Huntsman Exploration Inc. announced the following updates to exploration and drilling activities at its Canegrass Nickel project in Western Australia. Drilling Preparation. Drill pad preparation has been completed, and the Company anticipates arrival of the drill rig on site and operations for the 18-hole drill program to commence the week of the 25th of January. MLEM Survey. The Company will be commencing a Moving Loop Electromagnetic (MLEM) survey at the Canegrass nickel project on portions of the property where previous air and ground based EM data was limited. GEM Geophysics have been contracted to perform the work, expected to commence in the next 10 days. The proposed work is designed to detect massive sulphide accumulations proximal to the Shepherds Discordant Zone (SDZ) and at depth. Given that there are no sedimentary horizons within the area and that all conductors detected and drilled have been mineralized, any bedrock conductor that is detected will be considered highly prospective. The MLEM program will concentrate on areas A-B west of the shear zone, with additional work on areas C and D to follow. Upcoming Drill Program. The upcoming program will include a planned initial 18 holes (3,160 m) of Reverse Circulation (RC) and Diamond (Core) drilling, which will follow up on 2018 successes and begin to test new, high priority areas, as illustrated in the Company's release dated January 5, 2021. The new program is designed to drill untested conductors identified in surface geophysics and to continue assessing the extent of the Ni-Cu (Co) mineralization intersected in the previous campaign, including targeting the off-hole DHEM anomalies. All 2018 drill holes returned anomalous values of Ni, Cu, Co and were open along strike and at depth. A limited number of holes in the 2018 program were also assayed for PGE's, with results noted above. The Company is exploring the potential to re-assay historic core in an effort to determine potential for PGE's in additional areas. Downhole electromagnetic (DHEM) testing identified anomalies in several holes, strongly suggesting mineralization is more extensive than intersected, which will be tested in the upcoming drill program.