Asian Politico’s Post

⚒️ Exciting news from the world of geology! ⚒️ Korean geologists have discovered a lithium deposit worth $15.7 billion in Kazakhstan. The Korean Institute of Geosciences and Mineral Resources (KIGAM) announced its plans to develop a deposit in eastern Kazakhstan, as reported by Orda.kz and The Korea Times. The deposit spans 1.6 square kilometers, with tantalum having been mined in the area previously. KIGAM has been studying the region since May last year at the Kazakh government's request, as tantalum is often found alongside lithium and cesium. Lithium is a critical mineral for the electric vehicle industry and other modern sectors, serving as a key component in batteries. The value of the newly discovered lithium resources is estimated at approximately $15.7 billion. KIGAM intends to apply for drilling rights in the area to commence lithium mining next year. This discovery marks a significant step towards meeting the growing demand for lithium in various industries. #mining #worldofgeology #korea #geology #technology #news

The Bushveld Geology and Metallogeny Research Chair will conduct research in geology and metallogeny, foster a new generation of highly qualified industry-based geoscientists, and create awareness about the importance of the Bushveld Complex. The Bushveld Complex remains extremely important to the mining sector and the South African economy. The Complex holds vast amounts of chromium, platinum group elements and vanadium mineral resources, all of which are required materials of the future. The Bushveld Igneous Complex is the largest layered igneous intrusion in the Earth's crust. It has been tilted and eroded forming the outcrops around what appears to be the edge of a great geological basin: the Transvaal Basin. It is approximately 2 billion years old and is divided into four different limbs: the northern, southern, eastern, and western limbs. The Bushveld Complex comprises the Rustenburg Layered suite, the Lebowa Granites and the Rooiberg Felsics, that are overlain by the Karoo sediments. The complex is well known for its chromitite reef deposits, particularly the Merensky reef and the UG-2 reef. It represents about 75% of the world's platinum and about 50% of the world's palladium resources. In this respect, the Bushveld complex is unique and one of the most economically significant mineral deposit complexes in the world. Leon Louw #whyafrica #africa #geology #platinum #chrome #vanadium #exploration #mining #whymineafrica #whyexploreafrica #southafrica #geoscience #PGM     https://lnkd.in/d_NXXWaC

The Bushveld Geology and Metallogeny Research Chair will conduct research in geology and metallogeny, foster a new generation of highly qualified industry-based geoscientists, and create awareness about the importance of the Bushveld Complex. The Bushveld Complex remains extremely important to the mining sector and the South African economy. The Complex holds vast amounts of chromium, platinum group elements and vanadium mineral resources, all of which are required materials of the future. The Bushveld Igneous Complex is the largest layered igneous intrusion in the Earth's crust. It has been tilted and eroded forming the outcrops around what appears to be the edge of a great geological basin: the Transvaal Basin. It is approximately 2 billion years old and is divided into four different limbs: the northern, southern, eastern, and western limbs. The Bushveld Complex comprises the Rustenburg Layered suite, the Lebowa Granites and the Rooiberg Felsics, that are overlain by the Karoo sediments. The complex is well known for its chromitite reef deposits, particularly the Merensky reef and the UG-2 reef. It represents about 75% of the world's platinum and about 50% of the world's palladium resources. In this respect, the Bushveld complex is unique and one of the most economically significant mineral deposit complexes in the world. WhyAfrica #whyafrica #africa #geology #platinum #chrome #vanadium #exploration #mining #whymineafrica #whyexploreafrica #southafrica #geoscience #PGM     https://lnkd.in/dHCSKVpx

Learn about the geological principles of uranium deposit formation during the SEG 2024 workshop Primary and Secondary Uranium Exploration on Sept 26. An Africa-centric approach will be provided, covering Namibia, Niger, and South Africa in particular, and will include examples from Botswana among others. This course will provide an overview of the global major uranium deposit-types, including primary (alaskite type) and secondary uranium deposits. Deposit geology, host rock genesis and characterization, mineralization models and controls, as well as the main methods of exploration will be discussed. The course will also include discussions on downhole logging methods and the economics and current trends of the uranium market. www.seg2024.org/workshops #SEG2024 #geologyworkshop #uraniumexploration #economicgeology

