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Joined October 2021
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$DGXX this is amazing finding. Some serious alpha in this post.
This is a consolidation of my thoughts on $dgxx/$usdc/Yutanix/Zutacore.
There is alpha in this. Enjoy the read:
Nobody is talking about the real reason $DGXX is about to take over the AI infrastructure market. Let me explain.
Everything $dgxx is doing right now is positioning them to completely take over the ai infrastructure market.
$DGXX owns 55% of US Data Centers Inc. (USDC). USDC is currently private. USDC's entire business is manufacturing and selling the ARMS 200 — a modular, Tier 3-certified AI data center system that can turn any powered site into a fully operational AI compute facility in a fraction of the time traditional construction takes.
Companies like $IREN have spent years and enormous capital securing gigawatts of powered land. That's the hard part, or so everyone thought. But raw power means nothing if your cooling and compute density can't keep up with modern AI workloads. Air cooling and glycol loops are hitting their limits fast. These companies are sitting on some of the most valuable land in infrastructure and underutilizing it because they chose the wrong stack.
USDC's ARMS 200 is the answer they didn't build themselves. Drop modular units onto existing powered land, skip years of conventional construction, and immediately unlock high-density AI compute. The host site doesn't have to rebuild from scratch. They just have to let USDC in. Their stranded gigawatts become productive. USDC gets a customer. Everyone wins, but USDC wins most, because they own the system that makes it all work.
The ones who dont make this switch either through USDC or on their own will be left with way bigger electic bills, higher maintenance costs, and difficulty expanding.
The ARMS 200 uses a dielectric liquid cooling (I will talk further about the liquid a couple paragraphs down, this is signalled and not publicly confirmed. This is alpha.) built around Supermicro hardware and NVIDIA Blackwell-class GPUs, not to mention the $35 million $dgxx just spent on Vera Rubins. Wonder where thats going!
Each pod delivers 1 MW of compute and supports up to 256 B200/B300 GPUs. DGXX plans to scale to 40 MW at its Alabama site alone, roughly 10,240 GPUs. The modularity allows for easy scaling.
Now here's where Yutanix fits. Yutanix is an AI infrastructure marketplace that connects AI teams with GPU capacity, deployment planning, and data center sourcing. As USDC starts selling ARMS units to powered sites at scale, Yutanix is positioned to be the demand-side engine that feeds it, matching teams who need compute with the exact kind of rapid-deployment, cluster-ready infrastructure ARMS provides. USDC supplies the modules. Yutanix supplies the customers. That's a clean loop.
Now here's the piece worth watching VERY closely. ZutaCore dielectric HyperCool technology is waterless, direct-to-chip dielectric cooling.
Zero water, handles extreme power densities that glycol and air cooling can't touch, closed loop, ZERO leak risk
The main publicity backlash against AI data centers right now is noise, power, and water usage. Communities where USDC decides to set up modules will eat this up.
ZERO water usage if utilizing Zutacore Hypercool.
The heat can be REUSED for other purposes easily.
The Zutacore system requires a flow rate of just 0.3L/min for every 1000W. For example, cooling Nvidia’s B200 (1200W) would need a flow rate of 0.36L/min with HyperCool, compared to 1.8L/min for single-phase direct-to-chip water/glycol cooling.
Thats 5 to 6x lower flow rate. 50% less energy usage on cooling.
No official DGXX/ZutaCore partnership has been announced, but Jagan Jeyapal, CTO of DigiPowerX, was photographed at ZutaCore's booth at GTC and tagged #digipowerx #dgxx #zutacore and #yutanix all in the same LinkedIn post, mentioning plans to work on "large projects together." That's not nothing.
If a formal partnership follows, it becomes very hard for any competitor to replicate without tearing their building apart and starting over.
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Jun 13
America’s Most Important Gold Projects: Six Assets Shaping the Future of U.S. Gold
Gold remains one of the world’s most strategic resources, and several advanced U.S. projects are positioned to play an important role in the country’s future gold supply.
