Mining Investment: A Guide to Understanding Valuations

Success in mining investment selection requires an appreciation of the unique factors that determine the present and ongoing value of a mine asset. What investors need to know.

Mining & Minerals 101

While other businesses and industries focus on market potential and competitive advantages, success in mining – or, more accurately, the ability to create value for investors– depends on distinct factors such as resource quality, location, commodity pricing, and operational efficiency. Understanding these fundamental differences enables successful investors to adopt specialized approaches to valuation — approaches that capture mining’s unique characteristics.

Mining companies create value in different ways at different stages, from initial mineral discovery through development, and ultimately, production. Earlier-stage value lies in identifying and proving mineral deposits. During development and production, value depends on the ability to extract minerals economically. At any stage, several key factors and characteristics influence valuation, most notably:

  • Mining projects must operate where the minerals are found
  • Product prices are generally set by global markets
  • Resources – and business lifespan – are finite
  • Most importantly, mines require significant upfront investment including years of exploration and development before generating any revenue

This article examines how these characteristics impact mine project valuation. Starting with the fact that mining is a commodity business, we’ll look at the physical characteristics that drive project value, how projects are developed and financed, and ultimately, how to build appropriate valuations that capture these unique aspects.

Market & Product Fundamentals

Most businesses compete by creating new markets or disrupting existing ones. They typically succeed by developing innovative products, building strong brands, or offering unique services.

Mining is different. Mining companies generally produce commodities — standardized products that are essentially identical, regardless of who mines them. An ounce of gold is an ounce of gold, whether it comes from Ghana or Nevada. This means mining companies can’t differentiate through product features or brand recognition. They also can’t set their own prices; they’re “price takers,” selling their products at whatever the global market dictates.

That said, not all mining companies produce saleable metal, in many instances the saleable product is a concentrate, with biproducts and impurities that attract both premia and discounts from buyers that process the concentrate into final metals or chemicals at different locations from the mine. This value chain complexity leads to some opacity in pricing and works against standardized price for homogeneous products. It doesn’t always work out that way, particularly as the mining and chemicals industries grow closer together, notably in the battery metal subsector of the industry.

Since most mining companies can’t differentiate through their products, they must find other ways to create value by increasing volumes, recoveries or purities; lowering costs and pursuing innovative ways to find and recover more ore from deposits. This can mean discovering and developing new deposits to drive growth, implementing more efficient mining and processing methods, or optimizing operations to reduce costs. Scale matters, because fixed costs can be spread across more production, driving down per-unit costs — a factor that must be carefully quantified in any mining valuation analysis.

Unique Characteristics of Mining Projects

Most businesses can choose their location based on factors like market access, labor costs, or tax advantages. Mining companies, however, must operate where mineral resources are found. However convenient it would be, you can’t relocate a copper deposit from Kazakhstan to Canada.

Reliance on a fixed location means companies must carefully evaluate jurisdictional conditions before investing. Even projects with excellent geology need favorable regulatory environments, significant infrastructure, and stable social conditions to succeed. These factors can have a tremendous impact on project value and development timelines.

Another fundamental characteristic that sets mining projects apart from most businesses is their finite life. Every tonne mined reduces the remaining mineral reserve; eventually, the entire economically viable portion of the resource will be depleted. Even before depletion, profitability can vary dramatically from year to year – not necessarily due to poor performance but by design. Some years require mining through more waste material to access valuable ore, while in other years they may be able to access higher-grade zones more easily. Market-driven commodity price fluctuations add another layer of variability, as companies may adjust production rates or focus on different areas during low-price periods. This combination of planned and market-driven variability makes standard valuation methods difficult to apply.

Obviously, a key component of valuing a mining company is also based on commodity pricing forecasts. Resource Capital Funds utilizes a proprietary commodity assessment model to forecast specific commodity prices. Commodity markets are not homogenous. Each commodity has its own supply/demand dynamics and other macro factors that drive pricing and ultimately mine company valuations.

Valuation is also affected by mining environmental restoration and mine closure requirements. Unlike most businesses, for which closure simply means ceasing operations, mining project plans must include restoring the site after operations end to a post-mining land use agreed with stakeholders. The timing of the work required to successfully achieve this post-mining land use is integrated progressively through the operating life of a mine, at final mine closure and in some cases post-closure (for ongoing monitoring, maintenance and management). The tax treatment of these costs varies by jurisdiction — some allow tax benefits to be claimed as the liability accrues, while others require actual expenditure before tax benefits can be claimed. These differences need to be factored into project valuations.

