In the world's competitive industrial market, the development of existing manufacturing
equipment's such as industrial reheating furnaces (IRFs) increases profitability in terms of …

The present paper deals with the influence of different hydrogen enrichment on oxy-fuel
combustion of natural gas, enabling important insights regarding decarbonization of high …

Accurate prediction of NOx emission is essential in designing combustion devices and
troubleshooting of existing ones. The aim of this work is to investigate the sensitivity of NOx …

The iron and steel industry, responsible for 8% of global energy use, faces challenges in
achieving low-carbon development. Reheating furnaces consume 67% of the energy in …

With the progress of industrial development, global total CO 2 emissions have increased
exponentially. For example, although iron and steel industries have played an important role …

In this study, a time saving method is presented for the simulation of an 18 MW pusher type
reheating furnace with a production capacity of 60 t/h which is fired by natural gas burners …

Comprehensive numerical modeling and validation on an industrial walking beam slab
reheating furnace were conducted. A transient three-dimensional Computational Fluid …

The slab heating process inside a walking-beam reheating furnace is critical for slab quality.
This paper presents a comprehensive CFD model simulating the fuel combustion, flow field …

Precise knowledge of the heat transfer in a reheating furnace is important for optimizing the
slab production process. In the present work, a new comprehensive CFD (Computational …

Abstract A 3D CFD modelling approach of a vertical high temperature furnace in a bright
annealing line for stainless steel is presented in this study. The observed line has a …