From Wyoming’s fully permitted CK Gold Project to major development-stage assets in Alaska, Idaho, and Nevada, these projects represent billions of dollars in potential economic value, long-life resources, and future production opportunities.
This infographic highlights six notable U.S. gold projects currently advancing through permitting, development, feasibility, and resource expansion stages:
• CK Gold – Wyoming
• Donlin Gold – Alaska
• Stibnite Gold – Idaho
• Black Pine – Idaho
• Livengood – Alaska
• Cove – Nevada
As demand for gold continues to grow alongside increasing focus on domestic resource development, these projects remain among the most closely watched gold assets in the United States.
Which U.S. gold project do you believe has the greatest long-term potential?
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#gold #goldmining #mining #preciousmetals #usgold #wyoming #alaska #idaho #nevada #naturalresources #miningstocks #resourceinvesting #investing #commodities #goldinvestment #criticalminerals #economicdevelopment #exploration #development #miningdiscovery
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Jun 12
THE WORLD'S MOST VALUABLE ASSETS (2026)
In a world shaped by technological innovation, artificial intelligence, digital assets, and evolving financial markets, one asset continues to stand above them all: gold.
With an estimated market value exceeding $22 trillion, gold remains one of the largest stores of wealth on Earth. While companies such as NVIDIA, Apple, Microsoft, Amazon, and other technology leaders have reached unprecedented valuations, gold continues to play a unique role within the global financial system.
Unlike equities, gold carries no earnings risk, no counterparty exposure, and no dependence on a single government or corporation. It remains a globally recognized reserve asset held by central banks, institutions, and investors seeking long-term wealth preservation.
Why Gold Still Matters
🟡 Scarcity
Gold cannot be printed, created, or manufactured. Supply growth remains limited compared to many financial assets.
🌎 Global Trust
For thousands of years, gold has served as a universally accepted store of value across civilizations and economic systems.
📈 Inflation Protection
Gold has historically acted as a hedge during periods of currency debasement and rising inflation.
🏦 Financial Independence
Unlike stocks, bonds, or currencies, gold is not tied to the performance of any single company, institution, or government.
⏳ Proven Through Time
While markets, technologies, and financial systems evolve, gold has maintained its role as a strategic reserve asset across generations.
As artificial intelligence, digital infrastructure, and global investment trends continue to reshape financial markets, gold remains one of the most important assets for diversification, stability, and long-term capital preservation.
Markets Change. Technologies Evolve.
Gold Endures.
🌐 miningdiscovery.com
#gold #investing #assetmanagement #wealthpreservation #preciousmetals
ALT Infographic comparing the world's most valuable assets in 2026, featuring gold with a market value of $22.7 trillion alongside Nvidia, Apple, Microsoft, Amazon, Saudi Aramco, Meta, Bitcoin, and silver. The graphic highlights gold’s role as a store of value, inflation hedge, central bank reserve asset, and long-term wealth preservation tool.
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Jun 12
Copper is at the center of the global energy transition, electrification, and artificial intelligence revolution. As demand continues to rise from electric vehicles, renewable energy systems, power grids, and hyperscale data centers, the world will require a new generation of large-scale copper projects to help meet future supply needs.
The projects highlighted in this infographic represent some of the most significant copper developments currently advancing around the world. From the emerging Vicuña District in Argentina and Chile to Resolution Copper in Arizona and the continued expansion of Kamoa-Kakula in the Democratic Republic of Congo, these assets have the potential to play an important role in shaping global copper supply over the coming decades.
Industry forecasts continue to suggest that copper demand growth could outpace new supply, increasing the importance of world-class deposits with scale, infrastructure, and long mine-life potential. Many of these projects are backed by some of the mining industry's largest companies, including BHP, Rio Tinto, Lundin Mining, Ivanhoe Mines, Zijin Mining, Newmont, and McEwen Copper.
