Growing Your Assets

With Liberate

We help improve underfunded pension schemes through carefully selected mining equity investments.

For professional investors only. This is not an offer or solicitation.

Why mining is a strong investment

Mining presents a unique opportunity for growth while supporting the industries that shape the future. As global demand for resources continues to rise, it can strengthen long-term investment strategies. While markets can fluctuate, these investments are backed by real assets and long-term demand.

How This Can Strengthen Your Future Income

Mining equities can absorb meaningful levels of capital, meaning even a small allocation can make a noticeable difference to your portfolio. By allocating just 1–3%, you can improve overall return potential while adding diversification, helping your money work harder without needing to commit large amounts of capital.

Why this approach is predictable

This is based on three key factors: population growth, rising incomes, and current market conditions. As more people join the global middle class, demand for resources increases. With mining equities currently at attractive entry levels, this supports a more predictable long-term outlook.

What We Do and How We Do It

1. You Allocate Capital

You invest a portion of your portfolio, typically a small percentage, as the base for this strategy.

2. We Invest on Your Behalf

We deploy that capital into carefully selected mining equities with strong long-term potential.

3. We Focus on High-Impact Opportunities

We target opportunities where even a modest allocation can make a meaningful difference to overall performance.

4. We Aim to Strengthen Your Position Over Time

Our approach is designed to enhance returns and support an improved overall funding position.

If you have a funding gap in your pension scheme, we can help you close it. Even if you are capital constrained, it does not take a lot of your money fo us to make a big difference. Imagine if 2% of your capital base was grown x5 in 5 years… what would that do for your funding ratio? This is what we are aiming for with this fund.

What We Invest With

Manganese

Manganese is essential for making steel stronger, tougher, and more resistant to wear and corrosion, meaning it benefits directly from consistent global demand in construction and infrastructure.

This creates a reliable long-term investment case, which we strengthen further by focusing on low-cost projects and using a hedging strategy to keep returns steady.

We also take advantage of additional demand from industries like chemicals, fertiliser, and glass by carefully timing entry into high-quality new projects.

End uses:

Steel and aluminium alloys, Batteries, Resistors, Fertilisers and feeds, Fuel additives and Pigments

Molybdenum

Molybdenum is used in everyday products like pigments, ceramics, and adhesives, all driven by growing global consumer demand.

As middle classes expand across regions like Indonesia, Africa, and Latin America, consumption continues to rise steadily.

This creates strong, reliable demand for supply, and meeting that demand requires investment. That’s where we come in, managing it for you in a structured, proven way.

End uses: Metal alloys, Substitute for Tungsten, Lubricants, Ceramics, Adhesives & Pigments

Silver

End uses:

Jewellery

-Medicine

-Electronics

-Chemical equipment

-Catalysts

-Photography

Silver

Gold

Gold prices have risen significantly, meaning mining projects are now well above their break-even point, something that wasn’t the case just a few years ago.

If gold remains at these levels, the economics of extraction have fundamentally improved, reducing risk and increasing the value of mining equities.

As a result, many development-stage opportunities are currently undervalued — creating a strong entry point when approached correctly.

End uses: Currency/Pseudocurrency, Jewellery, Electronics, Medicine, Cuisine and Specialist Coatings

Gold

Uranium

Nuclear power is expanding globally as countries seek reliable, low-carbon energy and reduce dependence on imported fuels.

Uranium is a small part of a nuclear plant’s overall cost, but once a plant is built, it requires a continuous supply, creating consistent, long-term demand.

After years of surplus supply following the Cold War, that excess has now been depleted. With new reactors coming online and global energy demand rising, fresh uranium production is essential, creating a strong investment opportunity.

End uses: Military Applications, Nuclear Power, Photography, Analysis & Dating and X-rays

Uranium

Tin

Tin has been used for thousands of years and remains essential today, particularly in electronics, where it’s key for circuit boards due to its conductivity and low melting point.

It’s also critical in glass production, meaning demand is tied to core global industries that continue to grow.

However, much of the world’s tin supply comes from high-conflict regions, creating serious ethical and supply chain risks. At the same time, many existing mines are nearing the end of their life, reducing available supply.

This creates strong demand for new, reliable sources, particularly non-conflict operations. That’s where we focus, sourcing and deploying capital into independent, ethically sound tin projects positioned to benefit from tightening supply and rising demand.

End uses: Pigments, Solder, Alloys, Coatings, Optoelectronics and Batteries

Tin

Germanium

Germanium is seeing strong growth driven by fibre optics and semiconductors.

In fibre optics, it improves signal performance by adjusting light refraction. In semiconductors, its similarity to silicon allows precise control of conductivity within chips.

There is also additional demand from solar technology and specialist uses like catalysis, supporting overall growth.

End uses: Optics, Electronics, Solar panels, Catalysts, Precious metal alloys and Quantum computing

Germanium

Gallium

End uses:

Semiconductors

-Optoelectronics

-Wireless infrastructure

-Power electronics

-Satellite power

-Solar panels

Gallium

Tungsten

Defence spending is rising globally, with NATO countries increasing investment to meet and exceed 2% of GDP.

