Titre de série :	Working paper, 4
Titre :	Predicyion of Jeddah cement plant emissions and environnemental evaluation of future scenarios
Type de document :	texte imprimé
Auteurs :	West, S. A. ; Nasralla, M. N.
Mention d'édition :	University of Arizona King Abdulaziz University
Editeur :	University of Arizona King Abdulaziz University
Année de publication :	[s.d]
ISBN/ISSN/EAN :	CI-09830
Note générale :	The research described consiste of air quality modeling for the Jeddah cement plant and analysis of alternative futures predicted by the models. Gaussian diffusion models are validated for both sulfur dioxide and particulates, showing the necessity of considering particle -size distributions rather than assuming average - sized particles.
Langues :	Anglais (eng)
Mots-clés :	Environnement  Pollution atmospherique  Ciment  Déchet industriel  Evaluation environnementale
Index. décimale :	363.7 Environnement : classer ici la protection de l'environnement
Résumé :	The research described consiste of air quality modeling for the Jeddah cement plant and analysis of alternative futures predicted by the models. Gaussian diffusion models are validated for both sulfur dioxide and particulates, showing the necessity of considering particle -size distributions rather than assuming average - sized particles.
Note de contenu :	The research described consiste of air quality modeling for the Jeddah cement plant and analysis of alternative futures predicted by the models. Gaussian diffusion models are validated for both sulfur dioxide and particulates, showing the necessity of considering particle -size distributions rather than assuming average - sized particles.

Working paper, 4. Predicyion of Jeddah cement plant emissions and environnemental evaluation of future scenarios [texte imprimé] / West, S. A. ; Nasralla, M. N.  . -  University of Arizona King Abdulaziz University . - University of Arizona King Abdulaziz University, [s.d].
ISSN : CI-09830
The research described consiste of air quality modeling for the Jeddah cement plant and analysis of alternative futures predicted by the models. Gaussian diffusion models are validated for both sulfur dioxide and particulates, showing the necessity of considering particle -size distributions rather than assuming average - sized particles.
Langues : Anglais (eng)

Mots-clés :	Environnement  Pollution atmospherique  Ciment  Déchet industriel  Evaluation environnementale
Index. décimale :	363.7 Environnement : classer ici la protection de l'environnement
Résumé :	The research described consiste of air quality modeling for the Jeddah cement plant and analysis of alternative futures predicted by the models. Gaussian diffusion models are validated for both sulfur dioxide and particulates, showing the necessity of considering particle -size distributions rather than assuming average - sized particles.
Note de contenu :	The research described consiste of air quality modeling for the Jeddah cement plant and analysis of alternative futures predicted by the models. Gaussian diffusion models are validated for both sulfur dioxide and particulates, showing the necessity of considering particle -size distributions rather than assuming average - sized particles.