Abstract
Rising costs of natural resources have forced designers to seek more efficient processing schemes, but practical applications have been limited because of operational difficulties. A design approach is proposed which considers economic and dynamic aspects simultaneously. Optimisation of dynamic behaviour is achieved by a bounding technique based on Lagrangian theory taking advantage of the typical modular structure of processing installations. The theoretical derivation of the new approach is followed by a case study of heat-integrated distillation columns, whose results demonstrate the utility of the method.
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