1. A model on CO2 emission reduction in integrated steelmaking by optimization methods.
- Author
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Wang, C., Larsson, M., Ryman, C., Grip, C.-E., Wikström, J.-O., Johnsson, A., and Engdahl, J.
- Subjects
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CARBON dioxide , *ENERGY consumption , *STEEL industry , *METAL industry , *CARBON compounds , *STEEL , *ENERGY management , *ENERGY policy , *CLIMATE change - Abstract
The iron and steel industry is a large energy user in the manufacturing sector. Carbon dioxide from the steel industry accounts for about 5–7% of the total anthropogenic CO2 emission. Concerns about energy consumption and climate change have been growing on the sustainability agenda of the steel industry. The CO2 emission will be heavily influenced with increasing steel production in the world. It is of great interest to evaluate and decrease the specific CO2 emission and to find out feasible solutions for its reduction. In this work, a process integration method focusing on the integrated steel plant system has been applied. In this paper, an optimization model, which can be used to evaluate CO2 emission for the integrated steel plant system, is presented. Two application cases of analysing CO2 emission reduction possibilities are included in the paper. Furthermore, the possibility to apply the model for a specific integrated steel plant has been discussed. The research work on the optimization of energy and CO2 emission has shown that it is possible to create a combined optimization tool that is powerful to assess the system performance from several aspects for the steel plant. Copyright © 2008 John Wiley & Sons, Ltd. [ABSTRACT FROM AUTHOR]
- Published
- 2008
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