Discovery Lithium Inc. announced that it has closed its previously announced acquisition of 303 mineral claims comprising approximately 16,404 hectares identified as the Route De Nord, Lac Belanger, Lac Ferland and Lac Roberston properties located in the northern and eastern regions of Québec including the prolific lithium district of the James Bay region. Property Descriptions: James Bay: Route Du Nord Project: The Route Du Nord project is located approximately 575 km north of Val d?Or in the James Bay region of central Quebec encompassing approximately 60 square kilometers stretching 36 km east to west and is parallel to and within 5 km of the 407 km long wilderness road known as the ?Route Du Nord.? The project has excellent infrastructure access with the Nemiscau hydroelectric installation located 5 km to the south.

Roughly 35 km to the east is the world-renowned Whabouchi deposit1. This deposit occurs within a regional thrust fault that extends and terminates in the Valiquette pluton. The fault acted as a pathway for LCT pegmatite melt at the Whabouchi project and may host other LCT pegmatites along strike.

The Route Du Nord project captures the continuation of the thrust fault into the Valiquette Pluton, making it highly prospective for LCT pegmatites. North Coast: Lac Belanger and Lac Ferland Projects: The Lac Belanger and Lac Ferland projects are on the north coast of the Gulf of St. Lawrence in Quebec and encompass 80 square kilometers combined.

The claims are located on metasedimentary terrane near fractionated granites that are potential source intrusions for LCT pegmatites. Pegmatites are described in the region by the geological survey of Quebec and were mapped to the south along the coast where mapping occurred in detail. Lithium in lake sediments on the claims is up to 15 times enriched with respect to the immediate surroundings.

North Coast: Lac Robertson Project: The Lac Robertson project is located immediately west of lake Robertson and encompasses 18 square kilometers. Lake bottom sediments of Lac Robertson are highly anomalous in lithium and the lake overlies a large gravity and RMI anomaly. Taken together these anomalies imply a fertile source intrusion underneath Lac Robertson.

The Lac Robertson Project covers potential pegmatites visible in satellite imagery.