#New_Research 📚 💻 The stability of tunnels and underground mining is realized through effective geological investigation, adopting an appropriate method, and effective monitoring techniques. Tunnels are crucial transportation routes for navigating mountains and challenging geological conditions. In our new study, we focused on assessing the effectiveness of an empirically recommended support design through numerical modeling. Numerical methods are used to accurately test the stability of the tunnel under different geological conditions. The tests are done on two different types of rock along the tunnel route, using the suggested support design based on the existing rock mass rating and Q-system. This research is conducted in collaboration with a team of researchers from Kunming University, China. Link: https://lnkd.in/gvwFr83T #Tunneling #Mining #Construction #Numeriacalmodelling #Geological #Stability #Rockmechanics #Sustainability

🌟 Uncovering Hidden Gold: The Quest for Witwatersrand's Twin! 🌟 Did you know that South Africa's Witwatersrand Basin is the world's largest single #gold deposit? This geological wonder is packed with gold, uraninite, and pyrite pebbles, making it a treasure trove for miners! But here's the exciting part: despite over a century of mining, the basin still holds significant gold reserves! And, recent discoveries like the Hemi deposit Novo Resources Corp and partner Artemis Resources (ASX:ARV)) and New Age Exploration Ltd (ASX:NAE) Wagyu project suggest that there may be more Witwatersrand-like deposits waiting to be found! So, how do we track down these analogues in other regions like Department of Resources (Queensland) #QDEX database? It's like searching for a needle in a haystack... or 8 million pages of reports! That's where RadiXplore #NerdSearch comes in! Our #AI-powered tool helps you find geological analogues in no time. Just look for reports by typing in your idea - “Conglomerates, sandstones and shales with gold, sulfides and uranium. Look for spelling variations and similar meaning words” Easy peasy! Check out the heat map below, generated using NerdSearch, which highlights reports geospatially with Witwatersrand-like characteristics. You can try it yourself for free on our website! Join the hunt for the next big gold discovery! Share your thoughts and let's uncover the secrets of the earth together! #Witwatersrand #Gold #Mining #Geology #Exploration #RadiXplore #NerdSearch #AI #Innovation" #radixploreusecase #radixploremining

The Nigerian Mining and Geosciences Society (NMGS), Benin chapter, invites you to partake in its quarterly meeting and technical session. Venue is the 100L Lecture Theater, housed within the Department of Geology, Faculty of Physical Sciences, at the University of Benin—an institution renowned for its commitment to excellence in education and research. This setting provides the ideal backdrop for an insightful discussion on a topic that holds the promise of expanding our understanding of geology within the Campano-Maastrichtian Sediments. At the forefront of our discussions tomorrow is the intriguing and pivotal topic, "Possibility of the Occurrence of Lead Deposits in Campano-Maastrichtian Sediments." This topic carries substantial importance, as it not only piques our curiosity but also underscores the potential for groundbreaking discoveries within this geological domain. As we delve into this subject, we are presented with an opportunity to explore the intricate geological dynamics that underpin the possibility of lead deposits within these sediments. Furthermore, it is paramount to acknowledge the global context within which we frame our discussions. Countries abroad that have excelled in the exploration and extraction of lead deposits serve as valuable sources of knowledge and inspiration. By studying their successes and best practices, we can glean insights that may inform our approach to similar endeavors within the Nigerian geological landscape. The exchange of knowledge and experiences across international boundaries can serve as a catalyst for enriching our understanding of lead deposits and refining our strategies for exploration and mine development. The implications of identifying viable lead deposits within the Campano-Maastrichtian Sediments extend beyond the realm of geological curiosity. This discovery holds the potential to significantly contribute to Nigeria's economic development, mineral resource utilization, and sustainable mining practices. Moreover, the responsible extraction and processing of lead deposits can invigorate local economies, create employment opportunities, and bolster the nation's revenue streams. As we deliberate on the possibility of lead occurrences within these sediments, it is crucial to underscore the necessity of a multidisciplinary approach. Collaboration among geologists, geochemists, mineralogists, and environmental scientists plays a pivotal role in effectively evaluating the feasibility and impact of lead deposits. This collaborative effort is essential in comprehensively assessing the potential risks, mitigation measures, and sustainable extraction methods associated with lead exploration and mining in this geological context. It is imperative to emphasize the importance of aligning our endeavors with best practices and environmental stewardship. #NigerianMiningandGeosciencesSociety #GeologicalResearch #MineralDeposits #LeadExploration #EconomicDevelopment #QueenOfDegrees

