TMC the metals company Inc.

TMC the metals company Inc. (TMC) Market Cap

TMC the metals company Inc. has a market capitalization of $1.90B, based on the latest available market data.

Financials updated on 2025-09-30

SectorBasic Materials
IndustryIndustrial Materials
Employees47
ExchangeNASDAQ Global Select

Price: $4.59

0.08 (1.77%)

Market Cap: 1.90B

NASDAQ · time unavailable

CEO: Gerard Barron

Sector: Basic Materials

Industry: Industrial Materials

IPO Date: 2021-09-10

Website: https://metals.co

TMC the metals company Inc. (TMC) - Company Information

Market Cap: 1.90B · Sector: Basic Materials

TMC the metals company Inc., a deep-sea minerals exploration company, focuses on the collection, processing, and refining of polymetallic nodules found on the seafloor in the Clarion Clipperton Zone (CCZ) in the south-west of San Diego, California. The company primarily explores for nickel, cobalt, copper, and manganese products. TMC the metals company Inc., through its subsidiaries, holds exploration rights in three polymetallic nodule contract areas in the CCZ of the Pacific Ocean. Its products are used in electric vehicles (EV), renewable energy storage markets, EV wiring, clean energy transmission, manganese alloy production required for steel production, and other applications. The company was formerly known as Sustainable Opportunities Acquisition Corporation and changed its name to TMC the metals company Inc. TMC the metals company Inc. was incorporated in 2019 and is based in Vancouver, Canada.

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AI-Generated Research: This report is for informational purposes only. Please validate all data using official SEC filings before making investment decisions.

📘 TMC the metals company Inc. (TMC) — Investment Overview

TMC the metals company Inc. (TMC) is positioned as a remote resource developer focused on unlocking value from metal-bearing deposits located in the deep ocean. The company’s thesis centers on advancing a technically demanding and capital-intensive pathway—exploration-to-technology maturation-to-commercial extraction—within an industry that requires both engineering credibility and permitting/regulatory acceptance. Investment interest typically clusters around (i) technological execution, (ii) regulatory and stakeholder progress for deep-sea mining activities, (iii) capital allocation and dilution risk, and (iv) the evolving demand outlook for metals used in high-growth end markets such as clean energy and electrification.

Because the business is inherently pre-commercial in many development scenarios, the market often values TMC less on near-term cash generation and more on measurable de-risking milestones: demonstrated metallurgical recovery, engineering feasibility, vessel and system readiness, seabed impact mitigation frameworks, and credible forward plans for financing and offtake. Consequently, this research summary emphasizes the nature of TMC’s monetisation model, its competitive positioning, and the key variables that can materially shift investor expectations.

🧩 Business Model Overview

TMC’s business model is best understood as a resource and technology development platform aimed at converting deep-ocean mineral potential into commercially viable production. In practical terms, the company’s work typically spans several overlapping layers:

  • Resource identification and qualification: Establishing the grade, distribution, and characteristics of target mineralization and validating assumptions used to support economic studies.
  • Mining and processing system design: Developing hardware and operating concepts to collect, transport, and process metal-rich material efficiently and safely.
  • Processing and product specification: Ensuring that downstream refining and/or hydrometallurgical steps yield saleable metal products (or feedstocks) that meet customer requirements.
  • Environmental and social governance (ESG) frameworks: Designing monitoring and impact mitigation measures to address regulatory requirements and stakeholder expectations.
  • Commercialization pathway: Building a credible route to production—often involving partnerships, financing strategy, and potential offtake arrangements.

Unlike traditional miners that already operate producing assets, TMC’s value proposition is inherently linked to the probability of moving from demonstration to commercial scale. This creates a profile where scientific and engineering progress can be as consequential as commodity prices, especially until production is established.

💰 Revenue Streams & Monetisation Model

At maturity, TMC’s revenue model would be expected to follow a classic commodity-linked structure, monetizing metal content through sales of extracted materials or refined products. However, the monetisation timeline is typically preceded by funding and research activities that do not generate material operating revenue.

For investors, it is useful to distinguish between two monetisation “phases”:

  • Pre-production monetisation: Primarily driven by financing activities (equity, debt, strategic partnerships) rather than sales. In this phase, the market often rewards progress that reduces technical or regulatory uncertainty.
  • Production monetisation: Driven by selling mined and processed metals. In deep-sea mining concepts, the economic outcome depends on recovery rates, processing yields, transport costs, operational uptime, and the realized pricing of products (including any discount or premium relative to benchmarks).

The practical monetisation question becomes: Can TMC translate resource potential into a robust, scalable system with competitive unit economics? Unit economics would likely hinge on the capital intensity of mining vessels and processing facilities, throughput constraints, processing complexity, and environmental compliance costs. Until those are proven at scale, valuation tends to reflect option-like exposure to successful commercialization rather than stable cash flows.

🧠 Competitive Advantages & Market Positioning

In deep-sea minerals, competitive advantage is multidimensional. TMC’s relative positioning is often assessed through the lens of technological capability, credibility with regulators and stakeholders, and the strategic maturity of its commercialization plan.

Potential competitive differentiators include:

  • Technology and engineering progress: Deep-sea extraction requires specialized equipment and methods. Firms that demonstrate reproducible results in recovery, handling, and operational stability can gain negotiating leverage and improve access to partnerships.
  • Metallurgical capability: The ability to produce consistent, specification-grade metal outputs (or acceptable intermediates) can reduce customer adoption friction and strengthen pricing power.
  • ESG and environmental monitoring approach: In a regulated environment with heightened scrutiny, a credible environmental management framework can influence permitting outcomes and reduce the probability of operational delays.
  • Strategic access to capital and partners: Commercial scale requires substantial funding. A capable corporate strategy to attract investors, technology collaborators, and potential offtakers can be a durable advantage.

