The Deep
CCZ Multi-Block Portfolio
ISA Regulation 18
Phase 1 — Aug 2026
Ghana Sponsoring State
ISBA/32 — March 2027
The CCZ contains the world's largest known concentration of polymetallic nodules — cobalt, nickel, copper, and manganese, the critical minerals powering EV batteries, clean energy storage, and semiconductor manufacturing. Every major economy has identified these metals as strategic supply chain priorities. Ghana, as sponsoring state, brings African sovereign identity to the ISA table for the first time.
Application 1: three open-area blocks totalling 132,926 km² targeted for filing at ISA Council session ISBA/32 in March 2027, anchored by desktop screening of ISA reference datasets. A Phase 1 box core campaign provides site-specific confirmation ahead of the filing. Applications 2 and 3 follow in subsequent filing tranches.
Polymetallic nodules require no smelting and produce near-zero tailings. The processing pathway routes battery-grade metal sulfates from the abyssal CCZ through a hydrometallurgical pathway to pNMC cathode precursor — a battery supply chain independent of DRC artisanal cobalt and Sulawesi nickel.
Clarion–Clipperton Zone
Multi-Block Portfolio
Sediment separated
at seabed (>90%)
Buffer storage
Transfer to shore
Sulfate route
Near-zero tailings
NiSO₄ · CoSO₄ · MnSO₄
Copper cathode
No DRC cobalt
No Sulawesi nickel
3 Applications · App 1 = 132,926 km²
Largest CCZ nodule field
Box Core Survey — 8 Stations
ISA Council — March 2027
The International Seabed Authority governs all deep-sea mineral activity in international waters for 168 signatory states under UNCLOS. An ISA exploration contract confers a 15-year exclusive right, recognised by every major capital market except the United States.
Sovereign mineral funds, European pension allocators, and African development banks are all ISA-track participants. They cannot deploy capital into a DSHMRA-licensed contractor due to CFIUS exposure and bilateral treaty obligations.
Aurea Ora is ISA-track. This is a structural advantage, not a regulatory preference.
No African state has ever sponsored an ISA polymetallic nodule contractor. Ghana — elected ISA Council Vice-President in 2023 — brings continental sovereign identity to the Authority for the first time. The sponsoring-state endorsement is irrevocable once granted, binding on successors, and cannot be replicated by a competing African applicant for the same blocks.
Ghana's UNCLOS accession (1983), established mining legal infrastructure, and Minerals Commission create the fastest path to a compliant application. Ghana's sponsorship is a diplomatic credential, a commercial mandate, and a permanent moat.
The question is not whether to mine. It is where — and who bears the cost.
The ecological footprint of CCZ nodule extraction is real and localised to the abyssal plain — a zone with no sunlight, no photosynthesis, and no human habitation. The alternative is not pristine. It is a different set of harms, borne by different communities.
Screening methodology built on 4 peer-reviewed publications, ISA-maintained geospatial datasets, and the GEOMAR-led JPI Oceans MiningImpact environmental baseline programme. All data shared with the ISA DeepData platform.
International Seabed Authority DeepData database. Nodule occurrence records, bathymetry, and sediment core data across the Clarion Clipperton Zone. Primary geospatial screening input. Aurea Ora commits to open submission of all survey data to ISA DeepData post-filing.
International Seabed Authority · OBIS DeepSea PortalDutkiewicz, A., Muller, R.D., O'Callaghan, S., and Jonasson, H. Census of seafloor sediments in the world's ocean. Used to estimate nodule burial depth and surface exposure probability within the target block.
Geology, 43(9), 795-798 · 2015Hein, J.R., Mizell, K., Koschinsky, A., and Conrad, T.A. Deep-ocean mineral deposits as a source of critical metals for high- and green-technology applications. Source of the 21.1 billion dry-ton CCZ nodule resource estimate widely cited in ISA assessments.
Ore Geology Reviews, 51, 1-14 · 2013JPI Oceans MiningImpact programme, RV SONNE SO268 cruise (February to May 2019). Led by Dr. M. Haeckel, GEOMAR Helmholtz Centre. Environmental baseline and sediment plume monitoring in active CCZ contract areas. The most comprehensive independent environmental dataset for the eastern CCZ.
JPI Oceans · GEOMAR Kiel · 2019 to 2023Wegorzewski, A.V. and Kuhn, T. The influence of suboxic diagenesis on the formation of manganese nodules in the Clarion Clipperton nodule belt of the Pacific Ocean. Establishes geochemical controls on high-grade Ni and Co enrichment used to rank target block potential.
Marine Geology, 357, 123-138 · 2014International Seabed Authority Regulations on Prospecting and Exploration for Polymetallic Nodules in the Area, ISBA/19/C/17. Regulation 18 defines the work plan, data package, and environmental baseline requirements for a 15-year exploration licence. Aurea Ora's Phase 1 programme is designed around this specification.
ISA ISBA/19/C/17 · Consolidated 2015Aurea Ora's constitution (Article 30) commits five percent of Net Production Proceeds to the ISA Common Heritage Fund in priority to any shareholder distribution. This obligation is binding on the company, all successor entities, and any acquirer of the licence — and cannot be altered without the prior written consent of the ISA Secretariat.
