How to Raise Capital Against Mineral Reserves

Financing structures for mineral reserves, mining rights and future production, including secured loans, VPPs, royalties, bonds, securitization and tokenization.

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How to Raise Capital Against Mineral Reserves
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Mining Finance | Natural Resources | Structured Capital

How Mineral Assets, Production and Mining Cash Flows Can Be Financed

Mining companies have a wider financing toolkit than conventional equity and senior project debt.

Mineral rights, developed reserves, future production, offtake contracts, inventory, receivables, equipment and royalty interests can each support different forms of capital.

A project can move through several financing markets during its life. Exploration may begin with equity. Development can introduce strategic investors, royalties and streams. Construction can bring project debt and equipment finance. Production opens access to borrowing bases, prepayment facilities, receivables finance and refinancing. Mature cash flows can support bonds, private placements and securitization.

The financing structure should follow the stage and economics of the asset.

Mineral Assets as a Financing Base

Mining finance sits at the intersection of project finance, asset-backed lending, commodity finance and corporate credit.

The relevant asset changes as the mine develops.

An exploration company may primarily control geological information, licences and prospective mineral rights. A development-stage company may hold a defined resource, feasibility work, permits and engineering. A producing company owns equipment, inventory, receivables and operating cash flows in addition to its mineral rights.

Each stage gives financiers a different set of risks and recovery sources.

The earliest capital takes geological and development risk. Later capital can underwrite construction. Operating lenders can underwrite production, inventory and customer payments.

Financely works across this progression through its mining finance advisory practice.

Resources, Reserves and Financeability

Technical classification matters because mining finance starts with confidence in the underlying deposit.

Under widely used reporting frameworks, Mineral Resources progress through confidence categories such as Inferred, Indicated and Measured. Mineral Reserves represent the economically mineable portion of appropriate Mineral Resources after relevant modifying factors have been applied.

Those modifying factors include mining methods, metallurgy, processing, infrastructure, economics, markets, environmental requirements, legal rights, social factors and governmental considerations.

A financier therefore reads much more than tonnage and grade.

The technical report establishes the foundation. The lender then moves into economic extraction, capital intensity, operating costs, recovery, production schedule, mine life and route to market.

The financing value of a deposit increases as geological confidence, technical definition, permitting, infrastructure and commercial execution progress.

Capital Changes as the Mine Advances

Stage Primary Risks Common Capital Sources
Exploration Geology, drilling, resource definition Common equity, strategic investors, specialist mining funds
Resource definition Scale, grade continuity, metallurgy Equity, strategic capital, convertible securities
Feasibility and permitting Technical design, permits, economics, capex Equity, royalties, streams, development capital
Construction Completion, capex, schedule, commissioning Project debt, equity, junior debt, streaming, equipment finance
Ramp-up Recovery, throughput, working capital, product quality Bridge debt, working-capital facilities, prepayments
Production Commodity price, operations, customers, sustaining capex Senior debt, borrowing bases, prepayments, bonds, private credit
Mature operation Mine life, replacement reserves, long-term margins Refinancing, bonds, securitization, structured notes

Equity and Strategic Capital

Equity carries the earliest and most uncertain risk in the mining cycle.

Exploration, drilling, feasibility, permitting and initial development expenses usually require capital willing to absorb uncertainty around timing and eventual economics.

Mining-focused private equity, family offices, strategic industrial investors, commodity groups and public-market investors all participate at different stages.

Strategic equity can bring more than cash.

A processing company may invest to secure feedstock. A battery manufacturer may seek exposure to lithium, nickel or graphite supply. A steel producer can invest in iron ore or metallurgical inputs. A glass or semiconductor supply-chain participant may pursue high-specification industrial minerals.

That strategic interest can improve the wider financing case by validating demand and creating a path toward offtake.

Secured Mineral Asset Debt

Private credit becomes more relevant as the asset accumulates technical definition and economic value.