Market positioning also depends on the broader narrative around critical minerals supply security. Metals associated with battery and electrification value chains can receive policy support in multiple jurisdictions. For TMC, the competitive landscape includes both terrestrial miners expanding supply and alternative technologies (including recycling), but deep-sea resources present a qualitatively different supply source. This creates a positioning opportunity if TMC can validate that deep-sea production can be scaled responsibly and cost-effectively.

🚀 Multi-Year Growth Drivers

TMC’s multi-year growth path is driven less by short-term volume swings and more by milestone-based de-risking. Several core drivers typically define the trajectory:

  • Commercial readiness of mining and processing systems: Progress toward system reliability, higher throughput, and improved recovery yields can transform investor perceptions from “concept feasibility” to “operational credibility.”
  • Regulatory and permitting progress: Deep-sea mining involves complex international and national governance. Advancements in environmental assessment methods, monitoring requirements, and permitting frameworks can materially affect commercialization timelines and cost structure.
  • Environmental impact reduction and monitoring sophistication: The ability to measure impacts accurately and implement mitigation strategies is increasingly central to stakeholder acceptance and regulatory continuity.
  • Financing and partnership execution: Capital formation is a major determinant of whether technical progress can translate into scaled operations. The structure and terms of financing (dilution, leverage, strategic investments) can influence long-term shareholder outcomes.
  • Metal demand and price resilience for battery and critical minerals: Demand for nickel, cobalt, manganese, and related alloying or battery-relevant inputs remains a key macro driver. While commodity prices are cyclical, the structural demand outlook for electrification can support longer-duration investment logic.
  • Supply chain integration and customer adoption: If TMC can secure credible offtake discussions and align product characteristics with downstream refiners or manufacturers, commercialization becomes more “bankable.”

Importantly, growth in this context also includes credibility expansion—each validated engineering or environmental milestone can lower perceived execution risk, improve financing terms, and enable more confident planning.

⚠ Risk Factors to Monitor

Investment in TMC carries a risk profile characteristic of early-stage, technically complex, regulatory-dependent resource development. Key risk categories include:

  • Technical execution risk: Deep-sea mining is subject to operational challenges including equipment durability, maintenance in harsh environments, system uptime, transport handling, and processing stability. Underperformance in any link can delay commercialization or increase unit costs.
  • Metallurgical and recovery risk: Economic viability depends on achieving adequate recovery rates and product specifications at scale. Variability in feedstock characteristics can affect yields and require process redesign.
  • Regulatory and permitting risk: Deep-sea mining frameworks are evolving. Delays, additional requirements, or restrictive terms can reduce the attractiveness of the project economics and extend development horizons.
  • Environmental and social risk: ESG scrutiny is intense. Inadequate impact mitigation or insufficient monitoring can lead to regulatory setbacks, litigation, reputational harm, or operational restrictions.
  • Financing and dilution risk: Capital-intensive development frequently requires external funding before meaningful cash flows emerge. Equity issuance and/or convertible structures can dilute shareholders, and funding constraints can limit the ability to progress milestones.
  • Commodity and market risk: Even with successful technology, realized economics depend on metal pricing, product mix, benchmark differentials, and customer acceptance. Down-cycles can pressure project economics.
  • Competitive and substitution risk: Terrestrial supply expansion, recycling growth, and alternative technologies can reduce the incremental demand for deep-sea-produced metals.
  • Execution and governance risk: Large, complex projects benefit from rigorous program management. Cost overruns, partner underperformance, or strategic missteps can impair value creation.

For an analyst-grade diligence approach, these risks are best monitored through leading indicators: demonstrable engineering performance metrics, progress in regulatory engagement, quantified environmental monitoring outcomes, and the durability of the capital plan.

📊 Valuation & Market View

TMC is often valued by the market using a scenario-based framework rather than traditional producer multiples, due to the limited visibility into stable operating earnings. The valuation logic typically incorporates:

  • Probability-weighted outcomes: Investors implicitly assign probabilities to technical success, regulatory approval, and commercial viability. As milestones progress, the market may re-price those probabilities and risk discounts.
  • Capital path and cost of capital: Development-stage companies are highly sensitive to the terms and availability of capital. A higher cost of capital or more frequent equity issuance can compress value.
  • Unit economics at scale: Even if the resource is abundant, value depends on achievable throughput, recovery, capex/opex intensity, and compliance costs. Analysts often model break-even economics under multiple commodity price and cost scenarios.
  • Option value of commercialization: The market frequently treats advancement as creation of a call option on future production—where the upside can be substantial if commercialization occurs, but the downside can be severe if execution fails.

In terms of market view, the investor base tends to bifurcate between:

  • Long-horizon believers focused on strategic exposure to critical minerals supply diversification; and
  • Milestone-driven capital allocators who reassess valuation based on each advancement in engineering, environmental science, and regulatory credibility.

A disciplined valuation stance would therefore emphasize validating underlying assumptions: recovery performance, realistic timelines for systems scaling, and the robustness of environmental monitoring methodologies that satisfy regulators and stakeholders.

🔍 Investment Takeaway

TMC the metals company Inc. represents a high-uncertainty, high-leverage investment tied to deep-sea mineral commercialization. The core investment question is not simply whether deep-ocean resources exist, but whether TMC can execute a technically and environmentally credible extraction and processing pathway that regulators and customers accept at commercial scale.

