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Vietnam logistics and industrial corridor
GA Capital | Critical Minerals · Vietnam

Vietnam Rare Earth

Platform Opportunity

Top-5 reserves against bottom-tier production — Vietnam policy favors processing over raw export, and the investable thesis is a compliant platform, not a concession pitch.

April 2026
GA Capital Research
THREE METRICS · PLATFORM THESIS

3.5M Tonnes of Reserves Against Near-Zero Production

The 2030 mineral plan ties concessions to processing, and the investable gap is execution infrastructure — licensing, separation, radiation handling, and governance — not geology.

3.5M t
Resource base exists

USGS 2026: Vietnam holds 3.5 million tonnes of rare-earth reserves

2030
Policy favors processing

2023 mineral plan pushes extraction-plus-processing

<0.1%
Gap is execution, not geology

Vietnam produces <0.1% of global output despite top-5 reserves

TEN PLATFORM CONCLUSIONS

Vietnam Holds Top-Five Reserves Without the Institutional Layer to Monetize Them

Policy favors processing, Shin-Etsu anchors Hai Phong downstream, and the window closes when the first fully financed project clears — before remaining concessions harden.

Vietnam is the under-monetized top-5 reserve holder.

Vietnam holds 3.5 million tonnes of TREO — sixth-largest reserves globally — but produces under 0.1% of world output. The gap between reserve ranking and production ranking is the single largest on the USGS list.

The policy direction has flipped toward processing.

Vietnam's 2023 mineral plan and Decision 866 tie concession allocation to processing commitment and restrict raw-ore export. Pure extraction plays will not be supported; technology-transfer-linked investments will.

The value step from ore to separated oxide is 20–40×.

Raw ore clears at ~$2–5/kg. Separated oxide clears at ~$80–120/kg. Vietnam policy is engineered to push production up that ladder, not leave value at the mine gate.

Separation is the global bottleneck — and the best Vietnam entry point.

China holds ~90% of global separation capacity because cascades require hundreds of mixer-settler stages and 40 years of compounding process IP. Any new ex-China separation node is strategically scarce.

Shin-Etsu's Hai Phong magnet plant is a ready-made downstream anchor.

Shin-Etsu already operates an magnet factory in Hai Phong. A Vietnamese separation plant + Shin-Etsu creates a credible mine-to-magnet corridor without a single new overseas dependency.

The sector has a governance deficit that must be explicitly solved.

VTRE leadership arrests exposed the sector's credibility problem. Institutional capital requires ring-fenced SPVs, independent board seats, international audit, and explicit anti-corruption protocols before it will underwrite.

No single existing player spans mine-to-magnet.

Shin-Etsu operates downstream (magnets). VTRE, Thai Duong, Blackstone, and ASM cover fragments upstream. The platform opportunity is to assemble the existing fragments into a bankable vehicle with missing pieces (separation, , governance) filled in.

Vietnam's geography sits at the center of non-China Asian demand.

Japan (Shin-Etsu, Sumitomo, TDK, ), Korea (LG, Samsung SDI, Hyundai, KORES), and Australia (Lynas, Iluka, ASM) are all short-haul customers or strategic peers — unlike Myanmar or Central Asian deposits, which are either conflict-bound or landlocked.

Policy-backed capital is now a major potential funding source.

US DFC, , KORES, and Act vehicles all have explicit non-China supply-chain diversification mandates. Vietnam projects with compliant governance and processing commitment are directly in their target zone.

The window closes when the first fully financed project clears.

Extractive sectors institutionalize around whichever coalition assembles clean governance + processing + first. History suggests 18–24 months from the first fully financed project before remaining concessions harden into incumbent hands.

STRATEGIC TIMING

Four Converging Drivers Make Vietnam REE Relevant Now

Strategic demand surge, China concentration, Vietnam's processing push, and an open licensing window — the gap between potential and execution is where the platform sits.

Strategic demand surge

Rare earths critical for EV motors, wind turbines, defense, consumer electronics. IEA projects 3–7× demand growth by 2040. Vietnam's reserves become strategically valuable as demand outpaces diversified supply.

Mechanism

Direct-drive offshore wind turbines need up to ~600 kg of per MW; EV traction motors use 2–10% in the magnet alloy for heat resistance. Two independent demand curves compounding against a narrow HREE supply base.

China supply concentration

China controls ~60% mining, ~90% separation, ~92% . Export controls tightening since 2023. Every major industrial nation now seeks non-China sources. Vietnam is geographically and politically positioned.