A secured facility can take the form of a term loan, delayed-draw facility, bridge loan or another negotiated credit instrument.

The lender may take security over shares in project entities, mining rights where legally available, bank accounts, equipment, receivables, inventory, insurance proceeds and material contracts.

Debt sizing reflects lender recovery as well as projected cash generation.

A producing mine with contracted sales and proven operating history can carry a different leverage profile from a permitted project still approaching construction.

Financely structures these transactions through its structured finance advisory capabilities where standard corporate lending leaves part of the asset value outside the credit case.

Mining Project Finance

Large mine developments can support classic project-finance techniques where future project cash flow provides the principal repayment source.

The lender reviews total development cost, sponsor equity, completion support, EPC or construction arrangements, mining fleet, processing plant, infrastructure, reserve life, operating margins, commodity assumptions and the project financial model.

Debt service capacity depends heavily on price and production sensitivity.

Lenders therefore test lower commodity prices, weaker recoveries, delayed ramp-up, increased operating costs and higher sustaining capex.

Debt sizing commonly runs from the downside case rather than the sponsor's headline valuation.

A strong project-finance package also allocates completion risk. Cost overruns, delayed commissioning and production underperformance all require identified sources of liquidity.

Mezzanine and Junior Mining Capital

Junior debt can fill part of the capital requirement between senior project debt and common equity.

The capital provider accepts a subordinate position and receives a higher contractual return.

Structures can include cash-pay interest, PIK accrual, warrants, royalty participation, exit fees or other negotiated upside.

Mining mezzanine frequently appears where project economics support additional leverage while the senior lender maintains a more conservative advance.

The intercreditor framework governs payment priority, enforcement, standstill periods and amendments to senior terms.

Junior capital also works in acquisition finance where a producer purchases another mine, processing operation or mineral portfolio using several layers of debt and equity.

Mining Equipment Finance

Mine development requires substantial movable equipment alongside fixed processing infrastructure.

Haul trucks, loaders, excavators, drills, crushers, conveyors, generators and other fleet assets can support dedicated equipment facilities.

The lender underwrites acquisition cost, useful life, resale market, operating environment, maintenance and expected residual value.

Equipment finance can preserve project debt capacity for civil works, processing infrastructure and other costs with weaker standalone collateral value.

Matching the financing tenor to equipment life also creates cleaner capital allocation across the project.

Volumetric Production Payments

A Volumetric Production Payment monetizes a defined portion of future production.

The capital provider advances funds against a contractual entitlement linked to specified volumes produced by the asset.

VPP underwriting focuses on reserve coverage, projected annual production, commodity specification, operating reliability and the relationship between expected output and the committed production entitlement.

The mine owner receives capital upfront and gives the investor a defined economic claim on future production.

This structure can fund development, expansion, acquisitions or refinancing while preserving common-equity ownership.

The economic cost appears through the production committed to the VPP provider.

Modeling should therefore compare the upfront proceeds with the expected value transferred over the life of the arrangement.

Royalty Finance

Royalty companies provide capital in exchange for a contractual share of future project revenue or another agreed economic base.

Common mining structures include net smelter return royalties, gross revenue royalties and other project-specific formulas.

Royalty capital carries no conventional amortization schedule. Payments follow production economics.

This gives developing mines greater flexibility during periods when construction and ramp-up consume cash.

The royalty remains economically senior to common-equity distributions for as long as the contractual royalty applies.

Terms around deductions deserve careful attention. Transport, treatment charges, refining, penalties, insurance and other expenses can materially affect the calculation base.

A permanent royalty can also influence future asset value, acquisition economics and refinancing capacity.

Mineral Streaming

Streaming provides upfront capital in exchange for the right to purchase part of future mineral production at an agreed price.

The streaming provider usually makes a significant initial payment and then pays an additional contractual amount as each unit of product is delivered.

Precious-metal streams are well established because gold and silver often occur as by-products of base-metal operations.

