Abstract
The scheduling of byproduct gases is an important topic in the optimal energy management of steel enterprises. For the past two decades, intensive studies have been implemented on this topic. Because the byproduct gases account for approximately 30% of total energy consumption in steel enterprises, the efficient and effective usage of them is beneficial for both the energy efficiency improvement and the production cost reduction in steel industry. However, due to the complexity of steel-making process, it is difficult to build a comprehensive and reasonable scheduling model to optimise the byproduct gas usage. In this paper, current methods and progresses in byproduct gas scheduling are reviewed and some interesting findings are discussed.
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