Borehole geophysical logging methods are ideally suited for shallow, near surface environmental applications and a results-proven record for delivering quality data for the exploration, characterisation, performance and environmental monitoring of ground water well.
Contaminant Hydrogeology and Hydrostratigraphic Lithology Delineation
- ELOG Combination Gamma, SP, SPR, 16-64-inch normal resistivity tool
- Spectral Gamma Ray
- BMR, Borehole Magnetic Resonance for hydrogeologic properties (porosity, specific yield, hydraulic conductivity)
- NEU, Neutron
- Fluid temperature and conductivity
Ground Water and Vadose Zone Characterization
- Natural Gamma
- ELOG Combination Gamma, SP, SPR, 16-64-inch normal resistivity tool
- NEU, Neutron
- BMR, Borehole Magnetic Resonance for hydrogeologic properties (porosity, specific yield, hydraulic conductivity)
Map and Characterize Subsurface Infrastructure
- Natural Gamma
- FWS, Sonic porosity
- DEN, Density porosity calculated from in-situ compensated density
Subsurface Migration of Hazardous Wastes
- BMR, Borehole Magnetic Resonance for hydrogeologic properties (porosity, specific yield, hydraulic conductivity)
- NEU, Neutron
- High Resolution Acoustic televiewer
- High Resolution Optical televiewer
- Impeller Flowmeter
- Induced Polarization
Surface Equipment
- 1000m/2000m Winch
- The standard unit for truck-mounted operations in deep boreholes, the 2000m
- winch includes an integral depth wheel and an automatic level wind