As electrification accelerates and AI infrastructure expands, copper is becoming one of the most strategically important commodities in the global economy. The projects that successfully advance toward production could become the foundation of future supply and play a critical role in supporting everything from renewable energy and transportation to digital infrastructure and advanced technologies.
The next decade of copper supply will be built by a handful of world-class projects.
🌐 miningdiscovery.com
#copper #coppermining #criticalminerals #energytransition #copperprojects
ALT Infographic highlighting major copper mining projects expected to shape future global copper supply, including Resolution Copper, Filo del Sol, Los Azules, Josemaría, Kamoa-Kakula Expansion, and Wafi-Golpu. The graphic explores growing copper demand driven by electrification, renewable energy, AI infrastructure, and the energy transition through 2035.
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Jun 11
THE WORLD'S MOST IMPORTANT SILVER DISTRICTS
Silver has shaped civilizations, powered industrial revolutions, and remains one of the most important metals in the modern economy.
From the legendary mines of Potosí to the world-class districts of Fresnillo, Keno Hill, and Cannington, these regions have produced billions of ounces of silver and continue to play a critical role in global supply.
Unlike individual mines, mining districts often contain multiple deposits, decades of exploration history, established infrastructure, and significant future discovery potential. They are the foundations upon which entire silver industries are built.
Why These Districts Matter
⚪ Historic silver production spanning generations
⚪ High-grade mineral systems with proven scale
⚪ Strategic supply for industrial and investment demand
⚪ Long-term exploration and development potential
⚪ Critical to the future of electrification, solar energy, electronics, and global manufacturing
As silver demand continues to rise across renewable energy, AI infrastructure, electronics, and advanced technologies, the world's premier silver districts remain at the center of the industry's future.
Past. Present. Future.
The story of silver begins with its districts.
🌐 miningdiscovery.com
#silver #silvermining #preciousmetals #mining #silverinvesting #commodities #resourceinvesting #fresnillo #kenohill #cannington #potosi #guanajuato #mexico #canada #australia #bolivia #china #industrialmetals #renewableenergy #solarpower #electronics #miningstocks #exploration #miningdiscovery
ALT Infographic showcasing the world’s leading silver districts, including Potosi/Cerro Rico in Bolivia, Fresnillo and Guanajuato in Mexico, Cannington in Australia, Keno Hill in Canada, Peñasquito in Mexico, and Ying Mining District in China. The graphic highlights major silver resources, historic mining regions, and their contribution to global silver production and future supply.
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Jun 11
THE WORLD'S BIGGEST UNDEVELOPED MINING PROJECTS
Some of the most important mines of the next decade have yet to reach full production.
Across the globe, a pipeline of world-class mining projects is being developed to help meet the growing demand for copper, gold, iron ore, and other critical resources essential to economic growth, infrastructure development, electrification, and the energy transition.
Projects such as Reko Diq in Pakistan, Resolution Copper in the United States, Oyu Tolgoi in Mongolia, Kamoa-Kakula in the Democratic Republic of Congo, Simandou in Guinea, and Wafi-Golpu in Papua New Guinea represent some of the largest undeveloped mineral assets in the world. Together, they have the potential to supply significant volumes of strategic metals for decades to come.
However, developing a major mine is a long and complex process. From discovery and permitting to financing and construction, large-scale mining projects often require many years and sometimes decades to move from concept to production.
As demand for critical minerals continues to rise, these projects are expected to play a crucial role in supporting future supply chains, strengthening resource security, and helping meet the world's growing need for raw materials.
The future of mining is not being built tomorrow; it is being built today.
Tomorrow's Supply. Today's Discovery.
🌐 miningdiscovery.com
#mining #copper #gold #ironore #criticalminerals #resourceinvesting #exploration #miningindustry #miningdiscovery
ALT Infographic highlighting the world's largest undeveloped mining projects, including Reko Diq, Resolution Copper, Oyu Tolgoi, Kamoa-Kakula, Simandou, Pebble, and Wafi-Golpu. The graphic showcases project locations, primary metals, development status, production timelines, and their potential role in supporting future global demand for copper, gold, iron ore, and critical minerals.
