Vol. 002 · The Metals Company · August 2026
A speculative investment thesis on deep-sea polymetallic nodules, U.S. permitting momentum, first-of-kind execution risk, and the price of being early.
TMC is not a normal mining stock. It is a permit, engineering, financing, and politics trade wrapped around a potentially enormous resource.
TMC controls exposure to large polymetallic nodule resources containing nickel, copper, cobalt, manganese, and rare earth elements. Its August 2025 NORI-D PFS reported $5.5B after-tax NPV and 27% IRR before upside from broader NORI/TOML resources.
The company has no revenue and no commercial recovery permit. NOAA has moved parts of the U.S. process forward, but Application A still needs certification, environmental review, public process, final terms, and a final decision.
This remains a first-of-kind offshore mining project in one of the most politically sensitive resource categories in the world. Dilution, delay, or a heavily conditioned permit can materially change the economics.
TMC is developing seafloor polymetallic nodule collection and processing projects, historically centered on the Clarion-Clipperton Zone in the Eastern Pacific.
Polymetallic nodules are loose rocks that sit on or just under abyssal seafloor sediment. TMC highlights four metals in one feedstock: nickel, copper, cobalt, and manganese, with rare earth elements as a possible future opportunity.
The plan is offshore collection using seabed vehicles, a riser system, and surface production vessels. Allseas is the key industrial partner for the first commercial nodule collection system.
Revenue depends on receiving permits, collecting nodules, and processing them into saleable products such as nickel-copper-cobalt matte, manganese silicate, and potentially refined metals or battery materials over time.
| Asset / area | Status | Scale disclosed | Investor relevance |
|---|---|---|---|
| USA A / TMC USA Application A | Consolidated exploration license and commercial recovery permit application in NOAA certification review, company-reported. | ~65,000 km²; estimated 619 Mt wet nodules; potential 200 Mt exploration upside. | The main near-term permit catalyst and the application most tied to commercial recovery. |
| USA B / TMC USA Application B | NOAA certified exploration license application on May 26, 2026. | ~122,000 km²; estimated 1.02B tonnes of polymetallic nodules. | Large optionality, but exploration only. It does not grant commercial mining rights. |
| NORI-D / ISA-linked history | August 2025 PFS released; ISA framework remains politically contested. | 51 Mt probable reserves; 164 Mt recoverable nodules in the PFS case. | Provides the technical-economic anchor, but U.S. and ISA legal paths are not the same thing. |
The economics look large on paper. The question is how much of that value survives permitting, scale-up, financing, commodity cycles, and processing reality.
Company-stated study values compared with recent market capitalization.
This gap is the attraction. It is also the market's way of charging for unissued permits, unbuilt systems, unfinanced capex, and unresolved opposition.
The NORI-D PFS reported $5.5B after-tax NPV, 27% after-tax IRR, 51 Mt probable reserves, and 164 Mt recoverable nodules. TMC also published an Initial Assessment for remaining NORI/TOML resources with $18.1B NPV and 36% IRR.
At targeted steady state, the PFS case contemplates 10.8 Mtpa wet nodules from 2031-2043 and annual contained output of roughly 97 kt nickel, 70 kt copper, 7.4 kt cobalt, and 2.389 Mt manganese.
Caution: this is not a bankable final investment decision. It depends on assumptions for metal prices, recoveries, operating uptime, processing route, capex, regulatory terms, and financing cost.
The April 2025 Executive Order and the later Pacific OCS lease process turned seabed minerals into a more explicit U.S. supply-chain priority.
EO 14285 directed Commerce/NOAA to expedite DSHMRA review and directed agencies to evaluate seabed-mineral exploration, processing, stockpile, and financing support.
NOAA's revised framework allowed consolidated exploration/commercial recovery applications, reducing duplication for applicants with existing exploration data.
TMC reported full compliance for Application A, while NOAA's public page lists certification for Application B exploration.
BOEM/MMA advanced proposed American Samoa OCS mineral leasing and CNMI planning, adding roughly 67M acres of Pacific OCS policy momentum.
Federal urgency can shorten timelines, improve investor confidence, support offtake or stockpile discussions, and make domestic processing more strategic. This is the biggest non-geologic improvement in the TMC thesis since the company went public.
NOAA and BOEM still require environmental review and public process. BOEM also states that preliminary leases do not authorize future mining without additional plan submission, approval, and environmental review.
TMC has more runway than it did in earlier years, but the company is still pre-revenue and almost certainly needs project-level capital before commercial scale.
| Metric | Latest figure found | Read-through |
|---|---|---|
| Cash | $119.7M at Mar. 31, 2026 | Meaningful runway for permitting and development work, but not enough by itself to build an integrated commercial mining/refining chain. |
| Total liquidity | Company stated roughly $164M including credit availability | Supports near-term survival, not full project buildout. |
| Revenue | $0 to date | Valuation is entirely based on future permits, production, metals sales, and strategic value. |
| 2025 net loss | $319.8M | Includes large non-cash and financing-related effects, but the accumulated deficit is substantial. |
| Shares outstanding | ~433.2M as of May 2026 | Dilution has been a real cost of staying alive and developing the project. |
| Market cap | ~$1.5B in late July 2026 | The stock already capitalizes policy and permit hope, but at a steep discount to study NPV. |
The next twelve to eighteen months should make the investment case clearer. The biggest milestones are regulatory first, industrial second, financial third.
