GNPP Aerogeophysica is a leading Russian company and one of world leaders in the area of providing airborne geophysical services.
Every year, in Russia and abroad, GNPP Aerogeophysika carries up to 400,000 linear km of high resolution airborne geophysical surveys at various scales.
The company possesses a large arsenal of the most modern airborne geophysical equipment:
- Airplane and helicopter-based EM survey systems of various modifications;
- Airborne gravimeter GT-2M;
- Multi-channel, high resolution gamma-ray spectrometers;
- High-precision, cesium magnetometers-gradiometers;
- Equipment for conducting infrared heat and aerosol and gas profiling aerial surveys;
- Satellite navigation system.
The company’s staff includes 70 professionals backed up by 40 years of tradition and experience in developing, implementing, and carrying out virtually all types of airborne surveys resulting in the discovery of gold, diamond, bauxite, and other mineral deposits in the former Soviet Union.
The company specialists carried out a large amount of work on mapping and assessing radioactive contamination in Belarus, Moldova, Russia and Ukraine, which developed as a result of the accident at the Chernobyl nuclear power plant.
A special achievement of the company is the practical implementation of airborne gravimetric methods into the aerogeophysical surveys.
As of today, the company has developed unique experience in medium-scale airborne gravity and magnetic surveys, as well as unique methods of processing and interpretation of the collected data for a wide range of geological exploration tasks.
Availability of modern technology, highly skilled personnel, continuity, and experience assure the reliability and quality of work performed by GNPP Aerogeofizika.
GNPP Aerogeophysica is capable of performing high-precision airborne geophysical surveys, including:
- Gravimetry
- Airborne magnetic surveys (gradiometry)
- Airborne EM surveys of various modifications
- Airborne gamma-spectrometry
- Airborne IR surveys
as well as the aggregation of these technologies in case of their methodological and operational compatibility across all continents, under the most diverse climatic and geomorphological conditions.
