The Flora Project covers 47,803 hectares within the Kenora Mining District of Western Ontario. It lies adjacent to the community Sioux Narrows and 65km to the southwest of Dryden. The property is accessible through an extensive forestry road network of roads which connect to provincial highways. A high-power transmission line crosses the eastern portion of the Project.

The property is situated at the western end of the Late Archean Western Wabigoon Subprovince of the Archean Superior Province. Within the Project area, a variety of geological environments with potential of hosting several deposit types including Ni-Cu sulphide, VMS-style mineralization and shear zone hosted gold deposits. The Warclub assemblage covers the northwestern portion of the Project, a belt of predominantly metasedimentary and felsic metavolcanic rocks locally hosting chert-magnetite iron formation. The major Wabigoon Fault juxtaposes these rocks against the Populus Lake Group mafic volcanics and associated ultramafic intrusions to the south. Mineralisation styles within the region include magmatic Ni-Cu sulphide deposits such as the Kenbridge 3km east of the property, orogenic Au deposits such as the Cameron deposit 15km to the south, and local VMS occurrences. Evolved muscovite bearing granites are also mapped to the northeast of the property, approximately 30km from the peraluminous Ghost Lake batholith, which is spatially associated with several Li-Cs-Ta pegmatite occurrences.

The area covered by the Flora Project is a region of relatively low exploration maturity. Only 30 drill holes are located within the Project area which predominantly targeted geophysical anomalies with magmatic Ni-Cu potential. Little regional systematic geochemical exploration or detailed geophysical surveys have been conducted on the property.

Since staking of the Project in April 2023, Kenorland has completed the compilation and digitization of historical exploration data within the Project area. A LIDAR survey was flown by Kenorland in the summer of 2023 to aid in surficial geological interpretation and planning of systematic geochemical surveys.