Embedding monitoring systems for cured-in-place pipes

Enrico Napoli, Leonardo Mistretta, Antonino Valenza, Giuseppe Costantino Giaconia, Francesco Di Puma, Chiara Gianguzzi, Marco Lo Presti

Risultato della ricerca: Conference contribution

Abstract

This paper proposes a non-intrusive electrical measurement system for monitoring some relevant parameters in pipeline systems. Temperature and flow-rate are monitored, using MEMS sensors. The flow-rate is evaluated by measuring pipe vibration, with a 3 axis accelerometer, induced by turbulence when fluid flows within the tube. The sensors are embedded, during the curing process of the cured-in-place pipes, in the pipes wall making the system suitable to be installed in renewed or new pipeline. The first experimental results show that it may be possible to obtain, at low-cost, a fully monitored distribution network.
Lingua originaleEnglish
Titolo della pubblicazione ospiteApplications in Electronics Pervading Industry, Environment and Society
Pagine12-17
Numero di pagine6
Stato di pubblicazionePublished - 2017

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Pipe
Monitoring
Pipelines
Flow rate
Sensors
Accelerometers
Electric power distribution
MEMS
Curing
Flow of fluids
Turbulence
Costs
Temperature

All Science Journal Classification (ASJC) codes

  • Industrial and Manufacturing Engineering

Cita questo

Napoli, E., Mistretta, L., Valenza, A., Giaconia, G. C., Di Puma, F., Gianguzzi, C., & Lo Presti, M. (2017). Embedding monitoring systems for cured-in-place pipes. In Applications in Electronics Pervading Industry, Environment and Society (pagg. 12-17)

Embedding monitoring systems for cured-in-place pipes. / Napoli, Enrico; Mistretta, Leonardo; Valenza, Antonino; Giaconia, Giuseppe Costantino; Di Puma, Francesco; Gianguzzi, Chiara; Lo Presti, Marco.

Applications in Electronics Pervading Industry, Environment and Society. 2017. pag. 12-17.

Risultato della ricerca: Conference contribution

Napoli, E, Mistretta, L, Valenza, A, Giaconia, GC, Di Puma, F, Gianguzzi, C & Lo Presti, M 2017, Embedding monitoring systems for cured-in-place pipes. in Applications in Electronics Pervading Industry, Environment and Society. pagg. 12-17.
Napoli E, Mistretta L, Valenza A, Giaconia GC, Di Puma F, Gianguzzi C e altri. Embedding monitoring systems for cured-in-place pipes. In Applications in Electronics Pervading Industry, Environment and Society. 2017. pag. 12-17
Napoli, Enrico ; Mistretta, Leonardo ; Valenza, Antonino ; Giaconia, Giuseppe Costantino ; Di Puma, Francesco ; Gianguzzi, Chiara ; Lo Presti, Marco. / Embedding monitoring systems for cured-in-place pipes. Applications in Electronics Pervading Industry, Environment and Society. 2017. pagg. 12-17
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abstract = "This paper proposes a non-intrusive electrical measurement system for monitoring some relevant parameters in pipeline systems. Temperature and flow-rate are monitored, using MEMS sensors. The flow-rate is evaluated by measuring pipe vibration, with a 3 axis accelerometer, induced by turbulence when fluid flows within the tube. The sensors are embedded, during the curing process of the cured-in-place pipes, in the pipes wall making the system suitable to be installed in renewed or new pipeline. The first experimental results show that it may be possible to obtain, at low-cost, a fully monitored distribution network.",
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AU - Gianguzzi, Chiara

AU - Lo Presti, Marco

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AB - This paper proposes a non-intrusive electrical measurement system for monitoring some relevant parameters in pipeline systems. Temperature and flow-rate are monitored, using MEMS sensors. The flow-rate is evaluated by measuring pipe vibration, with a 3 axis accelerometer, induced by turbulence when fluid flows within the tube. The sensors are embedded, during the curing process of the cured-in-place pipes, in the pipes wall making the system suitable to be installed in renewed or new pipeline. The first experimental results show that it may be possible to obtain, at low-cost, a fully monitored distribution network.

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