Practical Issues in Monitoring a Hydrocarbon Cultivation Activity in Italy: The Pilot Project at the Cavone Oil Field

In this paper we describe the results of an experimental implementation of the recent guidelines issued by the Italian regulatory body for monitoring hydrocarbon production activities. In particular, we report about the pilot study on seismic, deformation, and pore pressure monitoring of the Mirando...

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Autores principales: Lucia Zaccarelli, Mario Anselmi, Maurizio Vassallo, Irene Munafò, Licia Faenza, Laura Sandri, Alexander Garcia, Marco Polcari, Giuseppe Pezzo, Enrico Serpelloni, Letizia Anderlini, Maddalena Errico, Irene Molinari, Giampaolo Zerbinato, Andrea Morelli
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Publicado: Frontiers Media S.A. 2021
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spelling oai:doaj.org-article:d75f37a4856340aca9f4eeeec8f092c52021-11-12T09:55:10ZPractical Issues in Monitoring a Hydrocarbon Cultivation Activity in Italy: The Pilot Project at the Cavone Oil Field2296-646310.3389/feart.2021.685300https://doaj.org/article/d75f37a4856340aca9f4eeeec8f092c52021-11-01T00:00:00Zhttps://www.frontiersin.org/articles/10.3389/feart.2021.685300/fullhttps://doaj.org/toc/2296-6463In this paper we describe the results of an experimental implementation of the recent guidelines issued by the Italian regulatory body for monitoring hydrocarbon production activities. In particular, we report about the pilot study on seismic, deformation, and pore pressure monitoring of the Mirandola hydrocarbon cultivation facility in Northern Italy. This site hosts the Cavone oil field that was speculated of possibly influencing the 2012 ML 5.8 Mirandola earthquake source. According to the guidelines, the monitoring center should analyse geophysical measurements related to seismicity, crustal deformation and pore pressure in quasi real-time (within 24–48 h). A traffic light system would then be used to regulate underground operations in case of detecting significant earthquakes (i.e., events with size and location included in critical ranges). For these 2-year period of guidelines experimentation, we analysed all different kinds of available data, and we tested the existence of possible relationship between their temporal trends. Despite the short time window and the scarce quantity of data collected, we performed the required analysis and extracted as much meaningful and statistically reliable information from the data. We discuss here the most important observations drawn from the monitoring results, and highlight the lessons learned by describing practical issues and limitations that we have encountered in carrying out the tasks as defined in the guidelines. Our main goal is to contribute to the discussion about how to better monitor the geophysical impact of this kind of anthropogenic activity. We point out the importance of a wider seismic network but, mostly, of borehole sensors to improve microseismic detection capabilities. Moreover, the lack of an assessment of background seismicity in an unperturbed situation -due to long life extraction activities- makes it difficult to get a proper picture of natural background seismic activity, which would be instead an essential reference information for a tectonically-active regions, such as Northern Italy.Lucia ZaccarelliMario AnselmiMaurizio VassalloIrene MunafòLicia FaenzaLicia FaenzaLaura SandriAlexander GarciaMarco PolcariGiuseppe PezzoEnrico SerpelloniEnrico SerpelloniLetizia AnderliniMaddalena ErricoIrene MolinariGiampaolo ZerbinatoAndrea MorelliFrontiers Media S.A.articleItalian guidelines for monitoring industrial activitiesinduced seismicitypore pressure monitoringdeformation monitoringseismic monitoringScienceQENFrontiers in Earth Science, Vol 9 (2021)
institution DOAJ
collection DOAJ
language EN
topic Italian guidelines for monitoring industrial activities
induced seismicity
pore pressure monitoring
deformation monitoring
seismic monitoring
Science
Q
spellingShingle Italian guidelines for monitoring industrial activities