Mechanism

China's separation moat is 40 years of cascaded IP from Xu Guangxian's group. December 2023 export-technology ban raises the cost of replicating it externally, which increases the premium for any jurisdiction that can host new capacity.

Vietnam policy push

2023 mineral plan mandates processing alongside extraction. Export restrictions on raw ore. Decision 866 framework. Foreign investors who bring processing technology get favorable treatment. Pure extraction plays will not be supported.

Mechanism

Concession allocation is now explicitly tied to a processing commitment. The regulatory thesis is to capture value at the separated-oxide stage (~$80–120/kg) rather than raw ore (~$2–5/kg) — a 20–40× unit-value step.

Window still open

Vietnam produces only 150–300 t/yr. No scaled mining operations. Licensing not yet locked in by first movers. Platform opportunity exists before concessions are fully allocated and the sector institutionalizes.

Mechanism

The VTRE disruption froze the previous incumbent-led model, creating a reset moment. Historically, extractive sectors institutionalize around whichever coalition assembles clean governance + processing + first — the window typically closes within 18–24 months of the first fully financed project.

The convergence is unusual. A country with top-5 reserves, active policy support, and virtually no production is a rare setup — most such countries are either over-regulated (EU), under-reserved (Japan), or institutionally locked (Australia/US).

GEOLOGY · CORRIDOR

Northwest Deposits Feed a Mine-to-Port Corridor Through Hai Phong

Dong Pao, Yen Phu, and Lao Cai sit in the granite belt; Hai Phong provides deep-water export and Shin-Etsu's magnet plant as the downstream anchor.

Lai Chau (northwest)
Dong Pao
LREE — bastnäsite
  • Vietnam's largest cited rare-earth deposit
  • Bastnäsite-style mineralization (La, Ce, Nd, Pr)
  • Previously mined at small scale; currently under government review
Yen Bai (northwest)
Yen Phu
HREE potential
  • Heavy rare earths: Terbium, Dysprosium, Yttrium
  • Strategically more valuable — scarcer, higher unit price
  • Critical feedstock for high-temperature magnets and defense
Lao Cai (northern border)
Lao Cai
Exploration
  • Additional exploration targets in the northern-border granite belt
  • Complementary to Lai Chau and Yen Bai deposit clusters
  • Pre-development; less defined than Dong Pao or Yen Phu
Hai Phong (coastal)
Hai Phong corridor
Downstream anchor
  • Shin-Etsu operates an magnet plant — the country's established downstream anchor
  • Deep-water port for export logistics
  • Natural processing corridor endpoint: mine (NW) → port + magnet plant (coast)
Processing corridor

The geography makes a single corridor obvious: deposits in the northwest → separation plant in the north → Hai Phong's port + Shin-Etsu's magnet facility. This is the architecture that would support a single Vietnamese mine-to-magnet chain.

RESERVES VS PRODUCTION

Top-Five Reserves, Bottom-Tier Production: The Mismatch Is the Platform Gap

Australia and the US converted reserves into production through decades of institutional mining — Vietnam has the geology and policy direction but not yet the execution infrastructure.

China

Reserves (Mt TREO)
44.0 Mt
Production 2025 (t/yr)
270,000 t/yr
Global share
~61% mining, ~90% refining
Key player
State-controlled; six designated REE groups

Brazil

Reserves (Mt TREO)
21.0 Mt
Production 2025 (t/yr)
~5,000 t/yr
Global share
~1%
Key player
Serra Verde (, producing since 2024); CBMM (niobium)

India

Reserves (Mt TREO)
6.9 Mt
Production 2025 (t/yr)
2,900 t/yr
Global share
~0.8%
Key player
IREL (state-owned), -based

Australia

Reserves (Mt TREO)
5.7 Mt
Production 2025 (t/yr)
16,000 t/yr
Global share
~5%
Key player
Lynas Rare Earths ( + Malaysia)

Vietnam

Highlight
Reserves (Mt TREO)
3.5 Mt
Production 2025 (t/yr)
150–300 t/yr
Global share
<0.1%
Key player
VTRE (disrupted), Thai Duong, Shin-Etsu (magnets only)

USA

Reserves (Mt TREO)
2.3 Mt
Production 2025 (t/yr)
45,000 t/yr
Global share
~13%
Key player
MP Materials ( + Fort Worth)