The structure can also apply more broadly where product specifications, production volume and marketability support a long-term purchase arrangement.

Stream investors analyze mine life, reserve coverage, operating performance, expansion potential and the contractual priority of their delivery rights.

The mining company receives non-dilutive capital while transferring part of the long-term commodity economics to the stream provider.

Royalty, Streaming and VPP Economics

Structure Investor Exposure Issuer Obligation Typical Use
Royalty Share of project revenue or defined value Contractual royalty payments Development, acquisition, expansion
Streaming Future commodity production Deliver agreed product volumes under pricing formula Construction, expansion, refinancing
VPP Defined production entitlement Allocate specified production volumes Development, acquisition, liquidity
Senior debt Fixed credit return Interest and principal Construction, refinancing, corporate liquidity

Commodity Prepayment and Offtake Finance

Commodity prepayment brings the buyer or trading counterparty into the financing structure.

An offtaker advances cash before production or shipment and recovers that advance through future deliveries.

The structure can finance mine working capital, production expansion, processing costs or another defined requirement.

Prepayment works particularly well when the producer has an established operating history and a credible buyer willing to make a long-term commitment.

The financing case rests on production capacity, product specification, delivery schedule, counterparty credit, commodity pricing and logistics.

Offtake can also support separate lender debt by reducing market risk.

Financely works with comparable structures through its commodity prepayment finance practice.

Offtake Agreements as Credit Support

A strong offtake agreement gives lenders greater visibility over revenue.

Credit analysis focuses on committed volume, tenor, pricing formula, take-or-pay obligations, termination rights, quality specifications, shipment terms and buyer credit quality.

The strongest contracts provide predictable cash conversion from production into receivables.

That predictability can support project debt, prepayments, working-capital facilities and receivables finance.

Strategic buyers may also contribute equity, advance payments or guarantees alongside the offtake.

Borrowing-Base Facilities for Producing Mines

Once a mine enters regular production, parts of the financing begin to resemble asset-based and structured commodity finance.

A borrowing base can reference eligible inventory, receivables, contracted shipments or another agreed collateral pool.

The lender applies advance rates and reserves to establish current availability.

Finished mineral inventory stored in controlled locations can support one component of the base. Eligible receivables from established customers can support another.

Availability rises as eligible assets grow and contracts as inventory sells or receivables are collected.

This structure creates revolving liquidity that follows the operating cycle.

Inventory and Receivables Finance

Extracted and processed minerals sit much closer to cash than material still underground.

Inventory finance can advance against metal concentrates, refined metals, industrial minerals or other saleable material stored under acceptable control arrangements.

Lenders examine title, warehouse location, insurance, inspection, grade, market liquidity, price volatility and the process for liquidating collateral.

Receivables generated from credible buyers can provide additional borrowing capacity.

A lender may control collections through pledged accounts and apply customer concentration limits where a large part of the book depends on one offtaker.

This operating-capital structure can sit alongside longer-term mine debt.

Hedging and Commodity Price Risk

Commodity prices influence both debt sizing and covenant headroom.

A lender may require hedging for part of forecast production during the debt tenor.

Forward sales, swaps, collars and other derivatives can establish greater revenue certainty for specified volumes.

The hedge book then becomes part of the wider security and cash-flow package.

Mining companies need enough unhedged exposure to retain upside while maintaining the price protection required by lenders.

The hedge tenor should also align with realistic production volumes. Over-hedging creates delivery and liquidity risk when production falls below plan.

Mining Bonds and Private Placements

More developed mining companies can raise debt directly from institutional investors.

A private placement can provide fixed-rate or floating-rate capital with a maturity and covenant package tailored to the issuer.

The debt can be secured, unsecured, guaranteed by operating subsidiaries or supported through another negotiated structure.

Private placements can suit companies seeking larger tickets, longer tenors or a broader capital-provider base than a bilateral bank facility provides.

Institutional documentation usually requires detailed disclosure on operations, reserves, environmental liabilities, commodity sensitivity, existing debt and use of proceeds.

