Reunion Gold Corporation announced additional drill results from its ongoing infill and step out drill program at the Kairuni zone on its Oko West project in Guyana. Hole D-380, which is located in Block 6 ntersected 39.7 meters (?m?) @ 5.27 grams per tonne of gold (?g/t Au?) from 152.3 m downhole (using a 0.3 g/t Au cutoff), including 3.8 m @ 14.18 g/t Au and 13.0 m @ 10.50 g/t Au (using 1.5 g/t Au cutoffs). The results from Hole D-380 are encouraging as they indicate the potential for additional high-grade mineralized shoots to be defined in areas of existing wider drill spacing where the current infill continues.

Downdip from D-380 and also within Block 6, drill hole D-392 intersected 70.3 m @ 1.08 g/t Au from 193.0m downhole, including 12.0 m @ 3.42 g/t Au. On the northern margin of Block 4, Hole D-377, which is located on the northern margin of the Block 4 high grade zone, intersected 55.0 m @ 2.42 g/t Au from 645 m downhole (using a 0.3 g/t Au cutoff), including 5.5 m @ 5.97 g/t Au and 20.4 m @ 3.42 g/t Au (using a 1.5 g/t Au cutoff). The Company now has eight diamond drill rigs operating at the Oko West project.

Five of these rigs are focused on Blocks 1, 4, 5 & 6 with the dual objective of both adding new resources and the conversion of inferred resources to indicated prior to the commencement of additional studies expected after the completion of the Preliminary Economic Assessment in Second Quarter 2024. Two diamond rigs are carrying out geotechnical and hydrogeological drilling related to potential infrastructure sites on the project. The eighth diamond rig is focused on drill testing exploration targets outside of the MRE area in search of potential satellite resources.

At present this rig is testing targets near to the North Drive area located in the west of the permit; and will shortly move to testing a zone of coincident geochemical and geophysical anomalies in the Takutu zone, immediately south and along strike from the Kairuni resource along the granitoid contact zone. The Company has made significant progress in adding additional geochemical and geophysical data coverage on the project, in particular, through the use of a Scout RC rig to test beneath colluvium and duricrust, as well as the use of gradient array IP and ground magnetics. Figure 2 shows the extent of IP coverage on the project and demonstrates the success with which the results map structural corridors that host alteration and early sulphidation events within Blocks 1 through 4 (as correlated with drill core observations).

These corridors have been subsequently used as pathways for gold-bearing fluids and are host rocks to mineralization. The discrete structural corridors that are of particular interest for further exploration and drill plans are underway for two new targets in Blocks 7 and 8.