Power Metals Corp. announced that it has started planning for a drill program at Paterson Lake, 60 km north of Kenora, northwestern Ontario. Power Metals has an approved Exploration Permit from Ontario Ministry of Energy, Northern Development and Mines for drilling at Paterson Lake. Power Metals has two lithium drill targets at Paterson Lake located along two parallel northeast-southwest petalite pegmatite trends: Marko's pegmatite and Jesse's pegmatite. Highlights of Marko's pegmatite include: over 268 m strike length on surface; 3.36 to 4.43 % Li2O range for 13 grab samples; 559 to 1,398 ppm Ta range for 5 grab samples; 19 historic drill holes on Power Metals' Paterson Lake Property; and historic drilling showed that there is both Lithium and Tantalum mineralization at depth on the Marko's pegmatite and it is not just one pegmatite dyke but two: Marko's and North Marko's. On surface, Marko's pegmatite is along the contact of an iron formation and gabbro ridge. The historical drilling did not test the western extension of the Marko's pegmatite which is open along strike. It should be relatively easy to follow the edge of the iron formation and gabbro ridge to extend the strike length of the Marko's pegmatite. Highlights of Jesse's pegmatite: discovered in June 2018 by Power Metals geologists; consists of at least 4 parallel east-west trending dykes exposed on surface: North, Between North and Jesse's, Jesse's and South Dykes; 190 m between North and South Dykes; 1.01 to 3.26 % Li2O for 12 grab samples; and Up to 271 ppm Ta in grab samples. All of Jesse's petalite dykes are deformed and sheared similar to that at Avalon's Separation Rapids Lithium Property located 3.7 km to the west. The dykes are characterized by recrystallization textures and banding. The pegmatite dykes are hosted by metasedimentary and mafic metavolcanics rocks which occur along ridges. The pegmatite dykes are zoned with fine-grained aplite outer zones enriched in Ta and coarse-grained petalite-K-feldspar-quartz-muscovite with trace garnet core zones enriched in Li. Stripping is recommended to extend the strike length of each dyke.