In Russia, a large NPP is burning after a drone attack
A drone attack and fire at a major Russian nuclear power plant could disrupt electricity generation and related industrial supply.
Source →The trace
How it reaches your house.
Starting from Electricite de France S.A. (EDF), we walked the supply graph hop by hop to the goods you buy and the companies you own. Each step is the engine’s reasoning, scored for confidence and cited where a source backs it.
First impact
Grid Electricity for PGM Smelting (South Africa / Russia) →Shortage riskThe event is in Russia, and Russia supplies 35% of this grid-electricity-for-PGM-smelting node, so that share tightens.
82% confidenceGrid Electricity for PGM Smelting (South Africa / Russia) →Shortage riskPalladium and platinum group metals
Electricity is a critical smelting input, so reduced availability can lower PGM output.
72% confidenceTENEX (JSC Techsnabexport) →Shortage riskLow-Enriched Uranium (LEU) Nuclear Fuel
TENEX is a major LEU supplier (27% market share) with a long 24-month replacement lead time, so any disruption to the company can materially tighten LEU availability.
Hop 2
Russia →Shortage riskThe company says about 20% of its long-term Co-60 supply will be generated by Russian nuclear reactors, so outages at a major Russian plant can directly reduce available supply.
95% confidencePalladium and platinum group metals →Shortage riskGrid Electricity for PGM Smelting (South Africa / Russia)
A major NPP fire directly reduces grid electricity availability, and PGM smelting is explicitly dependent on that power input in Russia.
92% confidenceRussia →Shortage riskHop 3
Residential Electricity →Shortage riskElectricity Generation
The fire at a major nuclear power plant directly disrupts the electricity-generation step, cutting output into the residential grid.
95% confidencePGM Sulfide Ore — Russian Arctic (Norilsk/Taimyr) →Shortage riskMMC Norilsk Nickel (Nornickel)GMKN
Norilsk Nickel is the sole qualified supplier of this ore input, so any disruption in the ore stream directly creates a feedstock shortage for GMKN.
90% confidenceCobalt Sulfate (Battery Grade) →Shortage riskBattery-grade cobalt sulfate is a critical component of the broader cobalt and battery minerals stream, so a Russian supply disruption tightens that category.
Hop 4
Cobalt and battery minerals →DelaysPrecursor Cathode Active Material (pCAM) Synthesis
A cobalt and battery-minerals shortfall can delay pCAM synthesis because cobalt-bearing feedstock is a key input to precursor production.
62% confidenceCobalt and battery minerals →DelaysCathode Active Material (CAM) Calcination
If pCAM output tightens, CAM calcination can slow because the calcination step depends on steady precursor supply.
58% confidenceCobalt and battery minerals →DelaysElectrode Coating & Cell Assembly
A tighter cathode-material supply can delay electrode coating and cell assembly because the lines need continuous CAM feed.
52% confidence
Where it lands
What you buy, and what you own.
Goods you buy
Palladium and platinum group metals · Residential Electricity · Diagnostic tests and lab supplies · Cobalt and battery minerals · Ammonia and nitrogen fertilizers
In the MyPRIA app, this is checked against your own holdings.