Financely provides private placement capital raising for qualifying issuers seeking institutional debt or equity.

Commodity-Linked Notes

Debt securities can incorporate commodity-linked economics.

The coupon, redemption amount or another payment can reference an agreed commodity benchmark.

This creates a hybrid between ordinary fixed-income exposure and commodity participation.

The structure can appeal to investors seeking yield together with exposure to a specific mineral market.

Benchmark selection requires care.

Exchange-traded metals usually offer clear reference prices. Industrial minerals with greater variation by grade, processing and geography require a pricing methodology that reflects the actual saleable product.

Securitization of Mining Cash Flows

Securitization becomes relevant once a mining business produces identifiable financial assets capable of being isolated and transferred into a financing vehicle.

Examples can include receivables, royalty income, contracted payments or portfolios of other financial claims.

The assets are transferred or pledged to an SPV. The SPV issues securities supported by collections from the underlying pool.

Investors underwrite asset quality, concentration, historical performance, legal isolation, servicing, cash controls and the amount of credit enhancement within the structure.

Credit enhancement can include overcollateralization, reserve accounts, excess spread and subordinated tranches.

Securitization becomes increasingly useful where a company or royalty platform has a diversified portfolio rather than one single development asset.

Royalty Portfolio Securitization

A company holding royalties across several producing mines can potentially create a diversified pool of mineral-linked cash flows.

Multiple mines, operators, jurisdictions and commodities can reduce reliance on the performance of one asset.

The portfolio can then support a warehouse facility, private debt structure or eventual securitization subject to scale and cash-flow quality.

The lender or investor will model each royalty separately before considering portfolio-level diversification.

Structured Notes and Actively Managed Wrappers

Structured-note technology provides another distribution route for mineral and commodity exposure.

An issuer can create a note whose return references a defined portfolio, index, strategy or group of underlying financial instruments.

Actively Managed Certificates and comparable structures allow an investment strategy to evolve according to agreed rules under the relevant issuing programme.

For natural resources, such a portfolio can include eligible mining securities, commodity-linked instruments, royalties, secured claims or other investment assets accepted within the structure.

Institutional execution involves an issuer, calculation methodology, paying arrangements, valuation policy, custody and transfer mechanics.

The economic quality of the underlying assets drives the investment case.

ISINs and Institutional Settlement

An ISIN provides a standardized identifier for a security.

Institutional securities can also be structured for settlement through international central securities depositories such as Euroclear and Clearstream where the issuance satisfies the relevant acceptance and eligibility requirements.

This infrastructure facilitates issuance, settlement, custody and secondary transfers among participating institutions.

The securities documentation defines the actual economics: issuer obligations, coupon, redemption, collateral, covenants, events of default and investor rights.

Tokenized Mineral Finance

Tokenization can digitize ownership or economic interests associated with financial assets.

A token can represent a security, fund interest, royalty claim, receivable or another legally documented right.

Mining presents several potential applications.

A royalty portfolio can be issued through digital securities. Commodity-backed notes can use distributed-ledger infrastructure for transfer and recordkeeping. Eligible production receivables can form part of a tokenized investment vehicle.

The legal claim comes first.

Ownership, security, valuation, investor rights, transfer restrictions and cash distributions need a defined legal framework before digital issuance begins.

Financely covers these structures through its physical commodity tokenization work.

Tokenization and Collateral Monitoring

Distributed-ledger systems can support collateral reporting, transaction records and automated payment logic.

A financing structure can also incorporate periodic valuation thresholds and collateral-coverage tests.

Liquid exchange-traded metals allow frequent reference pricing.

Less standardized minerals require methodologies tied to actual product specification, contracted sale prices, independent assessments or another lender-approved valuation source.

Smart-contract automation can process an agreed formula. Credit judgment still determines which inputs belong in that formula.

The Mining Security Package

Security varies materially by jurisdiction and project structure.

