The paper will present a system, jointly developed by ENEA, GAMMATOM (now TEORIA) and University of Rome in the frame of an EU project, aimed at providing enhanced monitoring and diagnostics functionality for multiphase transportation flowlines. The system has been installed and tested in the Trecate Multiphase Test Loop (ENI-AGIP E&P Division). In the first section the paper will present a Data Fusion approach to improve the performance capability of multiphase flowmeters, exploiting techniques such as neural networks and fuzzy logic. In the second part, it will describe the application of the Data Fusion approach within the MEF (Multiphase Expert Flowmeter) system.
HIGH ACCURACY AND DATA FUSION IN THE ON LINE MEASUREMENT OF MULTIPHASE FLOWRATE / Annunziato, M.; Bruschi, R.; Casasanta, V.; Latini, R.; Pizzuti, S.; Stringola, R.; Bilardo, Ugo; Alimonti, Claudio; Manili, P. L.. - STAMPA. - (2000), pp. 45-55. (Intervento presentato al convegno 7° Conv. Int. su "Fluidodinamica Multifase nell'Impiantistica Industriale" tenutosi a Bologna nel settembre 13-15).
HIGH ACCURACY AND DATA FUSION IN THE ON LINE MEASUREMENT OF MULTIPHASE FLOWRATE
BILARDO, Ugo;ALIMONTI, Claudio;
2000
Abstract
The paper will present a system, jointly developed by ENEA, GAMMATOM (now TEORIA) and University of Rome in the frame of an EU project, aimed at providing enhanced monitoring and diagnostics functionality for multiphase transportation flowlines. The system has been installed and tested in the Trecate Multiphase Test Loop (ENI-AGIP E&P Division). In the first section the paper will present a Data Fusion approach to improve the performance capability of multiphase flowmeters, exploiting techniques such as neural networks and fuzzy logic. In the second part, it will describe the application of the Data Fusion approach within the MEF (Multiphase Expert Flowmeter) system.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
