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TMC and Allseas Sign Commercial Agreement for the First Offshore Nodule Recovery Operation

(Positive)
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TMC (Nasdaq:TMC) announced a Contract for Development Work and Commercial Production with Allseas to develop, commission and operate the first commercial deep-sea nodule collection system for the Clarion Clipperton Zone.

The offshore system targets 3.0 Mtpa nameplate capacity, with commissioning expected to begin in Q4 2027.

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Positive

  • Allseas to fund a significant portion of nodule system development costs, recoverable from production revenues
  • First commercial nodule collection system designed for 3.0 million wet tonnes per annum capacity
  • System builds on 2022 pilot test that lifted 3,000 tonnes of nodules to surface
  • Completed concept and basic engineering for key long-lead items such as riser, LARS and umbilical

Negative

  • Offshore nodule system commissioning only expected to begin in Q4 2027, delaying potential production
  • TMC remains responsible for development costs beyond the significant portion funded by Allseas

News Market Reaction – TMC

+3.68%
14 alerts
+3.68% Session close to close
+2.8% Peak Tracked
-10.7% Trough Tracked
$2.47B Market Cap
0.5x Rel. Volume

In the May 11 session, TMC gained 3.68%, reflecting a moderate positive market reaction. Argus tracked a peak move of +2.8% during that session. Argus tracked a trough of -10.7% from its starting point during tracking. Our momentum scanner triggered 14 alerts that day, indicating notable trading interest and price volatility.

Data tracked by StockTitan Argus on the day of publication.

Market Context

This announcement moves TMC from pilot testing toward commercial operations by locking in Allseas to...
Analysis

This announcement moves TMC from pilot testing toward commercial operations by locking in Allseas to develop and run a nodule system sized at 3.0 million wet tonnes per annum, with commissioning targeted for Q4 2027. It builds on NOAA’s full-compliance determination and extensive CCZ research. Investors may watch for updates on engineering progress, subcontract awards expected by end of Q3 2026, financing structure, and any further regulatory milestones.

Key Figures

Nameplate capacity: 3.0 million wet tonnes per annum Operating depth: over four kilometers Pilot test volume: 3,000 tonnes +1 more
4 metrics
Nameplate capacity 3.0 million wet tonnes per annum Planned commercial nodule collection system output
Operating depth over four kilometers Depth of nodule collector vehicle operations
Pilot test volume 3,000 tonnes Nodules lifted to surface in 2022 pilot recovery test
Commissioning start Q4 2027 Expected start of system commissioning

Historical Context

5 past events · Latest: May 07 (Neutral)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
May 07 Earnings call notice Neutral -7.5% Scheduled Q1 2026 corporate update conference call and webcast details.
May 06 Royalty acquisition Positive +17.6% Royalty company agreed to buy iron ore royalty interest with structured financing.
May 01 NOAA compliance Positive +3.0% NOAA deemed consolidated deep-seabed mining application fully compliant under DSHMRA.
Apr 16 Data submission Positive +0.8% Subsidiaries submitted extensive deep-sea dataset backed by large environmental program.
Apr 15 Macro minerals story Positive +8.5% Article highlighted critical-minerals firms, including TMC, in strategic supply race.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Recent news tied to regulatory progress and strategic positioning (NOAA compliance, data releases, macro critical-mineral themes) generally saw positive price reactions, while a neutral conference-call notice was followed by a sharper decline, suggesting occasional negative reactions to seemingly routine updates.

Recent Company History

Over the past months, TMC has advanced several key milestones. On Apr 15, 2026, a broader rare-earths strategic article that included TMC coincided with a 8.47% gain. A major deep-sea dataset release on Apr 16, 2026 and NOAA’s full-compliance determination on May 1, 2026 both aligned with modest positive moves. A Q1 2026 conference-call announcement on May 7, 2026 preceded a -7.47% reaction. Today’s Allseas commercial agreement extends this trajectory from regulatory and scientific groundwork toward first commercial offshore recovery operations.

