This week in the world of critical minerals, it wasn’t just about mining — it was about muscle. From Greenland’s radioactive reckoning to India’s $4B national mission, the rare earth race has entered a new, more volatile chapter. Add in billionaires diving into the DRC, corporate alliances reshaping supply chains, and the coming storm of deep-sea mining, and it’s clear: the ground is shifting. Sometimes literally.
Let’s break it down — because this week, the headlines weren’t just signals. They were seismic.
Greenland: Arctic Dreams and Radioactive Realities
Ah, Greenland. Once again, the icy frontier is back in the spotlight, and not for polar bears.
Brunswick Exploration is doubling down on its lithium campaign after a breakthrough 2024 discovery. The 2025 expansion spans 165,000 hectares, backed by eco-friendly tech and local collaboration. Europe and North America, take note: this could become a serious lithium lifeline.
Meanwhile, Critical Metals Corp unleashed a double-whammy: drill results from the Tanbreez project revealed up to 0.47% TREO with nearly 27% heavy rare earths — those ultra-valuable elements powering defense systems and permanent magnets. With 45 million tonnes of resource and a PEA set for Q2 2025, this could be one of the West’s most strategically significant deposits.
But the real Greenland showstopper? Kvanefjeld. A 17-year saga of geological ambition, radioactive baggage, and questionable feasibility studies. This week’s analysis revealed a harsh truth: despite lofty projections, real-world recovery rates sit at 32% (half of what’s been promised), and the project could generate nearly 90,000 tonnes of radioactive thorium waste. And that’s just the beginning of the problems.
Greenland is rising as a lithium and rare earths frontier — but only for projects with serious tech, clean processing, and political credibility. Kvanefjeld? At this point, it’s more cautionary tale than cornerstone.
U.S. Moves: Strategic Alliances and Political Power Plays
Energy Fuels and Chemours just announced a strategic alliance to beef up domestic rare earth production. Energy Fuels brings uranium-rich assets in Madagascar, Brazil, and the U.S., while Chemours contributes heavy mineral sands in Georgia and Florida.
Add in Ramaco’s $6.1M Wyoming grant to extract rare earths from coal seams, and you’re seeing the U.S. double down on unconventional sources — and fast-track facilities that would’ve taken a decade just a few years ago.
Meanwhile, Trump (yes, again) invoked the Defense Production Act to boost critical minerals production, citing the need to outflank China’s processing dominance. Critics call it chaotic and short-sighted. Supporters? Well, they’re busy checking their campaign donation receipts.
The U.S. isn’t just fighting a supply chain war — it’s building an industrial arsenal. But there’s still no real coordination. And that’s a problem.
KoBold’s Billionaire Bet on the DRC
Some go to Wall Street. Others go to war zones. KoBold Metals, backed by Gates and Bezos, is choosing the latter.
In a bold move, the AI-powered mining startup made an offer to develop one of the world’s largest hard rock lithium deposits in the DRC — a region with both world-class resources and world-class headaches. Arbitration fights, overlapping claims, and governance risks abound.
But here’s the twist: if KoBold can untangle the mess, this could become a lithium game-changer for the West. And a geopolitical statement.
India: $3.9B Mission Critical
India this week launched its National Critical Mineral Mission, and the scale is massive: ₹343 billion ($3.94B) to reduce import dependency on lithium, nickel, and cobalt. By 2047, demand for nickel is expected to rise 11-fold; for copper, 6x. India wants to mine, recycle, and build domestic value chains.
They’re aiming for 90% battery material recovery by 2027 and 20% recycled content in all new batteries by 2030.
India is no longer a passive player — it’s building its own mineral-industrial complex. That’s not just about EVs — it’s about autonomy.
Deep-Sea Mining: The Tension at 11,000 Meters
The Metals Company is charging ahead with a June license application to the International Seabed Authority (ISA), aiming to exploit the Clarion-Clipperton Zone’s massive nodules.
The backlash? Fierce. Scientists, nations, and NGOs are warning of ecosystem collapse. The ISA hasn’t agreed on rules since 1982, and legal chaos looms.
But for companies desperate to feed the EV beast, deep-sea minerals are starting to look worth the gamble. If the ISA grants a license this summer, it could be the most controversial mining approval of the decade.
Video showcasing The Metals Company’s patented process for deep-sea mining (quite curious and visually simple) — during piloting, they lifted to surface over ~3,000 wet tonnes of nodules:
Tech & Innovation: The Quiet Revolution in Batteries
This week also saw a flurry of battery breakthroughs — and not the kind that make splashy headlines, but the ones that actually matter.
Elevated Materials, backed by TPG and Applied Materials, is pioneering ultra-thin lithium films for EV and grid batteries. The goal? Higher energy density, lower cost.
Pure Lithium and Argonne National Lab are recycling lithium metal into next-gen anodes — sustainability meets cutting-edge electrochemistry.
Korean scientists unveiled new electrolytes that solve dendrite formation in lithium-metal batteries, improving safety, speed, and life cycle.
A new sensor was developed to detect battery electrolyte leaks — early warnings could save lives (and billions in lawsuits).
Why this matters: As geopolitical tensions tighten and raw material prices swing wildly, the real winners might be those innovating downstream. Efficiency, not just extraction, will define who dominates the battery age.
Rare Earth Markets: Price Calm Before the Storm?
Despite the chaos, prices for many rare earth oxides held relatively stable this week. Pr-Nd oxide saw a slight dip, while dysprosium and terbium held strong. But analysts warn this calm is likely temporary.
Why?
Supply from Myanmar may resume — briefly.
China's export controls still loom.
Demand for Pr-Nd in robotics and EVs could overshoot supply by 4,500 tonnes by 2025.
Expect volatility — and opportunity.
Takeaways: What This All Means
Geopolitical fractures are now baked into the supply chain. From Greenland to the DRC, every mine is a political story.
India is quietly becoming the dark horse of critical minerals. With billions in investment and domestic demand, it could leapfrog slower-moving Western economies.
Battery tech is about to shift again. Keep your eye on thin-film, solid-state, and LMB innovations. These are no longer fringe.
Processing is the bottleneck. We’re seeing plenty of ore. But unless separation, refining, and recycling scale up and fast — the West remains vulnerable.
Environmental opposition is growing. Whether it's deep-sea mining or radioactive waste in Greenland, projects without a strong ESG backbone will face mounting resistance — and valuation haircuts.
Looking Ahead: What to Watch Next Week
ISA’s deep-sea mining negotiations in Jamaica — can they reach consensus or will lawsuits fly?
Critical Metals Corp’s Q2 PEA for Tanbreez — will it deliver the goods, or raise more questions?
Kvanefjeld’s political fate — will Greenland's government stick to its uranium ban, or blink under pressure?
India’s policy rollout — watch for the first tenders and recycling framework releases.
And a big question for investors and decision-makers alike:
Stay ahead with Critical Minerals Journal — where insight meets impact.
