Experimental and practical prospecting operations confirm the high effectiveness of the remote identification method, delineation of anomalies of an almost unlimited range of minerals and remote acquisition of primary geological and geophysical characteristics of the identified deposits, which are necessary for express assessment of suitability for their commercial development.
Measuring parameters:
| Ore Survey Parameters | Remote Survey Stage | On-site Survey Stage |
| Minimum Area | 100 km2 | 100 km2 |
| Time Frames | Up to 3 months | Up to 6 months |
| Contour border error | +/- 20 m | +/- 5 м |
| Presence | Y/N * | Yes |
| Anomaly detecting accuracy ** | 60-70% | 90-95% |
| Sensing depths | Up to 1,500 m | Up to 1,500 m |
| Tectonic fault network | Provided | Provided |
| Deposit depth accuracy ** | 60-70% | 90–95% |
| Type of reservoir rocks ** | N/A | Yes |
| Direction of layers | N/A | Yes |
| Resources assessment accuracy | No | Yes |
| Recommendation of exploration drilling / trenching | Yes | Yes |
Notes:
* The field stage is carried out only should the positive results are obtained during the remote stage of research.
** Mineral Sample – The sample allows to configure stationary and field equipment what increases the accuracy of the survey.
- We need to know the given mineral background concentration in %,
- 50-70 gram of core-samples with acceptable concentration of each mineral for production development,
- Nearby located drilled well/mine coordinates, its depth and type of ore, concentration of mineral in ore at given depths,
- Lithological description of core main characteristics.
Source Mineral – Spectrum