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Alligator Energy Ltd set to transition into bona fide uranium producer with global supply profile and matching market cap

Alligator Energy Ltd (ASX:AGE) Completion of Geophysics - Samphire and Big Lake Projects

Alligator Energy Ltd (ASX:AGE) Airborne Electromagnetic Survey Commences at Big Lake

Alligator Energy Ltd (ASX:AGE) Airborne Electromagnetic Survey Commences at Big Lake    Airborne Electromagnetic Survey Commences at Big LakeBrisbane, May 7, 2021 AEST (ABN Newswire) - Alligator Energy ( ASX:AGE) is pleased to announce that it has commenced mobilisation of its contractor to undertake airborne electromagnetic data acquisition at the Big Lake Uranium (BLU) Project in South Australia. The purpose of the survey is to delineate interpreted palaeochannels within the Eyre formation of the Tertiary sediments that would form a favorable environment for uranium deposition. SkyTEM Australia were selected to complete the survey utilising the SkyTEM 304 system which is proven to deliver accurate data from the top few metres to depths of up to 350 metres. A total of 1,350 line kilometres are proposed, over north south lines spaced at between 400 and 500 metres, to cover the prospective target area (Refer Figure 1 ).

Alligator Energy Ltd will take to the air for electromagnetic survey at Big Lake Uranium Project

Alligator Energy to take to the air for electromagnetic survey at Big Lake Uranium Project A contractor is mobilising for the airborne survey as a key step to advancing and testing a conceptual new ISR field at Big Lake Uranium Project in South Australia. The company is targeting sandstone hosted uranium within the Moomba Gas Fields in northeast South Australia. Alligator Energy Ltd (ASX:AGE) has started mobilising a contractor for an airborne electromagnetic survey as the first step to test the potential for a greenfield ISR uranium opportunity at Big Lake Uranium Project in South Australia. The purpose of the survey is to delineate interpreted palaeochannels within the Eyre formation of the Tertiary sediments that would form a favourable environment for uranium deposition.

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