Cornish Lithium Plc’s Post

I will be speaking today at APGA SYMPOSIUM 2024. "Vision 2024: Integration of Renewable Energy & Geological Resources and Sustainable Development with Strategic Planning in the Mining Industry." #Mineral Exploration #ASTER Satellite Imaging #SiamOz 2020 #MineVision Software #Sustainable Development #MRE Mineral Resources #BFS Bankable Feasibility Studies #Mineplaning & #Designing #Grade Control & Assays #SWOT Analysis #Integrated Sites #Revise #Macroeconomics #Policies

🚀 Accelerating the discovery of #lithium deposits in Sweden - the results so far.. We're thrilled to share some significant results on the identification and quantification of lithium bearing minerals from the ULiBS* project with Bergby Lithium AB, a subsidiary of United Lithium Corp (CSE: ULTH) following their recent discovery of a lithium deposit in central #Sweden. The ULiBS project focuses on Lithium-Cesium-Tantalum (LCT) pegmatites, using Laser-Induced Breakdown Spectroscopy (LIBS), x-ray Computed Tomography (CT), and X-Ray Fluorescence (XRF) data to differentiate and quantify lithium ore minerals like petalite and spodumene. Scans of LCT-pegmatites conducted using a prototype LIBS module, designed for integration into our GeoCore X10® core digitiser, have extended the range of detectable elements, enhancing lithium mineral identification and quantification. Results - enhanced lithium mineral identification & quantification 🔶 Our prototype LIBS module has enhanced lithium mineral identification & quantification. 🔶 Results show a high correlation (R²=0.967-0.974) between CT based Li-contents from standard GeoCore X10® scans and traditional assay results on half cores 🔶 Results highlight the potential in terms of effectiveness of the prototype LIBS module in quantifying the Li content on the surface of cores across a variety of geological settings ⛏ Accelerating the path to new lithium mines This project marks a significant advancement for Orexplore, offering the possibility of accelerating the identification of lithium mineralisation and conversion into operational mines. Orexplore is paving the way for a more efficient, profitable, and sustainable future for lithium operators. Stay tuned for more updates on this exciting project! #lithium #miningtechnology #miningsweden #cleanenergy #sustainablemining #mining *The ULiBS project is funded by the strategic innovation program Swedish Mining Innovation - a joint venture by Vinnova, Formas, the Swedish Research Council for Sustainable Development, and the Swedish Energy Agency (grant no. 2022-03373), in collaboration with Uppsala University and Bergby Lithium AB, a subsidiary of United Lithium Corp (CSE: ULTH).  

When it comes to bringing innovations to life, the step following exploration is demonstration. IMII's Developing Innovations Program serves to advance applied research and development. $3,252,763 has been invested to date on the Developing Innovations Program. IMII has invested $2,985,763 to date on the Developing Innovations Program, providing opportunities for innovative roots to grow and make a difference. We have partnered with many major organizations within our Developing Innovation programs: ▪️ University of Saskatchewan on data collection and interpretation for stress monitoring, automatic quantification of scaling bar impacts: phase 2, and more. ▪️ Saskatchewan Polytechnic on a real-time location system and AI to generate mining algorithms (also including Cameco Corporation). ▪️ Nutrien and Western University on statistical hazard assessment and modelling of mining seismicity. ▪️ University of Regina and USask on a mining materials research cluster — corrosion. It has been a pleasure to work with impactful educational institutes and minerals companies to move innovation through this phase. Meeting the clean energy transition challenges becomes more attainable with each meaningful partnership and project. You can learn more about each Demonstrating Innovations project on our site. #Innovation #Sustainability #Mining #MiningIndustry #Minerals https://shha.re/tLr02

Our team rocks! Seven of the Centre's Australian university nodes have ranked within the global 'Top 30' for the 'Mineral & Mining Engineering' subject, according to the 2024 QS World University Rankings by Subject 🌎 👏 https://lnkd.in/gkiz8qxH We thank all #COEMinerals members and supporting universities for your collective contribution to Australian research, knowledge, learning, innovation and invention in this subject area and many others. By combining insights from multiple #STEM disciplines, and in close collaboration with industry and each other, ARC Centre of Excellence for Enabling Eco-Efficient Beneficiation of Minerals (COEMinerals) is improving how #minerals are recovered. We are discovering and inventing techniques that reduce water and waste during mineral processing, and enable more concentrated mineral recovery. We are also delivering wide ranging educational experiences to empower the next generation to become #STEM research and sector leaders. #lifeatCOEMinerals #australianscience #mineralprocessing #engineering #phd #mineralsprocessing #innovation #technology #minerals #criticalminerals #rareearth #collaboration #mining Australian Research Council ARC Centre of Excellence for Enabling Eco-Efficient Beneficiation of Minerals (COEMinerals) Australian Government Department of Education Our partner universities: Curtin University, UNSW, The University of Queensland, Monash University, University of Adelaide, University of Melbourne, University of Newcastle (administrative base), University of South Australia & Deakin University

