In energy and climate discussion there's been a lot more focus recently on Environmental Justice, which is great and long overdue. We all know fossil plants tend to be located in marginalized communities, and I've had many people ask me lately if the same is true for nuclear...
The answer: No for power plants, yes for fuel cycle. And it's complicated. This paper has great demographic analysis of areas around nuclear power plants: link.springer.com/article/10.100…

I made some graphics from their results....
If you just look at the population living within 50 miles of a nuclear power plant in the US, it looks like fossil fuels: the population has more people of color, more renters, and slightly higher unemployment than the population living farther away.
BUT 50 miles is a big radius: 30% of the US population in 2010 lived within 50 miles of a nuclear power plant! (This paper looks at 2010, 2000, and 1990). So, let's look more granularly at distance from plant...
If you plot demographic metrics by distance from a nuclear power plant, it's the opposite. The closer you get to the power plant, the population gets whiter, less renters, less unemployment and poverty. Which is maybe not surprising because...
This demographic data is from 2010, most of these nuclear power plants have been operating in these communities for decades. We know that nuclear power plants employ *a lot* of people, pay higher salaries, & pay $$$ local taxes. That obv helps local economies over time
So, one could argue (and the nuclear industry does) that these plants help the local community, BUT it looks like it's tilted toward white communities benefiting. To flip the EJ question, how could we distribute the social & economic benefits of clean power more evenly
One caveat, nuclear power plants are not evenly distributed across the US. They are mostly east of the Mississippi, and located close to population centers.
Of course the populations living near plants has changed over time. This chart from Kyne (2015) shows the change from 1990-2010. The populations living closest to nuclear power got less white over time but at about the same rate as the country as a whole
It would be more interesting to see what the population looked like before construction started to after the plant comes online
Okay, but the fuel cycle for nuclear is a different story, those facilities do tend to be located more in marginalized communities. This is, unfortunately, not unique to nuclear. Where does lithium for batteries come from, or rare earths for renewables?
The US imports most of its commercial nuclear fuel. For all clean energy, there's a growing need to look at the justice impacts of the international supply chain. Are there ways to develop sustainable and equitable mining domestically?

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More from @J_Lovering

18 Mar
In the past few weeks, I've given several talks on #advancednuclear with folks who are not very familiar with the technology. It's been great to hear questions from new audiences who are open to nuclear, but also have valid concerns. These resources address those concerns...
For folks who aren't energy wonks, a common question regards proliferation and security concerns around new reactors, especially when exporting tech. This @PGSnuclear report evaluates advanced reactor concepts on security & safeguards metrics: globalnexusinitiative.org/wp-content/upl…
There's also a common perception that nuclear is on the decline, or that there is no future market for it. But check out this great project from @ThirdWayEnergy @energyforgrowth mapping the market for advanced nuclear. Lots of countries want nuclear energy thirdway.org/memo/mapping-t…
Read 9 tweets
20 Apr 20
& similar questions to Adler et al. (2020), Jarvis et al. (2019) looked at the emissions and cost implications of Germany's nuclear phase-out, using a novel machine-learning framework to test existing narratives nber.org/papers/w26598.…
Their method: "predicts which power plants increased their output in response to the nuclear plant closures... to empirically assess how a change in electricity production or consumption at one location propagates throughout the electricity trans- mission network."
Result: They find the social cost of the phase-out to producers and consumers to be $12 billion per year! Most of the costs fall to consumers, and most is in increased mortality risk from air pollution exposure.
Read 6 tweets
11 Mar 20
1/ I know there are serious problems in the world, but bad data journalism can make them worse. I didn’t want to wade into #BernieBro discourse, but I can’t let bad analysis slide.
Specifically, this article: salon.com/2020/03/09/the…
Thread:
2/ I was surprised how many people I respect shared this article, considering the results of the analysis DO NOT support the headline. Perhaps people did not read the article too carefully, but I also worry when people share an article just for the headline. Read for yourself...
3/ The actual analysis in the article was done by Harvard grad student @CompSocialSci, & it's fine analysis. Here’s what they did: Evaluated the sentiment (positive to negative) of all tweets since 2015 of a random selection of followers of each of top 9 dem primary candidates.
Read 11 tweets
4 Sep 18
to;dr (yeah, it’s 273 pages)
Main opportunity: decarbonization of power sector
Main challenge: cost of new designs
Main insight: there are many pathways to reduce costs
Main rec: gov support through smart policies can accel. innovation of adv. nuclear
energy.mit.edu/research/futur…
The study modeled future electricity mix and prices in six regions under varying carbon constraints. The results were clear, you don’t *need* nuclear if you keep emissions where they are, but forgoing nuclear with deep decarbonization has high costs Image
I’m sharing more great insights from this report today, MIT’s Future of Nuclear in a Carbon Constrained World. For the economist in you, here is the Opportunity Cost of forgoing nuclear. Image
Read 9 tweets

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