Resources vs. Reserves: What Investors Need to Know

The terms “Mineral Resources” and “Mineral Reserves” may sound synonymous, but they are not: They refer to two distinct types of data used to help determine mine site valuation, primarily regarding potential economic value and upside rather than actual economic viability.

Resources

A mineral resource is a concentration of minerals in the earth’s crust with reasonable prospects for eventual economic extraction. Resources are categorized as inferred, indicated, and measured, with each category indicating a different level of confidence about the quantity and grade of the deposit.

Reserves

Mineral reserves, on the other hand, are the economically mineable portion or subset of resources. Reserves have been thoroughly evaluated through detailed studies that consider mining, processing, economic, marketing, legal, environmental, and social factors. They are categorized as either probable or proven reserves, with proven being the highest level of certainty.

All reserves are resources, but not all resources become reserves. A resource becomes a reserve only after thorough feasibility studies confirm it can be mined profitably while meeting all regulatory and social requirements. Learn more about Resources and Reserves

Mining Project Financing

Mining projects follow a unique financing path. Mining companies typically raise their early money through common equity. The real capital challenge, however, comes after years of work, when feasibility studies to determine economic viability have been completed and permits obtained. At this financing stage, construction funding must be raised to build the mine and on-site processing facility — and these construction costs are often orders of magnitude higher than the costs involved in the study and permit phase.

If the studies are sufficiently promising, debt funding may become available during the construction phase. However, it typically forms just one component of a larger financing package that will include equity (generally common equity) and may also include alternative financing options such as stream agreements, royalties, convertible debt, preferred equity and other solutions where one or more entities pay an upfront fee in exchange for a percentage of the mine’s future production.

A critical consideration is that capital expenditure usually needs to be completely or close to completely spent before the mine can generate any revenue. This creates a distinct risk profile relative to businesses that can begin generating revenue with a much lower upfront investment.

This financing structure means that a pre-revenue mining company might have millions already invested, yet need millions or even billions more before generating any revenue — a situation that would be unusual in other industries. It is not uncommon for a mining company to raise money, become public, grow in value for many years and then be acquired for hundreds of millions of dollars without earning a single dollar of revenue. For this and other reasons, standard metrics like EBITDA multiples, which work well for typical businesses, are not always a suitable method for valuing most mining projects.

Understanding EBITDA in Mining

Unlike most businesses, which expect steady growth and theoretically infinite life, mines have finite lives that can vary dramatically. One mine might generate similar EBITDA to another but last 20 years, while its neighbor lasts 100 years. Using EBITDA multiples here makes no sense.

Mining profitability also varies significantly depending on the mine plan. Some years require mining through more waste material to reach valuable ore, while other years access higher-grade zones more easily. This planned variability means steady EBITDA growth assumptions don’t apply.

Traditional EBITDA multiples may work for mining operations with very long lives and homogeneous deposits, such as gravel operations where the material is consistent, and the mine might last 100+ years. For most mining operations, however, other valuation methods are more appropriate.

Mining Valuation Approaches

The unique characteristics of mining projects — their standardized products, fixed locations, finite lives, and staged development — require specific approaches to valuation. The key is selecting the right approach for the project’s stage of development and the information available. There are three main approaches to valuation, each appropriate at different stages of development:

  1. Replacement Cost
  2. Income
  3. Market

The replacement cost approach is sometimes used in early exploration when a project’s value might be tied to the money invested, plus inflation. For instance, $1 million spent on exploration might indicate a similar value. This approach, however, becomes irrelevant once meaningful information about the resource has been gathered.

In earlier phases of mine development, such as resource definition and scoping, detailed forecast information isn’t yet available, so the market approach may also be useful. However, rather than applying a multiple to EBITDA or revenue, mining projects are often valued based on the amount of resources, e.g., the tons of copper or ounces of gold in the ground.

Once sufficient information is available, however, the income approach, typically through DCF (discounted cash flow) analysis, is usually the preferred method. Discount rates need to be estimated based on the specific characteristics of the project, such as commodity, development stage, and other specific risk factors. Where a typical business valuation might project cash flows for five years and then calculate a terminal value that represents all future cash flows based on an assumption of perpetual growth, this will not work for mining. Since mines have finite lives, instead of assuming perpetual growth, mining valuations must explicitly model each year of operation until the resource is depleted. Whether that is 10 years or 30 years, each year needs to be analyzed individually since profitability can vary significantly from year to year based on the mine plan.

