In 2025, the market for protactinium moved quietly but steadily, shaped mostly by developments in the nuclear sector and the growing interest in advanced fuel cycles. Prices stayed firm in the first half of the year as nuclear research facilities in Europe, including the JRC Ispra site, continued decommissioning work. This increased attention on the handling, clearance, and safe disposal of radioactive materials, which indirectly supported demand for rare actinides used in specialised research.
At the same time, global interest in nuclear-related commodities grew as uranium and thorium markets received renewed attention, driven by supply-demand gaps and new technological uses. This kept sentiment around niche elements like protactinium slightly elevated.
In the second half of the year, prices stabilised as supply remained tight but predictable. Rising investment in advanced reactor concepts and fuel-cycle studies created ongoing interest, but buying remained limited to specialised scientific and defence applications. Broader financial enthusiasm around radioactive metals also helped maintain a firm tone, even though protactinium itself saw no large-scale trading.
Analyst Insight
According to Procurement Resource, Protactinium prices are expected to stay steady, supported mainly by research demand and growing interest in next-generation nuclear technologies.
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In the second half of 2024, protactinium prices moved on a firm and steady path as global interest in nuclear technology increased. Many countries expanded plans to upgrade or add new nuclear facilities, and this renewed focus lifted research activity in areas where protactinium is used. As laboratories and specialised institutions carried out more study work, demand rose gradually, giving the market a gentle push upward.
During the same period, improvements in regulatory oversight and stricter handling procedures for radioactive materials highlighted by developments at major European research sites helped tighten supply controls. This meant that protactinium remained available, but only through careful, supervised channels. The slow and controlled flow of material kept the market balanced while still supporting slightly higher prices. Overall, in H2’24, the trend stayed firm due to stable demand, limited supply, and stronger global attention on nuclear energy’s role in long-term power planning.
PA (Protactinium), a silvery-gray substance, is a chemical element with atomic number 91. It is a dense, actinide metal that forms various chemical compounds as it readily reacts with oxygen, water vapour and inorganic acids. It is usually found in +5 oxidation state, among +4, +3 and +2 states. It is not present in the Earth's crust in abundance like many other metals. It is being studied for various research purposes owing to its high radioactivity.
Pa
Scientific Research
Protactinium (PA)
American Elements, Lenntech B.V.
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In order to produce PA (Protactinium), the reduction process of its fluoride is carried out. In this process, calcium, lithium or barium is used to reduce the fluoride (protactinium tetrafluoride or protactinium pentafluoride) at a temperature of 1300–1400 °C, thus, producing PA (Protactinium) metal.
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