The present work deals with the CFD simulation of steam methane reforming (SMR) with a
view to design and improve the SMR technology. Numerical simulations have been devoted …

Natural gas is an important precursor to produce synthesis gas through the steam reforming
process. This work aims to map the optimal operating conditions of a steam methane …

This manuscript proposes a general new framework for mathematical modeling, extended
sensitivity analysis and dynamic optimization of tangential flow filtration (TFF) systems for …

This work aims to develop a stationary phenomenological model of an industrial steam
reforming unit. Unlike the usual approach in the literature, the combustion reactions at the …

The construction and expansion of steam cracking plants and feedstock diversification have
resulted in a significant demand for the numerical simulation and optimization of models to …

Computational fluid dynamics simulations were utilized to investigate the steam methane
reforming process with the aim to improve its efficiency. Key parameters examined for their …

Process Safety and Big Data discusses the principles of process safety and advanced
information technologies. It explains how these principles are applied to the process industry …

Optical thermometry offers great precision, repeatability, flexibility, and stability, hence
providing performance advantages in non-contact temperature measurement. To assess its …

This work presents a comprehensive study of the combustion performance of an industrial
furnace in an olefin plant using computational fluid dynamics (CFD) simulations. The focus …

Syngas is a versatile mixture containing H 2, CO, and CO 2. It is at the base of the industrial
production of bulk chemicals such as ammonia, urea, methanol, synthetic fuel, and their …