Greenwing Resources Ltd. report that the Company has commenced a geophysics survey at its San Jorge Lithium brine project in Argentina's prolific Lithium Triangle. The San Jorge Project covers a total of 38,800 hectares and is considered to be highly prospective. 15 granted exploration licenses Located within the Argentina's Lithium Triangle which accounts for over half the world's lithium production Elevation of 4,000m above sea level Inclusive of the 2,800-hectare San Francisco Salar, surrounded by gravel slopes Surrounded by major lithium mining and development companies including Lithium Americas, Lake Resources, Neo Lithium and Galan Lithium. The TEM Electrical Geophysical survey will consist of 9 lines with up to 128 TEM stations. The exploration objective of the TEM survey is to map the extent of the brine body, particularly off the salar, and to provide information on the lithologies associated with aquifers in the salar, as well as to define geological structures. It is expected that the survey field work will take 2-3 weeks followed by a further 2-3 weeks for processing of the data into a final report. Planning work continues for the Company's maiden drill program at San Jorge, with the major focus on signing a drilling contract. The Company is in advanced discussions with a
drill contractor that has availability towards the end of the September quarter. The drilling program is planned around the western and southern margins of the salar, as experience in other salt lake basis suggests lithium brine is likely to extend under the alluvial gravels and basalt flows in this area. The three rotary holes of 400m are designed with the objective of confirming the lithium concentration and obtaining Initial Information about different types of sediments. Positive results from the maiden drill program would justify construction of access roads on to the salar to undertake resource drilling on a regular grid. Concurrently to undertaking the drilling program the Company will also extract larger brine samples for processing evaluation.