From an analyst-grade perspective, the investment merits typically strengthen when evidence accumulates across three pillars:

  • Technical validation that demonstrates scalable mining/processing performance and consistent product outcomes;
  • Regulatory and ESG credibility supported by monitoring rigor and mitigation effectiveness;
  • Financial sustainability through a capital plan that balances progress with dilution and cost of capital.

Conversely, the investment thesis weakens if the company cannot de-risk critical engineering dependencies, if permitting timelines face meaningful setbacks, or if funding requirements lead to unfavorable dilution relative to value creation. For investors, TMC is best treated as a milestone-driven exposure to critical minerals supply evolution—where disciplined scenario analysis and ongoing validation of execution assumptions are essential.


⚠ AI-generated — informational only. Validate using filings before investing.

Management frames the quarter as de-risking progress toward a 2027 commercial recovery permit, highlighting NOAA’s restart after the shutdown and the pending consolidated permitting rule. However, the Q&A pressure points reveal a funding/regulatory reality check: CFO/CEO reiterated that warrant exercises could drive over $432m of additional cash proceeds (vs ~$165m current liquidity), and that regulatory sequencing is being “tidied up” because TMC already has a substantially prepared commercial recovery permit application. They also downplayed critical-path risk—claiming a streamlined process could accelerate permits, while still consistent with a Q4 2027 production start and that commercial permitting is no longer the critical path for readiness (Hidden Gem ordering/long-lead items). Financially, the quarter’s net loss remains extreme ($184.5m, 46¢/share) driven heavily by non-operating noncash royalty fair value changes (+$131m) and equity-based comp/G&A inflation, contrasting the upbeat operational tone.

AI IconGrowth Catalysts

  • NOAA regulatory progress after US government shutdown; NOAA confirmed back at work and focused on TMC applications (exploration applications compliant; in certification stage)
  • First-ever commercial recovery permit pathway targeted for 2027 (management confidence)
  • World-first conversion milestone: nodule-derived manganese silicate successfully converted into battery-grade manganese sulfate (using Kingston Process Metallurgy facility in Ontario)
  • Potential momentum from NOAA streamlined permitting rule that consolidates exploration + commercial exploitation applications (proposed amendments sent to White House; public comment closed Sep 5, 2025)

Business Development

  • Allseas Hidden Gem vessel to support Japanese nodule collection trials near Minamitori Island; pilot expected early Jan 2027
  • NOAA partnership: three launched applications with NOAA, including the first-ever application for a commercial recovery permit
  • Japan/US seafloor rare earth partnership: feasibility testing of listing rare earth muds as early as Jan 2026; larger-scale test mining one year later (Japan begins prep)
  • Korea Zinc investment flow / Korea Zinc warrants referenced (potential $48m proceeds at $7 strike)

AI IconFinancial Highlights

  • Net loss: $184.5m (46¢/share) in Q3 2025 vs $20.5m (6¢/share) in Q3 2024
  • Exploration & evaluation expense: $9.6m vs $11.8m prior-year quarter
  • G&A: $45.7m vs $8.1m prior-year quarter; increase driven by share-based compensation (+$35m amortization of fair value of retention grants/RSUs/options) plus +$2m professional/consulting for US regulatory route
  • Key non-operating driver: royalty liability fair value increase by $131m in 2025 (noncash) — valued at $130m (Norid Area D) and $15m (Areas A–C) totaling $145m; increase from prior carrying amount
  • Tonga warrant cost: $5m (fair value of warrants issued under revised sponsorship agreement); warrant liability fair value movement linked to public warrant price decreases in 2025
  • Free cash flow 2025: negative $11.5m vs negative $5.9m in 2024; attributed to higher environmental, personnel, and corporate payments (partially offset by interest earned on higher cash balance)

AI IconCapital Funding

  • Liquidity: ~$165m today (inclusive of recent warrant exercises)
  • Potential additional proceeds from in-the-money warrants: >$50m (management commentary)
  • Total potential additional proceeds from unexercised warrants: over $432m (excluding amounts already exercised in Q3 and October)
  • Key warrant bucket: ~$11.50 strike public/private warrants from SOAC Deep Green business combination; expiration Sept 2026
  • Accounts payable & accrued liabilities at Sep 30: $46.8m, including $32.9m owed to Allseas for services (majority expected to be settled in equity at TMC’s election)

AI IconStrategy & Ops

  • NOAA permitting pathway described: exploration applications in certification stage with interagency review; then EIS under NEPA; public comment period; then NOAA determines whether to issue requested licenses/terms
  • NOAA regulation change: proposed consolidated application procedure to submit a single application for both exploration license and commercial recovery permit (public comment closed Sep 5, 2025; reported sent to White House Oct 29, 2025)
  • Operational readiness emphasis: consolidated process suggests exploration permit and commercial recovery permit could be granted sequentially or possibly accelerated together, while still consistent with target Q4 2027 production start (management: commercial recovery permit no longer considered critical path)
  • Longer-lead equipment ordering implied can start sooner given regulatory certainty

AI IconMarket Outlook

  • Production timing anchor reiterated: Q4 2027 production start time (conditioned on granting commercial recovery permit; management says it is no longer the critical path)
  • Steady-state economics used for valuation: average production 2031–2043
  • Steady-state unit economics: ~$600 per dry ton revenue; OpEx ~$340 per ton; EBITDA margin ~$43% or ~$250 per dry ton

AI IconRisks & Headwinds

  • US government shutdown slowed progress on NOAA review over several weeks (explicitly cited as slowing regulatory review)
  • Regulatory dependency remains a gating item: commercial recovery permit is required under current sequencing rules (exploration license traditionally required first; consolidated/regulatory tidy-up needed)
  • Royalty liability valuation volatility is materially impacting reported net loss: $131m increase in 2025 noncash expense
  • Share-based compensation and professional fees rose sharply due to US regulatory route and retention grant/RSU/option amortization (G&A up substantially year-over-year)

Sentiment: CAUTIOUS

Note: This summary was synthesized by AI from the TMC Q3 2025 earnings transcript. Financial data is complex; please verify all metrics against official SEC filings before making investment decisions.