Russia

Reserves (Mt TREO)
2.1 Mt
Production 2025 (t/yr)
2,700 t/yr
Global share
~0.8%
Key player
Solikamsk Magnesium, Lovozero mine

Myanmar

Reserves (Mt TREO)
n/a Mt
Production 2025 (t/yr)
31,000 t/yr
Global share
~9%
Key player
Informal mining in Kachin State; China-linked supply via Yunnan

Australia and the US show what a top-5 reserve holder does when it combines geology with institutional mining infrastructure — Lynas and MP Materials each represent decade-plus build-outs financed by strategic and policy-backed capital. Vietnam has the first ingredient and the policy direction but not yet the institutional layer. That's the platform's job.

USGS Mineral Commodity Summaries 2026. Production figures are estimates.

FOUR STRUCTURAL GAPS

Four Institutional Gaps Stand Between Reserve and Production

Licensing opacity, absent separation infrastructure, radiation permitting, and sector governance — each has a known mitigant, but all four must clear before capital commits.

1. Licensing
Concession and title clarity

Foreign capital requires clear legal title, defined JV paths, and transparent ownership. Current licensing remains opaque to outside investors. No standardized foreign-participation framework exists.

Mechanism

Vietnam mining licenses historically operated as relationship-driven allocations rather than competitive tenders. Without standardization, due-diligence timelines stretch to 18+ months and deal structures stay bespoke.

2. Processing
Separation infrastructure absent

Vietnam has virtually no effective rare-earth separation capacity. Building a mid-scale separation plant requires $200M+ capex, specialized reagents, and technical expertise that does not exist domestically.

Mechanism

separation needs cascades of hundreds of mixer-settler stages, specialized organic reagents (P507, di-2-ethylhexyl phosphoric acid), and operators trained on rare-earth chemistry. All three scarce in Vietnam today.

3. Environmental
Radiation and waste handling

Rare-earth processing generates thorium and uranium by-products plus acidic tailings. Environmental impact assessments, radiation permits, and compliant waste management are non-negotiable prerequisites.

Mechanism

and some bastnäsite ores carry 0.1–1% thorium. Western permitting for thorium-bearing tailings takes 5–10 years — the single biggest reason REE processing historically consolidated in China. Vietnam has to design compliant waste handling from day one to avoid the same blockade.

4. Governance
Sector credibility deficit

VTRE leadership arrests and ongoing regulatory enforcement have left a credibility gap. Any new platform must demonstrate transparent governance, anti-corruption protocols, and international audit standards to attract institutional capital.

Mechanism

Institutional LPs and development-finance institutions have explicit mandates around anti-corruption and counterparty integrity. A sector with recent fraud-related arrests requires visible, independent governance rebuild — not just paperwork — before capital commits.

Every bottleneck has a known mitigant. The question is not whether any individual gap is solvable — each one has a template elsewhere — but whether a single operator has the discipline and credibility to solve all four before deploying capital.

REGULATORY DIRECTION

Policy Favors Processing, Not Raw Extraction

Concession allocation ties to processing commitment — the value step from $2–5/kg ore to $150–300/kg magnet is where state preference and investor alignment converge.

Discouraged
Exploration
Discouraged
Raw ore / mining
~$2–5/kg
Favored
Concentrate / beneficiation
~$15/kg
Favored
Separated oxide
~$80–120/kg
Favored
Metal / alloy / magnet
~$150–300/kg

Raw-ore export increasingly restricted. Domestic separation and beyond is where policy support, tax treatment, and concession priority concentrate.

2023 mineral plan
  • Extraction, processing, and use must develop together
  • Explicit restriction on raw-ore export without processing commitment
2030 targets
  • Additional domestic REE separation capacity
  • Deeper metallurgical capability (oxide → metal → alloy)
  • Technology transfer from foreign partners prioritized
Decision 866 framework
  • Concession allocation tied to processing commitment
  • JV structures with Vietnamese partners preferred
  • Foreign ownership subject to sector-specific rules

The implication for the investor pitch is concrete: processing commitment strengthens any license application, and technology transfer is the sharpest negotiating lever. The platform that arrives with separation engineering and a Japanese or Korean offtake counterparty walks into a pre-aligned regulatory environment.

Decision 866; LuatVietnam; Reuters

PLATFORM ARCHITECTURE

Five Components: Local Rights Plus Foreign Capability

No single party spans concession, SPV structure, separation IP, offtake, and governance — the platform assembles them into a bankable vehicle.

