Arbor Metals Corp. has initiated a preliminary work program on it's newly acquired Miller's Crossing lithium project (the "Project"), located in the Big Smoky Valley, Nevada, United States. The Miller's Crossing project consists of 192 claims covering 3,800 acres, of which the Company owns 100%, with no royalties. The Project is considered prospective for playa-type brine deposits as it is located near to, and shares geological similarities with, the Silver Peak lithium brine operations in the Clayton Valley owned by Albemarle Corp., which represents the only lithium-producing brine operation in North America. However, the Project is also considered very prospective for lithium claystone mineralization in the richly mineralized Esmeralda lithium district of Nevada. Brine Target - The Miller's Crossing Project covers a known playa in the Big Smoky Valley, approximately 40 kilometers east of Albemarle's Silver Peak lithium brine operation which have been in continuous production since 1967. A playa is an internally drained brine deposit, the surface of which is primarily composed of silts and clays in which lithium can accumulate from the surrounding source rocks during successive evaporation and concentration events. Evaluation of surrounding gravity data has led to the hypothesis that the Big Smoky Valley has been in-filled with an estimated 2,000 to 2,500 metres of alluvial fill and many have the potential to host a significant lithium deposit. The principal target on the Miller's Crossing Project is a large northeast-trending gravity-low anomaly which is suggestive of an in- filled basin. The Big Smoky Valley was investigated with regional reverse circulation (RC) drilling by the United States Geological Survey (USGS) and anomalous lithium values were encountered in the basin sediments. The quality and concentrations of lithium brines discovered in the Clayton Valley may also be present on the Miller's Crossing Project. The Company has initiated preliminary work on the Project directed at both brine and claystone targets. A satellite imagery survey has been commissioned, and field crews have made an initial visit to the site for reconnaissance and logistical planning. Field crews will be focusing on the identification of the Siebert formation sediments on the Project which is the host rock of American Lithium's TLC deposit. Proposed activities this quarter include geological mapping, extensive surface sampling, airborne and/or ground geophysics and soil geochemistry. The Company has engaged a leading Nevada lithium specialist to assist with the program management, as well as a Vancouver-based geologist with knowledge and experience in lithium clay exploration in Sonora, Mexico.