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Jun 10
THE WORLD'S MOST VALUABLE MINING COMPANIES
The world's largest mining companies are more than resource producers—they are the foundation of global supply chains that support energy, infrastructure, manufacturing, technology, and economic growth.
From copper and iron ore to gold, nickel, lithium, and critical minerals, these industry leaders operate some of the most significant mining assets on the planet. Their scale, operational expertise, and financial strength enable them to develop world-class projects that help meet growing global demand for essential resources.
As electrification, artificial intelligence, data centers, renewable energy, and industrial modernization continue to accelerate, mining companies are becoming increasingly important to the global economy. Access to critical minerals is now viewed as a strategic priority by governments, manufacturers, and investors alike.
Companies such as BHP, Rio Tinto, Freeport-McMoRan, Glencore, Vale, Newmont, Barrick, Zijin, and Anglo American play a major role in supplying the materials required to build the future.
While market capitalizations fluctuate with commodity prices, production growth, and investor sentiment, these companies remain among the most influential forces in the global resource sector.
The companies controlling mineral supply are becoming strategic pillars of the modern economy.
🌐 miningdiscovery.com
#mining #miningstocks #criticalminerals #commodities #resourceinvesting #bhp #riotinto
ALT Infographic ranking the world's largest mining companies by market capitalization in 2026, featuring major miners such as Vale, Newmont, Barrick, Zijin Mining, and Anglo American. The graphic highlights the strategic importance of mining companies in securing global mineral supply chains and supporting the modern economy.
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Jun 10
THE WORLD'S TOP COPPER MINES
Copper is one of the most important metals in the global economy, serving as the backbone of electrification, infrastructure, manufacturing, renewable energy, and modern technology.
From power grids and electric vehicles to data centers and energy storage systems, demand for copper continues to grow as the world becomes increasingly electrified. Meeting that demand depends on a relatively small number of world-class mining operations that supply millions of tonnes of copper each year.
Mines such as Escondida in Chile, Grasberg in Indonesia, Kamoa-Kakula in the Democratic Republic of Congo, Collahuasi in Chile, Cerro Verde in Peru, Buenavista in Mexico, and Morenci in the United States rank among the most significant copper-producing assets globally. These operations play a vital role in supporting industrial growth, energy security, and the ongoing transition toward cleaner energy technologies.
While copper demand is expected to rise substantially over the coming decades, bringing new supply online remains a major challenge. Long development timelines, declining ore grades, and increasing capital requirements have made existing world-class mines more valuable than ever.
As nations invest in electrification, artificial intelligence infrastructure, renewable energy, and grid modernization, copper's strategic importance continues to increase.
From ancient times to the modern world, the future runs on copper.
🌐 miningdiscovery.com
#copper #coppermining #criticalminerals #energytransition #electrification #mining #miningindustry #copperstocks #mineralexploration #miningdiscovery
ALT Infographic highlighting the world's top copper mines by payable copper production, featuring Escondida, Grasberg, Kamoa-Kakula, Collahuasi, Cerro Verde, Buenavista, and Morenci. The graphic shows mine locations, production volumes, ownership details, and copper’s importance for electrification, electric vehicles, energy storage, and industrial growth.
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Jun 10
⚡ THE PERIODIC TABLE OF THE ENERGY TRANSITION
The transition to a cleaner, more electrified, and technology-driven world is not built on a single commodity—it is powered by a diverse group of critical minerals that form the foundation of modern infrastructure, energy systems, advanced manufacturing, and artificial intelligence.
From renewable energy projects and electric vehicles to data centers, semiconductors, batteries, robotics, and national defense systems, these minerals are becoming increasingly important to global economic growth and energy security.
🟠 Copper remains the backbone of electrification, powering transmission networks, data centers, electric vehicles, and renewable energy systems.
