No disagreement. I just see nuclear as a last resort of renewables, what you do when there is no other practical solution without continuing to rely on fossil fuels. The maintenance, security and waste disposal issues with nuclear are an elephant in the room and most nuclear advocates I've talked to are reluctant to address it. Not all. But enough to raise an eyebrow, you know?
0.1% of the mass of spent nuclear fuel are long-lived heavy actinides that have no spin-off research, medical, commercial, or industrial use. One big problem associated with how we discuss "nuclear waste" is how wasteful "nuclear waste" actually is, especially in terms of manufacture of necessary fission products as measured against the real-world hazards of it. And that 0.1% can be used as fuel itself in fast and high-temp reactors, being fissioned into shorter-lived and less-dangerous elements.
Case in point, if you have smoke detectors, you literally have "nuclear waste" in your home and don't realize it. Am-241 is a critical component of it, smoke detectors can't function without it. Am-241 is a fission byproduct, totally safe (unless you eat it or shoot it up) because it's an alpha emitter.
Or, here's another one: the US is 100% reliant on out-of-country vendors for Mo-99 production, in fact there's a global shortage of it. Little bit important for nuclear medicine, that isotope.
Sure, plutonium manufacture represents a big proliferation problem, but the flip side of that is we need the shit for space exploration. We basically just sent the last of what NASA had at its disposal to Mars last month, and we'd actually been buying it from Russia of all countries for twenty years. Now basically our space program's on hold except for what devices can be powered by solar until ORNL can manufacture enough plutonium for NASA. And we have metric tons of the shit sitting inside spent nuclear fuel rods across the country, we can't access because we don't reprocess.
If we reprocessed and started building gen-4 reactors, "nuclear waste" actually wouldn't be a problem. We could reprocess spent nuclear fuel, sequester the byproducts with commercial, research, and industrial use, and recycle the long-lived heavy actinides. The biggest barrier to it is public understanding of what nuclear power is and what options are available for it never evolved past the 1940's, and overcoming that fear is what matters.