Altura Mining Limited announced that it has completed a technical review of the previous exploration work completed on the Fish Lake Valley Lithium Project "the Project". The Project location can be seen in figure 1 and is equidistant (approximately 280km) to the major Nevada cities of Las Vegas and Reno (Reno is 37km from Tesla's Nevada Gigafactory) The Project area is 30km from Albemarle's Silver Peak Mine and 20km from Argosy's Tonopah Lithium project, the Project area covers the entire Fish Lake Valley salt playa. The Project is located in a known lithium producing region of the USA and presents as an excellent exploration opportunity for the Company. Fish Lake Valley Lithium Project Fish Lake Valley is located on the western margin of the Basin and Range province, within "Walker Lane" which is a zone of Miocene structural deformation that trends northwest to southeast, paralleling the trend of the Sierra Madre Mountains in Eastern California. Basin and Range faulting began during the Miocene, it is this tectonism that is responsible for the formation of the Fish Lake Valley Basin. The most prominent structure is the Furnace Creek Fault Zone (FCFZ), which is a north westerly trending right lateral or dextral fault. The Fish Lake Valley Fault Zone lies at the northern terminus of the FCFZ where a classic "pull-apart" basin was created which is responsible for the locally thick deposition of Quaternary sediments, and most likely gave rise to the deep fracture permeability that was critical in the formation of the geothermal systems associated with mineralisation. There has been considerable sedimentation in Fish Lake Valley with abundant clays, silts, sands and gravels transported from the hills surrounding the basin. The valley fill sediments can be quite thick in some basins, although it is thought that they are only moderately developed (300-600m thick) at the northern end of Fish Lake Valley given the historic borehole and gravity data available. From multiple company presentations and disclosures, it is clear that the region is highly prospective for lithium, Nevada has seen rapid growth in lithium exploration and development projects seeking to recover lithium from both lithium brine and clay-based deposits. Work by Lithium Corporation in 2011 identified an area at the north end of the northernmost playa, approximately 2.0km wide by 3.2km long, where lithium values in brines are more than 50 mg/L, along with elevated boron and potassium levels. This anomalous area encapsulates a more enriched zone which measures approximately 1.40km by 1.62km. Within this enriched zone lithium-in-brine values range from 100 to 150 mg/L, with boron ranging from 1,500 to 2,670 mg/L and potassium from 5,400 to 8,400 mg/L. Previous exploration work completed by Lithium Corporation from 2010 to 2013 includes shallow brine sampling and direct push drilling, it should be noted that the claim boundaries have changed over the years but the most prospective/enriched zone has always been retained and is the primary focus of the Earn in Option Agreement. Lithium Corporation performed two direct-push probing programs on the periphery of the playa, the first in 2010, and the second in 2013. Both programs were planned to be carried out on the playa, but wet conditions forced the drill pads to be located well away from the area of interest, and the holes were drilled mainly on the fringes of the playa, directly adjacent to the gravel roads that ring the playa. In late November 2012 Lithium Corporation completed a 17-hole probing program on the playa, which detected anomalous lithium brine mineralisation at depths down to 24.4m.