Noble Mineral Exploration’s Post

MINING INDUSTRY USING SATELLITES TO FIND PRECIOUS METALS: I Desert in California. It hosts one of t he largest and highest-grade rare earth element metal deposits in the world. The WorldView-3 satellite images show 1) a natural color Composite, 2) an iron enhancement composite showing differences in iron mineralogy, 3) a clay enhancement composite showing differences in clay minerals and 4) a lithologic composite showing differences in geological units. WorldView-3 satellite image data provided courtesy of Maxar and processed by Exploration Mapping Group, Inc. The Mineral Frontier Remote sensing has been used for many years to explore for minerals. Initially, aerial surveys were flown to capture images of an area where a known mineral in substantial quantities was located. These images would be compared with those of other locations having similar exposed outcrops. Image analysts would examine the two sets of photographs and try to determine the likelihood that the new area would also contain the same mineral before sending expedition teams to further explore and evaluate the area. https://lnkd.in/gQW_s_UU #techmininggroup #australia #mininginnovation #johnmoody #miningexploration #mining #remotesensing #hyperspectral #australia #satellitetechnology #cameroon #thejohnmoodygroup #global #operation #lithium #cobalt #quartz #microprocessors #titanium #gold #ericmbotiji 🇦🇺 🇨🇲

We are pleased to provide an update on exploration activities at the Lyons #REE project located in the emerging REE district of the #GascoyneProvince, #WesternAustralia. Highlights ➢ Positive results from initial surface sampling campaign ➢ Multiple surface geochemical anomalies including Gold, REE, Nb, and LCT The Lyons Project occupies over 1,000km2 and covers over 50 strike kilometres of the Lyons River Fault which is closely associated with significant REE deposits at Yangibana (Hastings Metals) and Yin (Dreadnought). Economic base metal mineralisation is also associated with splays off this regional scale Fault at the Abra base metal deposit (Galena Mining & Toho Zinc). Reconnaissance surface sampling was undertaken at the Lyons Project during November 2023 - 212 stream sediment samples were collected across three target areas (A1-A3) to test the potential for REE and base metal mineralisation. Read more ➢ https://lnkd.in/gbQqsvNe #CazalyResources #geology #exploration #basemetals #mineralisation

Research led by Curtin University has revealed that Earth’s largest iron ore deposits – in the Hamersley Province of Western Australia – are about one billion years younger than previously believed, a discovery which could greatly boost the search for more of the resource. Using a new geochronology technique to accurately measure the age of iron oxide minerals, researchers found the Hamersley deposits formed between 1.4 and 1.1 billion years ago, rather than 2.2 billion years ago as previously estimated. Lead author said the findings showed iron deposits formed during a period of major geological activity when ancient supercontinents were breaking apart and new ones were forming. Curtin University #ironore #research #Australia #discovery #resource #geochronology #technique #minerals #geological #energy #process #insights #mineralization #producer #study #WesternAustralia #mining #modelling https://lnkd.in/gr9Ak54F

Unlocking Hidden Treasure: High-Grade Zinc-Lead Ore Did you know that old mine data can reveal modern-day riches? Slave Lake Zinc (CSE: SLZ) historical ore deposit containing approximately 70,000 tons of high-grade zinc and lead. Extensive exploration between 1950 and 1952, including drilling, bulk sampling, and underground workings, defined this zone over 100 meters in length and depth. We believe we have extended this mineralization to over 1.2km with the modern geophysics that we have done over this vein. A concentrated 26.3-ton bulk sample from this deposit boasts impressive grades: 55% lead, 13.5% zinc, and 2.7 ounces of silver per ton. With today's commodity prices around $1.10/lb for lead, $1.15/lb for zinc, and $24/oz for silver, the value of this sample is extremely promising. We're excited about the potential of this discovery and are diligently exploring its full extent. #mining #exploration #geology #commodities #naturalresources #investing #history #USD $SLZ Want to know more? Click here for project details: https://lnkd.in/gGxXsBVc Note: Commodity prices fluctuate regularly.

