Commercially viable scandium deposits are rare, making widespread use of the metal tricky. However, there is indeed opportunity in the space.
While it is more abundant than lead, mercury and all the precious metals, there are no pure scandium-producing mines. The rare earth element is often a by-product, produced from refining other metals, including uranium.
Pure scandium metal rarely concentrates at higher grades alongside other metals, making commercially usable scandium deposits very rare. What's more, even when scandium is found at elevated levels, processing it can be difficult, leading to very few stable sources of this critical metal.
Not surprisingly, that means there has been very little adoption of scandium in commercial applications. However, as John Kaiser of Kaiser Research has pointed out severaltimes in the past few years, as well as more recently, that doesn't mean there hasn't been research into how scandium could be used in the future.
"Hundreds of applications (have been) filed, many of them related to alloys with aluminum," he said in an interview with the Investing News Network. "This obscure metal is going to go ballistic in the next few years."
Kaiser made that statement a few years back, and scandium has yet to go ballistic. But he still has hope for the metal, and it could yet have its day in the sun.
Below is an overview of the scandium market. Topics covered include current production, newcomers to the space and the metal's potentially bright future.
Current scandium production
The first known large-scale scandium production was associated with Russian military programs. Details are lost to history, but Russians reportedly alloyed the metal with aluminum to make lightweight MIG fighter parts. Mining at these historic Russian production sites has ceased, but stockpiles of scandium oxide and scandium master alloy remain in Russia. These stockpiles are rumored to be dwindling, but continue to be offered for sale on the market.
Today, most scandium is produced as a by-product during the processing of other ores, such as uranium or rare earths, or recovered from previously processed tailings. As a result, scandium supply can be affected by the supply and demand dynamics of the metals it is produced with. That can make the metal's already tough-to-follow market dynamics even more difficult to understand.
According to the US Geological Survey, scandium-producing countries include China, where it is a by-product of iron ore, rare earths, titanium and zirconium; and the Philippines, where it is a by-product of nickel. Scandium is also produced as a by-product of uranium in Russia, Ukraine and Kazakhstan.
More US production could be on the horizon as well after a push in legislation that encourages the Department of Defense to look into the potential uses of the metal. Environmental and construction permits have been approved for NioCorp's (TSX:NB,OTCQX:NIOBF) polymetallic Elk Creek project with probable reserves estimated to be 36 million tonnes containing 65.7 parts per million scandium.
Scandium resources have been identified in minerals-rich regions across the world, most notably in Australia, where a number of junior mining companies are working to develop scandium deposits in New South Wales. These include Scandium International Mining (TSX:SCY), which controls the Nyngan project; Clean TeQ Holdings (ASX:CLQ,OTCQX:CTEQF), which holds the Sunrise project; and Platina Resources (ASX:PGM,OTC Pink:PTNUF), which is working on the Owendale project.
Scandium price and trading
The US Geological Survey states that the global scandium market is "small relative to most other metals." This is exemplified by global production and consumption, which is only an estimated 15 to 20 metric tons annually.
The US Department of Commerce and the International Trade Commission do not have specific data on trading for the metal. Furthermore, there is no formal buy/sell market today — scandium is not traded on an exchange and there are no terminal or futures markets.
Instead, the metal is traded between private parties, mostly at undisclosed prices and in undisclosed amounts. Therefore, understanding the precise volume of production and cost of scandium is difficult, and independent estimations are more relevant.
Production estimates are based on levels of trader activity and interest, as well as the knowledge that some traders deal in the critical metal from very small operations.
The estimates also include consumers believed to be sourcing their own scandium through small, controlled recovery operations, but don't consider amounts of the metal contained in the master alloy currently being sold from Russian stockpiles.
The scandium opportunity
Analysts expect the global scandium market to grow at a compound annual growth rate of above 11 percent between 2020 and 2025. "The major factors driving the growth of the market studied are the accelerating usage in solid oxide fuel cells, and the rising demand for aluminum-scandium alloys," notes ReportLinker.
Despite the lack of known, stable supply, scientists and engineers have been working hard to develop new products incorporating the metal. Scandium's potential in high-tech applications is well documented. Highlights of the metal's properties include:
- It can be used in the creation of stronger, corrosion-resistant, heat-tolerant and weldable aluminum alloys for lightweight aircraft and automobiles.
- Its outstanding electrical properties and heat resistance are valuable for solid oxide fuel cells.
- It has unique optical properties for high-intensity lamps.
A recent Kaiser Research report on scandium details the wide variety of end uses for scandium now and into the future, as well as where potential supply to meet that demand may originate.
Potential scandium oxide supply and demand.
As Kaiser has explained, "There's an enormous latent demand for scandium if it ever became available on a primary, scalable basis."
In other words, the only barrier to accessing demand from a new family of high-performance aluminum materials and energy/lighting products is the lack of commercially viable larger-scale scandium production. Interestingly, Kaiser's work highlights two important scandium market events that may "have the potential to launch scandium demand growth over the next decade towards a 1,000 (tonne per annum) market worth US$2 billion."
For one, Rio Tinto (NYSE:RIO,ASX:RIO,LSE:RIO) announced in 2020 that it has developed a route to recovery for scandium at its Sorel-Tracy facility in Quebec, where it produces titanium slag from the Lac Tio iron-titanium deposit. In mid-2021, Rio Tinto began commercial-scale operations at its new scandium oxide production facility.
"The Rio Tinto development is a game changer for the scandium sector," said Kaiser, who believes the increase in scandium production could help boost the sector.
Secondly, Scandium International Mining filed an application in late 2019 for a patent protecting a method for recovering scandium and other metals from the waste streams of copper oxide leaching operations. In mid-2020, the company announced that copper raffinate tests showed its patent-pending process could recover enough scandium to match the supply being added to the market by Rio Tinto.
"Conditions are finally right for scandium to become the ideal lightweighting solution for aluminum," Kaiser said in his note to investors.
This is an updated version of an article originally published by the Investing News Network in 2014.
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Securities Disclosure: I, Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.
Editorial Disclosure: The Investing News Network does not guarantee the accuracy or thoroughness of the information reported in the interviews it conducts. The opinions expressed in these interviews do not reflect the opinions of the Investing News Network and do not constitute investment advice. All readers are encouraged to perform their own due diligence.