Kurupung district similar to "albitite-hosted" deposits worldwide
U3O8 Corp. has defined a new uranium resource in the Kurupung Batholith, in the basement near the Roraima Basin in Guyana – a promising uranium district in South America. To date, we have reported an initial NI 43-101 resource estimate on the first four albitite-related targets and have a growing pipeline of other mineralized areas with the potential to significantly increase our resource base. U3O8 Corp. aims to show that the Kurupung could host a large uranium resource of comparable size to peer deposits elsewhere in the world.
Uranium in the Kurupung is geologically similar to a class of basement-hosted deposits worldwide known as “albitite-hosted” uranium, many of which contain resources in the 60 to 130 million pound range (Figure 1)1. Common features of these sizeable systems include:
| FEATURES |
PEER ALBITITE-HOSTED DEPOSITS |
URANIUM IN THE KURUPUNG |
Size
|
Typically 60 to 130 million pounds |
Initial resource estimate with potential for expansion
8.4 million pounds at 0.09% U3O8 (Indicated)
7.7 million pounds at 0.08% U3O8 (Inferred) Pipeline of other mineralized structures with potential to add to resource base
|
Grade |
~0.10% U3O8 average grade |
0.09% U3O8 average grade |
Depth
|
Uranium extends to considerable depth Michelin expects to be mined to 850 metres Ukraine deposits mined to 500-700 metres Valhalla drilled to 650 metres below surface Lagoa Real drilled to 300 metres depth |
Uranium in the Kurupung extends from ~10 metres below surface to at least 220 metres (maximum vertical depth drilled to date) Mineralization remains open at depth on all structures |
Albitite-
Hematite
Alteration
|
Albite alteration |
Albite alteration |
Fault-
Controlled
Systems
|
Uranium is located in a network of faults in which mineralization in a number of structures contribute to overall resource
|
Uranium is located in a coherent network of faults and shear zones Uranium zones located in multiple structures |
Figure 1 – Albitite-Hosted Uranium Deposits Worldwide
1 Albitite-hosted uranium deposits (see Disclaimer)