Aerogeophysical Surveys
Involve studying geological structures from the air using magnetic, gamma-spectrometric, gravimetric, and other geophysical methods
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Main Survey Methods:
- Aeromagnetic and magneto-gradiometric surveys;
- Aerogamma spectrometric surveys;
- Airborne gravimetric surveys;
- Integrated aerogeophysical surveys;
- Comprehensive data processing and interpretation;
- Airborne electrical prospecting using the EQUATOR system;
- Hydrogeological investigations using the EQUATOR complex
Objectives of Aerogeophysical Investigations
- Regional and detailed geological mapping;
- Exploration and evaluation of mineral deposits;
- Study of tectonics and deep crustal structures;
- Identification of areas prospective for mineral resource exploration and extraction;
- Engineering-geological investigations and environmental monitoring.
Advantages of Aerogeophysical Surveys:
- Coverage of large areas in a short time
- High density and integrated data sets
- Capability to survey inaccessible or hazardous areas
- More cost-effective compared to many ground methods
- Production of digital models and 3D maps for advanced analysis
- Compatibility with GIS and satellite data for enhanced interpretation
EQUATOR Complex
The EQUATOR complex is designed for airborne geophysical surveying and supports a wide range of geological and exploration tasks. It includes:
- Airborne electrical prospecting system using transient process methods
- Aeromagnetic system
- Aero-gamma spectrometer (NaI(Tl) 48 l, energy resolution 8% @ 0.662 MeV)
- High-precision navigation and data acquisition systems
- Automatic processing software for airborne geophysical data
Examples of Projects
How We Work: Proven Methods
and Modern Solutions
and Modern Solutions
Bainazar Integrated Airborne Survey
Comprehensive aeromagnetic and aero-gamma spectrometric survey in the Karaganda region covering 4,008 line km at 1:10,000 scale. Flights were conducted with terrain-following at an average flight height of 72 m.
Results included maps of magnetic and radiometric anomalies and a digital database of magnetometric and radiometric data for further exploration
Results included maps of magnetic and radiometric anomalies and a digital database of magnetometric and radiometric data for further exploration
Staropyatigorskoye and Yuzhnoye Prospect Airborne Survey
In 2024, low-altitude aeromagnetic survey with UAV was conducted over an area of 11.5 km² at 1:10,000 scale, with 126 line km of profiles. Prior to the survey, aerial photography was carried out and a digital terrain model constructed.
The project produced numerical datasets and anomalous magnetic field maps, 3D geomagnetic models, and interpreted structural zones recommended for follow-up exploration for Cu, Pb and Au.
The project produced numerical datasets and anomalous magnetic field maps, 3D geomagnetic models, and interpreted structural zones recommended for follow-up exploration for Cu, Pb and Au.
Advanced Airborne Survey in the Mangystau Region
2021–2023: Regional-scale airborne geophysical works were completed to establish a geophysical basis for GHK-200, GDP-200 and GGK-200 programs.
This included magnetic, gamma-spectrometric and ground gravimetric surveys, generating interpreted data and identification of priority targets for further mineral and hydrocarbon exploration.
This included magnetic, gamma-spectrometric and ground gravimetric surveys, generating interpreted data and identification of priority targets for further mineral and hydrocarbon exploration.
Project defense
Transfer of materials to the client
Report preparation
Interpretation of results
Technical report
Data processing and interpretation
Demobilization from the site
Fieldwork
Preparation.
Mobilization
Mobilization
Conclusion of a contract
HOW WE WORK
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