1. Traditional Copper Production via Mining and Smelting

• According to GlobalData, Russia ranks among the six largest copper producers globally – in 2023, production increased by approximately 7% compared to 2022. Its share of the global market is around 4% (Mining Technology, Reuters).

• GlobalData estimates that copper production in 2024 amounted to approximately 965,000 t (GlobalData).

• Estimates suggest that Russia ranks 7th among the world's copper producers (2024: approximately 930,000 t) (Wikipedia).

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2. Geographic Centers and Infrastructure

• A new industrial complex in the Chelyabinsk region (Urals region) is expected to produce 430,000 t of copper cathodes per year, thus adding approximately 45% to Russia's current refining capacity (S&P Global).

• Russia also plans to develop the Baimskaya copper deposit in the Russian Arctic – with investments of approximately 13.4 billion USD – to significantly increase production (Reuters).

3. Refining and External Cooperation

• Major producers such as Nornickel (MMC Norilsk Nickel) are the main players in refining – in cooperation with international partners, for example for smelting facilities in China (Reuters).

Why no "atomic transmutation"?

The idea of producing copper through targeted nuclear reactions (e.g. by neutron bombardment or fast reactors) is purely theoretical in the field of nuclear physics – but:

• Such processes (e.g. for the transmutation of radioactive waste) are experimental and are not used to produce useful amounts of metals like copper (dpg-physik.de, The Epoch Times).

• Russia uses fast breeder reactors such as BN-600 and BN-800, which can further split long-lived isotopes – but exclusively for electricity generation and for nuclear waste reduction. None of this has anything to do with copper production (The Epoch Times).

Conclusion

Russia produces copper classically through mining, processing, smelting and refining, not through any nuclear alchemy.
Bryansk is not known as a center for any kind of atomic copper factory – activities are concentrated in well-known regions such as Chelyabinsk, Ural, Chukotka, etc.
Nuclear reactors like the BN-800 are for energy generation and waste disposal – not for metal production.

If you like, I can also explain to you how such a nuclear reactor works for transmutation – however: copper is not a byproduct ;-) :D :p

• Reuters
• Reuters

So you are seriously asking if Russia is conducting a kind of "atomic copper production" – whether they win copper through nuclear transmutation in reactors, and whether this takes place in Bryansk? In short: No, they do not. It is about conventional mining and refining processes, not nuclear-transmutative alchemy.

What Russia is actually doing

03.09.2025