Side Scan Sonar
Using high-frequency sonar pulses to generate high-resolution seafloor imagery which can be used for the mapping of both natural features and seafloor debris.
Applications
- Seafloor mapping
- Hazard identification
Method
The Side Scan Sonar method uses high-frequency sonar pulses to generate high-resolution seafloor imagery which can be used for the mapping of both natural features and seafloor debris.
Data Analysis & Presentation
Analysis of the collected SSS involves manually reviewing data imagery to delineate surface materials (e.g. surface gravels, rocks) or to identify seafloor hazards such as wrecks, waste material or remnant infrastructure.
Tailings Management: Get in touch
Consider a 'Tailings First' approach for your facility and avoid creating a potentially catastrophic risk for the environment.
GBG combines industry-proven geophysical methods, geotechnical physical characterisation, hydrogeological modeling and assessment, and airborne methods for point-based data capture in assessing your requirements. Talk to us today for more information regarding this essential service for your tailings facility.
Case Studies
GBG has completed over 1000 projects since its conception with multiple stakeholders and countless clients. GBG is proud to showcase some of these projects.
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