Q2 Metals Corp. has filed a technical report on SEDAR+ regarding the Mineral Resource Estimate for the Cisco Lithium Project. The report has an effective date of April 20, 2026, and was signed on June 3, 2026.
One World Lithium Inc. has engaged the University of British Columbia and the University of California, Irvine to conduct R&D testing. This work is intended to advance the company's Direct Lithium Extraction (DLE) technology toward pilot plant scale.
Surge Battery Metals has announced high-grade lithium drill results from its Nevada North joint venture. The results include a 116m intercept at 3,752 ppm Li2O, featuring a 32m sub-interval at 4,521 ppm Li2O.
RecycLiCo has successfully validated its recycled-upcycled battery material through a phase 1 qualification study with C4V. The company's NMC811 precursor cathode material was used to produce battery cells that met benchmark electrochemical and technical specifications.
RecycLiCo Battery Materials announced that its demonstration plant leach stage testing achieved over 99% extraction of lithium, nickel, cobalt, and manganese from battery production scrap. The testing investigated various operating parameters to support ongoing commercial plant design.
American Manganese Inc. (doing business as RecycLiCo Battery Materials) has released life cycle assessment (LCA) results from Minviro Ltd showing their recycling process produces significantly lower CO2 emissions than traditional lithium mining. The study estimates 3.3 kg of CO2e per kg of lithium hydroxide monohydrate produced, compared to 12.7 kg for primary extraction.
RecycLiCo (American Manganese Inc.) has achieved over 99% lithium recovery from LFP battery cathode materials during bench-scale tests. This expands their demonstrated capability from NMC, LMO, and LCO chemistries to include the rapidly growing LFP market.
American Manganese Inc's RecycLiCo demonstration plant achieved 163% of its designed 500 kg/day leaching capacity for lithium-ion battery cathode scraps. This successful testing of the patented hydrometallurgical process provides critical data for the design of a future commercial-scale plant.