induced seismicity
pore pressure monitoring
deformation monitoring
seismic monitoring
Science
Q
Lucia Zaccarelli
Mario Anselmi
Maurizio Vassallo
Irene Munafò
Licia Faenza
Licia Faenza
Laura Sandri
Alexander Garcia
Marco Polcari
Giuseppe Pezzo
Enrico Serpelloni
Enrico Serpelloni
Letizia Anderlini
Maddalena Errico
Irene Molinari
Giampaolo Zerbinato
Andrea Morelli
Practical Issues in Monitoring a Hydrocarbon Cultivation Activity in Italy: The Pilot Project at the Cavone Oil Field
description In this paper we describe the results of an experimental implementation of the recent guidelines issued by the Italian regulatory body for monitoring hydrocarbon production activities. In particular, we report about the pilot study on seismic, deformation, and pore pressure monitoring of the Mirandola hydrocarbon cultivation facility in Northern Italy. This site hosts the Cavone oil field that was speculated of possibly influencing the 2012 ML 5.8 Mirandola earthquake source. According to the guidelines, the monitoring center should analyse geophysical measurements related to seismicity, crustal deformation and pore pressure in quasi real-time (within 24–48 h). A traffic light system would then be used to regulate underground operations in case of detecting significant earthquakes (i.e., events with size and location included in critical ranges). For these 2-year period of guidelines experimentation, we analysed all different kinds of available data, and we tested the existence of possible relationship between their temporal trends. Despite the short time window and the scarce quantity of data collected, we performed the required analysis and extracted as much meaningful and statistically reliable information from the data. We discuss here the most important observations drawn from the monitoring results, and highlight the lessons learned by describing practical issues and limitations that we have encountered in carrying out the tasks as defined in the guidelines. Our main goal is to contribute to the discussion about how to better monitor the geophysical impact of this kind of anthropogenic activity. We point out the importance of a wider seismic network but, mostly, of borehole sensors to improve microseismic detection capabilities. Moreover, the lack of an assessment of background seismicity in an unperturbed situation -due to long life extraction activities- makes it difficult to get a proper picture of natural background seismic activity, which would be instead an essential reference information for a tectonically-active regions, such as Northern Italy.
format article
author Lucia Zaccarelli
Mario Anselmi
Maurizio Vassallo
Irene Munafò
Licia Faenza
Licia Faenza
Laura Sandri
Alexander Garcia
Marco Polcari
Giuseppe Pezzo
Enrico Serpelloni
Enrico Serpelloni
Letizia Anderlini
Maddalena Errico
Irene Molinari
Giampaolo Zerbinato
Andrea Morelli
author_facet Lucia Zaccarelli
Mario Anselmi
Maurizio Vassallo
Irene Munafò
Licia Faenza
Licia Faenza
Laura Sandri
Alexander Garcia
Marco Polcari
Giuseppe Pezzo
Enrico Serpelloni
Enrico Serpelloni
Letizia Anderlini
Maddalena Errico
Irene Molinari
Giampaolo Zerbinato
Andrea Morelli
author_sort Lucia Zaccarelli
title Practical Issues in Monitoring a Hydrocarbon Cultivation Activity in Italy: The Pilot Project at the Cavone Oil Field
title_short Practical Issues in Monitoring a Hydrocarbon Cultivation Activity in Italy: The Pilot Project at the Cavone Oil Field
title_full Practical Issues in Monitoring a Hydrocarbon Cultivation Activity in Italy: The Pilot Project at the Cavone Oil Field
title_fullStr Practical Issues in Monitoring a Hydrocarbon Cultivation Activity in Italy: The Pilot Project at the Cavone Oil Field
title_full_unstemmed Practical Issues in Monitoring a Hydrocarbon Cultivation Activity in Italy: The Pilot Project at the Cavone Oil Field
title_sort practical issues in monitoring a hydrocarbon cultivation activity in italy: the pilot project at the cavone oil field
publisher Frontiers Media S.A.
publishDate 2021
url https://doaj.org/article/d75f37a4856340aca9f4eeeec8f092c5
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