Initial Exploration Services was built on a solid foundation of gravity and magnetic surveys. Potential field surveys account for the majority of our annual projects nationally and internationally and we are widely considered world leaders in this field. With our inventory of 10 CG5s and CG6s, we are capable of conducting small micro-gravity/geotechnical projects all the way up to massive, regional geoid projects.
We have experience in every type of climate and terrain and have developed unique field procedures to get the job done safely.
Initial Exploration Services was the first to incorporate both UAV and GPR acquired digital elevation models to process the most rigorous terrain correction in the industry.
1 of 6500 gravity stations used to create the new geoid model for the Sultanate of Oman.
Gravity is used for geological and structural reconnaissance to determine rock type, soil compaction, the presence of water and to create plausible deposit models: (greenstone belts, sedimentary basins, ultramafic rocks, granitic batholiths, karst, calderas, volcanic domes, structural corridors and faults).
Gravity is used for geological and structural mapping to directly delineate ore-bearing structures: (skarns, horsts, grabens, brecchias, silicification and alteration or intense fracture zones).
Gravity is used for the direct detection of either excess of mass: (massive sulphide deposits associated with nickel, chromite ore, banded iron formations, stock works, and barite deposits) or depletion of mass: (coal, lignite, salt deposits, placer, karst and kimberlites).
Gravity is used where seismic imaging has been challenged by complex geology, crew safety or practical inaccessibility. Gravity is used to map the subsurface structures under thick salt and in volcanic provinces where seismic methods have imaging problems.
Gravity is used to measure the density change in an oil reservoir assisting in the oil and gas estimate and recovery process.
Gravity is used for:
The Gravilog™ slim-hole probe is designed to be deployed down to a depth of 2,400 meters inside smaller (NQ) boreholes with deviations from vertical to up to 60 degrees.
Scintrex integrates several other auxiliary systems with the Gravilog™ system for a complete borehole logging tool. The Gravilog™ probe includes a pressure and temperature sensor, a NaI natural gamma module and a sidewall clamp.
Logging gravity measurements down a borehole is now almost as easy as taking surface gravity measurements.
The Scintrex Gravilog
Magnetics are used to understand the general structure of underlying rock by identifying faults and folds otherwise hidden beneath the surface.
Magnetics are used to discover and evaluate the size and shape of ore bodies by mapping the magnetism of underlying rocks.
Magnetics are used to define deposits:
Iron ore, gold, copper, zinc, nickel, diamonds, chromite, manganese, asbestos.
Magnetics are used to determine depth to basement rocks and to locate and define the extent of sedimentary basins.
Magnetics are used to identify demagnetised rocks produced by the heat of geothermal activity; potential epithermal gold deposits.
AeroVision Drone-MAG is the latest advancement in UAV geophysics. These low altitude aeromagnetic surveys produce high resolution data, at regular intervals, 10 times faster than a conventional ground mag survey at a fraction of the cost.
AeroVision Drone-MAG is proven technology and has flown thousands of line kilometers. There is a time and place for drone mag. When it is determined to be that time and place, nothing compares to our aeromagnetic survey drones when performing magnetic surveys in remote exploration environments.
Aero Vision (Drone Mag)