Madison Metals Returns 2.78% U3O8 Over 4 Metres From Trench Sampling at Khan Project in Namibia, Africa

Madison Metals Inc.
Madison Metals Inc.

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Picture 1

Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.
Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.

Picture 2

Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.
Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.

Figure 1

Location of Anomaly 5 trenches and mapped alaskites. The chemical assays shown are % U3O8.
Location of Anomaly 5 trenches and mapped alaskites. The chemical assays shown are % U3O8.

Figure 2

Schematic cross-section of the mapped mineralized alaskites at Anomaly 5.
Schematic cross-section of the mapped mineralized alaskites at Anomaly 5.

TORONTO, March 04, 2024 (GLOBE NEWSWIRE) -- Madison Metals Inc. (“Madison” or the “Company”) (CSE: GREN) (OTCQB: MMTLF) (FSE: 4EF0) is pleased to announce additional assay results from the 2024 surface trench sampling program at the Company’s Khan Project in Namibia’s highly prospective Erongo uranium province. The first 10 results released on Feb. 7, 2024 included 8.47% U3O8 over one (1) metre (m) in Trench 6 (KM5TR006). The new results from Trench 6 have expanded the anomalous width to 4.0 m grading an average of 2.78% U3O8. The assays confirm the surface continuity of mineralized alaskites at Anomaly 5, with uranium grades above 0.1% U3O8 identified across six of the seven sampled trenches (Table 1 and Figure 1).

The results span over 600 m from Trench 1 (KM5TR001) northeast to Trench 6, with average grades over the six trenches of 0.47% U3O8. The two longest anomalous sections are from Trenches 4 and 5 (KM5TR004 and KM5TR005), with 9.0 m over 0.25% U3O8 and 0.39% U3O8, respectively. Throughout the prospecting and trench sampling, numerous showings of beta-uranophane (yellow staining) were found (Pictures 1 and 2). Beta-uranophane is common in uranium deposits located close to the Welwitschia lineament and is evidence of alteration that has mobilized and deposited secondary uranium.

The uranium mineralization at the Khan Project is hosted in alaskites, similar to the R?ssing deposit, six kilometres to the northeast, which has been in operation since 1976. Alteration was instrumental in upgrading the nearby R?ssing deposit and Madison believes similar processes have occurred at the Khan Project. Interestingly, roughly 40% of the ore at the R?ssing Mine is this secondary mineralization. It is worth noting that the R?ssing Mine has an average grade of 0.033% U3O8 and has produced a total of 145,567 tonnes of uranium oxide through to the end of 2022.

Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.
Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.


Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.
Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.


Pictures 1 and 2: Yellow-stained mineralization in Trenches 5 and 6 at Madison’s Khan Project in Namibia.

 

 

 

including

Trench_ID

Width

U3O8 %

Width

U3O8 %

KM5TR001

7.8

0.13

3.0

0.26

KM5TR002

7.0

0.16

2.0

0.31

KM5TR003

5.0

0.12

-

-

KM5TR004

9.0

0.25

1.0

1.28

KM5TR005

9.0

0.39

-

-

KM5TR006

4.0

2.78

1.0

8.47

 

1.0

2.21

KM5TR007

7.0

0.07

-

-

 

Table 1: Average Grades from seven trenches at Madison’s Khan Project in Namibia.


Location of Anomaly 5 trenches and mapped alaskites. The chemical assays shown are % U3O8.
Location of Anomaly 5 trenches and mapped alaskites. The chemical assays shown are % U3O8.


Figure 1: Location of Anomaly 5 trenches and mapped alaskites. The chemical assays shown are % U3O8.

“We are extremely encouraged by this discovery and the high-grade uranium assays this area is generating,” said Duane Parnham, Executive Chairman and CEO, Madison Metals. “To date, we have traced extremely high-grade uranium mineralized alaskites at surface for over 800 metres, and believe that a maiden drilling program will identify similar type mineralization at depth. Madison is directing its attention towards transforming that mineralized zone from possibility to reality.”