Home - NHAZCA | Natural HAZards Control and Assessment

High technology for the protection of land and infrastructure.

Because true innovation is a common heritage.

Prevention down to the smallest detail.

Because every day we look to the future.

Monitoring as mission.

Because safety is also a matter of

millimeters.

OUR MISSION

Our mission is to provide efficient, reliable and innovative consulting and services for the analysis and monitoring of natural hazards and large infrastructures.

NHAZCA offers cutting-edge solutions in the fields of geology, civil engineering and infrastructure projects, asset management and urban and territorial planning, global insurance market and cultural heritage for the protection of goods and people. This through innovative remote sensing and monitoring techniques from satellite, aerial and terrestrial platforms, also developed through constant collaboration with the world of academic research.

Our work is based on the constant research of excellence and the continuous improvement of the quality of services through an accurate identification of our customers’ needs and expectations.

LEARN MORE

TECHNOLOGIES

NHAZCA is international leader in monitoring through innovative technologies such as the Terrestrial (TInSAR) and Satellite (DInSAR & A-DInSAR) SAR Interferometry. Thanks to the specific properties of radar sensors, such solutions allow the measurement and control of surface displacements of the ground and structures with millimeter accuracy.

NHAZCA has also developed the PhotoMonitoring^TM technology which allows to monitor with extreme precision, thanks to specific hardware and software, changes and surface movements of structures and terrain through the use of images acquired from different platforms (terrestrial, aerial, satellite) and sensors (optical, multispectral, infrared, radar).

The use of such solutions, integrated with other techniques such as Laser Scanner surveys, aerial photogrammetry by drones, gigapixel acquisitions and the most advanced monitoring sensors, constitute the range of cutting-edge possibilities that NHAZCA makes available to its customers, in line with the most specific and current needs for analysis, monitoring and forecasting, also with a view to safeguarding goods and people.

SAR INTERFEROMETRY

PHOTOMONITORING

CASE STUDIES

Geotechnical and structural monitoring as part of the completion of a road section

Deformation monitoring of buildings interfering with gravitational slope instability processes

Monitoring for in-service control of a highway section affected by a landslide process

Emergency monitoring of a landslide for public safety

MUSAR – Data Fusion & Smart Automatic Classification of Satellite Multi-sensor/Multiband SAR and Optical Data

Satellite Monitoring of The Bell Towers in The Historic Centre of Venice and its Estuary

Geomorphological analysis of coastal erosion processes

Integrated monitoring system for Oil&Gas activities

Geotechnical and structural monitoring as part of the completion of a road section

Monitoring for in-service control of a highway section affected by a landslide process

Historical displacement analysis of an earth dam

Continuous monitoring for the reopening of a road section affected by a landslide event

Identification of deformation processes prior to the collapse of a viaduct

Continuous monitoring as part of road infrastructure construction works

Investigation of a glacier moraine in Antarctica

Historical analysis of the state of activity of a landslide in a desert area

Satellite Monitoring of The Bell Towers in The Historic Centre of Venice and its Estuary

Design of a monitoring system for a monumental asset

Continuous monitoring of a cultural heritage site

3D surveying of an archaeological site

Deformation monitoring of buildings interfering with gravitational slope instability processes

Emergency monitoring of a landslide for public safety

Geomorphological analysis of coastal erosion processes

Continuous monitoring for the reopening of a road section affected by a landslide event

Continuous monitoring as part of road infrastructure construction works

Investigation of a glacier moraine in Antarctica

Historical analysis of the state of activity of a landslide in a desert area

Analysis of surface displacements in urban areas

Urban design for post-earthquake reconstruction

Regional seismic microzonation studies

Seismic microzonation surveys and studies at local level

Integrated monitoring system for Oil&Gas activities

Ground monitoring supporting Oil&Gas activities

ENOS – ENabling Onshore CO2 Storage in Europe

MUSAR – Data Fusion & Smart Automatic Classification of Satellite Multi-sensor/Multiband SAR and Optical Data

MARIIS – All-Weather monitoring of hydrogeological risk for road and rail infrastructure

ENOS – ENabling Onshore CO2 Storage in Europe

Experimental monitoring site on a large landslide

OUR NUMBERS

452

CUSTOMERS

DEVELOPED TECHNOLOGIES

329160

HOURS OF MONITORING

WHERE WE WORK

MAIN CUSTOMERS

NHAZCA S.r.l.
VAT number: 10711191006
REA: RM-1250972
Share capital: 100.000 €
Univocal code: W7YVJK9

Registered office
Via Vittorio Bachelet, 12
00185 Rome (Italy)

Ph.: (+39) 06 95.065.820
PEC: nhazcasrl@pec.it
E-mail: info@nhazca.com

OUR MISSION

TECHNOLOGIES

CASE STUDIES

Geotechnical and structural monitoring as part of the completion of a road section

Deformation monitoring of buildings interfering with gravitational slope instability processes

Monitoring for in-service control of a highway section affected by a landslide process

Emergency monitoring of a landslide for public safety

MUSAR – Data Fusion & Smart Automatic Classification of Satellite Multi-sensor/Multiband SAR and Optical Data

Satellite Monitoring of The Bell Towers in The Historic Centre of Venice and its Estuary

Geomorphological analysis of coastal erosion processes

Integrated monitoring system for Oil&Gas activities

Geotechnical and structural monitoring as part of the completion of a road section

Monitoring for in-service control of a highway section affected by a landslide process

Historical displacement analysis of an earth dam

Continuous monitoring for the reopening of a road section affected by a landslide event

Identification of deformation processes prior to the collapse of a viaduct

Continuous monitoring as part of road infrastructure construction works

Investigation of a glacier moraine in Antarctica

Historical analysis of the state of activity of a landslide in a desert area

Satellite Monitoring of The Bell Towers in The Historic Centre of Venice and its Estuary

Design of a monitoring system for a monumental asset

Continuous monitoring of a cultural heritage site

3D surveying of an archaeological site

Deformation monitoring of buildings interfering with gravitational slope instability processes

Emergency monitoring of a landslide for public safety

Geomorphological analysis of coastal erosion processes

Continuous monitoring for the reopening of a road section affected by a landslide event

Continuous monitoring as part of road infrastructure construction works

Investigation of a glacier moraine in Antarctica

Historical analysis of the state of activity of a landslide in a desert area

Analysis of surface displacements in urban areas

Urban design for post-earthquake reconstruction

Regional seismic microzonation studies

Seismic microzonation surveys and studies at local level

Integrated monitoring system for Oil&Gas activities

Ground monitoring supporting Oil&Gas activities

ENOS – ENabling Onshore CO2 Storage in Europe

MUSAR – Data Fusion & Smart Automatic Classification of Satellite Multi-sensor/Multiband SAR and Optical Data

MARIIS – All-Weather monitoring of hydrogeological risk for road and rail infrastructure

ENOS – ENabling Onshore CO2 Storage in Europe

Experimental monitoring site on a large landslide

OUR NUMBERS

WHERE WE WORK

MAIN CUSTOMERS

SUBSCRIBE TO OUR NEWSLETTER