PROTEA PINK DIAMOND DISCOVERY A remarkable discovery has been made by a junior miner(Small-scale miner) along the banks of the Middle Orange River near Douglas, South Africa. The Protea Pink, a 29.52-carat fancy pink diamond with extraordinary depth of color and clarity, has brought new attention to the region’s geological history and diamond mining potential. Recently sold for an impressive $8 million, this gem is a testament to the value hidden within South Africa’s river terraces. The Protea Pink diamond is believed to have originated from the 90-million-year-old kimberlites in Lesotho. It traveled a significant distance down the Orange River, ultimately becoming trapped in an ancient river terrace approximately 500 kilometers from its source. This discovery highlights the river's rich geological narrative and the dynamic processes that bring such gemstones to light. The Middle Orange River is renowned for having the highest average value per carat for diamonds globally, despite having one of the lowest grades in carats per hundred tonnes. This juxtaposition makes the discovery of such high-quality gems like the Protea Pink all the more significant. Small-scale miners play a crucial role in this landscape, often utilizing environmentally friendly methods that avoid chemicals in the recovery process. Their efforts not only contribute to uncovering rare gems but also support the local economy by providing jobs and stimulating economic growth. The high unemployment rates in the area, exceeding 70%, underscore the importance of these mining operations in sustaining local communities and fostering development. The sale of the Protea Pink diamond for $8 million through a tender process draws further attention to the capabilities and potential of small-scale mining operations in South Africa. This find not only showcases the geological richness of the Middle Orange River but also the critical impact of small-scale miners on the diamond mining industry and local economies. #ProteaPink #DiamondDiscovery #JuniorMiners #SouthAfricanDiamonds #MiddleOrangeRiver #Geology #MiningIndustry #SmallScaleMining #Gemstones #EconomicImpact #RareGems #SustainableMining #MiningNews #DiamondIndustry #MineralResources #NaturalTreasures

🇺🇸 Bingham Canyon Mine: Economies of Scale! 🇺🇸 🔍 "Beginnings and Pioneers" Bingham Canyon, originally settled in 1848 by ranching Bingham brothers, turned its page in history when soldiers discovered lead ore in 1863. Further exploration in 1893 by metallurgical engineer Daniel Jackling and mining engineer Robert Gemmell ushered in a new era. Their innovative open-pit mining approach and large-scale industrial processing would pave the way for Bingham Canyon's mining legend. 🚂 "Economies of Scale: Jackling & Gemmell's Vision" In the early 1900s, Daniel Jackling, alongside Robert Gemmell, introduced groundbreaking changes to Bingham Canyon. Employing steam shovels in 1904, they transformed traditional mining with their visionary large-scale extraction approach. These mighty steam-powered machines efficiently loaded ore onto trains, elevating Bingham's productivity and global prominence. 💵 "Bounty Below the Surface" By the present day, Bingham Canyon Mine stands as a behemoth in copper production, boasting over 19 million tons of copper over its lifetime. Kennecott Utah Copper’s operations have not only delved deep into the Earth, but also into the realms of gold, silver, and molybdenum. Every grain of ore tells a tale of dedication and innovation. ⛰️ "Geological Grandeur" With the Oquirrh Mountains cradling the Bingham Canyon Mine, geology reveals stories spanning from 260 to 320 million years ago (Late Paleozoic Period). Around 30 to 40 million years ago, volcanic eruptions above the evolving ore body narrate the birth of Bingham's diverse ore deposits, a testimony to nature's alchemy. 🔍 "Mining Mastery & Magnitude" From the first steam shovels in 1903 to the modern behemoth haul trucks and electric shovels, Bingham Canyon's mining evolution is a testament to technological advancements. Mining approximately 55,000,000 tons of copper ore annually, the scale of operations is simply astounding. Adding to its prowess, the mine has significant mineralization beneath its current pit, promising a future filled with relentless exploration. #Exploration #Explor #Mining #Copper #Gold #Silver #CriticalMinerals #BinghamCanyon #Kennecott #UtahCopper #Metallurgy #MiningInnovation #McClintockGroup

