A 3D computational fluid dynamics model for an industrial scale steam cracking firebox is
combined with a 1D reactor model for the cracking process within the reactor coil. This …

Accurate 3D modeling of steam cracking fireboxes is instrumental in the identification of the
strengths and weaknesses of a specific firebox. A 3D computational fluid dynamics model for …

Strengthening the heat transfer technology of the furnace tube in the radiant section of the
cracking furnace is very important in the field of energy-saving and environmental protection …

A neuro‐based computing technique is used for simulation of olefin plants at industrial
scale. Artificial neural networks are applied to estimate the flow rate of the main products of …

Electrification and clean hydrogen are promising low-carbon options for decarbonizing
industrial process heat, which is an essential target for reducing sector-wide emissions …

Light olefins, as the backbone of the chemical and petrochemical industries, are produced
mainly via steam cracking route. Prediction the of effects of operating variables on the …

Unawareness of appropriate process heater design method leads to insufficient accuracy in
calculations or overlook of important design parameters. It consequently results in …

Mathematical modelling of the thickness of the coke layer growing over months in
millisecond cracking reactors is a dilemma in computational fluid dynamics (CFD) …

Carbon dioxide emissions (CO 2) during the dehydration process of natural gas are of
important concerns as this gas negatively affects the climate and environment in general …

In order to study the new cracking process characteristics of hydrocarbon feedstock to light
olefins by direct flue gas heating, the pyrolysis experiments of n-heptane in CO 2 and H 2 O …