Like land magnetometry, the passive geophysical technique is based on detecting variations in the total magnetic field of the underlying seafloor.
Like land magnetometry, the passive geophysical technique is based on detecting variations in the total magnetic field of the underlying seafloor.
The magnetometer is typically towed about 2 to 2½ boat-lengths behind the boat, so the ship’s magnetic field does not interfere with the magnetic measurements. Any surface features that may have significant effect on the results are either omitted from the dataset or avoided to reduce contamination.
The layback of the magnetometer and its depth are recorded in the data file and the software corrects the position of the magnetometer automatically. The data is located using a high accuracy DGPS receiver on the boat. Detail is obtained by collecting data at a constant and slow pace at evenly spaced lines and along the same plane.
The technique has typically worked alongside seismic geophysics to provide additional information on bedrock and to image or monitor sediment built up.
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.
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