Velox Energy Materials is pleased to provide an update on the Lake Pierre #Lithium Project in Quebec. • Independent desktop study of all historic data covering the Lake Pierre Lithium Project completed. The report concludes: • Multiple pegmatites identified at surface and within historic drill data. • At least three generations of massive pegmatites have been identified. • The geological conditions (metamorphism and sedimentary rocks) are deemed favorable. • Limited lithium geochemistry and limited detailed geological mapping provide an opportunity to discover new lithium bearing pegmatites. • Potential to find additional #uranium mineralization on the margins and within the granitic intrusion. #VLX’s President and CEO, Simon Coyle, commented: “The independent review has been extremely beneficial to Velox and has further enhanced our understanding of the Lake Pierre opportunity. The area is a known mining province, with the Rio Tinto Ilmenite mining operation and established infrastructure, it possess all the ingredients for a fast mover in the Quebec region. “Velox in collaboration with our Canadian advisors, will conduct first pass ground reconnaissance works during CY2024, with the aim to establish exploration targets of both lithium and uranium. The potential for both of these exciting emerging commodities is real in the region and we are excited to see where we end up.” View announcement: https://loom.ly/w0oIlKw #VeloxEnergyMaterials #TSXV

Huge congratulations to Daniel Goldstein, this year's winner of the Minerals Research Institute of Western Australia (MRIWA) Science Communication Award. Daniel’s ground-breaking research into Geological X-Ray Vision is revolutionising how we mine for critical minerals—key to powering a sustainable future through batteries and renewable energy. By harnessing the power of AI and machine learning, Daniel is making mining safer, more productive, and environmentally friendly. His innovative technology allows for precise predictions of what’s beneath the surface, leading to smarter, more efficient mining decisions. Fewer trucks, less fuel, and a smaller carbon footprint—Daniel’s work is a big win for both the industry and the planet. Check out the video to learn more about his incredible research: https://lnkd.in/gtXwRFpR The MRIWA Science Communication Award celebrates exceptional contributions that shape the future of Western Australia’s mining industry. Learn more about the award and the inspiring work of other finalists here: https://lnkd.in/gtXwRFpR #Sustainability #Innovation #Mining #AI #MRIWA #GreenFuture

📚 Technical Note Spotlight: This week’s featured technical note comes from researchers Rui Sun and Jianguo Wang, Ph.D. at the China University of Mining and Technology. Their study, titled “Effects of In Situ Stress and Multiborehole Cluster on Hydraulic Fracturing of Shale Gas Reservoir from Multiscale Perspective,” explores the potential of a new multiscale hydraulic coupling model for hydraulic fracturing through multiborehole clusters, aiming to significantly reduce production costs. 🔗 https://lnkd.in/dnUKB2vH Read the full paper in the Journal of Energy Engineering 🔗 https://lnkd.in/du5tgAN9

📢 MINEYE is reading about CRMs 💬 The European Parliament's Panel for the Future of Science and Technology (STOA) has published a study on 'The role of research and innovation in ensuring a safe and sustainable supply of critical raw materials in the EU'. 🖱 Access the study to find out R&I’s role in securing a safe and sustainable supply of CRM https://lnkd.in/dmTyt6b8 NGI - Norwegian Geotechnical Institute Luleå University of Technology Alma Mater Studiorum – Università di Bologna Terranigma Solutions GmbH ETAM S.A. SPACEBEL Tharsis Mining TRE ALTAMIRA Planet SPECTRAL Industries #AI #CriticalRawMaterials #EarthObservation #EarthScience #EOtechnologies #euproject #GreenMining #HADEA #innovation #mine #MineralMapping #mining #MiningSustainability #RemoteSensing #ResourceMonitoring #ResponsibleMining #SatelliteData #SustainableDevelopment #SustainableMining #SustainableResourceManagement

🌊🔬 Groundbreaking Discovery! Scientists have found "Dark Oxygen" generated by ocean floor nodules, challenging current tech and energy theories. 💡🔋 This could transform deep-sea mining and renewable energy innovations! ⚡🌍 #TechBreakthrough #DeepSeaDiscovery #EnergyInnovation #OceanTech #FutureOfMining #ScientificFindings

How "rare" are rare earth elements? As the demand (and price) for an element increases, capitalism enables additional surveys and research into finding deposits of the element and how it can be extracted from other naturally occurring mineral compositions. The results can be astounding. Another aspect to consider is Geo40 Limited process that can extract lithium (and other useful elements, such as titanium oxides) from geothermal wells (reduces deposition in pipes and produces a commercially valuable output.) #mining #rareearth #batterytechnology https://lnkd.in/g2hEUf48