Globally, 183 Nuclear Units Set To Be Decommissioned By 2020

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Globally, around 76 nuclear reactors are expected to retire by 2019, followed by 183 units in the 2020s and 127 units in the 2030s. As of Sep. 2017, more than 110 commercial power reactors, 48 prototype reactors, 250 research reactors, and various fuel cycle facilities have been removed from operation. Europe has been leading the charge, specifically, France (as of 2017, nuclear was 75% of France’s total energy output, 17% of which is recycled nuclear fuel) and Germany.

Talk of a ‘Global Energiewende’ casts a shadow over the world…

This should be of particular concern to Americans given that America had, as of the end of 2017, 99 nuclear reactors at 60 power plants, more than any other country in the world. The energy produced by America’s nuclear reactors (approximately 102 gigawatts) can power 70 million residences. As of 2017, 10 nuclear reactors were decommissioned in the US, with many more slated for future obsolescence. There are numerous reasons for this which range from the fracking boom, climate hysteria driven on by groups such as the IPCC and the burgeoning modernist religion of Envirocracy, vested green-industrial-complex interests, keeping-up-with-the-jonesism, the natural gas boom and a bevvy of crippling regulations on nuclear.

The problems attendant to a global energiewende (German’s moniker for its energy transition plan wherein nuclear and coal plants are phased-out for solar and wind farms) are numerous. In Germany it was disastrous (though it was heralded a success!). Without getting into the intricate details, (a couple of) the principal problems are this:

  1. So-called “clean renewables” are neither “clean” (whatever that is supposed to mean) nor ceaselessly or endlessly “renewable.” Wind and solar energy harvesting systems require resources just like any other form of energy production and furthermore, create by-products. This is not to say that this is bad, but simply to note that the marketing tactics (“go green,” “renewable,” etc) don’t really mean anything. Its pure hype, untethered from factual analysis. Further, when this hyping is conjoined with morally manichean political theologies (such as the Gaia cultism of contemporary environmentalism) it becomes overwhelming anti-dialogical. Every form of energy production, biological or artificial, creates a by-product, which is generally called “pollution.” Thus, where there is no “pollution,” there is no life. Understanding this, it should be shouted from the rooftops: “Pollution is life!” The issue of central concern should not be pollution-as-such, but rather, the threshold(s) of negative pollution (obviously, no one wants to revert back to 19th Century air standards), ie. the point at which a certain amount of pollutants become intolerable to human thriving.
  2. Solar and, particularly, wind, require massive land consumption. To generate the same amount of energy as a contemporary nuclear facility, a wind farm requires 5000x the amount of land. That’s quite considerable!
  3. Wind and solar are intrinsically unreliable, meaning that the inputs (wind and the sun, respectively) cannot be controlled for, whereas, with nuclear, the inputs are completely controlled for, meaning that it is intrinsically reliable. If no wind, no sun, no energy. That’s not a concern with nuclear power.
  4. Perhaps most obscurely – but no less importantly – any significant drop in nuclear interest will see a comparable drop in research into the highly promising field of nuclear fusion. In 2016 German researchers at the Max Planck Institute for Particle Physics saw great success with their initial nuclear fusion experiments utilizing the Wendelstein 7-X stellarator. The magnetic reactor was able to generate the first ever hydrogen plasma, a significant step forwards in nuclear fusion development. Unlike the atomic splitting of nuclear fission (which is used in contemporary nuclear power plants), nuclear fusion (as the name suggests) combines atoms (usually hydrogen ions) and thus generates far greater amounts of energy. It is a shame that climate and “green” (ie. primitivist) energy hysteria have so consistently overshadowed this extremely promising vector of research. For further clarity in understanding just how promising nuclear fusion is, look up at the sun.
The first plasma achieved with hydrogen within the 170+ million degrees Fahrenheit Wendelstein 7-X reactor. (Credit: IPP).



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