🧾 Full Earnings Call Transcript

Ticker: TMC

Quarter: Q4 2025

Date: 2026-03-27 08:00:00

Operator: Good day, and thank you for standing by. Welcome to the metals company Fourth Quarter 2025 Corporate Update Conference Call. At this time, all participants are in a listen-only mode. [Operator Instructions] Please be advised that today's conference is being recorded. I would like to hand the conference over to your speaker today, Craig Shesky, Please go ahead, sir.

Craig Shesky: Thank you very much. Please note that during this call, certain statements made by the company will be forward-looking and based on management's beliefs and assumptions from information available at this time. These statements are subject to known and unknown risks and uncertainties, many of which may be beyond our control. Additionally, please note that the company's actual results may differ materially from those anticipated, and except as required by law, we undertake no obligation to update any forward-looking statement. Our remarks today may also include non-GAAP financial measures, including with respect to free cash flows and additional details regarding these non-GAAP financial measures, including reconciliations to the most directly comparable GAAP financial measures can be found in our slide deck being used with this call. You're welcome to follow along with our slide deck or if joining us by phone, you can access it at any time at investors.metals.co. I'd now like to turn the call over to our Chairman and CEO, Gerard Barron. Gerard, please go ahead.

Gerard Barron: Thank you, Craig, and apologies to those on the line who -- we are a few minutes late. We're waiting for a wide across the line. But welcome to you all. And before we get to the path forward, I'd like to take a moment to reflect on our journey over the last year. One year ago to the day in our fourth quarter earnings call, we announced a regulatory pivot that fundamentally changed our company's destiny. Instead of the uncertainty and gridlock of the ISA, we chose the certainty and clarity of the U.S. regulatory regime built upon a long-established legal framework under DSHMRA and catalyzed by the political will of this administration. In April, this political will was made evident by the executive -- President Trump's executive order, unleashing America's offshore critical minerals and resources, which marked America's return to leadership in deep seabed minerals. Some of the directives in this EO have already been delivered, including the modernization of NOAA [Technical Difficulty]

Craig Shesky: Gerard, sorry to interrupt. Your line is cutting in and out.

Gerard Barron: Road map for [Technical Difficulty] in 2026, we focused on accelerated execution, starting with permitting. Our consolidated application submitted to NOAA in January of this year has been deemed substantially compliant, and we expect our permit to be granted in less than 1 year from today. This permitting clarity also provides confidence to us and our partners to get building in anticipation of commercial production. Offshore, we have reached commercial agreement on key terms with our long-term strategic partner, Allseas, and continue to progress the engineering work for the long lead items for our forthcoming production system, and we expect this agreement to be finalized in the coming days. Onshore, it's also clear that the U.S. wants to dominate the onshore processing and refining polymetallic nodules, establishing a counter to China's stranglehold on the production of critical minerals. To do that will require support from the government itself requisite [Technical Difficulty] at the Port of Brownsville, Texas and have also reached agreement with our partner, Mariana Minerals to progress this feasibility work as part of the TMC owners team, but more on this shortly. Since day 1, we knew success would depend on building a bench of exceptional partners and with the expertise to tackle complex challenges and the conviction to back a new industry. And as this chart shows, we've brought together a strong group of experienced partners across the value chain, each bringing a unique skill set to our vision of reimagining the metals and mining sector. What's changed and what matters is momentum. Many of our existing partners have deepened their commitments, reinforcing their belief in the long-term opportunity. We're also welcoming new partners who share our belief that this industry will be built in the United States. That growing alignment is a clear validation of where this industry is heading. And as I mentioned earlier, we've agreed key commercial terms with Allseas to complete the development and operate the Hidden Gem offshore system, the first ever commercial nodule collection system. The continued strategic alliance, which will be memorized in the coming days, brings together Allseas decades of offshore execution expertise with our proven resource, environmental and processing platform into a single integrated system, designed for a nominal capacity of 3 million wet tonnes per annum using the Hidden Gem, two collector vehicles and a vessel to transfer nodules to bulk carriers for shipment to shore. And Allseas are currently working on key long lead items like the Riser, our launch and recovery systems and the umbilical. We look forward to signing this definitive agreement in the coming days and continue to progress towards system commissioning still targeted for Q4 2027. So one of the key actions outlined in last year's executive order was the directive for various government agencies to identify potential sources of financial support for this industry. And in order to unlock government support for onshore processing, there are a few boxes we must tick, including a site-specific plan and feasibility studies. And to that end, back in December last year, we secured an exclusive right over a potential lease option in the Port of Brownsville, Texas, where near where plans have been recently announced by this administration for the first new U.S. oil refinery in decades underscoring the broader momentum behind strengthening American industrial capacity. We've developed a preliminary master plan and a pre-feasibility study is already underway for a 12 million tonne per annum nodule industrial park. Of course, existing capital-light tolling options are still available to us, and we will not be committing any capital at this time. But I'm certainly excited about what a domestic nodule processing hub can mean for both new partnerships and for our project economics. Processed domestically, our nodule resource could single-handedly solve the American supply chain dependency across 4 key metals. And as I mentioned, one of the requirements to unlocking funding on is the preparation of a feasibility study for a processing plant at a specific site. To that end, we're adding a new strategic partner to our bench in Mariana Minerals. Mariana's CEO, Turner Caldwell speaking at last year's Strategy Day is someone we know well from his time at Tesla, where he headed up global battery metal supply. The Mariana team are pioneers of AI and software approaches to project development and metallurgical processing and have demonstrated their ability to fast-track project execution, which enabled Tesla to build its lithium plant in Texas in less than 2 years. The Mariana team will be joining as part of the TMC owners team, and we already enjoy a good working relationship with their team. Mariana's approach is core to how cutting-edge businesses like SpaceX and others operate. With AI, we think they can move even faster and believe their innovative model offers a faster, more modern approach to reindustrialization. And subject to further definitive agreements, we look forward to exploring how their systems could reduce permitting and construction time lines for a domestic plant while reducing OpEx and increasing recovery of payable metals. In fact, right after this call, our team -- executive team will convene in Texas with the Mariana team for the next week to progress this mission-critical work, which is also a prerequisite for a certain U.S. involvement. I'm also pleased to share that in April, just days away, The Metals Royalty Co. will begin trading on the NASDAQ under the ticker TMCR. A quick refresher formed with the goal of onshoring critical minerals production in the U.S., TMCR has a 2% gross royalty on our NORI area, resulting from an agreement we signed with Low Carbon Royalties in 2023, and we retain the right to repurchase up to 75% of that royalty over time at a capped return, which could potentially reduce the royalty to just 0.5% of 1%. The TMC also maintains a 25% equity stake in TMCR. Many TMCR faces will be familiar to our followers, including the current and former Board members, Michael Hess and Brian Paes-Braga, and with their backing and a strong team behind them, we see TMCR as a strategic vehicle, which can potentially provide future options for capital and sizable project finance. I'd now like to turn the call over to Craig to discuss some industry updates, our regulatory path ahead and our financials.

