The random pore model (RPM) is the most comprehensive model for non-catalytic gas-solid
reactions. The application of RPM is critical in some environmental pollutant removal …

This article thoroughly assesses the Chemical Looping Hydrogen Production (CLHP)
process, aiming to enhance understanding of detailed dynamic simulations. It includes a …

Monte Carlo modeling has emerged as a powerful tool to describe system state variations in
many engineering systems. If distributed species are involved, the so-called Gillespie-based …

Diffusivity equation is one of the most widely used equations in petroleum engineering. It is
basically derived to predict the dynamic pressure response and behavior of fluids flow in …

Abstract Development of an accurate and computational efficient biomass particle model to
predict particle pyrolysis and combustion is the focus of this paper. Partial differential …

Use of methane, as an environmentally friendly reducing agent at low temperatures, is an
attractive method in metal oxide reduction. This paper investigates direct reduction of …

The hydrogen-based direct reduction of iron oxide (DRI) provides a sustainable approach to
cleaner ironmaking. In this research, for analyzing hydrogen-based DRI in pellet scale, the …

In recent years a number of publications have adopted the least-squares method for
chemical reactor engineering problems such as the population balance equation, fixed bed …

Flue gas desulfurization by lime (CaO) is widely used for coal-based power plants. The
incomplete conversion of CaO poses a significant problem for such systems. An interesting …

Pressure transient response (PTR) of a hydrocarbon reservoir to the alteration of production
or injection rate can be computed through solution of its associated diffusivity equation. The …