One model from quay toseabed

Map the terminal and its approach on measured ground, shore to seabed.

Terminals are built on ground someone made, and nearshore development sits in water too shallow for a survey vessel. GroundIQ maps both: reclamation quality, soft pockets and buried channels across the yard, then straight out through the surf zone to the nearshore approach.

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Three decisions GroundIQ changes for terminal and nearshore assets

A terminal, its quay and its approach are usually characterised by three different methods that stop at each other's edges. GroundIQ runs one continuous model across all three, gathered without rigs on the quay or vessels in the channel. The three use-cases below show where it pays off.

Reclaimed ground

Know what the fill is made of. Reclamation quality, soft pockets and buried channels mapped in 3D across the terminal footprint.

Services

Asses
Build the first picture from reclamation records and archive data
Screen
Survey yard and quay without taking a berth out of service

Shallow water and crossings

Measure through the surfzone. Beach, breaker line and shallow seabed covered in one pass, including HDD and outfall crossings.

Services

Screen
Deploy across beach, surf zone  and shallow seabed
Validate
Confirm soft pockets and crossing alignments with targeted investigation

Quays, cranes and berths

Found heavy assets on known ground. Continuous stiffness and layering beneath quay walls, crane rails, tank farms and berth structures.

Services

Screen
Work around vessel movements with no berth downtime
Design
Size quay, crane and berth foundations on the validated model
CASE STUDY

Trusted by infrastructure and geotechnical teams

GroundIQ on Germany's North Sea coast

For TenneT Germany's LanWin1 and LanWin2 offshore grid connections, GroundIQ carried out non-intrusive geophysical surveys, electrical resistivity profiling and 3D ambient noise tomography, across the onshore and nearshore cable route. The geotechnical phase added boreholes and CPTs at 15 locations, four of them in intertidal zones, using a jack-up platform reconfigured for shallow-water work. The combined data now guides cable design, routing, and installation planning.

Non-intrusive
Ambient noise tomography maps subsurface conditions without drilling
15 locations
Boreholes and CPTs, including 4 in nearshore intertidal zones
Lower impact
Shallow-configured jack-up platform reduced seabed disturbance in sensitive coastal areas
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