Craig Shesky: Thanks, Gerard. One quick note that we shared actually in recent weeks in our social accounts. We recently joined the Defense Industrial based Consortium, DIBC, partnership within the Department of [indiscernible] and investment prioritization direct [Technical Difficulty] of our capabilities. This initiative gives the government the tools that need to provide with commercial solutions that can help close supply chain vulnerabilities and strengthen the defense industrial base. And of course, critical minerals and seabed are focused for the U.S. and allies. And over the past year, we've seen investors and operators effectively vote with their feet, gravitating toward regulatory frameworks that offer clarity and a credible path to commercialization. While the ISA remains in gridlock, the U.S. has emerged as a leading jurisdiction and certain allies are relying upon the U.S. and certain areas of expertise to develop seabed resources. This shift is being echoed at the government level, while in March, the U.S. and Japan announced a new critical minerals action plan with an explicit focus on accelerating cooperation on commercially viable deep sea mining. And against this backdrop, we remain the only seabed mineral developer with SEC compliant mineral reserves, which is the clearest definition of commercial viability, positioning us at the forefront of this emerging industry. In January, NOAA finalized revisions to accelerate permitting under the Deep Seabed Hard Minerals Resources Act, introducing a consolidated application process that meaningfully streamlines the path to commercial recovery. And TMC moved quickly to take advantage of that clarity, submitting the first consolidated application under this new framework. This application expands our expected commercial recovery area from 25,000 square kilometers to approximately 65,000 square kilometers and is designed to significantly reduce permitting time lines. Importantly, it reflects the strength of our technical readiness and our ability to meet NOAA requirements for commercial scale operations. We see this as a clear signal that the U.S. regulatory path is active, predictable and capable of supporting responsible development. And now with more than 10 applications in the system, it is evident that the broader industry is aligning around the U.S. framework. And last time we updated you, we are progressing systematically through the NOAA permitting pathway, and that remains the case today even under this new consolidated path. With the consolidated application now active under NOAA's new rule, we have greater clarity on the process ahead and a clear line of sight on the key milestones required for final approval. Our experience over the last year, particularly through NOAA's review of our exploration licenses, has provided valuable insight into the process and expectations for both TMC USA and NOAA. We announced on March 9th that we passed the first of these milestones with NOAA determining our application to be substantially compliant and the next potential milestone being full compliance. Based on this progress and what we've learned, we now expect the grant of our commercial recovery permit within the next 12 months. Now to get to this point, it's taken over $700 million and hundreds of research days at sea, and we are now nearing the completion of our environmental impact statement, and our EIA is complete. Informed by the largest environmental data set in history, over a petabyte in size, this comprehensive document reflects 15 years of scientific research conducted alongside leading institutions and demonstrates our ability to responsibly collect nodules using modern systems designed to maximize efficiency while minimizing environmental impact. Put simply, better science leads to better design and better design leads to better environmental impacts. For those with a keen eye on our social media, you may have noticed that we've begun sharing key findings from our EIA publicly during a new video series, highlighting how our data addresses environmental concerns and how innovation has reduced our environmental footprint. I encourage you all to check this out, and you can click on the PDF of this posted on our website to get to those videos directly or we encourage you to follow TMC on our social accounts, including Twitter and LinkedIn. We look forward to our EIS being made available for public comments soon as per NOAA's transparent and accountable process. And as many of you know, and there may be some on the call who are with us in the room, we published a pre-feasibility study and initial assessment alongside our Strategy Day in New York last August. Covering our first production area, the PFS documented world-first reserves for a nodule project, demonstrating clear commercial viability. Our initial assessments covered everything else that you see in royal blue amongst our contract areas on this page. Keep in mind that neither of these comprehensive studies, which were signed off by multiple independent qualified persons, cover additional ground over which we now have priority right through the U.S. process. This is represented in the lighter gray on this page. Given the proximity of these areas to those covered in our published technical studies, we do believe that these areas support significant exploration upside. So at current metal prices, shifting to project economics, it's clear that these projects are incredibly valuable. And if you combine the $5.5 billion net present value of our pre-feasibility study and the $18.1 billion NPV for the initial assessment, you arrive at a total estimated resource of $23.6 billion. Over the life of both projects on an undiscounted basis, the study's outlined revenue