The partial oxidation (POX) of methane is one of the most important processes to produce
acetylene and syngas. The reaction pathway analysis using a detailed chemical mechanism …

This paper presents a computational study to evaluate the influence of turbulence and
combustion models as well as chemistry schemes on the combustion of a 8–11 kW small lab …

A novel process for producing hydrogen from raw coke oven gas (RCOG), via CO 2 sorption-
enhanced steam reforming (SESR) was proposed in this paper, and was compared with a …

A low-emission coking process, which combines the oxy-fuel combustion with staged
combustion strategy, was adopted to limit nitrogen oxides (NO x) emission and realize …

In this study, a three-dimensional mathematical model designed for integrated staged
combustion chambers used in large-scale coke ovens was created. This model was …

An extensive literature review of the mechanistic modeling of n-heptane and cyclohexane
pyrolysis was carried out. It was shown that Rice–Kossiakoff free radical theory does not …

This paper reports a combined numerical and experimental approach to study the coal
carbonization process. It is applied to low rank coal ellipsoidal briquettes carbonization in a …

In this work, new test burner concepts for the non-catalytic partial oxidation of natural gas are
evaluated using numerical modeling. The 3D CFD model for reactive flow calculations …

A heat recovery coke oven (HRCO) is one of important approaches to achieving a carbon
peak and carbon neutrality in China. However, the steady operation of an HRCO is …

D numerical simulations based on diffusion combustion technology were employed to
optimize the multi-stage air/gas supply system in a coke oven battery with 7.1 m coking …