About Geological down-the-hole drilling
During early exploration, particularly in ‘greenfield’ areas away from mines or known mineralisation, very little information is known about the rocks. If an exploration company has the budget to drill a few holes and conduct an airborne or ground geophysical survey, they can add value to a project by also.
Geophysical surveys provide information about the physical properties of rocks, such as their density, magnetic properties or electrical conductivity. Explorers undertake.
Most downhole geophysical surveys involve sending a long, thin probe attached to a wire cable down the completed drill hole. Each probe usually contains an energy.
Many factors contribute to the physical properties of a rock, including its formation history, how densely packed the minerals are, the types of minerals present and how they have been altered. The most common properties measured include: .
This data not only provides information about the rocks directly intersected by the drill but can shed light on the rocks up to a few hundred meters around the hole, potentially identifying ore zones that were narrowly missed by the drill hole. The data can also be used to.
A down-the-hole drill, usually called DTH by most professionals, is basically ascrewed on the bottom of a . The fast hammer action breaks hard rock into small cuttings and dust that are evacuated by a fluid (air, water or ). The DTH hammer is one of the fastest ways to drill hard rock. The system is thought to have been invented independently by Stenuic.
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