Catalytic reforming technology is regarded as one of the most popular hydrogen production
methods. The introduction of a fluidized bed reactor provides a promising opportunity for the …

This article is the second paper of a serial study on hydrogen energy system modelling. In
the first study, we proposed a stylized hydrogen supply chain architecture and its pathways …

Hydrogen production via steam methane reforming with in situ hydrogen separation in
fluidized bed membrane reactors was simulated with Aspen Plus. The fluidized bed …

In the present work, two approaches for reaction modeling in monolith reactors were taken
into account and compared to each other. In the first approach, the reactions are assumed to …

Membrane reactors are attracting increasing attention for ultrapure hydrogen production
from fossil fuel, integrating catalytic reaction and separation processes into one single unit …

In this paper, typical and Pd–Ag membrane methanol loop reactors have been analyzed. In
the proposed models all basic equipments in the methanol loop were included. Detailed …

A generalized comprehensive model was developed to simulate a wide variety of fluidized-
bed catalytic reactors. The model characterizes multiple phases and regions (low-density …

Membrane reactors, combining production and separation of pure hydrogen in one vessel,
outperform conventional fuel processors for small-scale hydrogen production. Among …

Hydrogen-fueled combustion systems are becoming popular in recent years. Methane is
one of the significant hydrogen supplier in nature. Thus, in the study, the natural gas-fueled …

A compartment model was developed to describe the flow pattern of gas within the dense
zone of a tapered membrane-assisted fluidized-bed reactor (TMAFBR), in the bubbling …