QX Resources Secures Tanzanian Uranium Exploration Licences

QX Resources Gears Up for Tanzanian Uranium Exploration with Key Licence Awards

QX Resources is on the cusp of commencing significant exploration activities at its promising Madaba uranium project in Tanzania, following the official granting of the two remaining exploration licences. This pivotal development paves the way for the company to embark on a high-resolution heli-borne radiometric survey, a crucial step before the maiden drilling program slated for the third quarter of 2026.

The Madaba project, situated within the Luwegu Basin in southern Tanzania, is strategically located approximately 250 kilometres from the substantial 125 million pound U3O8 Nyota uranium deposit. Historical exploration efforts by the German company UEB during the late 1970s and early 1980s first identified the potential of this region, pinpointing four key exploration targets: Nane, Nyuki, Sita, and Tatu.

Unlocking Madaba’s Uranium Potential

Re-evaluation of historical drilling data has revealed compelling evidence of multiple stacked horizons within roll-front systems at the Madaba project. These systems are characteristic of uranium-enriched sandstone deposits, suggesting a significant potential for large uranium accumulations as mineralisation appears to thicken and coalesce along these identified seams. The presence of uranium mineralisation across all four identified prospects further bolsters the belief that the Luwegu Basin could host a substantial mineralised system.

Let’s delve into the specifics of these historical targets:

• Nane: This prospect spans an impressive width of 200-250 metres and boasts a strike length of several hundred metres. Historically, it yielded a best drill result of 7 metres grading 1010 parts per million (ppm) U3O8.
• Nyuki: With a strike length of approximately 250 metres and a width ranging from 25 to 40 metres, Nyuki has shown promising intersections. The best historical drill result here was 1 metre grading 2000 ppm U3O8, found within a broader intersection of 7 metres grading 693 ppm from a depth of 9 metres.
• Sita: This target is characterised by a radiometric anomaly measuring 200 metres by 50 metres. Its most significant historical result was 2 metres grading 2200 ppm U3O8 from a depth of 15.5 metres.
• Tatu: Measuring 400 metres by 2.5 metres, Tatu has delivered an intersection of 2.7 metres grading 1000 ppm eU3O8 from a depth of 29 metres.

The interpretation of these stacked, sandstone-hosted horizons, associated with roll-front style redox boundaries within the Karoo-aged sediments, provides a robust technical framework for the upcoming exploration phases. Furthermore, historical trenching data has been analysed to pinpoint several high-priority drill targets. These trenches have revealed mineralised zones with thicknesses ranging from 0.5 to 2 metres, indicating the potential for delineating shallow, high-grade resources that could be amenable to cost-effective drilling and mining operations.

Next Steps: From Survey to Drilling

QX Resources is meticulously planning its next stage of exploration, with a clear objective to rapidly define priority targets for subsequent drill testing. The company’s immediate focus is on conducting field verification work and initiating the airborne radiometric survey. This survey is designed to provide detailed subsurface information, helping to refine the understanding of the geological structures and mineralisation.

Following the completion of the survey, the maiden drilling program is anticipated to commence in the September quarter of 2026. This drilling campaign is expected to be instrumental in unlocking both the shallow, high-grade potential and the deeper, stacked mineralisation identified at Madaba. The ultimate goal of this initial drilling phase is to lay the groundwork for a maiden resource estimate, a critical milestone for the project’s future development.

In addition to the exploration activities, environmental consultants with prior experience at Madaba have been formally engaged to initiate an environmental impact assessment. This proactive step ensures that all future operations will be conducted with a strong commitment to environmental stewardship and regulatory compliance. The company’s strategic approach, combining historical data analysis with modern exploration techniques and a commitment to environmental responsibility, positions Madaba as a project with significant upside potential in Tanzania’s burgeoning uranium sector.