Sanatana Resources Inc. has completed the majority of the preparations required to carry out the 2022 exploration program on its Oweegee Dome project ("Oweegee"). Oweegee Exploration Program the company's management proactively began securing contracts for the 2022 exploration program for Oweegee in late 2021. The company reported that all essential services have been secured for a 5,000 m drill program at Oweegee starting as soon as snow conditions allow.

Field crews are scheduled to start on June 1, 2022. A 5,000 m drill contract has been signed with Atlas Drilling to provide a helicopter-portable drill rig capable of drilling in excess of 500 m hole length of HQ core. Drilling will initially focus on geochemical and geophysical targets at the Molloy monzonite which hosts the strongest Cu-Au mineralization identified to date, but has never been drill tested.

Prior to drilling, field crews will be tasked with mapping and prospecting lower elevation areas of interest as well as preparing drill and helipad locations. Timbers for drill pad construction were delivered at the end of 2021 and are in position to be built at the first pad. Additional timbers have been pre-ordered and will be delivered throughout the summer.

Geophysical Induced Polarization (IP) surveying is scheduled to start in early July 2022. The 2022 lines will expand on the previous year's 3 x 1.6 km survey area around the Molloy zone as well as multi-kilometre reconnaissance IP lines at the Glacier and Skowill prospects. Results from the 2021 3-D IP survey revealed several anomalies with the most interesting anomaly being a high chargeability halo surrounding the Molloy monzonite which is interpreted to be a pyrite halo, a common characteristic of porphyry deposits.

The company will be using a core scanner from GeologicAI. The multi-scanner will log drill core in near real time with x-ray fluoresce (XRF), hyperspectral imaging and high definition core photos. The output is a consistent digital log and stripchart to be used to assist core logging geologists to identify alteration assemblages which are not visible to the eye as well as give immediate indications if economic minerals are present to aid efficient sample collection.