14 May 2024 – It’s National Mining Week (12-18 May 2024) and we recognize Canada’s mining industry for the positive contributions made at home and around the world. Metals and minerals mined in Canada are found in everyday items such as smartphones, catalytic convertors and computers, while new and diverse applications (PGM in chemotherapy, critical metals in EV, etc) are driving demand. Canada’s mining industry (i) is fundamental to the economy of Canada and many provinces; (ii) employs hundreds of thousands of Canadians, generates billions of dollars of wages, company revenue, taxes, etc; and (iii) a global powerhouse in critical metals and minerals to address climate change, sustainability and meet the needs of society. For well over 100 years, Canada’s mining industry has been innovative, met challenges and addressed the needs of society. As professionals, we can (i) encourage students to become the next generation of geoscientists, and (ii) provide public education, promote mining literacy and foster a better understanding of our industry. Since 2014, RGCI has been invested in geoscience advocacy, public education and geoscience mentoring. #ReactionGeological #GeoscienceLiteracy #GeoscienceEducation #GeoscienceAdvocacy #GeoscienceMentor #Geochemistry #Geoscience #Geology #Mineralogy #Petrology #Mining #QAQC #DataCompilation #ExplorationDataAnalysis #MineralExploration #Science #SciComm #SciLit #ClimateScience #CriticalMetals #Geodata #Geospatial #EarthSciences #NationalMiningWeek #NationalMiningWeek2024

𝑻𝒉𝒆 𝒊𝒏𝒗𝒂𝒍𝒖𝒂𝒃𝒍𝒆 𝒆𝒙𝒑𝒆𝒓𝒊𝒆𝒏𝒄𝒆 𝒐𝒇 𝒄𝒐𝒍𝒍𝒂𝒃𝒐𝒓𝒂𝒕𝒊𝒏𝒈 𝒘𝒊𝒕𝒉 𝒊𝒏𝒕𝒆𝒓𝒏𝒂𝒕𝒊𝒐𝒏𝒂𝒍 𝒆𝒙𝒑𝒆𝒓𝒕𝒔 In the mineral exploration industry, success hinges on a deep understanding of geology, a keen eye for opportunity, and the ability to tap into the latest technologies and techniques. While some companies choose to go do it alone, many are increasingly recognizing the value of collaborating with diverse group of experts. This can bring a wealth of knowledge, experience, and fresh perspectives to the table, ultimately leading to better exploration outcomes. I had the tremendous opportunity to collaborate with and learn from many industry leading experts in 2023 when working on our critical minerals projects in Mongolia. For example: Benedikt S., Camborne University of Mining, University of Exeter, UK: Helped with the Tsagaan Ders lithium project by providing recommendations on geological formations and search criteria Rodney Graham, RPMGlobal, Australia: Provided technical training and insightful recommendations on meeting JORC standards and is working with us on all three exploration projects. Ronacher McKenzie Geoscience, Canada: Revealed promising targets through geophysical and geochemical reworking of the Oval project area. Professor David Holwell, University of Leicester, UK: Helped clarify the origin, geochemistry, and tectonic-geodynamic environment of the Oval Cu-Ni project in western Mongolia. Getech, UK: Developed a regional tectonic model for Oval Cu-Ni project. Not only that, at Asian Battery Minerals Ltd we work very closely with the most highly-regarded geophysical expert companies in Mongolia, namely, Magtec, Geomaster, Munkhyn Volcano, GTP and AMO Discover. We are also fortunate to have the expertise and guidance of esteemed university professors such as Sc.D Gerel Ochir, a leading expert in Mongolian geology from the Mongolian University of Science and Technology, and Dr. Oyungerel Sodnom and Dr. Oyunjargal Luvsannyam from the National University of Mongolia. Their collaboration has been invaluable to our exploration efforts. 2023 was a great year of professional growth. I am now even more excited about 2024 and making significant progress in our exploration at Oval Ni-Cu, Khukh Tag graphite and Tsagaan Ders lithium projects. #AsianBatteryMinerals #criticalminerals #Mongolia #nickel #graphite #lithium #exploration

During the final session of the second day of the Egypt Mining Forum Technical Conference, Remi Bosc the Principal Consultant at Arethuse Geology, reviewed a pathway "From Mineral Prospectivity Analysis to Predictivity Mapping In The Arabian-Nubian Shield". #EgyptMiningForum #MiningConferences #EMF2024 #Sustainability #MiningIndustry #MiningInnovation #MiningTech #analysis #MiningNetworking #geology #technology #innovation #criticalminerals #exploration