Carbon capture, utilization and storage (CCUS) seeks to reduce the impact of carbon dioxide (CO2) emission on the climate by capturing and storing the CO2 in subsurface reservoirs.

Total porosity, specific yield and specific retention can all be directly measured in-situ using lithology-agnostic Nuclear (Borehole) Magnetic Resonance (BMR) technology.

BHR was used to detect and map the reef and surrounding features, allowing us to identify both lateral and vertical changes in the platinum reef.

Borehole breakout analysis of acoustic televiewer images, combined with multi-hole field stress models, can deepen our understanding of the inherent orientated stresses within any rock mass.

Digital Surveying’s hazardous hole deployment system successfully mitigates associated risks while ensuring the capture of high resolution and fully orientated images

Measured hydraulic conductivity from induced flowmeter logging can facilitate better packer siting, fill in the data gaps or replace packer testing all together – all leading to more reliable and higher certainty models.

Integrating the 2D radargram with orientated images from optical and acoustic televiewers, can determine the orientation of the radar reflectors intersected by the borehole.

Borehole geophysical logging is now integral for detailed formation characterization. Comparing it with geotechnical stress-strain tests has enabled a robust workflow and local hazard index derivation.

Joint, 3D interpretation of borehole radar data acquired in an underground three-hole drill fan yields a high certainty interpretation for geological and structural features which were not intersected by the drill holes.