What is the cost of Uranium?

Uranium, the 92nd element in the periodic table is a vastly used heavy metal in the world. First discovered by Martin Henrich Klaproth in 1789, Uranium gained more importance in 1938. Scientists use uranium mostly for carrying the nuclear fission process. An isotope of Uranium, U-235 was split at the atomic level, thus, releasing a vast amount of energy. Uranium can be used in the creation of nuclear weapons and nuclear power generation, along with other purposes.

Furthermore, uranium is not an open market commodity. That means uranium is not traded openly unlike other commodities. Sellers and buyers exchange contracts privately. Prices are published by many independent marketing consultants such as UxC and TradeTech.

What is the cost of Uranium? Uranium currently costs around $28.90 per pound. Uranium from mining is widely utilized as a major fuel agent for nuclear power plants. After the 2011 Fukushima Nuclear Disaster, the global uranium market fell down drastically. The uranium price suffered a lot, falling back more than 50%. All the share values of uranium declined and lower profitability for the uranium producers since March 2011. As a result, uranium companies are reducing production capacity, closing operations and moving onto new productions.

Like other commodity markets, uranium also has a history of volatility. It doesn’t only moves with the standard forces of demand and supply, but also with the whims of geopolitics. With properties of exquisite nature, this highly volatile element is historically mined in countries willing to export, including Canada and Australia. Furthermore, few countries such as Namibia, Uzbekistan, Nigeria, and Kazakhstan are now responsible for the production of the 30% uranium of the world reserve.

How uranium is marketed on a global scale?

Not at all like different metals, for example, copper or nickel, uranium isn’t exchanged on an organized product trade, for example, the London Metal Exchange. Rather it is exchanged most cases through contracts arranged specifically between a purchaser and a merchant. As of late, the New York Mercantile Exchange declared a 10-year consent to accommodate the exchange for on and off trade uranium futures contracts.

Structure of Uranium

The structure of uranium supply contracts shifts widely. Valuing can be as straightforward as a solitary fixed cost, or dependent on different reference costs with economic corrections worked in. Contracts customarily indicate a base cost, for example, the uranium spot cost, and guidelines for escalating. In base-escalated contracts, the seller and buyer concede to a base value that increases after some time based on an agreed-upon equation, which may take monetary records, for example, GDP or inflation factors, into consideration.

Spot Market Contract

A spot market contract, as a rule, comprises of only one delivery. It is commonly evaluated at or close to the distributed spot market cost at the season of procurement. Anyway, 85% of the sum total of what uranium has been sold under long haul, multi-year contracts with deliveries beginning one to three years after the agreement is made. Long haul contract terms run from two to 10 years, yet ordinarily run three to five years, with the primary deliverance happening inside two years of agreement grant. They may likewise, incorporate a proviso that enables the purchaser to shift the span of every delivery inside endorsed limits. For instance, delivery amounts may differ from the recommended yearly volume by giving or take 15%.

Atomic Power Plant Usage

One of the characteristics of the atomic fuel cycle is the manner by which utilities with atomic power plants purchase their fuel. Rather than purchasing fuel packs from the fabricator, the typical methodology is to buy uranium in these moderate structures. Regularly, a fuel purchaser from power utilities will contract independently with suppliers at each progression of the procedure. Once in a while, the fuel purchaser may buy enriched uranium item, the final result of the initial three phases, and contract independently for manufacture, the fourth means to in the long run acquire the fuel in a frame that can be loaded into the reactor. The utilities believe that these alternatives offer them the best cost and service. They will normally hold a few suppliers for each phase of the fuel cycle, who go after their business by delicate. 

Geographical Area

Notwithstanding being sold in various structures, uranium markets are separated by geographic area. The worldwide exchanging of uranium has advanced into two unmistakable commercial centers molded by historical and political powers. The primary, the western world commercial center includes the Americas, Western Europe, and Australia. A different commercial center involves nations inside the previous Soviet Union, or the Commonwealth of Independent States (CIS), China, and Eastern Europe. The greater part of the fuel necessities for atomic power plants in the CIS is provided from the CIS’s very own stores. Frequently, producers inside the CIS likewise supply uranium and fuel items toward the western world, expanding rivalry.

