Computational fluid dynamics (CFD) studies have been carried out for CO 2 reforming of
methane in both a packed-bed reactor (PBR) and a membrane reactor (MR) with a heating …

The membrane reactor about methane reforming of CO 2 (so called dry reforming) is studied
by computational fluid dynamics approach. The effect of changing the number of …

A one-dimensional reactor model was employed to perform parametric studies for CO 2
reforming of methane in a membrane reactor to investigate its feasibility as a new CO 2 …

Techno-economic analysis (TEA) for CO 2 reforming of methane in a membrane reactor
(MR) was conducted by using process simulation and economic analysis. Parametric …

Concentrated solar energy can be used to drive highly endothermic reactions, such as
methane reforming. An attractive route is the parabolic trough technology, which is mature …

Following the adoption of the Paris Agreement, H 2 has come to be considered a promising
alternative energy carrier owing to its eco-friendly characteristics. However, H 2 is mostly …

Numerical modeling studies have been performed for a methane dry reforming using a shell
and tube type packed-bed reactor and a membrane reactor both with a heating tube as heat …

A 2D axisymmetric model is developed for a H 2-permeable membrane reactor for methane
CO 2 reforming. The effect of catalyst bed volume on CH 4 conversion and H 2 permeation …

In the present study, a two-dimensional (2D), nonlinear, and pseudo-homogeneous
mathematical model of a fixed-bed catalytic reactor with an integrated membrane for the …

This study represents a numerical investigation of methane tri-reforming process with full
computational fluid dynamics (CFD) in a conventional and a novel membrane fixed-bed …