Snow Lake Energy is moving closer to establishing a maiden uranium resource at its Engo Valley project in Namibia after two years of systematic exploration that has confirmed extensive near-surface mineralisation across the licence area.
The project, located in the Skeleton Coast region of northwest Namibia, spans approximately 139 square kilometres under an Exclusive Prospecting Licence (EPL 5887) held by the company’s Namibian subsidiary.
Snow Lake Energy entered Namibia in late 2023, securing the Engo Valley Uranium Project through a definitive earn-in and share purchase agreement with Namibia Minerals & Investment Holdings (Pty) Ltd, the local licence holder.
Under the terms of the two-stage agreement, Snow Lake paid US$250,000 in cash and issued 2,024,496 fully paid ordinary shares to the vendor upon closing. To earn an initial 68% interest, the company must also spend a minimum of US$200,000 in exploration expenditures by mid-2024.
A further US$800,000 in additional exploration spending will increase Snow Lake’s ownership to 85%, giving it a controlling interest in the project.
The agreement does not include a royalty provision, allowing the company to retain full production rights upon meeting its earn-in obligations.
Engo Valley has long been recognised for its uranium potential.
The first recorded exploration dates back to the early 1970s, when the then South West Africa branch of the South African Atomic Energy Board and several private companies conducted reconnaissance surveys across the Namib Desert’s calcrete plains.
Airborne radiometric mapping and shallow drilling identified several anomalous uranium zones associated with calcrete-rich drainage systems.
By the late 1970s, follow-up programs by Anglo American and Tsumeb Corporation Ltd included surface sampling and trenching that confirmed uranium enrichment in calcrete horizons.
Still, operations were halted amid declining uranium prices and logistical challenges. The area then lay dormant for more than four decades, with only limited academic research keeping it on the geological map.
Snow Lake Energy’s re-entry in 2024 brought a new wave of modern exploration tools and data analysis.
The company began with a RadonX cup survey over the entire 139-square-kilometre licence, measuring radon gas emissions that signal uranium decay.
The follow-up infill survey, on 100-by-200-metre grids, confirmed several high-response uraniferous zones that correlated with historical anomalies.
Those surveys identified multiple priority uranium targets, including MUO, D1, Engo North, and Engo Central, each showing elevated radon and radiometric values over large areas. MUO and D1, located along the central palaeochannel system that drains toward the Atlantic, are now regarded as the most prospective zones due to their strong correlation with underlying calcrete lithologies and historic radiometric peaks.
The Engo North and Engo Central zones are also being mapped in preparation for future drilling following the completion of Phase 2.
That groundwork set the stage for the Phase 1 drill program, completed in 2024, which totalled 1,570 metres of reverse-circulation drilling across 20 holes. Downhole radiometric logging showed a strong correlation between gamma readings and chemical assays, confirming uranium mineralisation consistent with 1970s lithological data.
The mineralisation style resembles that of Namibia’s calcrete-hosted uranium deposits, such as Langer Heinrich and Tumas, known for their shallow, near-surface grades and low-cost mining potential.
Early in 2025, Snow Lake began the Phase 2 drill program, comprising 7,500 metres of reverse-circulation and diamond drilling, focusing primarily on the MUO and D1 zones.
The company’s technical team aims to define the thickness, lateral continuity, and grade variability of these mineralised bodies to support a maiden mineral resource estimate, scheduled for release by the end of 2025.
Exploration teams have already confirmed mineralisation in several drill holes at shallow depths, with assays indicating consistent uranium grades over broad intercepts.
The company has also deployed downhole radiometrics and ground magnetics to refine its geological model and pinpoint new potential extensions of the mineralised palaeochannel.
By acquiring a controlling interest and applying modern techniques to decades-old datasets, Snow Lake Energy has revitalised one of Namibia’s earliest uranium prospects. The Engo Valley acquisition not only expands the company’s footprint in Africa but also positions it to capitalise on the global resurgence of nuclear energy as countries seek low-carbon baseload power sources.
If the 2025 drilling confirms continuity and grades consistent with early results, Engo Valley could evolve into a strategic new uranium discovery — reinforcing Namibia’s status as the continent’s uranium powerhouse and advancing Snow Lake Energy’s ambitions to become a key supplier in the clean-energy transition.
