partial
oxidation units for producing synthesis gas. This research shows that it is possible to replace …

In recent years, more stringent environmental regulations as well as higher needs to
enhancement of thermal efficiency of process being imposed on the chemical processes for …

This article presents a novel approach to treat heterogeneous catalytic reactions occurring in
porous or honeycomb monoliths. The approach allows accurate modeling of full-scale …

The production of hydrogen and synthesis gas (syngas) from methane is a key technology
for the twenty‐first century. It is currently performed predominantly by steam reforming of …