of approximately $369 billion, EBITDA in excess of $200 billion and a position in the first quartile of the cost curve as laid out in our PFS. However, despite the clear value of this high-quality and abundant resource and our expected low-cost positioning, our valuation does remain below of comparable peer developers and explorers. On the left side of this page, you'll see the TMC valuation example where we're trading at about 8% of our underlying net present value, well below peer averages for explorers and developers and certainly below the average of nearly 1x NAV for nickel and copper producers. So as we march toward a permitting and -- clear permitting path and commercial production, we are looking forward to a significant re-rating in this valuation story. On to liquidity, TMC reported year-end 2025 cash balance of $117.6 million, and we expect at month end for March 31, 2026, to report approximately $110 million in cash. TMC liquidity, defined as cash plus borrowing capacity on our unsecured credit facility stood at $162 million at year-end 2025 and is approximately $150 million more, and is expected to be approximately $154 million around month end March 31, 2026. And this means we have no imminent need to raise funds in the public markets. As discussed in our last several quarterly conference calls, however, we are filing a new Form S-3 shelf registration statement in conjunction with our upcoming 10-K as a matter of good corporate housekeeping, and we do intend at some point in the future to refresh our ATM. However, there has been no ATM use by the company since April of 2025. On to our financial results. In the fourth quarter of 2025, TMC reported a net loss of $40.4 million or $0.08 per share compared to a net loss of $16.1 million or $0.04 per share for the same period 2024. The net loss for the fourth quarter of 2025 included exploration and evaluation expenses of $10.6 million versus $8.3 million in the fourth quarter of 2024. General and administrative expenses, or G&A, of $34.1 million versus $8.1 million G&A in the comparable quarter last year and a credit of $4.3 million from other nonoperating items versus a credit of $0.3 million from other nonoperating items in Q4 2024. Exploration and evaluation expenses increased by $2.3 million in the fourth quarter of 2025 compared to the same period in 2024, primarily resulting from an increase in share-based compensation due to accelerated amortization of awards granted in the third quarter of 2025, partially offset by lower mining, technological and process development costs resulting from decreased engineering work. G&A expenses increased by $26 million in the fourth quarter of 2025 compared to the same period in 2024, reflecting an increase in share-based compensation due to the accelerated amortization of awards granted to directors and officers in the third quarter of 2025 and an increase in legal, consulting and personnel costs. Other nonoperating items that reduced the net loss in Q4 2025 included higher interest income generated from our increased cash balances and a gain resulting from the dilution of our ownership interest in The Metals Royalty Co. as it completed a private placement to third parties at a price well in excess of book value. On free cash flow, the free cash outflow for the fourth quarter of 2025, was $11.5 million compared to $13.8 million for the fourth quarter of 2024. Net cash used in operating activities was $11.4 million compared to $13.8 million for the fourth quarter of 2024, primarily due to lower personnel and environmental payments, coupled with the interest earned on the higher cash balance in 2025 and partially offset by higher legal payments. Focusing on the full year basis for the cash flow. On a full year basis, free cash outflow for 2025 was $43.1 million compared to $44 million in 2024. Net cash used in operating activities was $42.9 million compared to $43.5 million in 2024, reflecting lower environmental and mining technological payments and interest earned on the higher cash balance in 2025, partially offset by higher underutilization fees paid on the unsecured credit facilities, timing of payment on regulatory fees and higher legal payments. Free cash flow is a non-GAAP measure, and I would point you to the non-GAAP reconciliation included in the slide deck. We believe that our cash on hand will be sufficient to meet our working capital and capital expenditure requirements for at least the next 12 months from today. Looking at the balance sheet over the course of 2025, there was a significant increase in the cash balance as the following funds were received: $85.2 million from the Korea Zinc investment, $41.2 million from other registered direct offerings, including the Hess family investment, $14.8 million from ATM use and $27 million from the exercise of various stock options and warrants. A portion of these proceeds was used to repay the $7.5 million Allseas working capital loan, along with other outstanding interest thereon as well as a $4.3 million draw on the ERAS/Barron unsecured credit facility. Our accounts payable and accrued liabilities as at December 31, 2025, was $46 million and includes $34 million owed to Allseas for various services provided, the majority of which can be settled in equity. The $131 million increase in royalty liability was the result of the change in fair value following the company's release of two economic studies in August 2025, which increased the value of the NORI project. The significant increase in the warrant liability over 2025 was due to the increase in the fair value of private warrants, which reflected the increase -- significant increase in our share price. With that, operator, we'd now like to open the call up for some Q&A.

