Pipeline supervision: Comparative evaluation of different models for leak detection and localization
Title
Pipeline supervision: Comparative evaluation of different models for leak detection and localization
Subject
Computational modeling
Distributed Systems
Environmental and Safety Systems
Equations
Fault and Uncertainty Modeling in Dynamical systems
Mathematical model
Monitoring
Non-linear observers
Observers
Pipelines
Process Supervision
Transfer functions
Description
The paper deals with the comparison of different mathematical models with regard to their usage in the model-based leak-monitoring scheme. The pipeline is represented as a two-port system. Three models are compared: a nonlinear distributed parameters model, a linearised model whose transcendent transfer function is obtained by a Laplace transformation and corresponding initial and boundary conditions and a simplified lumped parameter model which is obtained by the Padé approximation. All three models are tested on a real pipeline data with an artificially generated leak.
510-513
Creator
D. Matko
G. Geiger
Publisher
2001 European Control Conference (ECC)
Date
2001
Type
conferencePaper
URL
10.23919/ECC.2001.7075958
Collection
Citation
D. Matko and G. Geiger, “Pipeline supervision: Comparative evaluation of different models for leak detection and localization,” Lamar University Midstream Center Research, accessed May 14, 2024, https://lumc.omeka.net/items/show/27259.