Nuclear fusion fantasy at Almonty, Chevron, Cenovus Energy: Why tungsten is the key to infinite energy

Nuclear fusion: The physical necessity of tungsten

The news that China's "artificial sun" has broken through a crucial barrier in plasma stability is more than just a major scientific event. It is also an industrial wake-up call. In a tokamak reactor, currently the most promising design for fusion power plants, hydrogen plasma is heated to temperatures of over 100 million degrees Celsius – hotter than the core of our sun. To withstand this unimaginable heat, the reactor walls, especially the divertor, require a material that does not melt, hardly erodes, and does not release impurities into the plasma. Tungsten is unrivaled in this regard.

With the highest melting point of any metal at 3,422 degrees Celsius, tungsten is the only element that can permanently withstand the brutal thermal stresses and neutron bombardment inside a fusion reactor. Experts agree: the path to commercial fusion leads almost exclusively through tungsten-based components. When international projects such as ITER or private startups scale up their pilot plants, the demand for high-purity tungsten is likely to increase exponentially. After all, it is the indispensable "heat shield" of the energy transition.

Almonty Industries: Geopolitical life insurance

But this is precisely where the problem for the West begins: China controls over 80% of global tungsten production and is increasingly using this dominance as geopolitical leverage. In a world where energy independence is also relevant to security, neither NATO nor the emerging fusion industry can rely on supplies from Beijing. With its Sangdong mine in South Korea, Almonty Industries is positioning itself as the only significant and scalable alternative outside China's sphere of influence in the coming years. Sangdong is not just any mine; it is one of the largest and richest tungsten deposits in the world and is considered the largest Western tungsten project since the 1970s.

Almonty's strategic importance is underscored by the investment landscape. While the broader market is still asleep, investors such as the Plansee Group have already secured the material. For the fusion industry, Almonty is a decisive factor in ensuring that its reactors can be built even as geopolitical tensions increase, thanks to its activities in stable jurisdictions and the potential for capacity expansion at its mines. Almonty's stock thus offers a fantasy that goes far beyond the current tungsten market price of over USD 1,000: it is an option on the availability of a material that is essential for the energy supply of the 22nd century.

Chevron and Cenovus: The bridge to the future

The fact that fusion is no longer a distant science fiction fantasy is also demonstrated by the moves made by the major energy companies. Chevron, one of the most profitable oil companies in the world, is investing specifically in fusion startups through its venture capital division. The Company is using its massive cash flows from its core fossil fuel business to prepare for the future in terms of technology, among other things. Cenovus Energy is taking a similar approach: the Canadian oil producer is also investing in fusion startups and aims to commercialize the technology by mid-2030. The involvement of the oil industry validates the investment thesis surrounding the fusion-driven narrative for tungsten: when the oil industry invests in nuclear fusion startups, it is a clear indication of the likely increase in future demand for tungsten.

Conclusion: Almonty – also a bet on nuclear fusion

In summary, tungsten is facing a revaluation. It is transforming from an industrial metal to a technology metal. For Almonty Industries, the breakthrough in fusion research means that the addressable market volume could multiply in the long term. Investors who get in today are not just buying a mine, but an indispensable building block of the future energy architecture. While Chevron and Cenovus are building the bridge, Almonty is supplying the steel – or rather, the tungsten. At the end of this process, in one to two decades, there could be unlimited, clean energy – and substantial price gains for Almonty Industries shareholders. The stock has recently fallen back a little. For long-term investors, this could represent an opportunity.