Global X Uranium ETF (ASX: ATOM) offers investors access to a broad range of companies involved in uranium mining and the production of nuclear components, including those in extraction, refining, exploration, or manufacturing of equipment for the uranium and nuclear industries.
ATOM seeks to provide investment results that correspond generally to the price and yield performance, before fees and expenses, of the Solactive Global Uranium & Nuclear Components Total Return Index.
ATOM offers investors access to a broad range of companies involved in uranium mining and the production of nuclear components, including those in extraction, refining, exploration, or manufacturing of equipment for the uranium and nuclear industries. ATOM seeks to provide investment results that correspond generally to the price and yield performance, before fees and expenses, of the Solactive Global Uranium & Nuclear Components Total Return Index.
1 GE Hitachi Nuclear Energy. (n.d.) Nuclear power basics. General Electric. Accessed on April 19, 2022.
2 World Nuclear Association. (2021, September). Economics of nuclear power.
3 World Nuclear Association. (2021, September). Economics of nuclear power.
Uranium is a heavy, dense, and radioactive metal, making it a potent source of energy. Found in most rocks in concentrations of two to four parts per million, it appears commonly in the Earth’s crust in many parts of the world, including Australia, Kazakhstan, and Canada. Uranium extraction generally involves recovery from the ground using open-pit mining, underground mining, or in-situ leach (ISL) methods, then requires processing before it can be used.
Similar to coal or natural gas power plants, nuclear reactors generate electricity by producing immense heat. This is done by splitting uranium atoms in the process of nuclear fission, as opposed to burning fossil fuels. Nuclear fission produces thousands of times more energy than that released through burning similar amounts of fossil fuels, so it is a very efficient method of generating utility-scale power. In addition to the power density advantage of uranium, nuclear power also ranks among the cleanest methods of producing electricity, as measured by greenhouse gas emissions – making it a vital source of power security in the clean energy transition.
Nuclear power contributes approximately 10.4% of the world’s total energy supply and serves as a major source of energy in developed markets, such as the European Union (25%) and the United States (19%), accounting for approximately one-third of the world’s low-carbon electricity123. Nuclear power capacity is set to dramatically increase in the coming decades, with projections anticipating a 17% rise from current levels by 2035, and another 71.5% by 20504.
Uranium supply and demand dynamics add to the commodity’s investment appeal. Uranium supply consists of new production from mining and existing inventories, largely from decommissioned nuclear weapons. Supply from mining production met approximately 67% of 2021 demand, with the remainder being met with existing stockpiles. However, these secondary stores are depleting and are projected to provide just 11% of the total supply in 2030 – meaning there will be a notable deficit in the uranium market over the short to medium term5. The demand side of the equation also looks very promising. UxC, one of the world’s leading sources for data on uranium, anticipates uranium demand will grow 21.7% by 20356. The focus on keeping operating margins high and costs lean should mitigate large spikes in supply, as miners slowly increase production based on contracted utility demand.
1 Krikorian, S. (2020, January 1). Preliminary nuclear power facts and figures for 2019. International Atomic Energy Agency.
2 World Nuclear Association. (2022, March). Nuclear power in the European Union.
3 International Atomic Energy Agency. (2021). Nuclear power reactors in the world: 2021 edition. Reference Data Series No, 2, Vienna.
4 GE Hitachi Nuclear Energy. (n.d.) Nuclear power basics. General Electric. Accessed on April 19, 2022.
5 World Nuclear Association. (2021, September). Supply of uranium.
6 UxC. (2021, August). Uranium production cost study. UxC Special Report.
Despite the upside potential of uranium and nuclear power, there are some risks to keep in mind. In the past, nuclear technologies have caused a number of political, environmental and social issues. The 1986 Chornobyl and 2011 Fukushima nuclear disasters live on in memory for many around the world and brought the safety of nuclear into question. Technological advancements have increased the scalability and safety of nuclear power, however, negative perceptions around nuclear and its use in weaponry linger – particularly in the face of geopolitical tensions.
In 2017, the United Nations Treaty on the Prohibition of Nuclear Weapons (TPNW) was enacted to ban nuclear weapon activities, with the ultimate goal to completely eliminate them1. As a result of the treaty, the nuclear weapon industry saw investment inflows drop by US$63 billion in 2021 compared to 2019, according to a study by the International Campaign to Abolish Nuclear Weapons (ICAN) and PAX2.