Key Terms

riser, launch and recovery systems, umbilical, s-k 1300, +4 more
8 terms
riser technical
"key long‑lead items like the riser, Launch and Recovery Systems and umbilical are complete"
A "riser" is a security whose market price has increased noticeably over a trading period, often listed among the session’s biggest gainers. Investors pay attention to risers like noticing which runners surge ahead in a race: sustained rises can signal growing demand or positive news, while sudden spikes may reflect short-term speculation, so tracking risers helps with spotting momentum, assessing risk and informing buy or sell decisions.
launch and recovery systems technical
"long‑lead items like the riser, Launch and Recovery Systems and umbilical are complete"
Launch and recovery systems are the machines, platforms and procedures used to send vehicles, equipment or payloads out into operation and bring them back safely — for example systems that launch and retrieve drones, rockets, boats or subsea tools. Investors care because these systems determine how reliably and cheaply an organization can deploy its products or services, affect safety and downtime, influence ongoing maintenance and regulatory costs, and can be a source of recurring revenue or competitive advantage.
umbilical technical
"the umbilical connecting the collector vehicles to the Hidden Gem, and other key components"
Relating to the umbilical cord, the flexible tube that links a fetus to the placenta and carries blood, nutrients and cells between mother and baby. Investors care because umbilical components—especially cord blood and tissue—are valuable sources of stem cells used in treatments, clinical trials and cord‑blood banking services; developments in therapies, regulations or commercial uptake can affect companies in biotech, hospitals and biobanking. Think of it as a natural supply line for medical products and services.
s-k 1300 regulatory
"TMC's SEC-compliant S-K 1300 Technical Report Summary of Preliminary Feasibility Study"
Regulation S-K Item 1300 is a U.S. securities disclosure rule that requires public companies to report how they manage cybersecurity risks and to promptly disclose material cyber incidents. Think of it as a requirement to tell investors both the company’s “cyber health” plan and any major break-ins, similar to a homeowner explaining their alarm system and alerting neighbors after a burglary. This helps investors assess operational risk and potential financial or reputational impact.
preliminary feasibility study technical
"Technical Report Summary of Preliminary Feasibility Study of NORI Area D (PFS)"
A preliminary feasibility study is an early, focused assessment that tests whether a proposed project, product or process is workable and worth further investment. Like a short trial run that checks key costs, technical hurdles and likely returns, it helps investors gauge how risky the idea is, how much additional study or capital will be needed, and whether to fund, delay or abandon the effort. Results influence timelines, budgets and investor confidence.
ni 43-101 regulatory
"1st Canadian NI 43-101 nodule resource statement"
A Canadian regulatory standard that sets the rules for how mining and exploration companies must report mineral resources and reserves, requiring technical reports prepared or signed off by an independent, certified expert. It matters to investors because it creates a consistent, transparent “inspection report” for mining projects, making it easier to compare prospects, judge the reliability of claims, and assess geological and financial risk before investing.
environmental impact assessment (eia) regulatory
"1st integrated seafloor-to-surface environmental impact assessment (EIA)"
An environmental impact assessment (EIA) is a formal study that evaluates how a proposed project or operation could affect air, water, land, wildlife and local communities. For investors it matters because EIA findings can change project costs, timelines, permitting and legal risk—like a home inspection revealing hidden repairs that could alter the purchase decision; favorable or mitigated EIAs can protect value, while adverse findings can delay or halt projects and reduce returns.
lifecycle impacts assessment (lca) technical
"1st commercial lifecycle impacts assessment (LCA)"
A lifecycle impacts assessment (LCA) is a systematic study that measures the total environmental effects of a product, process, or service across its full “life” — from raw material extraction, manufacturing and use, to disposal or recycling. Think of it as tracing a product’s full ecological footprint from cradle to grave. Investors use LCA results to judge regulatory, cost and reputational risks, potential savings from efficiency or recycling, and whether a business’s claims about sustainability are credible and likely to affect long‑term value.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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  • Allseas, a global leader in offshore pipeline installation, heavy lift and subsea construction, will complete the development of and operate the first commercial nodule collection system
  • The commercial system will have a nameplate production capacity of 3.0 million wet tonnes per annum with the surface vessel Hidden Gem receiving nodules collected by two collector vehicles operating at depths of over four kilometers
  • Concept and basic engineering for key long‑lead items like the riser, Launch and Recovery Systems and umbilical are complete, with tender and vendor engagement to commence soon and subcontract awards expected by end of Q3 2026
  • TMC expects system commissioning to begin in Q4 2027

NEW YORK, May 11, 2026 (GLOBE NEWSWIRE) -- TMC the metals company Inc. (Nasdaq: TMC) (“TMC” or the “Company”), a leading developer of the world’s largest resource of critical metals essential to energy, defense, manufacturing and infrastructure, today announced that it had signed the Contract for Development Work and Commercial Production (the "Agreement") with Allseas for the development, commissioning and operation of the first commercial nodule collection system in preparation for the commencement of nodule recovery operations in the Clarion Clipperton Zone of the Pacific Ocean.