🔍 Searching for Polymetallic Copper in Northern Territory Plutonic Limited recently reported significant polymetallic secondary #copper at their McLovin prospect in the #NorthernTerritory. This prompted me to investigate whether historic mining exploration reports from the 90s had any evidence of polymetallic copper. Here's what we need to do this: 👉 Know-How of What to Look For 👉A Quick Way to Read Through and Visualize Information within Millions of Geological Survey of the Northern Territory of Australia's #STRIKE Reports 1️⃣ Know-How of What to Look For: Lead (Pb), Zinc (Zn), and Silver (Ag): These metals don't directly guarantee the presence of copper (Cu). However, their occurrence can be strong indicators that copper may be found nearby because: ✅ Polymetallic Deposits: Copper deposits are often polymetallic, containing multiple metals alongside copper. Lead, zinc, and silver are common companions, so finding them increases the likelihood of copper being present. ✅Geological Formation Processes: These metals share similar geological formation processes, often precipitating from mineral-rich hydrothermal fluids. Conditions favoring one metal might also favor copper. ✅Mineral Associations: Certain minerals are commonly associated with copper deposits. For example, sphalerite (ZnS) can contain trace amounts of copper, and galena (PbS) can occur alongside copper sulfide minerals. 2️⃣ Search and Visualize Millions of NT’s #STRIKE Reports: Using RadiXplore’s #GeoAI, we can digest all of #STRIKE’s relinquishment reports. RadiXplore, with its grad-level geo knowledge combined with an experienced geologist's know-how, makes for a powerful prospector. It returns documents containing relevant information and plots locations as a heat map. Interested in trying this out yourself? Sign up for RadiXplore Freemium for free! 🌟 #mining #exploration #copper #datadriven #geology #radixploreusecase #radixploremining #AI #mininginnovation #aimineralexploration

Our recent geological exploration at our new grassroots Cerro Negro Project has uncovered some promising findings. Here's a quick rundown: ⛏️ Geological Mapping: Discovered discrete outcrops of Miocene porphyry intrusions, indicating potential mineralization. ⛏️ IP Survey: Identified a significant chargeability anomaly (800x900m) on the SW margin of the magnetic anomaly, hinting at mineralization potential. A second, subtler anomaly was also detected on the NE extreme. ⛏️ Rock Sampling: Samples from available outcrops revealed copper anomalies up to 0.1% Cu. These are associated with small quartz-carbonate structures in Ordovician sediment, containing trace amounts of chalcopyrite and Cu oxides. ⛏️ Spectral Analysis: Detected white mica, chlorite, and epidote alteration in rock samples, indicative of a porphyry environment. Exciting times ahead as we dig deeper into Cerro Negro's potential! Learn more about this early-stage project at https://lnkd.in/ghiEv7MF 🔗 #SableResources #ArgentinaMining #Mining #GeologicalExploration #Exploration

While diligently working to acquire Bell Mountain, a fully permitted #gold and #silver project in #Nevada, we want to spotlight our larger Pine Grove gold project. Though not fully permitted yet, Pine Grove is in the final stages of permitting and we believe it holds untapped potential that we are eager to uncover soon. The Pine Grove district is mainly made up of a type of rock called Jurassic granodiorite, which has some interesting variations and alterations. The granodiorite rocks have intrusions (dikes and sills) of different compositions like andesite, dacite, and rhyolite. These are believed to be the sources of gold mineralization in the area. Native gold is found in small quartz veinlets, stockworks, and disseminations within the granodiorite. Where unoxidized, these veinlets contain minerals like pyrite, chalcopyrite, pyrrhotite, and native gold, along with elevated copper levels. The gold found here is typical of the "Shear Zone" subtype of Plutonic-Related Gold Quartz Veins and Veinlets. Pine Grove's PEA (2011, updated 2015) reports that significant exploration potential exists beyond current resources and recommends that infill and offset drilling be performed around the Wilson deposit, deep drilling in the Wheeler deposit, and expansion exploration drilling in known outlying anomalous intercepts. As funding becomes available, additional exploration drilling programs will be developed to potentially increase the size of the resource base. These programs will test numerous prospective areas of the Pine Grove property. An updated NI 43-101 technical report and an updated Pre-Feasibility report is also planned. Follow us to stay updated on our progress! #GoldMining #Mining #MiningIndustry #Nevada #Geology #WalkerLane #USA #LincolnGold #LincolnGoldMining #LMG #Investing #Investors #Investments #PreciousMetals