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ℒ1 Adaptive Anti-Slug Control

ACC(2017)

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Abstract
In many multiphase pipeline-riser systems, anti-slug control is necessary to ensure steady and optimal operation. In this paper, we propose using an L-1 adaptive controller as an augmentation to standard PI control to stabilize the desired non-slugging flow regime. The L-1 adaptive controller is designed based on a model identified from an experimental closed-loop step test. The proposed design involves fewer tuning parameters compared to other adaptive control methods and it does not need any observer. We have tested the controller by simulations in both MATLAB and OLGA, and by experiments in a small-scale laboratory. The results show that the proposed solution can stabilize the process outside the stability region of the traditional PI controller.
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Key words
ℒ1 adaptive anti-slug control,multiphase pipeline-riser systems,steady operation,optimal operation,standard PI control,nonslugging flow regime,experimental closed-loop step test,tuning parameters,adaptive control methods,MATLAB,OLGA,stability region
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