A simple, graphical approach for complex pressure swing adsorption (PSA) cycle scheduling has been developed based on the unit block concept. This new methodology involves a priori specifying the cycle steps, their sequence, and the number of beds, and then following a systematic procedure that requires filling in a 2-D grid comprised only of the unit block. The outcome or solution is a unit block, which is extended to form the complete cycle schedule. This new approach has been tested successfully against several multi-bed, multi-step cycle schedules taken from the literature. It should thus be very useful for quickly scrutinizing different PSA cycle schedules for possible development into a PSA process.
This preliminary program is subject to change.
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Simplified Graphical Approach for Complex PSA Cycle Scheduling
A simple, graphical approach for complex pressure swing adsorption (PSA) cycle scheduling has been developed based on the unit block concept. This new methodology involves a priori specifying the cycle steps, their sequence, and the number of beds, and then following a systematic procedure that requires filling in a 2-D grid comprised only of the unit block. The outcome or solution is a unit block, which is extended to form the complete cycle schedule. This new approach has been tested successfully against several multi-bed, multi-step cycle schedules taken from the literature. It should thus be very useful for quickly scrutinizing different PSA cycle schedules for possible development into a PSA process.