A formal certification decision for the commercial recovery-linked application would move the thesis from procedural compliance toward environmental review and draft terms.
The EIS is where support, opposition, mitigation, and operating restrictions become more concrete. A workable draft would be a major derisking event.
Approval alone is not enough. Royalty, monitoring, exclusion zones, operating limits, and reporting obligations determine whether the permit is investable.
The May 2026 commercial agreement targets commissioning of the first 3.0 Mtpa system in Q4 2027, subject to permits and financing.
The best-case structure would include strategic, customer, government, or project-level financing that reduces common-equity dilution.
Binding offtake, Defense Production Act support, EXIM/DFC financing, or National Defense Stockpile interest would strengthen the demand side.
This is still a high-risk security. The bear case does not require the resource to be fake. It only requires the path to be delayed, restricted, expensive, or politically unacceptable.
No NOAA commercial recovery permit has been issued under DSHMRA. TMC's core valuation depends on receiving one with workable conditions.
Deep-sea mining faces organized opposition, moratorium pressure, and scientific uncertainty around biodiversity, sediment plumes, noise, light, and recovery times.
TMC has cash, but commercial deployment and processing require capital. If strategic capital does not arrive, shareholders may fund the gap.
Nickel and cobalt have been pressured by terrestrial supply and battery chemistry shifts. The PFS economics are sensitive to realized prices and product credits.
Allseas is a strong partner, but the first commercial system depends heavily on one offshore engineering counterparty.
Commercial nodule processing has not been proven at scale. Recovery, residue handling, product specs, and facility siting still matter.
TMC is the pure-play equity. That is the appeal and the risk. Most alternatives are less direct but have existing cash flow or lower binary permitting exposure.
| Alternative | Why it competes | Tradeoff versus TMC |
|---|---|---|
| Diversified miners BHP, Rio Tinto, Vale, Glencore | Existing exposure to copper, nickel, manganese, iron ore, and broader critical-minerals supply chains. | Lower project-binary risk, but far less upside from one seabed permit. |
| Critical-minerals equities MP Materials, Lithium Americas, Sigma Lithium, Ioneer | Domestic or allied supply-chain stories with clearer mineral jurisdictions. | More conventional mining risk; less direct exposure to nodules and manganese-rich seabed feedstock. |
| Equipment and offshore services Allseas and subsea contractors | Could benefit from seabed minerals even if multiple operators emerge. | Allseas is private, and public substitutes are usually diluted by oil, gas, wind, and other offshore work. |
| Offtakers and processors Battery, defense, refining, and steel supply chains | They may capture margin if seabed materials become a new feedstock. | Indirect exposure; better risk control, but the nodule-specific upside is much smaller. |
The right way to think about TMC is probability-weighted asset value, not near-term earnings. There are no near-term earnings.
At roughly $1.5B market cap in late July 2026, TMC was trading at about 27% of the NORI-D PFS after-tax NPV and about 6% of the combined company-stated PFS/IA value. That spread is not automatically cheap. It reflects unresolved permitting, capex, financing, and execution risk.
If a commercial permit arrives on workable terms, the market may start valuing TMC more like a development-stage mining project with strategic scarcity. If NOAA delays or conditions the permit heavily, the equity can reprice back toward cash-plus-optionality.
This is better suited to speculative sizing than core portfolio sizing. The upside is asymmetric, but so are the drawdowns if a milestone slips. The stock has already moved substantially since early 2025, so entry discipline matters.
The cleanest upgrade trigger would be a sequence: Application A certification, constructive EIS, commercial permit, non-dilutive funding, then Allseas commissioning progress.
The setup is unusually powerful and unusually fragile.
| Strengths | Weaknesses | Opportunities | Threats |
|---|---|---|---|
| Large disclosed resource base; U.S. policy momentum; Allseas partnership; PFS with $5.5B NPV and 27% IRR; no financial debt at Q1 2026. | No revenue; no commercial recovery permit; first-of-kind offshore system; likely additional capital needs; public-company dilution history. | NOAA commercial permit; 67M-acre Pacific OCS policy signal; U.S. stockpile/offtake support; domestic processing; defense and industrial supply-chain demand. | NOAA delay or denial; restrictive permit terms; environmental litigation; ISA/geopolitical pushback; weak nickel/cobalt markets; financing at unattractive terms. |
TMC is a high-upside policy-and-permit speculation, not a conventional mining investment.
At recent market values, the upside is still meaningful if the PFS case moves toward reality. The market is not giving full credit to stated project NPV because the gating risks are real.
For a portfolio, this is a monitored speculative position with milestone-based sizing. It is not a "set and forget" miner.
Upgrade on permit progress plus financing clarity. Downgrade on NOAA slippage, adverse EIS terms, weak strategic funding, or material Allseas delay.
This document is prepared for informational and discussion purposes only and does not constitute financial, investment, legal, or tax advice. Information is derived from publicly available sources believed to be reliable but is not guaranteed for accuracy or completeness. All investments involve risk, including possible loss of principal. Past performance does not guarantee future results. Forward-looking statements and projections are illustrative estimates only and may differ materially from actual outcomes. Conduct independent research and consult a licensed financial advisor before making investment decisions.
