Cooperative Game Based Cost Analysis of Multi-Plant Heat Exchanger Network Integration in Chemical Industry Park
AbstractIndustrial energy saving is essential to the plant in the chemical industry park. Heat exchanger network of multi-plant can recover more potential energy. To ensure the network construction successfully, co-construct cost must be allocated reasonably. Cooperative game-theory based approach combines “Core” and “Risk-based Shapley value” with the network structure is put forward to give a contribute-equal cost imputation. A case study which includes three chemical plants is used to describe the approach and shows its practice value. The case study used Risk-based Shapley value illustrated plant which is confronted with high risk-loss will participate in the co-construction with lower cost, which means high risk and high yielded side by side.
How to Cite
Jin Y., Li S., Jiang D., 2017, Cooperative Game Based Cost Analysis of Multi-Plant Heat Exchanger Network Integration in Chemical Industry Park , Chemical Engineering Transactions, 61, 1219-1224.