A secured mining transaction can include:

  • Share pledges over project and operating companies
  • Security over mining licences and concessions where local law permits
  • Fixed and floating charges over project assets
  • Mortgages over real property
  • Security over processing equipment and mining fleet
  • Assignments of material contracts
  • Assignments of insurance proceeds
  • Security over inventory and receivables
  • Collection account control
  • Offtake proceeds accounts
  • Hedging account security
  • Reserve accounts

Lenders need clear priority across the package.

Existing royalties, streams, equipment liens, local bank debt and government rights can all affect recovery.

Security counsel therefore maps the hierarchy before documentation begins.

Security Over Mining Licences

Mining rights receive jurisdiction-specific treatment.

Some legal systems permit pledges or mortgages over mining licences. Others require government approval for transfer, security creation or enforcement.

The lender will examine the licence term, renewal requirements, operating conditions and consequences of a borrower default.

The security analysis should also cover the entity that holds the licence. A share pledge over the licence-holding company can provide another enforcement route where local rules support that structure.

Third-Party Collateral Support

Mining assets can also support obligations incurred elsewhere in a corporate group or structured financing arrangement.

The asset owner grants security or a guarantee for the supported obligation and receives appropriate corporate benefit under the governing legal framework.

Lenders examine board approvals, ownership, existing creditor restrictions, insolvency exposure and enforceability.

Third-party support works best where the commercial relationship among the asset owner, borrower and financed transaction is clear.

The Mining Cash Flow Waterfall

A leveraged mining project allocates cash according to an agreed hierarchy.

Revenue enters controlled collection accounts. Operating expenditure, taxes and other permitted project costs are funded according to the financing documents.

Senior debt service receives priority before junior capital and shareholder distributions.

Reserve accounts can require top-ups for debt service, maintenance or other obligations.

Royalty and streaming payments also affect distributable cash according to their contractual priority.

Only the residual reaches common shareholders.

Illustrative Waterfall Cash Application
1 Operating expenses required to keep the mine producing
2 Taxes, statutory payments and permitted project obligations
3 Required reserve account funding
4 Senior interest and scheduled principal
5 Approved hedging obligations
6 Junior or mezzanine debt service
7 Royalty, streaming and other production-linked economics according to contract
8 Permitted distributions to shareholders

Why the Waterfall Matters Before Financing

A mining project can raise a large amount of capital while simultaneously committing too much future cash flow.

Senior debt consumes debt service.

Mezzanine adds another fixed or accruing return.

Royalties claim part of revenue.

Streams transfer part of production economics.

Hedges can limit price upside for committed volumes.

The combined burden should be modeled before the sponsor accepts each instrument separately.

The best capital stack funds construction and protects liquidity while leaving enough operating economics for the mine to survive commodity and production downside.

Mineral Asset Valuation for Financing

Financeable value differs from headline mineral value.

A credit investor looks at recoverable cash and enforcement value.

An equity investor can underwrite a broader range of upside scenarios.

A royalty company models long-term production and commodity exposure.

A stream investor values contracted delivery rights.

A securitization investor focuses on a defined pool of financial claims.

The same mining asset can therefore support several valuations depending on the capital being raised.

Gross In-Situ Value

Multiplying tonnes in the ground by a quoted commodity price produces gross in-situ value.

This figure can help illustrate geological scale.

Financing analysis goes further.

Recoveries reduce saleable volume. Processing consumes capital and operating expenditure. Logistics affect realized pricing. Royalties and taxes take additional value. Commodity prices move throughout mine life.

The credit model therefore focuses on cash generated after those costs.

NPV and Project Economics

Development-stage mining projects are commonly evaluated using discounted cash flow.

The model incorporates production, recovery, commodity prices, capex, operating costs, sustaining capital, taxes, royalties and closure obligations.

Sensitivity cases then test changes in price, grade, throughput, recovery, costs and construction schedule.