Common Mining Valuation Mistakes

Getting mining valuations right requires more effort than valuations in many other industries. The complexity and number of variables increase the likelihood of overlooking critical factors. As previously mentioned, one common mistake is trying to use EBITDA multiples inappropriately. While standard in other industries, EBITDA often fails in mining since mining companies often have varying profitability and vastly different lifespans, making traditional EBITDA comparisons more difficult.

Also frequently overlooked are project completion risks. A project might have good studies and a reliable DCF, but if it can’t raise enough money to get built or can’t get permits, it may never reach production. This risk must be reflected in the valuation of any pre-construction mine.

Another common error is using futures prices for commodity price forecasts. While this approach might work for oil, the mining futures market typically isn’t deep enough to hedge these prices, even for gold. Companies might look at futures contracts and build price forecasts based on them, but without the ability to hedge, these prices aren’t reliable for valuation.

Finally, reclamation obligations — cleaning up mine sites after the mine has closed — are often overlooked. These costs can have a material impact on the potential value of the project.

Mining Valuation Traditional Business Valuation
Market & Product Differentiation Produces commodities; little differentiation through branding or product features Can create differentiation through branding, innovation, and service
Pricing Power Price takers; prices determined by global commodity markets More control over pricing; can differentiate based on quality, branding, or customer service
Operational Location Fixed locations; must operate where resources are found Businesses can choose locations based on market access, labor costs, and tax advantages
Lifecycle Finite: reserves deplete over time Indefinite lifespan, assuming continued demand and operational efficiency
Revenue Generation Timing Requires significant upfront investment and years of development before generating revenue Can start generating revenue early, typically with lower initial capital requirements
Financing Structure Typically requires significant equity investment, with debt often only available at later stages More reliance on debt financing, given the ability to generate revenue earlier
Valuation Methodologies Uses replacement cost (early stage), market (resource-based), and income (DCF) approaches Primarily uses income (DCF), market (EBITDA multiples, revenue multiples), and asset-based approaches
Common Valuation Mistakes Using EBITDA multiples inappropriately, ignoring jurisdictional risks, underestimating reclamation costs Ignoring competitive positioning, using inappropriate growth assumptions, and mispricing risk

The Potential Upside of Mining Valuation Complexity

Mining’s fundamental differences from other industries — creating commodity products in fixed locations with finite operating spans, massive capital requirements, and significant closure obligations — demand a specialized valuation approach. Success requires focusing on factors that truly drive value in mining: asset quality, ranked industry cost position, and execution risk rather than traditional metrics like market share or product differentiation. This means integrating multiple perspectives: technical understanding of geology and engineering, careful analysis of capital requirements and operating costs, and thorough assessment of jurisdictional risks.

A rigorous framework applied to mining valuations can yield reliable results – and lead to outsized opportunity — particularly in the current market environment. Mining valuations are currently at historic lows relative to global equities, creating a significant disconnect between intrinsic value and market prices for quality assets. The fact is, deep experience in mining valuation is surprisingly rare – there are a small number of companies with a track record of doing it both consistently and well over long periods of time. Given a finite capex pool, that knowledge deficit means there is less competition to invest in the pre-construction projects that are best positioned to succeed, and sites with the most potential for proven reserve growth after production starts. Investors who recognize that mining’s unique characteristics are not just complications to work around – but rather core factors that determine value – can leverage that insight to reap greater rewards.

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Important Information 

This information should not be deemed to be a recommendation of any specific commodity, company, or security. This material is provided for educational purposes only and should not be construed as research. The information presented is not a complete analysis of the energy transition and/or commodities landscape. The opinions expressed may change as subsequent conditions vary. The information and opinions contained in this material are derived from proprietary and non-proprietary sources deemed by Resource Capital Funds and/or its affiliates (together, “RCF”) to be reliable. No representation is made that this information is accurate or complete. There is no guarantee that any forecasts made will come to pass. Reliance upon information in this material is at the sole discretion of the reader. 

None of the information constitutes a recommendation by RCF, or an offer to sell, or a solicitation of any offer to buy or sell any securities, product or service. The information is not intended to provide investment advice. RCF does not guarantee the suitability or potential value of any particular investment. The information contained herein may not be relied upon by you in evaluating the merits of investing in any investment. 

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