Home » Power Metal Resources (POW) » Power Metal #POV Molopo Farms Complex – Geophysics Update T1-14

Power Metal #POV Molopo Farms Complex – Geophysics Update T1-14


Power Metal #POV Molopo Farms Complex – Geophysics Update T1-14


On 20 October 2022 the Company announced an update regarding the ongoing drilling programme and the link to this announcement is below:


Further detailed work in regard to the moving loop electromagnetic (“MLEM”) survey results over the target area T1-14 has been ongoing, with an update relating to those results presented herein.


 A geophysical electromagnetic (“EM”) ‘superconductor’ has now been identified at target area T1-14, with a conductance reading akin to that of massive sulphides. 1

 As a result, the superconductor at target area T1-14 has been upgraded to priority status and will be subject to diamond drilling in the coming weeks, being now the strongest MLEM conductor identified on the Project to date.

 Diamond drilling at target area T1-14 will commence after the completion of diamond drillholes DDH1-6B and DDH1-6B(2), both targeting the conductor identified within target area T1-6.

Paul Johnson, Chief Executive Officer of Power Metal Resources PLC commented:

The momentum at our Molopo Farms Complex Project continues to build and we now have four Company designated priority (A+) targets that we plan to test during the ongoing drilling campaign.

The results from the extra MLEM work over target area T1-14 are quite definitive and have resulted in the upgrade of this target area following the identification of a superconductor.

I appreciate that the mineral discoveries under cover that we seek at Molopo Farms, and at other Company interests, often require a long lead time with complex preparatory work often needed to define drill targets.  However, we have the rig drilling now at Molopo Farms and the drill testing of the T1-14 superconductor, targeting a massive nickel sulphide discovery, is expected to commence in the coming weeks.”



Target Area T1-14

§ During the 2020/2021 drilling campaign, a 515.8m long diamond drillhole (KKME1-14) was drilled within target area T1-14 which was targeting a priority airborne EM conductor.

§ Drillhole KKME1-14 intersected three main geological units including serpentinites (40.4m – 208.5m) quartzites (208.5 – 479.6m) and graphitic mudstones (479.6 – 515.8m). It was originally assumed that the graphitic mudstone was the cause of the airborne conductive anomaly identified at this target zone – and as a result the hole was shut down at 515.8m.

§ The conductor at target area T1-14 was originally given a lower priority B ranking due to it being slightly deeper than priority conductors found at T1-6, T2-3 and T1-3. However, following further analysis of available datasets, the following conclusions have been reached:

 The MLEM conductor modelled at target area T1-14 has been classified as a superconductor, ranking it as the strongest conductor identified at the Project to date. The conductance reading at T1-14 is akin to that of massive sulphides.

 KKME1-14 was drilled mostly within a magnetic low, which is consistent with the drillhole intersecting mostly sedimentary rock units instead of targeted mafic/ultramafic rocks (which are typically strongly magnetic and can host primary magmatic nickel sulphides).

 The MLEM superconductor now modelled at target area T1-14 has a discrete shape. If the graphitic mudstones were the cause of the conductor identified at this target area, it would be expected that this conductor would be flat-lying, consistent with the typically very flat-lying and continuous nature of Transvaal sedimentary units within the Molopo Farms Complex.

 Three dimensional (“3D”) modelling of KKME1-14 shows that it intersected only the edge of the newly identified superconductor.

§ The combination of the ground MLEM and airborne EM geophysics datasets into a single 3D model has enabled a geological model to be developed. This is interpreted to show a geological contact zone between mafic/ultramafic magmatic intrusive rocks and potentially sulphur rich sedimentary rocks (as signified by overlapping highly magnetic and conductive bodies). Melting of the sedimentary rocks at this intrusive contact zone could have led to magma mixing, differentiation, and contamination that triggered sulphide saturation and the segregation of an immiscible sulphide melt which could have resulted in the accumulation of massive sulphide mineralisation.  It appears that this prospective, highly conductive, contact zone was not intersected by the previous drillhole KKME1-14.

§ As a result of further integration and analysis of available datasets, target area T1-14 has been upgraded by the Company to Priority A+ status and a 700m drillhole (DDH1-14A) is now planned following the completion of DDH1-6B(2). It is estimated that the superconductor could be reached at a downhole depth between 450-500m.


Figure 1 – Molopo Farms Complex Project Plan Map: A plan map of the Project area, including the location of various elements mentioned above is outlined in Figure 1 below.

Figure 2 – T1-14 3D View (Magnetics; Pink = Magnetic High): A 3D view showing the location of the planned drillhole DDH1-14A and historical drillhole KKME1-14 with the ground magnetic inversion. KKME1-14 was drilled mostly within a magnetic low, which is consistent with the quartzites and carbonaceous mudstones.


Figure 3 – T1-14 3D View (MLEM: Blue = Conductivity High): A 3D view showing the location of the planned drillhole DDH1-14A and historical drillhole KKME1-14 with the MLEM superconductor identified.



The diagrams and images presented above will be uploaded shortly to the Company’s website which may be reached through the following link:


Further photographs and videos from the drill programme are and will be available on the Company’s website gallery section, through the following link:



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