🔵 Lithium plays a central role in energy storage and battery technologies that support transportation and grid modernization.
🟢 Rare Earth Elements enable high-performance magnets used in wind turbines, electric motors, robotics, aerospace systems, and advanced electronics.
⚫ Nickel, Graphite, Cobalt, and Manganese provide the performance, stability, and durability required for next-generation battery technologies and industrial applications.
⚪ Silver supports advanced electronics, semiconductors, solar technologies, and high-performance connectivity systems.
☢️ Uranium is increasingly recognized as a strategic energy resource as nations seek reliable, low-carbon power solutions capable of supporting growing electricity demand from artificial intelligence, industrial growth, and electrification.
As governments, corporations, and investors continue to focus on energy security, AI infrastructure, and decarbonization, demand for many critical minerals is expected to increase significantly over the coming decade.
The future will not be built by technology alone.
It will be built by the minerals that make technology possible.
The Transition Is Electric.
The Future Is Mineral.
🌐 miningdiscovery.com
#criticalminerals #energytransition #copper #lithium #rareearths #uranium #silver #nickel #graphite #cobalt #manganese #cleanenergy #electricvehicles #batterytechnology #datacenters #artificialintelligence #ai #semiconductors #renewableenergy #resourceinvesting #commodities #mining #miningstocks #energysecurity #technology #futureofenergy #naturalresources #globalmarkets #miningindustry #miningdiscovery
ALT Infographic showcasing the critical minerals driving the energy transition and AI-powered future, including copper, lithium, nickel, graphite, silver, silicon, rare earth elements, uranium, cobalt, and manganese. The graphic highlights their roles in clean energy, electric vehicles, batteries, semiconductors, data centers, and global demand growth through 2030.
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THE WORLD'S LARGEST GOLD PRODUCERS
Gold remains one of the world's most valuable and strategically important commodities, and the companies leading global production play a critical role in supplying the metal that underpins central bank reserves, investment portfolios, jewelry demand, and industrial applications.
The world's largest gold producers operate some of the most significant mining assets across North America, South America, Africa, Australia, and Asia. Their scale, operational expertise, and resource bases enable them to produce millions of ounces of gold annually while supporting thousands of jobs and billions of dollars in economic activity.
As central banks continue to accumulate gold, geopolitical uncertainty remains elevated, and investors seek diversification from traditional financial assets, gold continues to maintain its position as a trusted store of value. This long-term demand has reinforced the importance of the sector's leading producers.
From Newmont and Barrick to Agnico Eagle, AngloGold Ashanti, Gold Fields, Kinross, Northern Star, and Zijin, these companies represent some of the most influential names in the global mining industry.
While production rankings may change over time through mergers, acquisitions, and new mine developments, one thing remains constant:
Gold continues to be one of the most important assets in the global financial system.
🌐 miningdiscovery.com
#gold #goldmining #goldstocks #preciousmetals #miningdiscovery
ALT Infographic showing the world's largest gold producers ranked by 2025 gold production, featuring Newmont, Barrick, Agnico Eagle, AngloGold Ashanti, Gold Fields, Kinross, Northern Star Resources, and Zijin, with gold market insights and production statistics.
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🥈 THE WORLD'S LARGEST SILVER MINES
Silver remains one of the world's most important metals, serving a dual role as both a precious metal and a critical industrial resource. From solar panels and electric vehicles to electronics, medical applications, and investment demand, silver continues to play a vital role in the modern economy.
The world's largest silver mines form the backbone of global supply, producing millions of ounces annually while supporting industries that are driving technological innovation and the global energy transition. Operations such as Cannington in Australia, Veladero in Argentina, Keno Hill in Canada, Antamina in Peru, Peñasquito in Mexico, Ying District in China, and Fresnillo in Mexico rank among the most significant silver-producing assets in the world.
