Jan Erik Olsen, Mari Naess
Fume, also known as dust, is produced during metal refining. Exposure to fume is damaging to the health of plant operators. A mathematical model has been developed to study the different factors governing the fuming mechanism. It is shown that natural convection is the main driving force of the phenomenon, and that the fuming rate is highly sensitive to the area of the exposed metal surface. A new feature introduced in the modeling concept is the ability to include a gas flux of unconsumed process gas flowing up through the metal surface. This reduces the fuming rate, and should normally not be neglected.
@article{eb9d06c6-c809-40cf-a0af-70c3511fd622,
title={UNDERSTANDING FUMING DURING METAL REFINING BY CFD},
author={Jan Erik Olsen and Mari Naess},
year={2012},
language={en}
}TY - JOUR TI - UNDERSTANDING FUMING DURING METAL REFINING BY CFD AU - Jan Erik Olsen AU - Mari Naess PY - 2012 LA - en ER -
Mark E. Schlesinger, Matthew J. King
This book presents a comprehensive overview of the principles and practices of copper extraction metallurgy. The objective is to provide both a theore
P Card, J Canterford
This document presents a collection of papers from the METPLANT 2011 conference focusing on metallurgical plant design and operating strategies. The o
Deepak Malhotra
This work discusses the essential components of a rigorous auditing process aimed at enhancing metallurgical plant performance. The objective is to id
Arthur C. Reardon
This publication, edited by Arthur C. Reardon and published by ASM International®, serves as a comprehensive guide in the field of materials science.
RUMBU KAYIMBU MUTOMBO ROGER
Le démarrage d’un four de grillage à lit fluidisé bouillonnant associe cinq phénomènes couplés: la mise en fluidisation du lit, le chauffage des solid
Matthew Jeffrey
The Hydrometallurgy Conference 2009 aimed to bring together experts in the field to discuss recent advancements in hydrometallurgical processes, parti