I don't have a lot of interest in biblical connections, so I apologize to the OP if I'm veering off topic here.
A lot has been said here and elsewhere about the environmental impact of bombing an enrichment facility and I would like to amplify on that a bit.
In October of 2006, North Korea detonated their first nuclear device; a simple, single stage fission bomb. People from both ends of the political spectrum wanted to know why this was simply allowed to happen and why nobody intervened. Fingers were pointed and recriminations were thrown about carelessly.
The two main reasons (IMO) are #1 Seoul, a city of more than 9 million people is unfortunately within artillery range of NK and #2 NK did not pursue Uranium enrichment like Iran has done.
NK instead produced Plutonium directly from a small graphite moderated reactor at the Yongbyon Nuclear Research Center and bombing a working reactor is a very, very different proposition.
Although Uranium is only weakly radioactive itself, the fissile products are not. When U235 absorbs a free neutron, it morphs into U236 and then almost immediately splits into two daughter nuclei.
As a (very) general rule, one will have a mass of around 95 and the other will have a mass around 140, but because of the randomness inherent in fission, daughter isotopes can vary anywhere from atomic weights of 74 to 160, giving us 841 possible daughter pair combinations. (England & Rider 1994, Koelsch 2016)
If this number seems high, keep in mind that many of these isotopes don't actually occur in nature and are extremely transitory. (Barium-144 for example, quickly decays into Lanthanum-144, which in turn decays into Cerium-144, which then decays into Praseodymium-144, which then decays into Neodium-144)
In discussions of environmental contamination after nuclear accidents, you hear a lot about the three most dangerous isotopes released in the Chernobyl and Fukushima disasters:
Iodine-131 Highly radioactive. Accumulates in your thyroid. Half life of 8 days
Strontium-90 Not only highly radioactive, but a calcium mimic that accumulates in your bones. Half life of 28.8 years.
Cesium-137 Also Highly radioactive. Half life of 30.17 years.
In all, more than 100 different radioactive isotopes were released into the air at Chernobyl resulting in contamination that will persist for many years to come, and nobody wanted to risk that with NK.
I'm not saying any of this because I think I know exactly what was destroyed at Fordo, Isfahan & Natanz or the extent of the damage. (I don't.)
I'm just pointing out how reasoning through analogy will lead you astray here.