What contributes to the high pricing of uranium?

Uranium is fundamentally utilized as fuel in atomic power reactors for electricity generation. Since the radioisotope U-235 discharges so much vitality, it very well may be utilized for proficient power generation in atomic power stations or in devastatingly ground-breaking atomic weapons. Past giving about 14% of the world’s power, there are many major different usages of uranium through the generation of radio-isotopes, including:

  • Drug

    Radio-isotopes are utilized for finding and research. Radio-analysis can be utilized to distinguish illness by infusing certain radio-components into the human body and watching their ways. Radio-treatment utilizes ionizing radiation to kill diseased cells and atomic medication depends on radio-dynamic medications that target explicit organs.

  • Food-processing industry

    Radio-isotopes are utilized to disinfect new items since radiation kills parasites, irritations, and microscopic organisms.

  • Industrial uses

    Radio-isotopes are utilized for industrial X-ray necessities. This system is broadly utilized in vehicles, metallurgy, aeronautics for review of quality and safety.

  • Space industry

    When space tests are required to work in spots far from the sun, the main accessible answer for the creation of warmth and power is the utilization of radio-isotopes.

  • History and culture

    Carbon-14 in tests of archeological remains is utilized to estimate their age.

  • Planes and boats

    Because it is 18.7 times as thick as water, it is usually utilized as a balance in planes and vessels.

  • Household smoke detector

    Another major utilization of the uranium is it is used as a household smoke detector.  Most family smoke identifiers utilize the alpha particles discharged by radioactive americium-241. Most americium is delivered by uranium or plutonium being bombarded with neutrons in atomic reactors – one ton of spent atomic fuel contains around 100 grams of americium. It is generally utilized in business ionization chamber smoke identifiers, just as in neutron sources and industrial gauges.   

Related Questions:

What are the major uranium producing countries in the world?

The world’s top uranium producers in 2012 with 64% of production were Kazakhstan (36.5% of world production), Canada (15.4%) and Australia (12.0%). Other major producers included Niger, Namibia, and Russia

Why the price of uranium varies from time to time?

Like other commodity markets, uranium also has a history of volatility. It doesn’t only moves with the standard forces of demand and supply, but also with the whims of geopolitics. With properties of exquisite nature, this highly volatile element is historically mined in countries willing to export, including Canada and Australia.

What are the factors that contribute to the pricing of uranium?

Worldwide interest for uranium climbed relentlessly from the end of World War II to a great extent driven by atomic weapons acquisition programs. This pattern kept going until the mid-1980s while changing geopolitical conditions just as security, economic, environmental worries over atomic power plants decreased interest to some degree.

In light of the upgrades in gas centrifuge technology during the 2000s, supplanting previous gas diffusion plants, less expensive separative work units have empowered the financial creation of more enhanced uranium from a given measure of characteristic uranium, by re-advancing tails, at last, leaving a depleted uranium tail of lower enrichment. This has to some degree brought down the interest for natural uranium.


Uranium is a huge source of concentrated energy. Dissimilar to non-renewable energy sources which are joined with oxygen amid burning to discharge heat, uranium atoms can be made to fission or split to discharge heat. A kilogram of regular uranium creates as much heat as 20 tons of coal. This heat can be saddled to make steam and produce control.

Uranium metal can be mined by underground or open-cut strategies, contingent upon its mining. In the wake of mining, the mineral is smashed and ground. It is then treated with corrosive to break up the uranium, which is recouped from solution. Uranium may likewise be mined by in situ filtering (ISL), where it is broken down in situ from a permeable underground metal body and siphoned to the surface. The final result of the mining and processing stages, or of ISL, is uranium oxide think (U3O8). This is the shape in which uranium is sold.

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