Drawing on more than four decades of offshore engineering experience and the successful 2022 pilot nodule recovery test in which 3,000 tonnes of nodules were lifted to the surface, Allseas will complete the procurement, integration and operation of what the Company expects will be the world’s first commercial nodule production system. The system will comprise two nodule collector vehicles and their Launch and Recovery Systems (LARS), a riser system, the surface production vessel Hidden Gem, and a transfer vessel. Collected nodules will be transferred to bulk carriers at sea and then transported to designated ports for processing.

TMC and Allseas first entered into a Strategic Alliance Agreement in 2019 and have worked together since to advance a clear pathway to commercial nodule recovery operations. Under the new Agreement, Allseas will fund a significant portion of development costs, recoverable through production revenues, further aligning both parties around successful commercial operations.

Gerard Barron, Chairman and CEO of The Metals Company, commented: “This Agreement with Allseas is now the contractual cornerstone of our strategic alliance with Allseas: it establishes a clear commercial framework for how we complete the development and commissioning of our first commercial scale nodule recovery system and start offshore nodule recovery operations. In addition to being our largest strategic shareholder, Allseas has been an outstanding, mission-aligned technical partner. They didn’t just prove their system works; they worked closely with us to take every opportunity to further refine the design to minimize the environmental footprint based on the extensive baselining and monitoring of the field test and are willing to help us finance system development costs. Together, we are moving from firsts in deep-sea science and engineering towards first commercial recovery operations.”

The offshore production system is designed for a nameplate production capacity of 3.0 million wet tonnes per annum (Mtpa) and reflects the operating configuration and initial phase of the development program outlined in TMC's SEC-compliant S-K 1300 Technical Report Summary of Preliminary Feasibility Study of NORI Area D (PFS) published in August 2025. The system is expected to operate with two tracked collector vehicles working in parallel on the seafloor, delivering nodules to the surface production vessel before transport to shore for processing.

In preparation for offshore production, Allseas has completed conceptual and basic engineering for several key long-lead components, including the four-kilometer-long riser pipe, LARS, the umbilical connecting the collector vehicles to the Hidden Gem, and other key components.

The development of the first commercial nodule recovery system marks a defining moment for Allseas and the Company, which has delivered many of the nodule industry’s firsts since its founding in 2011.

Resource & Economics

  • 1st Canadian NI 43-101 nodule resource statement
  • 1st U.S. SEC S-K 1300 nodule resource statement
  • 1st U.S. SEC S-K 1300 nodule PFS
  • 1st U.S. SEC S-K 1300 declared nodule mineral reserves

Nodule Collection

  • 1st integrated pilot mining test in the CCZ since the 1970s
  • Multiple innovations in system design informed by environmental baseline and pilot data

Nodule Processing & Refining

  • 1st near zero-solid-waste flowsheet design
  • 1st production of NiCuCo alloy since the 1970s
  • 1st production of NiCuCo matte
  • 1st production of Ni sulfate
  • 1st production of Co sulfate
  • 1st production of Mn sulfate
  • 1st production of Mn silicate and NiCuCo alloy at industrial scale

Permitting & Environmental Impact Assessment for Nodules

  • 1st application for commercial recovery permit to the National Oceanic and Atmospheric Administration (NOAA)
  • 1st consolidated application to NOAA
  • 1st consolidated application to be deemed fully compliant by NOAA
  • 1st integrated collection plan
  • 1st completed environmental baseline study
  • 1st in-situ geotechnical cone penetration test measurements in the CCZ
  • 1st complete environmental monitoring as part of an integrated pilot mining test
  • 1st midwater discharge plume model
  • 1st calibrated seafloor production sound model
  • 1st profiling of collector seafloor plume using Acoustic Doppler Current Profilers
  • 1st integrated seafloor-to-surface environmental impact assessment (EIA)
  • 1st commercial lifecycle impacts assessment (LCA)

About The Metals Company
The Metals Company is a developer of lower-impact critical metals from seafloor polymetallic nodules, on a dual mission: (1) supply metals for energy, defense, manufacturing and infrastructure with net positive impacts compared to conventional production routes and (2) trace, recover and recycle the metals we supply to help create a metal commons that can be used in perpetuity. The Company has conducted more than a decade of research into the environmental and social impacts of offshore nodule collection and onshore processing. More information is available at www.metals.co.

