Integrated monitoring system for Oil&Gas activities
Client:
Aleanna Resources LLC
Period:
November 2017 – March 2021
Location:
Emilia Romagna Region (Italy)
Technologies:
GNSS and Satellite SAR Interferometry
Integrated monitoring system for Oil&Gas activities
Client:
Aleanna Resources LLC
Period:
November 2017 – March 2021
Location:
Emilia Romagna Region (Italy)
Technologies:
Terrestrial SAR Interferometry
Problem
Ensure continuous monitoring for environmental purposes of an area at a future gas production site.
Problem
Ensure continuous monitoring for environmental purposes of an area at a future gas production site.
Solution
A combined approach was implemented, including a GNSS system installed in proximity of a future gas production well site and an ADInSAR (Advanced Satellite SAR Interferometry) historical analysis, to ensure the characterization of the area in terms of subsidence and allow a continuous monitoring of the area in preparation of the production phase and possible subsidence induced effects at surface. In addition, the installation of other GNSS systems and of a set of corner reflectors is planned over the area in the near future, during the phase 2 of the work.
Solution
A combined approach was implemented, including a GNSS system installed in proximity of a future gas production well site and an ADInSAR (Advanced Satellite SAR Interferometry) historical analysis, to ensure the characterization of the area in terms of subsidence and allow a continuous monitoring of the area in preparation of the production phase and possible subsidence induced effects at surface. In addition, the installation of other GNSS systems and of a set of corner reflectors is planned over the area in the near future, during the phase 2 of the work.
Results
The whole area of about 90 km2 has been carefully characterized, identifying ongoing phenomena and seasonal small-scale deformation at surface. At the same time, a satellite-based monitoring has been set up and will allow to enter safely into the production phase, as soon as this will start, in accordance with environmental laws and requirements.
Results
The whole area of about 90 km2 has been carefully characterized, identifying ongoing phenomena and seasonal small-scale deformation at surface. At the same time, a satellite-based monitoring has been set up and will allow to enter safely into the production phase, as soon as this will start, in accordance with environmental laws and requirements.
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