Mastodawn

Moto Sep 10, 2024

from Leilani Athenaire （@LeilaniAthenai1　X/Twitter）
【　#Fukushima cesium to take 1,000 yrs to be gone. #Japan Atomic #Energy Society estimates >100yrs, AFTER melted cores removed,to dismantle reactor bldgs
Who'll bear consequences of even normal #nuclear wastes that need 300~100,000 yrs' secured storage?

#Nuke's in another dimension　】
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https://x.com/leilaniathenai1/status/1569990459157774337?s=46

Leilani Athenaire (@LeilaniAthenai1) on X

#Fukushima cesium to take 1,000 yrs to be gone. #Japan Atomic #Energy Society estimates >100yrs, AFTER melted cores removed,to dismantle reactor bldgs Who'll bear consequences of even normal #nuclear wastes that need 300~100,000 yrs' secured storage? #Nuke's in another dimension

X (formerly Twitter)

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AKingsbury Sep 10, 2024

@123456Moto

Nuclear waste absolutely can be dealt with. There are a variety of methods; for example, burning actinides in a fast reactor.

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Moto Sep 10, 2024

@AlexanderKingsbury Where has this actually been demonstrated?

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AKingsbury Sep 10, 2024

@123456Moto

All sorts of places. Any fast reactor will burn actinides; for example, the EBR-II X501 experiment. Bur EBR-II was burning actinides since its initial criticality in 1964.

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Moto Sep 11, 2024

@AlexanderKingsbury I apologize for this being in Japanese, but there was a reply from the original poster.

from Leilani Athenaire （@LeilaniAthenai1　X/Twitter）
【　引用したサイトの魚拓です↓

EB-IIは94年閉鎖 1964年から80年経っても実用化できないのです
ご存じかもしれませんが🙇‍♀️
理論上はこうですが、翌年もんじゅ廃炉😓
高レベル放射性廃棄物減容化/有害度低減
https://www.jaea.go.jp/jaea-houkoku9/text/04.html
高速炉は燃料にマイナーアクチノイドを5％程度しか入れられない
#脱原発　】
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https://x.com/leilaniathenai1/status/1833844811700502659?s=46