Silver demand continues to benefit from multiple growth drivers, including renewable energy, electrification, artificial intelligence infrastructure, advanced electronics, and investor interest in precious metals. At the same time, many industry analysts continue to highlight ongoing supply challenges and structural deficits across the silver market.
Unlike many commodities, approximately 80% of global silver production comes as a by-product of mining operations focused on other metals, making future supply growth increasingly dependent on broader mining activity.
As industrial demand continues to expand and silver's strategic importance grows, the world's leading silver mines will remain essential to supporting both economic development and technological advancement.
Silver Powers Technology. Silver Powers The Future.
🌐 miningdiscovery.com
#silver #silvermining #preciousmetals #silverstocks #commodities #resourceinvesting #mining #cleanenergy #solarenergy #energytransition #criticalminerals #electrification #technology #investing #commoditiesmarket #naturalresources #geology #exploration #miningstocks #resourcesector #industrialmetals #globalmarkets #energysecurity #renewableenergy #futureofenergy #miningindustry #silverdemand #mineralresources #investment #miningdiscovery
ALT Infographic showing the world's largest silver mines by projected 2026 silver production, featuring Cannington, Veladero, Keno Hill, Antamina, Peñasquito, Ying District, and Fresnillo, along with silver market demand, supply deficits, and investment insights.
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Infrastructure and operating conditions can play a critical role in the success of offshore exploration projects.
@BluEnergiesltd Harper Basin project benefits from favourable offshore conditions in Liberia, including proximity to shore, planned logistics infrastructure, and an operating environment that supports future deepwater exploration activities.
For investors, access to supportive infrastructure and a strategic offshore location can be important advantages as projects advance toward key exploration milestones.
#EnergyInvesting #OffshoreExploration #OilAndGas #ResourceInvesting #BluEnergies
ALT BluEnergies corporate graphic featuring an offshore drilling vessel and highlighting the Harper Basin project in Liberia. The image emphasizes favourable offshore operating conditions, proximity to shore, planned logistics infrastructure, and environmental conditions suitable for deepwater exploration. Company branding, website information, and TSXV: BLU ticker are displayed.
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Silver is playing a critical role in one of the fastest-growing industries in the world: solar energy.
Known as the most electrically conductive metal on Earth, silver is an essential component in photovoltaic (PV) solar panels, helping convert sunlight into electricity with maximum efficiency. As global solar installations continue to accelerate, demand for silver from the renewable energy sector has become one of the most important drivers of long-term silver consumption.
Over the past decade, solar-related silver demand has grown significantly as governments, utilities, and corporations invest heavily in clean energy infrastructure. With global electricity demand continuing to rise and nations pursuing ambitious net-zero targets, solar power is expected to remain a major source of future silver demand.
This growing industrial use comes at a time when silver is also valued as a precious metal, investment asset, and critical material for advanced technologies. The combination of industrial demand and investment interest makes silver one of the most unique commodities in the global resource sector.
As the clean energy transition gains momentum, silver's role extends far beyond jewelry and bullion.
The clean energy boom is also a silver demand story.
🌐 miningdiscovery.com
#silver #silvermining #solarpower #solarenergy #renewableenergy #cleanenergy #energytransition #preciousmetals
ALT Infographic explaining silver’s role in solar energy, highlighting growing silver demand from solar panels, key applications within photovoltaic cells, and the importance of silver for clean energy, efficiency, and renewable power generation.
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MiningDiscovery retweeted
Jun 8
@AxoMetals entwickelt das La Huerta Kupferprojekt und das San Antonio Goldprojekt weiter und setzt den Übergang von der Entdeckung zur Entwicklung fort.
#Kupfer #Gold #Bergbau #AxoMetals
ALT Axo Metals promotional graphic featuring the La Huerta Copper Project and San Antonio Gold Project in Mexico. The image highlights the transition from discovery to development, with an aerial coastal landscape background, company branding, website information, and stock ticker TSXV: AXO.
