OREVISION®-IP – EXPLORE MORE GROUND FOR LESS MONEY
OreVision®2D can reveal targets at a greater depth than conventional IP without compromising near-surface resolution, even through a conductive layer. OreVision®2D technology enables GRCI to read a large number of dipoles spacings along individual survey lines and combine the results into a 3D interpretation at a price comparable to a conventional IP survey.
OREVISION®3D
OreVision®3D survey is a quasi-3D array that utilizes the already existing 2D in-line setup of OreVision®, while adding a series of the most effective between line readings determined from the analysis of synthetic modelling.
The result is provides the benefits of a 2D in-line array with the added detail of a 3D array, for a lower price than conventional 3D survey arrays.
ARMIT – ACQUIRE TWO EM SURVEYS AT ONCE
The ARMIT TDEM sensor is a 3 component, combined B-field and dB/dt Time Domain Electromagnetics (TDEM) sensor developed for GRCI by Dr. James Macnae of the Royal Melbourne Institute of Technology (RMIT). ARMIT (for GRCI-RMIT) has an excellent signal to noise ratio, in the same range as a SQUID sensor, is robust and reliable from -40 to +50 Celsius, and does not require any hazardous cryogenic liquid to achieve this. ARMIT is the only sensor measuring B-field and B/ t simultaneously, ensuring detection of a broad range of conductance. The ARMIT sensor is complemented with state-of-the-art 24 bit EMIT SMARTem24 receiver.