Platform SPV
A
Local concession

Vietnamese license holder, permitting, community interface, land access

A Vietnamese counterparty with concession access, clean governance history, and durable relationships with provincial authorities in Lai Chau and Yen Bai.

B
Project company / JV

Ring-fenced SPV, milestone-based capital, shareholder protections, exits

Clean beneficial ownership, governance charter, independent board seats, milestone-based capital calls, defined exit rights — the structure institutional LPs require before committing.

C
Technical partner

Beneficiation, separation chemistry, metallurgy expertise

Operator of an existing separation plant (e.g. Lynas, Iluka, Solvay, or MP in precedent form) — bringing process IP, trained operators, and reagent-supply relationships that Vietnam does not currently host.

D
Offtake partner

Oxide / metal buyers, binding supply agreements

Binding with a downstream magnet or alloy maker — Shin-Etsu (already in Hai Phong), VAC, Neo Performance, Sumitomo, TDK, or a Korean motor producer. Offtake is the financing anchor for the separation plant capex.

E
Governance layer

Legal, ESG, anti-corruption, radiation compliance, independent audit

External auditors, radiation-management specialists, and anti-corruption protocols built to international standards — the layer that converts a Vietnamese project into a bankable one for DFI-backed capital.

Each component has a credible home in the existing market. The platform operator does not invent any single piece — they assemble the five into a single SPV with clean governance and a closed loop from concession to offtake.

CURRENT LANDSCAPE

Vietnam Has a Partial Ecosystem, Not a Complete One

Shin-Etsu operates downstream while upstream remains fragmented and governance-challenged — a platform connects existing fragments rather than displacing them.

VTRE (Vietnam Rare Earth JSC)

Disrupted

Vietnam · Mining / concentration

Domestic RE company; oxide-side processing

Leadership arrested; operations disrupted. Governance risk.

Shin-Etsu Chemical

Active

Japan · Downstream / magnets

magnet manufacturing in Hai Phong

Operating. One of the largest global magnet producers.

Australian Strategic Materials (ASM)

Active

Australia · Midstream / metals

Feedstock sourcing; Korea metals JV

Active in region. Korean JV for metals processing.

Thai Duong Group

Active

Vietnam · Mining / processing

Local mining and processing interests

Active. Local operator with government relationships.

Blackstone Minerals

Active

Australia · Exploration / mining

Exploration and development in Vietnam

Active. Nickel-focused but adjacent to REE geology.

The ecosystem is partial by design — individual entrants have optimized for the piece they can execute, not the full chain. A platform that explicitly connects Shin-Etsu downstream demand to a new separation node and a compliant local concession fills the gap without displacing anyone.

Company filings; Reuters; USGS; shinetsu.co.jp

STRATEGIC GEOGRAPHY

Vietnam Sits at the Center of Non-China Asia-Pacific Demand

Short-haul to Japan, Korea, and Australia — unlike Myanmar or Central Asian deposits — narrows the partner list to a tractable shortlist.

Japan
#2 consumer
  • Shin-Etsu already anchored in Hai Phong (magnets)
  • has an explicit strategic-mineral investment mandate
  • National rare-earth stockpile program operational since 2012
South Korea
#3 consumer
  • EV supply chain (LG, Samsung SDI, Hyundai) explicitly sourcing non-China magnets
  • Korea Mine Rehab Corp (KORES) runs state-backed investment vehicles
  • ASM Korea metals plant linkage already established
Australia
Peer model
  • Lynas — only scaled non-China separator at industrial scale ( Malaysia)
  • Iluka — under construction (non-China HREE separation)
  • Template for how Vietnam could develop; also a potential technical and capital partner
TARGET UNIVERSE

30+ Potential Partners Across Four Categories

Upstream peers bring process IP, downstream buyers anchor offtake, strategic industrials drive end-market demand, and policy-backed capital underwrites non-China supply.