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MiningDiscovery retweeted
Jun 9
@GoGoldResources has secured all remaining SEMARNAT permits for the Los Ricos South underground mine, with construction now approved by the Board. The project is expected to advance toward first production following a 24-month build period.
Read more at gogoldresources.com/images/u…
ALT Corporate announcement graphic highlighting GoGold Resources' receipt of all remaining SEMARNAT permits for the Los Ricos South underground mine in Mexico. The image features a mine tunnel entrance in a mountainous landscape and emphasizes the project's approval for construction and progression toward production.
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MiningDiscovery retweeted
Jun 3
The deep-sea minerals sector is moving from concept to investable reality.
@deepseacorp is targeting scale with an expected ~$175M cash position, institutional backing, and exposure to growing critical mineral demand.
Watch full video at linkedin.com/posts/cse-seas-…
ALT Deep Sea Minerals corporate update highlighting its position for the next phase of growth in the deep-sea critical minerals sector. The post features an offshore vessel at sea and emphasizes long-term growth potential, anticipated strong capital positioning, increasing industry validation, and rising global demand for secure mineral supply chains.
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THE GLOBAL URANIUM SUPPLY CHAIN
Uranium is more than just a commodity—it is the foundation of one of the world's most important sources of reliable, low-carbon electricity.
From mining and milling to conversion, enrichment, fuel fabrication, and power generation, uranium travels through a highly specialized global supply chain before it ultimately produces electricity for millions of homes and businesses around the world. Each step plays a critical role in ensuring energy security, grid stability, and long-term power generation.
A handful of countries dominate uranium production, with Kazakhstan, Canada, Namibia, Australia, and Uzbekistan supplying a significant portion of global mine output. At the same time, fuel processing, enrichment, and nuclear reactor operations are concentrated among a relatively small group of nations, highlighting the strategic importance of the uranium supply chain.
As electricity demand continues to grow—driven by artificial intelligence, data centers, electrification, and industrial expansion—many countries are increasingly recognizing the role of nuclear power in delivering dependable, around-the-clock energy while reducing carbon emissions.
With reactor construction accelerating in several regions and governments seeking greater energy independence, uranium has become one of the most strategically important resources in the global energy landscape.
Nuclear Power Starts With Mining.
🌐 miningdiscovery.com
#uranium #nuclearenergy #uraniummining #energytransition #criticalminerals #cleanenergy #energysecurity #nuclearpower #commodities #resourceinvesting #uraniumstocks #exploration #naturalresources #geology #powergeneration #electricity #smallmodularreactors #smr #globalenergy #commoditiesmarket #investing #miningstocks #resourcesector #futureofenergy #lowcarbon #strategicminerals #energyinfrastructure #nuclearfuel #miningindustry #miningdiscovery
ALT Infographic explaining the global uranium supply chain, from mining and enrichment to nuclear power generation. It highlights major uranium-producing countries, key processing centers, nuclear energy regions, and the role of uranium in providing low-carbon electricity worldwide.
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AI'S HUNGER FOR ELECTRICITY
Artificial Intelligence is rapidly becoming one of the largest drivers of global electricity demand.
From training advanced AI models to powering real-time inference across billions of devices and applications, the infrastructure behind artificial intelligence requires vast amounts of energy. Data centers, high-performance computing clusters, cloud infrastructure, and next-generation AI systems are creating an unprecedented need for reliable, scalable, and affordable power.
As AI adoption accelerates across industries, electricity consumption from data centers is expected to increase significantly over the coming years. This growing demand is driving investments in power generation, grid modernization, energy storage, transmission infrastructure, and critical minerals required to build and operate the technologies powering the AI revolution.
Meeting this demand will require a diverse energy mix. Nuclear power, natural gas, hydroelectricity, solar, and wind are all expected to play important roles in supporting the expanding needs of AI infrastructure while balancing reliability, affordability, and sustainability.
The AI era is also creating new opportunities across the resource sector. Copper, uranium, nickel, silicon, rare earth elements, and other critical minerals are becoming increasingly important as governments and corporations invest in the infrastructure needed to support the next generation of computing.