Operator: [Operator Instructions] Our first question will come from the line of Heiko Ihle with H.C. Wainwright.

Heiko Ihle: Can you guys hear me?

Craig Shesky: Good morning, Heiko. Yes, we can.

Gerard Barron: Good morning, Heiko, yes.

Heiko Ihle: I'm very intrigued by those negotiations for the module processing and refining hub in Brownsville, obviously, given recent geopolitical risk factors that have just been going up quite a bit and just in general uncertainties that are going on, I think this might be quite interesting. A couple of things on that. Can you walk us through what you see an impact with the shipping expenses if this Brownsville hub goes ahead and maybe quantify it?

Gerard Barron: Sure. I think the -- look, there are many exciting options about bringing material straight to the U.S. and shipping is one of them. Energy costs, of course, is another because the biggest input into our cost base when we process nodules is energy. And we applaud this administration for realizing that abundant energy leads to prosperity. And that's -- there's no better example of that than the U.S. compared to some other markets. And it's our estimate that you can actually process nodules cheaper in the site where we've located, Brownsville, Texas compared to China or Indonesia or Japan because of energy costs. And so -- but shipping is also better as well. And it does mean having to bring them through the Panama Canal. And it will also -- the site we've chosen does have some deepwater berths available to it. They won't take the biggest ships that are available and that we'd like to use, but in time, we think they can. And -- but no firm numbers, but improvements to be made.

Heiko Ihle: And then I know it's early, but can you walk me through -- and you may not even have all these answers yet. But can you walk me through key permits and time lines you think we need to build all this infrastructure, please?

Craig Shesky: Yes. It's important to note, Heiko, too. I mean, what we're beginning here is site-specific feasibility work. At the same time, what I can say is that the particular site we're looking at does have many permits. We continue to have continued discussions, very positive discussions with Governor Abbott's office in Texas and other agencies there. But it's important to note, a lot of this is going to be for a prerequisite of us making plans and moving forward, going to be dependent on some of the support we get at the federal level. So really, the key permit here is the grant of a commercial recovery permit by NOAA. And certainly, when we're talking to various agencies and cabinet departments, it is that permit that would unlock, we think, a lot of the support and potential investment for a facility like this. And one of the reasons I think that you're seeing TMC engage in some of this work on feasibility as well as us alongside our partner, Allseas, progress engineering work and beginning to think about ordering these long lead time items is due to our confidence in the grant of that commercial recovery permit in a timely manner.

Operator: Our next question will come from the line of Matthew O'Keefe with Cantor Fitzgerald.

Matthew O'Keefe: Yes, just a question. I want to follow up on Heiko's Texas question there. You are working on a feasibility study there. It sounds like Mariana is going to be a part of that. What's the timing on getting that done? And will we get to see sort of the results of that?

Gerard Barron: Yes, sure. Well, certainly, Mariana will be playing an important role as part of our owners team. We already have Hatch working on the refresh of that -- of the PFS, which is based on bringing all those numbers to a Brownsville site. But we anticipate -- and that will be ready very soon. But we also anticipate well before the end of the year, having a, I guess, in the old language, a BFS on what we're planning to put on the ground in Texas. And so the date that has been talked about is end of October, and so not far away. And we certainly expect Hatch and others to be involved in that as well.

Matthew O'Keefe: And that's a good group. And then is that going to be a hydromet facility? Or are you going to look at an option of doing sort of the RCEF front end like you're going to be doing in Japan?

Gerard Barron: Yes, that's the exciting part. For the last -- since -- in fact, since Dr. Jeffrey Donald joined our group and pivoted us back to more of a pyro front end, that's where we've been building lots of expertise on how we get raw nodules into those intermediate products. And the plan is to build the pyro in Brownsville, if we were to go down that pathway. We're very fortunate that we have an amazing technical partner in Japan that we continue to have a great working relationship with. And -- but boy, a nickel refinery, a nickel processing plant hasn't been built in 80 years yet here in America, yet the demand for nickel is going at an increasing clip. We know it's needed to make every ton of stainless steel. We know it's used in super alloys. We know it's used across AI and data centers and military uses and electrification. And so the uses and the demand for it is going up, yet we import 100% of our nickel. So something is not kind of a fit there, Matt. So there's an opportunity, I guess. And we just see that this might be that moment where the administration says, yes, we want to fix that problem.

Matthew O'Keefe: Yes. No, for sure. That's why I was kind of asking, it seems like a pretty exciting turn and would love to see the numbers on that. More on that, just switching off the processing back to the recovery. You said you're sort of getting long lead time items, I'm assuming for Hidden Gem and the whole -- that whole process. So what would you anticipate -- assuming you get your permit within 12 months, what would you anticipate the timing to get Hidden Gem back on the water? And do you foresee it being as is or with additional collector capacity?

Gerard Barron: Yes. We are still standing by our guidance of commissioning Q4 next year. And it will -- we've elected to run with a 2-collector model. And so that is -- basically gives us the opportunity to get out on the water. I guess that will be early '28. And we'll kick off with one collector in production, but we'll soon move to a second collector being in production as well. And so as you well know, we have a production boat that is production ready now just on a production number that's not high enough. And so we want to see a higher production number because the more tonnes you amortize over the cost of the floating steel above, the better the economics. And I think we proved in 2022 that we can do this reliably at commercial scale. So now it's about making money.

Craig Shesky: It's important to note, Matt, too, the connective tissue for the ramp-up offshore, but then also what the potential processing and refining plans might be onshore. Certainly, this administration wants to be able to say, if we can bring this back domestically, it's helpful to be able to do it during this administration. And the way you do that is ramp up in relatively bite-sized amounts, starting, let's say, with production capacity that could handle nodules coming from a vessel like the Hidden Gem, which has 3 million tons per annum nominal capacity. So kind of matching as best we can ramp up for both the offshore production and then having a home for the processing and refining of those nodules is certainly part of the work that we and our team of engineers are doing in the coming months.

