CSE-GEMS adjacent CSE-PMET Litium discoveries in Quebec, in the same geology and within 5km of CV5 lithium discovery on south side, as per government of Quebec map, and the CV6, CV4 and Corvette Lithium deposits geology to the North within LCT Pegmatite type modelling.
CSE-GOAT with Lithium extraction technology to be utilized in brines production. Adjacent CSE-LiFT and Historic Li values from pegmatites over 4.5km in Northern Quebec, 395 ppm Li from pegmatite. Another Li project with 50+ ppm Li from area 10 km by 4 km wide, 60km from USA border in Quebec. Also, acquired over 40 Lithium occurrences, see company news. Including ground south of Patriot Battery Metals Corvette disvcovery and GOAT ground with historic Lithium values.
Frontier Lithium -T-FL, pegmatites being drilled and deposits identified, recent news 405 meter intercept returning 1.5% Li2O.
TSX-LiFT with several large land parcels in Quebec exploring for Lithium and NWT in Canada with historic Lithium occurrences and CSE-GEMS adjacent LiFT in NWT.
.TSX-PMET drilling several pegmatites in Quebec. Several pegmatites that are Lithium rich, with over 100 meter drill intercepts. CSE-GEMS, CSE-VR and CSE-GOAT to south in same geology, and CSE-GOAT to south with Lithium values.
TSX-DGO with Lithium values from pegmatites, unexpected.
Core Lithium- Australian Stock Exchange- deal with TESLA MOTORS to supply Lithium.
Elon Musk tweet April 8, 2022 on Lithium
Price of lithium has gone to insane levels! Tesla might actually have to get into the mining & refining directly at scale, unless costs improve. There is no shortage of the element itself, as lithium is almost everywhere on Earth, but pace of extraction/refinement is slow.
ABOUT LITHIUM in Pegmatites, the top trading stocks host this type of Lithium deposits
Link to the US Geological paper https://pubs.usgs.gov/of/2013/1008/OF13-1008.pdf
A. LCT pegmatites typically occur in groups, which consist of tens to hundreds of individuals and cover areas up to a few tens of square kilometers (Ĉerný, 1991).
B. The most significant change in LCT pegmatites through Earth’s history is that, by far, the largest deposits are Archean. Thus, for whatever reason, the potential for giant deposits seems greatest in orogens of that age.
C. Most LCT pegmatites intruded metasedimentary rocks, typically at low-pressure amphibolite to upper greenschist facies (Ĉerný, 1992). This metamorphic grade setting is a guideline rather than a requirement. A few LCT pegmatites are in granite (Greer Lake, Canada) (Ĉerný and others, 2005), gabbro (Pala Chief, California) (Symons and others, 2009), or other igneous rocks. Unmetamorphosed sedimentary or volcanic successions are not prospective.