Lenders usually place substantial weight on downside scenarios because debt depends on timely cash generation.

Collateral Haircuts

Asset-backed lenders apply haircuts because enforcement and realization take time.

Extracted copper cathodes stored in a controlled warehouse present a much more liquid collateral profile than mineralization requiring several years of construction before sale.

Receivables from an investment-grade buyer sit closer to cash again.

The project's financing structure should reflect this progression from geological asset to saleable commodity to collectible receivable.

Example Mining Capital Stack

Consider a development-stage mine requiring USD 300 million to reach commercial production.

The sponsor has completed feasibility and major permitting work and needs to fund construction, processing infrastructure, fleet and working capital.

Capital Source Illustrative Amount Purpose
Sponsor and strategic equity USD 90 million First-loss capital and development contribution
Senior project debt USD 130 million Construction and eligible project costs
Streaming facility USD 35 million Additional construction capital against future production rights
Mezzanine facility USD 25 million Junior project capital
Equipment finance USD 20 million Mining fleet and eligible mobile equipment
Total USD 300 million

This structure uses each capital source for a risk that suits its mandate.

Equity absorbs first loss. Senior lenders receive first-ranking project security. The stream provider receives long-term production economics. Mezzanine fills a smaller junior gap. Equipment lenders underwrite identifiable mobile assets.

Another project could use a royalty instead of a stream. An operating mine could use prepayment capital or a borrowing-base facility. A mature producer could replace several private facilities with a bond refinancing.

Refinancing After Commercial Production

Construction capital frequently carries higher pricing and tighter controls because lenders face completion risk.

Commercial production changes the credit profile.

The company now has operating history, physical inventory, customer receivables and measurable cash flow.

That can create an opportunity to refinance construction debt with cheaper senior facilities, bonds, borrowing bases or corporate credit.

Refinancing can also release sponsor capital or simplify royalty and junior-debt obligations where contractual terms allow.

Who Finances Mineral Assets?

Commercial Banks

Senior project debt, working capital, equipment finance, hedging and trade-finance facilities for established projects.

Private Credit Funds

Senior secured debt, bridge loans, delayed-draw facilities, junior capital and special situations.

Mining Funds

Development equity, strategic capital and specialist mining investments.

Royalty and Streaming Companies

Upfront capital in exchange for royalties, streams and production-linked economics.

Commodity Traders

Prepayments, offtake finance, inventory facilities and working-capital structures.

Institutional Investors

Bonds, private placements, structured notes and securitized mineral-linked cash flows.

Family Offices and Strategic Investors

Family offices can participate in private mining credit and equity where the asset, ticket and investment horizon fit their mandate.

Strategic corporates can provide particularly valuable capital because their economic rationale can include long-term supply security.

Battery manufacturers, industrial processors, commodity groups and downstream users may therefore accept investment structures that differ from conventional financial investors.

Development Finance Institutions and ECAs

Mining projects with significant infrastructure, local economic impact or strategic mineral relevance can also involve development finance institutions and export credit agencies.

ECA support can become relevant when major equipment or engineering packages originate from an eligible exporting country.

DFI involvement can bring longer tenors and institutional credibility while imposing extensive environmental, social and governance requirements.

These institutions typically enter well-developed transactions with substantial diligence already completed.

Selecting the Financing Structure

The right instrument follows the asset, stage and risk allocation.

Financing Requirement Structures to Evaluate
Exploration and drilling Equity, strategic investment, convertible capital
Feasibility and permitting Equity, royalty, strategic capital
Mine construction Project debt, equity, stream, royalty, mezzanine, equipment finance
Construction cost overrun Equity, junior debt, bridge capital, additional stream or royalty capacity
Production working capital Revolver, prepayment, borrowing base, inventory finance
Expansion Senior debt, stream, royalty, project finance, corporate debt
Mine acquisition Acquisition debt, private credit, equity, stream, mezzanine
Receivables liquidity Receivables finance, borrowing base, securitization
Mature producer refinancing Bank debt, private placement, bond, syndicated facility
Diversified royalty portfolio Warehouse facility, securitization, private placement
Institutional digital issuance Structured notes, digital securities, tokenized investment vehicles

Capital Cost Extends Beyond the Coupon

Each form of mining capital transfers economics differently.