Matthew O'Keefe: All right. And if I may just ask one more question. On the permitting process, not so much the process, you've made that pretty clear. One of the -- under the NOAA process, there is an additional piece of ground that wasn't covered by the PFS. It wasn't covered by the initial assessment that you've added. I'm just curious sort of why and what your plans are for that? I mean, can you really do any work on that in the near term? And is it infringing on anyone else's claims that might be under the previous permit regime?

Gerard Barron: Yes. Look, it was just a natural fit. It was fitting between 2 blocks that we had hold over. And at the end of the day, we will -- while we're out there, continue to take observations of that. And I guess what we'll aim to prove it's a continuous piece of ground, and it doesn't require any particular environmental work done on it. And so -- and we imagine that once production starts out there that there'll be more collaboration between some of the license holders as well. And I think no doubt, there will be some people that end up being granted licenses who don't have production vessels and/or who want help getting their applications through the permitting process. And as you know, we probably know more about that than anyone on this planet. And we're certainly getting a lot of inbound into how we might be willing to collaborate with some players. And I -- and, you know, we see this as preproduction. I think it's -- we want to see more people in production out there. But what I'm pretty certain no one is planning to do is to put plans for a processing plant on the ground anywhere. I see a lot of applicants starting to talk about them being successful at moving to the first phase. We know from that journey, there's a lot of road left in front of them, and we'll be here to help them and maybe supply services to them along the way. And -- but in the meantime, to fully explore just how committed this administration is to bringing a processing plant so we can bring nodes straight to the U.S.A.

Craig Shesky: I think we're going to, Michelle, take a few questions potentially from our chat. So there's a question from Jakob Stanski. We mentioned government support is needed for the U.S.-based processing plant. And can we clarify what type of support this means, financial permitting or otherwise? It's a good question, and I think the answer is all of the above. Certainly, as we noted earlier, progressing the commercial recovery permit is the most important prerequisite. We also, of course, would rely upon both at the federal state and local levels, what we think are very supportive administrations to help really make some of these plans a reality. But again, the prerequisite for a lot of this work is site-specific feasibility work. So ensuring that we get that right and are doing it at a place like the Port of Brownsville, where we have truly everything that we need to stand up a potential nodule ecosystem that's going to be critical in our decision to push forward on this. And we do have really the unique ability with this resource of maintaining capital-light options for the processing. So it's not like most ore bodies where you have no choice but to build processing and refining close to where the ore body is. We have flexibility here in the nature of this nodule resource and that you can collect them and ship them really North, South, East or West, but it's the desire of this administration to change the game and kind of release themselves from the stranglehold that China has had on the critical metals. And to do that, as Gerard noted, it's not just a TMC story. So we have the resource and we have the capability to help do this. But we're making all of the decisions, obviously, with the benefit of our shareholders in mind and making sure that we are not pushing forward on anything without a very nondilutive financing plan that we expect would be supported by the government, assuming that we would want to take the next step. There is another question here from Jameson Irwin, to what extent are your systems being designed or evaluated for dual-use capabilities with U.S. Defense or autonomous underwater operations? Gerard, maybe if you want to weigh in a bit on that, too, but it is a good point to raise it. We saw a piece from CNN in Montego Bay over the last few weeks that traveled pretty far, noting the fact that Chinese ambitions in this space are focused offshore very much on the dual-use capability between some of the military uses for the stuff that they're working on, along with deep sea mining. One of the interesting things that we're looking at on the onshore side is the fact that the flow sheets that we and Hatch and Mariana are developing and working through certainly are the types of things that could lead to processing and refining capabilities that aren't just limited to nodules over the long term. But Gerard, I'm not sure if you have any other color on that point.

Gerard Barron: Look, I think there are some exciting areas for collaboration, and I wouldn't rule them out.

Craig Shesky: I see one more question on the Hidden Gem. Looking at sort of the investment or acquisition of a second vessel like the Hidden Gem, what would be planned before that? Who might manufacture it? Who would the partners be on that front?

Gerard Barron: Well, taking a converted drillship and making it fit for picking up nodules proved to be a pretty efficient move. And there's an abundance of those vessels. I saw Transocean recently scrapped 4 of them for quite cheap money. And so that's an option. And we are -- we do have inbound inquiry from people who have vessels who would like to use them. Of course, the vessel is the first step. The operator is the important one. And just to be clear, Allseas want to operate more vessels in the CCZ, and we want them to operate more vessels for us in this area. And so -- and obviously, there are efficiencies in having similar type vessels from a parts, from administration perspective. And so stand by.

Craig Shesky: Operator, any other questions on the phone line?

Operator: I'm showing no further questions on the phone lines.

Craig Shesky: Okay. Gerard, perhaps over to you.

Gerard Barron: Well, yes, yes. Well, thank you, everyone. We've got a lot of very long-term shareholders who have been supporting us since our go public in 2021 and of course, before that, when we were deep green. And it's exciting to see the direction the business is heading. It was exciting to report some of those updates today. It's frustrating not being able to give more regular updates, but we have to be very sensitive in how we message that. To the team and our partners, thank you for an enormous heavy lift from everyone who works at TMC. It's a very dedicated, hard-working team, and it's an honor to work alongside you all. And to our shareholders, thank you for being there and coming with us on this journey and look forward to keeping you updated as updates become available. Over and out.

Operator: Thank you. This concludes today's conference call. Thank you for participating, and you may now disconnect. Everyone, have a great day.

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