Climate change and Ecosystem

CO2 capture and sequestration

Carbon dioxide Capture and insulation (CCS) is a major system to drop the emigrations from centralized large artificial shops. Multi-period planning and design of CCS is still a gruelling problem. In this work, a superstructure- grounded fine model for the design and planning of multi-period CO2 transport channel network is presented. The mapping between prevalence matrix and channel structure is employed and the model is formulated within a mixed integer nonlinear optimization frame where the objective function is to maximize the profit of CCS while satisfying mass, pressure drop and sense constraints. A real life illustration is studied to demonstrate the advantages of our proposed approach.