Smart Levees: levee monitoring with smart linings passes first stress test in real environment To monitor in real time the functionality and tightness of river embankments through the use of “smart” linings, developed through the integration of double-twist mesh reinforced anti-erosion geomats and fiber-optic sensors. This is the goal of the Smart Levee experimentation, funded
CLIENT: Italgas Reti S.p.A.-LARGO REGIO PARCO 11- 10153 Torino (TO) YEAR: 2022 LOCALITY: Contrada (AV) SUBJECT: “POC Project – Monitoring system with fibre optic sensors”. WORK DESCRIPTION: PoC aimed at validating the distributed monitoring system with fibre optic sensors to be installed on gas pipelines. The system, installed on a section of pipeline under pressure
CUSTOMER: University of Padua – Department of Civil, Building and Environmental Engineering-VIA MARZOLO 9-35131 Padova (PD) YEAR: 2021 LOCALITY: Venice Lagoon (VE) SUBJECT: “Venice Lagoon monitoring – “HIETE” project”. WORK DESCRIPTION: Supply and installation of a distributed system with fibre optic sensors for monitoring deformations of borehole soils in the Venice Lagoon within the “HIETE”
CUSTOMER: DG Impianti Industriali S.p.A.-Via Quintiliano 31/A-20138 Milano (MI) YEAR: 2021 LOCALITY: Capo Colonna (KR) SUBJECT: “Monitoring of Eni S.p.A. well area “Cluster Linda” Capo Colonna (KR)”. WORK DESCRIPTION: Supply and installation of a hybrid inclinometer in the vicinity of the archaeological area of Capo Colonna and in correspondence with the Eni S.p.A. site called
CUSTOMER: DG Impianti Industriali S.p.A.-Via Quintiliano 31/A-20138 Milano (MI) YEAR: 2021 LOCALITY: Capo Colonna (KR) SUBJECT: “Monitoring of the Eni S.p.A. wells area “Cluster Linda” Capo Colonna (KR)”. DESCRIPTION OF WORK: Supply and installation of a hybrid inclinometer in the vicinity of the archaeological area of Capo Colonna and in correspondence with the Eni S.p.A.
CLIENT: University of Siena – Centre for GeoTechnologies – Via Vetri Vecchi, 34 – San Giovanni Valdarno (AR) YEAR: 2018 LOCALITY: Chiusi (SI) SUBJECT: ‘Monitoring with fibre optic sensors for the protection and conservation of cultural heritage – CHOF’ WORK DESCRIPTION: Design, supply and installation of a distributed system with fibre optic sensors for the
CUSTOMER: Municipality of Bagnoregio (VT) YEAR: 2018 LOCALITY: Civita di Bagnoregio (VT) SUBJECT: “Monitoring for the study of rock masses in Civita di Bagnoregio with the application of fibre optic sensors”. WORK DESCRIPTION: Supply and installation of distributed monitoring systems with fibre optic sensors on three different areas of the rock masses of Civita di
CLIENT: University of Siena – Centre for GeoTechnologies – Via Vetri Vecchi, 34 – San Giovanni Valdarno (AR) YEAR: 2017 LOCALITY: Massa-Carrara (MS) SUBJECT: “Real-time monitoring of quarry walls using fibre optic sensors”. WORK DESCRIPTION: Supply and installation of distributed fibre optic sensors in Massa-Carrara (MS) at the Lorano2 quarry for deformation monitoring by means
CLIENT: University of Naples PARTHENOPE – Department of Engineering – Directional Centre, Island C4 – Naples YEAR: 2016 LOCALITY: Naples (NA) SUBJECT: “GEOGRID Project WORK DESCRIPTION: Supply and installation of a fibre optic sensor for the distributed monitoring of deformations, by means of 3 lines, and temperature profile reconstruction, by means of 1 line, in
CLIENT: INGV – National Institute of Geophysics and Volcanology – Via Diocleziano, 328 – Naples NA YEAR: 2014 LOCALITY: Pozzuoli (NA) SUBJECT: “VULCAMED Project WORK DESCRIPTION: Supply and installation of a deep temperature and deformation monitoring system with multi-parametric fibre optic sensor installed in Pozzuoli (NA) in the former Copin area.
