Multi-technology separation system synthesis

We address the synthesis of separation systems when multiple technologies are available. Since different technologies exploit different properties, we introduce a component ranking system based on those properties and use it to (1) construct matrices that identify possible separation splits and (2) generate a networkbased superstructure that encompasses numerous promising configurations comprising multiple separation technologies. Each separation split is performed in a separation block representing a set of operations enabling sharp separation. The approach adopts a generalized problem statement which allows us to consider the simultaneous synthesis of separation and reactor systems. We present three examples to illustrate the applicability of the approach.