strong potential for DMS operation. High 70s?The spodumene in the North Dyke is very coarse-grained with blades up to 5 by 70 cm. The spodumene in the Main Dyke is abundant, very coarse-grained and green to white in colour. Tantalum mineralization is abundant in the Main Dyke and the North Dyke and is hosted within spodumene-rich pegmatite zone and albite-rich pegmatite zone. https://www.geologyontario.mndm.gov.on.ca/mndmfiles/mdi/data/records/MDI32E04SW00016.html. Patriot announced a 79% recovery due to the coarse grained nature at Corvette.https://patriotbatterymetals.com/patriot-achieves-79-recovery-in-dense-media-separation-test-work-on-the-cv5-pegmatite-corvette-property-quebec/ The coarse-grained nature of the mineralization at CV5 allows for strong mineral liberation and recovery at relatively coarse crush sizes. For the CV5 Pegmatite this has resulted in high spodumene recoveries into the final DMS (+ non-magnetic) concentrate at a coarse crush size of 9.5 mm. In lithium pegmatite mineral processing, a coarse crush size is strongly preferred to a smaller crush size (or grinding) as it requires a reduced power consumption and less equipment. Additionally, the benefits of DMS (± magnetic separation) compared to flotation are considerable and include relatively lower CAPEX and OPEX, reduced reagent needs, coarser product and tailings, quicker operational start-up, and overall, less technical risk. Additionally, DMS is a much more environmentally sustainable process when compared to traditional flotation intensive processes.