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A dynamic rate-based amine absorption process model has been developed to predict the dynamic behaviour of CO 2 capture process. The proposed mathematical model, comprised of coupled sets of partial differential algebraic equations, includes the nonlinear behaviour, and was solved using gPROMS. The model was validated using steady-state simulations from Aspen and data available in the literature...
A multi-period optimal energy planning program for Ontario has been developed in mixed-integer non-linear programming using General Algebraic Modeling System, GAMS. The program applies both time-dependent and time-independent constraints. These include, but not limited to, construction time, fluctuation of fuel prices, and CO 2 emission reduction target. It also offer flexibility of fuel balancing...
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