Ginger Group : Ginger V-SCAN

Ginger V-SCAN

_A specialist in georeferencing and digitising your assets

Ginger V-SCAN is an engineering company specialising in detecting underground networks, topography, mapping and pyrotechnic protection during drilling operations. Ginger V-SCAN works with network managers, underground detection companies, manufacturers and local authorities to detect and locate existing or future networks. Ginger V-SCAN also provides topographic readings and levelling surveys.

_Areas of expertise

Underground network detection
Mapping
Topography
Pyrotechnic protection during drilling operations

_Areas of activity

Building and public works companies
Industrial
Private and public companies
Private individuals

"Supported by Ginger CEBTP's network of agencies, extensive fleet of equipment and fully certified personnel, Ginger VSCAN provides underground network detection and mapping services throughout France. Ginger VSCAN also specialises in protecting drilling tools from coming into contact with a buried explosive remnant during drilling operations, also known as pyrotechnic protection."

Jérôme MOUNIER

CEO of Ginger V-SCAN

Underground network detection

Handling planning permission and planning notification applications
Sensitive and/or non-sensitive network detection
Additional investigations
Locating operations
Securing boreholes
Marking and staking
Live-line work

Mapping

Editing plans
Replacement and relocation of networks
Georeferenced plans of built structures
Digitising assets and archives
Implementing specifications (graphic charter, standards, etc.)
Transforming data into the expected format (e.g. DGN, DWG, SHP, GML, etc.)

Topography

A new survey with planimetric accuracy in accordance with the client’s requirements and the Order of 16 September 2003
Updating plans and support with additional and modified data
Precision rendering and georeferencing of plans/supports

Pyrotechnic protection during drilling operations

Magnetic measurements on the surface
Magnetic measurements inside the borehole, in increments of 2 m up to an average depth of 8 m, to achieve the desired
borehole depth.
Transferring the measurements taken on-site onto a digital map (they are geo-referenced)
Interpreting results
Drawing up protection reports