Multi-recipe and multi-product blast furnace production planning under carbon cap and trade policy

作者：Yang, Ye; Chen, Weida^*; Wei, Li

来源：Computer Integrated Manufacturing Systems, 2018, 24(12): 2953-2963.

DOI：10.13196/j.cims.2018.12.004

• Cap and trade
• Carbon constraints
• Carbon emissions
• Furnace production
• Mixed integer linear programming model
• Molding methods
• Multiple products
• Production Planning

To explore the effects of Carbon Cap and Trade Policy (CCTP) on the blast furnace production planning and to make reasonable planning schemes, an iron making plant which produced multiple products by multiple recipes was considered, and two production planning mixed integer linear programming models with two types of carbon constraints (periodic carbon constraint and cumulative carbon constraint) under CCTP were constructed based on block molding method. Then, Cplex was used for solving the models and making numerical analysis to verify the effectiveness of the models. The results showed that when carbon price had changed dynamically, the production amounts and the kinds of recipes used at every period did not show periodic characteristics under the cumulative carbon constraint condition, and the production planning was less affected, which was different from the periodic carbon constraint condition. The more increases of carbon cap, the more of total cost reduces under the cumulative carbon constraint condition comparing with the periodic carbon constraint condition. Under the periodic carbon constraint condition, the fluctuation of carbon emission amount was larger and the peak value of carbon emission amount was higher than the cumulative carbon constraint condition.

• 出版日期2018-12-1
• 单位东南大学