Tungsten is a critical material in armour and munitions, making it essential for modern defence capabilities.

Securing a reliable tungsten supply chain is therefore strategically important, driving strong, sustained demand.

End uses: Fusion reactors, Abrasives and cutting, Magnets, Weaponry, Ceramics and Nanowires / Electronics

Tungsten

Nickel

Nickel is driven by rising middle-class demand, with its primary use in stainless steel, widely used in appliances, construction, and vehicles across growing economies.

While battery demand is adding further growth, it’s stainless steel that underpins long-term, reliable demand.

Supply remains politically sensitive, particularly in Indonesia, making secure and responsible sourcing increasingly important.

We focus on non-Indonesian supply for greater stability and lower environmental impact, while using nickel equities strategically for liquidity and portfolio management.

End uses: Stainless steel, Rechargeable Batteries, Superalloys for Space, Hydrogenation, Magnetrostriction and Precious alloys

Nickel

Copper

End uses:

Electrical Wire

-Electronics and Motors

-Architectural Ironmongery

-Antibiofouling

-Antimicrobial

-Circuit Boards

Copper

Lithium

Lithium is a strategically critical material, essential for modern battery technology due to its high energy density.

However, not all lithium deposits are usable, extracting it requires the right geology and complex processing, making quality projects key to real supply.

With demand for lithium-ion batteries continuing to grow rapidly, significant new supply is needed.

This creates a strong opportunity in mining equities, where entry prices remain attractive. We focus on funding high-quality projects and capturing the full upside as they move into production.

End uses: Nuclear fusion & weapons, Rocket fuels, Electronics, Lubricants, Nano-welding and Batteries

Lithium

Vanadium

End uses:

Steel and aluminium alloys

-Batteries

-Resistors

Fertilisers and feeds

-Fuel additives

-Pigments

Vanadium

Cobalt

End uses:

Steel and aluminium alloys

-Batteries

-Resistors

Fertilisers and feeds

-Fuel additives

-Pigments

Cobalt

Zirconium

End uses:

Steel and aluminium alloys

-Batteries

-Resistors

Fertilisers and feeds

-Fuel additives

-Pigments

Zirconium

Rhodium

End uses:

Steel and aluminium alloys

-Batteries

-Resistors

Fertilisers and feeds

-Fuel additives

-Pigments

Rhodium

Palladium

Palladium is a critical material used in advanced catalysis, enabling precise chemical reactions and high-purity outputs across key industries.

Its demand is driven by catalyst use, which follows a different cycle to bulk materials, based on industrial processes, replenishment, and new production capacity.

This creates a distinct investment opportunity. We focus on securing supply chains aligned with OECD standards, supporting new, responsible production where it’s needed most.

Because palladium operates on different economic drivers, it also plays a valuable role in diversifying the portfolio and smoothing long-term returns.

End uses: Steel and aluminium alloys, Batteries, Resistors, Fertilisers and feeds, Fuel additives and Pigments

Palladium

Iridium

End uses:

Steel and aluminium alloys

-Batteries

-Resistors

Fertilisers and feeds

-Fuel additives

-Pigments

Iridium

Boron

Boron has unique chemical properties that make it essential across a wide range of industries.

It is used in glass (including durable borosilicate), alloys, semiconductors, batteries, and nuclear applications, all areas supported by long-term global demand.

Additional demand comes from water treatment and agriculture, driven by urbanisation and rising living standards.

Like lithium, boron requires the right processing to be commercially viable, making high-quality projects critical.

With steady demand across multiple sectors, boron offers a strong, reliable volume outlook, exactly what’s needed to support new mining investment.

End uses: Steel and aluminium alloys, Batteries, Resistors, Fertilisers and feeds, Fuel additives and Pigments

Boron

Decades of Experience Across Mining Cycles and Capital Markets

Tim Keevil is an experienced fund manager with over a decade of capital allocation across mining, energy, and chemicals.

He spent 13 years managing portfolios in London, analysing a significant portion of the European market and consistently delivering strong performance, including major outperformance in both mining and energy sectors.

With a background in chemistry and deep experience across market cycles, Tim combines technical understanding with financial expertise to identify and execute high-quality opportunities in the mining sector.

Tim at Liberate

Key Partners

OPUS
Stone x
Capricorn
Walkers
Grant Thornton
Simmons
Osmo Partners

Our Mission

Durable Returns

We focus on generating consistent, long-term value for capital providers by investing with discipline, patience, and a clear view of risk.

Resilient Strategy

We prioritise exposure to critical resources while reducing reliance on concentrated geopolitical regions, strengthening portfolio security in an uncertain world.

Real-World Impact

We back projects that deliver meaningful economic benefit to local communities, avoiding the short-term, extractive approach of the past.

We Succeed When You Do

Our model is built on alignment , combining fair base pricing with performance-driven rewards, ensuring our interests are directly tied to client outcomes.

Contact Us

Fund queries: invest@liberate.uk.com

Address: 2nd Floor, Berkeley Square House, London, W1J 6BD, GBR

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