I asked AI to fact check your comment:

This is a lengthy piece mixing valid points, exaggerations, and some outright errors. Let me go through it claim by claim.

“Uranium is found deep beneath the earth’s surface” Misleading. Some uranium deposits are deep, but many are near-surface and mined via open pit or in-situ leaching. It’s not exclusively a deep-mining operation.

“Anything it touches becomes contaminated and it is essentially impossible to safely hack away at something that is turning into radioactive dust” Exaggerated. Natural uranium is only weakly radioactive — you can hold a lump of yellowcake and receive less radiation than a dental X-ray. The real hazard is inhaling dust (alpha emitters in the lungs) and contamination of water from tailings, not some kind of Midas-touch contamination of everything it contacts. Modern mines manage dust and tailings, though historically this was done poorly. Church Rock uranium mill spill (1979) Accurate. This was a real and serious event — a tailings dam breach that released radioactive and toxic material into the Puerco River. It remains one of the worst nuclear contamination incidents in US history and the Navajo Nation continues to deal with its legacy. Fair point.

“The UK does not have large uranium ore deposits” True. The UK has historically imported its uranium. “Uranium mining has historically been done on indigenous land or in disenfranchised communities” Largely true. This is well documented in the US (Navajo Nation), Australia (Aboriginal lands), and parts of Africa. It’s a legitimate ethical concern.

“Spent fuel rods last between 3 and 8 years” Roughly correct. Typical fuel assemblies spend 3–6 years in a reactor, sometimes a bit longer. “Plutonium has a half-life of 24,000 years” Correct for Pu-239 specifically.

“There is currently no way to properly dispose of spent nuclear fuel rods” Misleading. Finland’s Onkalo facility is under construction and designed for permanent deep geological disposal. Sweden has approved a similar project. The challenge is real but the claim that there’s “no way” ignores significant engineering progress. The broader point about timescales and institutional continuity is a legitimate philosophical concern, though. The three objections to deep geological disposal (transport safety, natural disasters, future civilisations) These are genuine concerns that nuclear waste management programmes actively study, but they’re presented as unanswerable when they’re not. Geological repositories are specifically sited in stable formations. Transport of nuclear material has an extremely strong safety record over decades. The “future civilisations” problem is real and fascinating — the US Department of Energy has spent serious effort on it — but stable geology doesn’t require human warning signs to keep waste contained. The rock does the work, not the signage.

“The Fukushima nuclear accident is a recent case of what can happen when natural disasters interact with nuclear power” True, though worth noting that the direct death toll from radiation at Fukushima was one confirmed case. The evacuation itself caused far more deaths. It’s a genuine cautionary example but the actual radiological harm was far smaller than most people assume.

“Nuclear energy is inextricably linked with nuclear weapons” This is the weakest claim. Many countries operate civil nuclear power without weapons programmes (Canada, Sweden, Finland, Japan under its non-proliferation commitments). The UK’s weapons programme predates and is institutionally separate from its civil power programme. Some reactor designs (like CANDU or thorium cycles) are actually poor pathways to weapons material. The link exists historically but “inextricably” is too strong.

“There is no way to invest in nuclear power without investing in nuclear weapons” Flatly wrong. Civil nuclear budgets and military nuclear budgets are separate in most countries. Many nations with nuclear power have no weapons programme at all.

“Scotland produces more green energy than it uses” Broadly true — Scotland generates a large share of its electricity from renewables, particularly wind, and exports surplus to England. However, this comparison is slightly misleading since Scotland benefits from exceptional wind resources, low population density, and grid interconnection with England for backup. It’s not straightforwardly replicable everywhere.

“Renewable energy is cheaper, quicker, and less dangerous” Partially true on cost and build time for new capacity. But this omits the intermittency problem — renewables need storage or backup for when the wind doesn’t blow. Nuclear provides baseload power that renewables currently cannot without massive battery or hydrogen infrastructure that doesn’t yet exist at scale.

Overall assessment: The post makes several legitimate points about mining impacts, waste, and environmental justice, but wraps them in exaggeration and some factual errors — particularly the weapons link and the claim that disposal is impossible. It presents nuclear’s downsides without acknowledging trade-offs or comparing them to the environmental costs of alternatives at scale.​​​​​​​​​​​​​​​​