Upstream / integrated

Lynas Rare Earths

Australia

Second-geography diversification from Malaysia refinery

Mining → separation

Upstream / integrated

MP Materials

USA

Non-China supply chain for US defense industrial base

Mining → concentration

Upstream / integrated

Iluka Resources

Australia

model applicable to Vietnam deposits

Mining → separation

Downstream / magnets

Shin-Etsu Chemical

Japan

Already operating in Hai Phong — natural upstream extension

Separation → magnets

Downstream / magnets

Neo Performance Materials

Canada

European + North American magnet supply diversification

Separation → magnets

Downstream / magnets

VAC (Vacuumschmelze)

Germany

Europe's largest magnet maker — non-China feedstock

Metals → magnets

Strategic / industrial

Sumitomo, TDK, Hitachi/Proterial

Japan

Motor and electronics supply-chain security

Alloy → components

Strategic / industrial

LG, Samsung SDI, Hyundai

Korea

EV motor supply chain — critical magnet inputs

Alloy → motors

Policy-backed capital

US DFC, JOGMEC, KORES

US / Japan / Korea

Government supply-chain diversification mandates

Full-chain financing

Policy-backed capital

EU CRM Act vehicles

Europe

funding for non-China projects

Processing + offtake

The outreach list breaks into four neat buckets: upstream peers who bring process IP (Lynas, MP, Iluka), downstream buyers who anchor offtake (Shin-Etsu, VAC, Neo, the Japanese magnet majors), strategic industrials who drive end-market demand (Korean EV majors, Japanese motor makers), and policy-backed capital that underwrites non-China supply. A single platform can credibly engage all four — that is its value to every counterparty.

Company filings; government agency websites; IEA Critical Minerals Report; GA Capital analysis

POSITIONING

Separation Is the Bottleneck — and the Best Entry Point

Value per kilogram increases 100× from raw ore to magnet — the separated-oxide stage aligns with Vietnam policy and global supply-chain logic simultaneously.

Raw ore
3 $/kg
Concentrate
15 $/kg
Mixed oxide
40 $/kg
Separated oxide ★
100 $/kg
Metal / alloy
180 $/kg
NdFeB magnet
250 $/kg

Bottleneck — China ~90% capacity

Model 1 — Mine + concentrate
  • Lowest capex, weakest differentiation
  • Easiest start but poor policy alignment
  • Limited strategic value to downstream partners
Model 2 — Oxide separation platform
Recommended
  • Aligned with the policy push for domestic value-add
  • Targets the critical global bottleneck (separation)
  • Technically harder but strongest strategic narrative
  • The recommended entry point — captures the steepest value step and the widest partner universe
Model 3 — Midstream processing node
  • Oxide-to-metal, alloy, or magnet-oriented
  • Best fit for Japanese / Korean JV logic
  • Highest capex ($500M+); longest timeline

Model 2 (oxide separation platform) offers the best risk-adjusted entry. It targets the global bottleneck, aligns with Vietnam's processing-push policy, and attracts the widest range of partners — upstream peers, downstream buyers, and policy-backed capital all have a direct reason to care.

EXECUTION ROADMAP

Three Phases in Twelve Months: Validate, Package, Partner

Legal clarity before governance design, governance before outreach, outreach before term sheets — skipping stages is what stranded previous Vietnam REE attempts.

Phase 1
Validation
Phase 2
Packaging
Phase 3
Partnering
Phase 1 — Validation
Legal and regulatory review
Months 1–3

Legal memo: concession path, foreign ownership, export rules

Technical screening
Months 1–3

Independent geology / metallurgy assessment of priority deposits

Landscape mapping
Months 1–3

Map of active players, concession holders, and permit situations

Phase 2 — Packaging
Local partner identification
Months 3–6

Shortlist of 3–5 credible Vietnamese partners with concession access

SPV and governance design
Months 3–6

Project-company structure, governance charter, shareholder framework

Data room preparation
Months 3–6

Management presentation and foreign-partner outreach materials

Phase 3 — Partnering
Target outreach
Months 6–12

Structured process to 20–30 strategic investors, processors, offtakers

Negotiation
Months 6–12

Heads of terms with lead partner(s) for JV, technical alliance, or

Formalization
Months 6–12

Project-company establishment and permitting process initiation

Sequence matters. A fully financed platform at Month 12 requires the right order — legal clarity before governance design, governance design before outreach, outreach before term-sheet negotiation. Skipping stages is what turned previous Vietnam REE attempts into stranded pitches.

RISK FRAMEWORK

Six Risks, Six Mitigants: Confronting Execution Head-On

Each mitigant is a concrete operational commitment — the credibility test is live evidence before capital commits, not reassurance after.

License uncertainty

Foreign investors require clear legal title. Ambiguous concessions are a deal-killer.

Mitigant

Tier-1 Vietnam legal diligence. Map all existing claims and dependencies before committing.

Metallurgical complexity

REE separation chemistry is demanding. Poor recoveries destroy economics.

