As a consequence of problems ensuing from complicated sediment cowl, a number of geophysical strategies had been unable to reliably pinpoint deeper targets on the Silver Mountain mission. This led Eagle Mountain to deploy Fleet House’s ExoSphere answer, to generate high-resolution 3D imaging of their goal zones as much as 2.5 km in depth.
The subsurface insights revealed new indicators of large-scale mineralized techniques — figuring out deep porphyry-style targets and surrounding alteration zones.
The survey additionally enhanced Eagle Mountain’s understanding of regional constructions, such because the Breakaway fault system working NNW-SSE within the Scarlett space, delivering new findings about constructions regarded as controlling mineralization within the area.
Velocity zones per porphyry-style intrusions had been additionally discovered, figuring out beforehand unknown large-scale targets within the mission’s unexplored western goal zone. On account of the brand new findings, Eagle Mountain stated they’re accelerating their exploration actions on the web site.
“The actual-time 3D imaging capabilities of Fleet House’s end-to-end answer, ExoSphere, helped us quickly improve our geological understanding of the Silver Mountain mission, cut back uncertainty, and ship a number of high-priority targets for additional exploration,” Eagle Mountain CEO Tim Mason stated in a information launch.
“The insights we gained from the ExoSphere survey have unlocked the geological potential of our Silver Mountain mission, solidifying its place in our exploration technique shifting ahead.”