Additionally, Uranium mining can have adverse effects on the environment and people’s health, according to the US National Institutes of Health (NIH)3. The NIH highlights three categories of concern.
When investing in uranium it is important to weigh up these potential concerns and whether this type of investment aligns with one’s risk profile.
1 United Nations (2022). Treaty on the prohibition of nuclear weapons – UNODA. [online] Un.org. Available at: https://www.un.org/disarmament/wmd/nuclear/tpnw/.
2 ICAN. (n.d.). $63 billion drop in investments: New report shows the impact of the nuclear weapons ban treaty on nuclear weapons business. [online] Available at: https://www.icanw.org/63_billion_usd_drop_in_nuclear_weapons_investments
3 Dewar, D., Harvey, L. and Vakil, C. (2013). Uranium mining and health. Canadian Family Physician, [online] 59(5), pp.469–471. Available at: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3653646/
4 Rathod, A.M., Verpaele, S., Kelvin, M., Sullivan, K.V. and Leybourne, M.I. (2022). Uranium: an overview of physicochemical properties, exposure assessment methodologies, and health effects of environmental and occupational exposure. Environmental Geochemistry and Health. doi:10.1007/s10653-022-01293-x.
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The index tracks companies that have, or are expected to have, business operations or exposure to the uranium industry. These companies are defined by index provider Solactive based on research by Ux Consulting Company (UxC), a nuclear energy consultancy.
Each company is classified as follows, according to the extent to which it generates revenues from operations in the uranium industry:
Nuclear component producer companies will be included in the list of index constituents.
Companies are weighted according to the lesser of their free-float market capitalisation and the average daily trading value multiplied by 2,000:
ATOM is built as a feeder fund that invests directly in the NYSE Arca-listed Global X Uranium ETF (URA), which is managed by the Global X team in New York. Listed in 2010, URA is the largest uranium ETF in the world with more than US$1.6 billion in assets under management as of December 2022.
The price of uranium, like other commodities, is driven by fundamentals and speculative activity. The majority of uranium demand comes from nuclear power plants, where it is used to create low-carbon electricity. Meaning the growth of nuclear power worldwide is a key driver of the uranium price.
Uranium supply depends heavily on Kazakhstan, which provides more than 40% of the annual mined supply (mostly via a single listed company, Kazatomprom). This means Kazakhstani geopolitics can impact prices.
Speculators are also having an increasing influence on uranium prices. A key example is physical uranium trusts, which hold yellowcake on trust for investors. Their purchases have been known to affect prices.
While unused in Australia, nuclear energy is a major power source worldwide, producing 10% of global electricity. According to the International Energy Agency, nuclear and hydropower together provide three-quarters of non-fossil fuel power worldwide. The IEA credits nuclear power with reducing global carbon dioxide emissions by over 60 gigatonnes in the past 50 years – which equates to two years’ worth of global emissions. This makes nuclear power a crucial alternative to fossil fuels and a potential beneficiary of government policies and legislation supporting the energy transition.
A single uranium pellet, slightly larger than a pea, contains the energy equivalent of a ton of coal, three barrels of oil, or 17,000 cubic feet of natural gas. This means that nuclear power ranks among the cheapest sources of electricity in some countries, based on dollars spent per megawatt-hour of energy generated, due to the efficiency with which it scales. As such, uranium can benefit from increased energy demand.
Risks of investing in uranium companies include legislative and political risks – as many nuclear reactors are run by state-owned utility companies. Nuclear accidents – such as Fukushima in 2011 – which cause global uranium prices to fall, are also a risk.
Risks are not limited to these.
https://www.iea.org/reports/nuclear-power-in-a-clean-energy-system
https://www.iea.org/data-and-statistics/data-tools/levelised-cost-of-electricity-calculator
Investors can use ATOM in two main ways. First, it can be used as a portfolio satellite for those wishing to invest in the energy transition and the related growth of the uranium market.
Second, it can be used as a way to tactically trade uranium, which has few tradable proxies. The uranium pureplay business, which has pride of place in ATOM, correlates to varying degrees with the spot price of uranium.
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