Debt creates interest and repayment obligations.

Equity transfers ownership.

A royalty transfers a percentage of project economics.

A stream transfers part of the value of future production.

A VPP commits defined production.

Prepayment can affect future sale proceeds.

Warrants and convertible instruments transfer potential equity upside.

The sponsor should model the present value of all expected payments and transferred economics before ranking proposals.

Execution Risk Also Has a Price

The lowest theoretical cost of capital can lose value when execution becomes uncertain.

A project with six independent capital providers may face extensive intercreditor negotiations, overlapping consent rights and multiple diligence processes.

A more concentrated financing structure can carry a higher headline price and still produce a cleaner route to closing.

Construction deadlines, licence obligations and equipment orders make timing economically relevant.

Documents Capital Providers Expect

A serious mineral-finance process usually requires:

  • Corporate structure and ownership
  • Mining licences, concessions and land rights
  • Current technical report
  • Resource and reserve statement
  • Feasibility or pre-feasibility study where available
  • Mine plan and production schedule
  • Metallurgical and recovery data
  • Capex budget
  • Operating-cost assumptions
  • Financial model
  • Environmental and permitting status
  • EPC and major construction contracts
  • Equipment schedule
  • Offtake agreements and customer discussions
  • Commodity pricing assumptions
  • Existing debt and security
  • Use of proceeds

Financely Mineral Asset Financing Advisory

Financely works with mineral owners, mining companies, developers and operating producers seeking structured debt and capital for identifiable assets and projects.

Our work begins by separating the underlying risks.

We review development stage, technical classification, existing capital, construction requirement, production profile, available collateral, offtake, commodity exposure and the amount of additional funding required.

From there, we determine which capital markets fit the transaction.

A pre-construction project may require equity, project debt and production-linked capital. A producing mine may fit secured private credit and commodity finance. A royalty portfolio may support institutional structured credit. A mature issuer may be ready for private placement or bond capital.

How We Structure the Mandate

Asset and Project Review

We review the technical asset, ownership, licences, project stage, financial model, existing capital and use of proceeds.

Capital Stack Design

We evaluate senior debt, junior debt, equity, streaming, royalty, prepayment, equipment finance and other relevant sources.

Credit and Investor Preparation

We organize the transaction around reserve life, cash flow, collateral, construction, production economics and investor returns.

Capital Provider Mapping

We identify banks, private credit funds, mining investors, commodity desks, royalty companies, stream providers and institutional investors suited to the mandate.

Targeted Distribution

Financely manages outreach, diligence requests, financing feedback and competing proposals.

Structuring and Closing

We work through commercial terms, security, capital-stack compatibility, investor conditions and the remaining execution requirements.

Mineral Finance Is a Capital Stack Exercise

The mineral asset provides the economic foundation.

Technical work establishes scale, grade, recovery and mineability. Commercial contracts turn production into revenue. Security creates lender protection. Equity absorbs early risk. Debt finances predictable cash flow. Royalties and streams monetize long-duration production economics. Commodity finance converts inventory and receivables into working capital. Institutional securities can refinance mature assets and portfolios.

Strong mining transactions use these instruments deliberately.

The goal is to fund development while preserving enough cash flow, collateral coverage and shareholder economics for the asset to perform through a full commodity cycle.

Raise Capital for Mining and Mineral Assets

Financely advises on secured debt, project finance, private credit, mezzanine capital, equipment finance, commodity prepayments, production-linked structures, private placements and other forms of institutional capital for qualifying mining transactions.

Submit the asset, jurisdiction, technical report, project stage, capital requirement, production profile, available collateral and intended use of proceeds.

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