The Property is underlain by the northwestern extension of the North Spirit Lake greenstone belt. The greenstone rocks are approximately 2 km wide in the vicinity of the Property.

The greenstone belt within the Property boundary is bounded to the north by biotitic tonalities and granites of the Whiteloon Lake Batholith (Sachigo Subprovince) and to the south by gneissic granodiorites and granites of the Bear Head Lake Batholith (Berens River Subprovince of the Superior Province).

There are three main lithological domains. To the northeast, rocks with metasedimentary origins are composed of pelitic sediments, iron formation and conglomerate. The southwest region is comprised dominantly of mafic metavolcanic and related metasedimentary rocks. The elongate, 2.5 by 15 km, Pakeagama Lake peraluminous granite and mica pluton trending northwest-southeast was emplaced along the unconformable contact between metasedimentary and metavolcanic-metasedimentary rocks.

The relatively fresh-appearing pegmatite has irregular, steeply dipping contacts with the weakly foliated garnet-muscovite-biotite granite host rock. A 130°strike is inferred from the coincidence of the exposed 260 m strike length, the weak foliation in the host granite and the general trend of the Bear Head Lake Fault. The pegmatite is open along strike in both directions.

Phase 1 is to initiate a PFS to determine the economic viability of producing lithium, tantalum, and muscovite product concentrates. Phase 1 will involve additional work designed to expand and infill the current resource on the Property. This would include diamond drill testing below the current resource on the north west extent with a target of additional tonnage that would be amenable to open pit mining methods. Other work in Phase 1 includes the continuation of baseline environmental work, the completion of metallurgical testing, and a geotechnical review of the core for support of the PFS based on producing lithium, tantalum, and muscovite mica product concentrates.

Once extracted, the lithium mineral ore is crushed and subjected to a number of separation processes to upgrade the lithium content by removing waste materials. Different separation processes will produce concentrate with differing levels of lithium content.