Offshore Site Investigation &
Advanced Geotechnical Testing
Key Services Offered
Geonamics (S) Pte Ltd is a SAC-SINGLAS accredited provider of marine geotechnical solutions for offshore and coastal infrastructure across Southeast Asia.
With decades of field experience and a fleet of 10+ purpose-built jack-up barges (operating to ~40 m water depth), we deliver nearshore, offshore and deepwater site investigations, advanced in-situ testing, and real-time data acquisition. We have strong track records of working safely and efficiently in high-traffic corridors — including Temasek Fairway, Sinki Fairway, Keppel Fairway, ALVCC, and Raffles Shoal supporting coastal reclamation, port development, submarine cable landings, and dike/foundation design.
Marine Soil Investigation
- Borehole drilling on jack-up platform (up to 40m below seabed)
- Sampling with thin-walled tube (ASTM D1587) & split-spoon (ASTM D1586)
- Rock coring & recovery analysis (ASTM D2113)
- Drill Rigs: Hydraulic rotary & percussion rigs customised for marine use
- Self-elevating platform equipped with geotechnical drill rig & CPT pushing system
- Data Logging Systems: Real-time acquisition of depth, torque, thrust, and CPT parameters
Seismic & Geophysical Testing
- Crosshole Seismic Tomography (CHT)
- Seismic CPT (SCPT) for shear wave velocity profiling
- Marine MASW and resistivity profiling (TL-ERT)
- Standard Penetration Test (SPT-N)
- Cone Penetration Test (CPTu) with pore pressure measurement
- Pressuremeter Test (PMT)
- Vane Shear Test (VST)
- Piezocone Dissipation Test
Advanced Geotechnical Testing
GEONAMICS’advanced geotechnical testing systems deliver the critical geotechnical parameters needed for the design of offshore foundations and subsea infrastructure, including those for offshore wind, oil and gas, and cable laying projects.
Our Advanced Testing Systems (ISO/IEC 17025 ACCREDITED) include:
- Dynamic Triaxial Testing System
- Dynamic Cyclic Simple Shear System
- Resonant Column System
- Ring Shear System
- Bender Element System
- Constant Rate of Strain System