Contacts 
Media | media@metals.co  
Investors | investors@metals.co

Forward-Looking Statements

This press release contains forward-looking statements and information within the meaning of the Private Securities Litigation Reform Act of 1995. These statements may be identified by words such as believes, could, expects, may, plans, possible, potential, will and variations of these words or similar expressions, although not all forward-looking statements contain these words. Forward-looking statements in this press release include, but are not limited to, statements with respect to: the expected development, commissioning and commercial framework of the Contract for Development Work and Commercial Production with Allseas, including the scope of the offshore collection system and the development and production program thereunder; the anticipated system design, production capacity and configuration of the offshore collection system, including the nominal production capacity of 3.0 million wet tonnes per annum; the completion of conceptual and basic engineering for key long-lead components and the expected timing of further tendering, vendor engagement and subcontract awards by the end of Q3 2026; the expected timing of system commissioning in Q4 2027, subject to receipt of required permits and regulatory approvals; the anticipated operational roles and funding contributions of Allseas and the Company under the Agreement; and the expectation that the Agreement will result in the world’s first commercial nodule production system. The Company may not actually achieve the plans, intentions or expectations disclosed in these forward-looking statements, and you should not place undue reliance on these forward-looking statements. Actual results or events could differ materially from the plans, intentions and expectations disclosed in these forward-looking statements as a result of various factors, including, among other things: NOAA's review of the consolidated application and any determinations made during that review, including with respect to the scope of any exploration license or commercial recovery permit that may ultimately be granted; the outcome and timing of regulatory reviews by NOAA under the Deep Seabed Hard Mineral Resources Act of 1980 and the regulations promulgated thereunder; the ability to obtain an exploitation contract from the International Seabed Authority or other permits from the U.S. government; risks related to the Company's dual-path permitting strategy; the successful continuation of the Company’s alliance with Allseas, including under the Contract for Development Work and Commercial Production, and Allseas’ ability to perform as expected under its arrangements with the Company; the performance of other contractors and the terms on which they agree to provide services; the development, testing, integration, scaling, commissioning and operation of the offshore collection system and its key components; risks related to strategic partnerships and technology sharing; changes in environmental, mining and other applicable laws and regulations; the availability of and access to capital on acceptable terms, including for amounts needed to fund the Company’s share of development costs and operational costs under the Contract for Development Work and Commercial Production with Allseas; and other risks and uncertainties described in greater detail in the section entitled Risk Factors in the Company's Annual Report on Form 10-K for the year ended December 31, 2025, filed with the U.S. Securities and Exchange Commission on March 31, 2026. Any forward-looking statements contained in this press release speak only as of the date hereof, and the Company expressly disclaims any obligation to update any forward-looking statements contained herein, whether because of new information, future events, changed circumstances or otherwise, except as required by law.

Photos accompanying this announcement are available at 
https://www.globenewswire.com/NewsRoom/AttachmentNg/4a660397-c88d-4499-884e-c8c40302f8e8
https://www.globenewswire.com/NewsRoom/AttachmentNg/43325342-1b3a-4427-9978-a0139394dc54


FAQ

What did TMC (Nasdaq:TMC) announce with Allseas on May 11, 2026?

TMC announced a Contract for Development Work and Commercial Production with Allseas to build and operate the first commercial nodule collection system. According to TMC, the system will support Clarion Clipperton Zone operations and formalizes their strategic alliance for offshore nodule recovery.

What is the production capacity of TMC's first commercial nodule recovery system?

The planned offshore nodule production system is designed for a 3.0 million wet tonnes per annum nameplate capacity. According to TMC, two tracked collector vehicles will work in parallel, delivering nodules to the surface vessel Hidden Gem for subsequent transport to shore.

When will TMC and Allseas begin commissioning the TMC (TMC) nodule system?

System commissioning is expected to begin in the fourth quarter of 2027. According to TMC, key conceptual and basic engineering work for long-lead components is already complete, with tenders, vendor engagement and subcontract awards targeted by the end of the third quarter of 2026.

How will Allseas fund development costs under the TMC and Allseas May 2026 agreement?

Allseas will fund a significant portion of the commercial nodule system development costs, recoverable through production revenues. According to TMC, this cost-recovery structure further aligns both parties around successful commercial operations and supports the path toward offshore nodule recovery.

What vessels are involved in the TMC (Nasdaq:TMC) nodule recovery operation?

The system will use the surface production vessel Hidden Gem, a transfer vessel, and bulk carriers for transport. According to TMC, two collector vehicles will deliver nodules via a riser and Launch and Recovery Systems before transfer at sea to bulk carriers.

How does the TMC and Allseas agreement relate to TMC's SEC-compliant PFS for NORI Area D?

The offshore production system configuration reflects the initial development phase described in TMC's SEC-compliant S-K 1300 Preliminary Feasibility Study for NORI Area D. According to TMC, the 3.0 Mtpa design aligns with the development program detailed in that technical report.