Mitigant

Independent technical review. Pilot-plant testing against actual Vietnamese ore before full capex commitment.

Environmental / radiation

Thorium and uranium by-products create long-term liabilities and permit risk.

Mitigant

Specialist engineering firm on radiation handling. Radiation-management plan in the initial feasibility package, not bolted on later.

Governance risk

VTRE arrests demonstrate sector fragility. Institutional capital requires clean structures.

Mitigant

Ring-fenced SPV, independent board seats, international audit standards, explicit anti-corruption protocols.

No offtake certainty

Processing without secured demand creates inventory risk and financing gaps.

Mitigant

Early engagement with magnet makers. Binding before full capex commit — separation plant economics depend on it.

Policy shifts

Vietnam regulatory environment can change. New restrictions could affect economics.

Mitigant

Structure with processing alignment from day one. Maintain government relations via the local partner so policy signals are read early.

Each mitigant is a concrete operational commitment, not a paragraph of reassurance. The credibility test for a platform operator is whether they can show live evidence of having executed each mitigant — legal memo in hand, pilot-plant data, governance charter signed, offtake term sheet, etc. — before requesting capital commitment.

GA Capital risk assessment. Based on publicly available information.

NEXT STEPS

Five Immediate Actions to Make the Thesis Investable

The first twelve weeks produce evidence, not marketing — each action yields a deliverable that de-risks the next step.

1Weeks 1–4
Legal review
  • Engage a Vietnam law firm with mining expertise
  • Deliverable: legal memo on concession path and foreign ownership
2Weeks 2–6
Deposit map
  • Map active concessions, permits, and exploration licenses
  • Cover Lai Chau, Yen Bai, and Lao Cai provinces
3Weeks 4–8
Local partners
  • Shortlist 3–5 credible Vietnamese counterparties
  • Require: concession access, clean governance, durable government relationships
4Weeks 6–10
Target list
  • Rank 20–30 foreign partners by value-chain fit
  • Segment: upstream, downstream, strategic, policy-backed
5Weeks 8–12
Outreach materials
  • Management presentation and data room
  • Structured outreach process to qualified targets
RECAP · PLATFORM THESIS

A Compliant Platform Beats a Concession Pitch

Full-stack packaging aligned with processing policy, targeting the separation bottleneck, and built for institutional capital — before concessions harden into incumbent hands.

Recap
Five synthesis reads
Package the platform, not the concession

Vietnam's rare-earth opportunity will not be won by a concession pitch alone. It will be won by a compliant platform that makes foreign capital comfortable.

Separation is the entry point that aligns policy and partners

Targets the separation bottleneck — the stage with the highest concentration and the steepest value step

Governance rebuild is prerequisite, not paperwork

Institutional capital requires ring-fenced SPVs, independent board seats, and international audit — the VTRE disruption exposed why a compliant platform must rebuild sector credibility before capital commits.

Japan and Korea anchor the offtake case

Shin-Etsu in Hai Phong, and KORES mandates, and Korean EV supply chains create short-haul demand that Myanmar and Central Asian deposits cannot match.

The window closes on first-mover financing

Built for institutional-grade capital, not speculative mining

Companion reading: The Rare-Earth Players: Who Clears 2028the operator roster that defines credible technical and offtake partners; Terbium & Dysprosium From Mine to Magnetthe mine-to-magnet path behind the separation entry thesis.

USGS · IEA · POLICY DOCUMENTS · COMPANY FILINGS

Reserve and Policy Claims Prefer Primary Government Series Over Secondary Recaps

Reserve, production, and policy figures anchor to USGS, IEA, and Vietnamese regulatory documents; company and industry sources frame the partner landscape.

Tier 1
High Confidence

USGS Mineral Commodity Summaries, IEA Critical Minerals Outlook, Vietnamese regulatory documents (Decision 866, 2023 mineral plan), SEC/ASX filings

Tier 2
Medium Confidence

CSIS, Reuters, LuatVietnam, government agency materials (JOGMEC, KORES, US DFC)

Tier 3
Indicative

Industry research (Adamas), company websites, GA Capital platform framework analysis

Sources
For deal flow and investment inquiries:
deal@gacapital.ai
GA Capital. Data as of April 2026. Reserve, production, and price figures drawn from primary government statistics and primary industry research. Policy claims sourced to Vietnamese regulatory documents and English-language press. For investment professional use. Not investment advice. Data current as of April 2026.