UNCLOS Article 140 declares the seabed and its resources the common heritage of mankind. Aurea Ora is the only CCZ applicant to encode this principle as a founding, irrevocable constitutional obligation before a single gram has been extracted.
Scientific Foundation — Research Underpinning Our Screening Methodology
Nodule
Potato-sized concretions formed over tens of millions of years on the abyssal plain — each one a dense matrix of manganese, iron, nickel, copper and cobalt. The Clarion-Clipperton Zone holds an estimated 21 billion tonnes of nodules, the highest-grade deposit on earth, at water depths the continental mining industry cannot reach.
Mn · Fe · Ni · Cu · Co — four critical minerals in a single rock
Collector vehicle. Sediment returned at seabed — >90% separation
Sulfate-route refining → pNMC cathode precursor. Battery-grade metal output, near-zero tailings
Zero artisanal mining. Zero DRC exposure. One source for all four metals
Scientific & Strategic Advisory Board — Forming
Appointments to be announced Q3 2026 — enquiries: ir@aureaora.com
Media: media@aureaora.com
Investor Relations: ir@aureaora.com
Nauru, Tonga, and Cook Islands are already sponsoring contractors in the CCZ. Their exclusive blocks are allocated. Ghana has no prior ISA relationship, which means the reserved-area blocks — set aside specifically for developing states with no existing contracts — are available exclusively to a Ghana-sponsored applicant. Ghana also holds an ISA Council Vice-Presidency (elected 2023), giving the application direct visibility at the governing body. No Pacific island state can replicate that from outside the Council chair.
DSHMRA licenses are recognised only by the United States. Sovereign mineral funds, European pension allocators, and African development banks cannot deploy capital into a DSHMRA contractor — CFIUS exposure and bilateral treaty obligations prevent it. An ISA exploration contract is recognised by 168 states and is the only title that unlocks non-US institutional capital. Aurea Ora's investor base is structurally non-US. The NOAA track is not open to us — and we would not take it if it were.
The ISA moratorium debate is about commercial exploitation, not exploration. Our filing at ISBA/32 is for an exploration licence — a 15-year data-gathering contract, not a mining permit. Exploration contracts have been continuously awarded throughout the moratorium debate. Even if a moratorium on exploitation were adopted, exploration licence holders retain their exclusive block positions, environmental baseline datasets, and resource estimates — all of which increase in value as the policy environment resolves. The moratorium risk is a value pause, not a wipeout.
Phase 1 capital funds four activities: (1) ISA filing fees and Regulation 18 application package at ISBA/32 in March 2027; (2) the August–October 2026 box core vessel campaign — multiple stations across the Application 1 blocks; (3) ICP-MS laboratory analysis delivering grade data by December 2026; and (4) operating capital through to CRIRSCO Inferred Resource declaration in 2027. No capital is allocated to production infrastructure — this is a data and title acquisition exercise.
Production — if commercially pursued — is a 2035+ event. The industry-wide timeline from exploration contract to first commercial production is 10–15 years. Aurea Ora's value proposition in the current phase is block position, licence exclusivity, and resource data — not near-term production. We are building an asset that strategic partners (offtake, processing, sovereign capital) price against a future production scenario, not an operating cashflow.
The relevant comparison is not "deep-sea mining vs no mining" — it is "deep-sea mining vs continued DRC cobalt, Congolese nickel laterite, and Indonesian rainforest clearing." A lifecycle assessment of CCZ nodule extraction shows 70–90% lower CO₂ intensity versus land-based nickel routes, near-zero tailings (nodules are solid, not embedded in host rock), no deforestation, no artisanal labour, and no freshwater consumption. The ecological disruption is real and localised to the abyssal plain — an environment that recovers on decadal timescales. The alternative is not pristine — it is a different set of harms, born by different communities.
Three paths, in order of probability: (1) Strategic acquisition — a Tier 1 mining company, battery manufacturer, or sovereign fund acquires a block stake once the CRIRSCO Inferred Resource is declared in 2027. (2) TSX Venture listing — Aurea Ora lists on the TSX-V under the mineral exploration framework, with the ISA licence as the primary asset. (3) Royalty stream — we sell a royalty on future production revenue to a royalty financing house in exchange for exploration capital, with investors participating in the royalty vehicle. The convertible note structure is designed to convert at a discount to the first institutional round.
No. Aurea Ora is at exploration stage. Any resource figures we reference are ISA-methodology Exploration Targets — ranges based on desktop screening of ISA nodule abundance data, GEBCO bathymetry, and published CCZ resource studies. It is not a CRIRSCO Mineral Resource and should not be relied upon as such. A CRIRSCO-compliant Inferred Resource declaration is the objective of the Phase 1 box core programme, subject to ICP-MS grade results in December 2026.
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Aurea Ora Ltd
Registered under Ghana Companies Act 2019 (Act 992)
Accra, Republic of Ghana
info@aureaora.com
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