The future of artificial intelligence will not be powered by software alone; it will be powered by energy.
Powering AI. Powering Tomorrow.
🌐 miningdiscovery.com
#artificialintelligence #ai #datacenters #criticalminerals #miningdiscovery
ALT Infographic highlighting AI’s growing demand for electricity, showing rapid increases in data center power consumption, AI infrastructure investment, and future energy sources including natural gas, nuclear, solar, wind, and hydropower needed to support AI-driven growth.
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THE WORLD'S TOP COPPER PRODUCING COUNTRIES
Copper is one of the most important metals in the global economy, serving as the backbone of electrification, renewable energy, transportation, and modern infrastructure. From power grids and electric vehicles to data centers and artificial intelligence infrastructure, copper plays a critical role in powering the technologies shaping the future.
A relatively small group of countries dominates global copper production, supplying the raw material needed to support growing demand across energy, industrial, and technology sectors. Chile continues to lead the world as the largest copper producer, followed by Peru, the Democratic Republic of Congo, China, the United States, Russia, Australia, and Zambia.
As governments invest heavily in energy security, grid modernization, electric transportation, and digital infrastructure, demand for copper is expected to remain strong for decades. Industry analysts continue to forecast significant growth in copper consumption driven by renewable energy systems, battery technologies, AI infrastructure, and the global electrification trend.
At the same time, supply growth faces challenges from declining ore grades, lengthy permitting timelines, rising development costs, and a limited pipeline of large-scale discoveries. These factors are contributing to increasing attention on copper as one of the most strategically important commodities of the coming decades.
A single electric vehicle can require several times more copper than a conventional vehicle, while data centers, transmission networks, and renewable energy projects continue to consume growing quantities of the metal.
The World Needs Copper. Copper Powers Progress.
🌐 miningdiscovery.com
#copper #coppermining #copperstocks #criticalminerals #miningdiscovery
ALT Infographic showing the top copper-producing countries in 2026, led by Chile, Peru, and the Democratic Republic of Congo. Global copper production is projected to reach 22.7 million tonnes, driven by demand from electric vehicles, renewable energy, data centers, and power grids.
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THE WORLD'S 10 LARGEST LITHIUM MINES
Lithium has become one of the most strategically important minerals in the modern economy, serving as a critical component in electric vehicle batteries, energy storage systems, consumer electronics, and the technologies driving the global energy transition.
As governments, automakers, and technology companies invest billions of dollars into electrification and renewable energy infrastructure, demand for lithium continues to grow. This has placed increased attention on a relatively small number of world-class lithium operations that supply much of the material required for battery production worldwide.
Australia remains a dominant force in global lithium production, hosting several of the world's largest hard-rock lithium mines, including Greenbushes, Wodgina, Mount Marion, Pilgangoora, and Ngungaju. At the same time, South America's Lithium Triangle, particularly Chile and Argentina, continues to play a crucial role in global supply through large-scale brine operations.
While lithium demand is expected to rise significantly over the coming decade, bringing new supply online remains a challenge due to permitting timelines, infrastructure requirements, environmental considerations, and capital intensity. As a result, existing large-scale operations continue to play a vital role in supporting battery manufacturing and global electrification efforts.
From electric vehicles and grid-scale energy storage to artificial intelligence infrastructure and advanced technologies, lithium is increasingly recognized as one of the key minerals shaping the future of energy.
Powering The Future. Fueling Tomorrow.
🌐 miningdiscovery.com
#lithium #lithiummining #batteryminerals #electricvehicles #energystorage #criticalminerals #miningindustry #miningdiscovery
ALT Infographic ranking the world’s 10 largest lithium mines by 2026 production. Greenbushes in Australia leads with 230,000 tonnes, while global lithium output is projected to reach 1.29 million tonnes, driven by demand for EVs, energy storage, and clean energy technologies.
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