- TEPCO will probe the interior of the No.2 reactor's pressure vessel later in 2026 to gather data for fuel debris removal.
- The probe will use a small fiberscope to capture images and radiation data inside the reactor.
- Initial plans for the probe and a drone survey of another reactor were delayed due to technical challenges.
A: Hey Sakura! Did you hear about the Fukushima plant?
B: No, what’s new? It’s been a long time since 2011.
A: TEPCO, you know, the company running the plant, is planning something pretty cool.
B: Oh? What are they doing now?
A: They're going to send a tiny camera inside one of the reactors! Like, really inside.
B: Wow! Seriously? That’s the first time they’ve ever done that, right?
A: Exactly! It’s to check out the reactor core of Unit 2. They want to figure out how to get rid of all the melted fuel.
B: Melted fuel? That’s a lot of trouble. They call it fuel debris, yeah?
A: Yep, about 880 tons of it! It’s a big challenge to take it all out.
B: So, this camera…what will it do?
A: It's super small, just 5 millimeters thick. They'll feed it through a pipe inside the reactor.
B: Tiny! What will it show them?
A: Pictures and radiation readings! They want to see what's around and how much radiation there is.
B: Makes sense. They can use that information to plan how to get the fuel out safely.
A: Right! They were supposed to do this earlier, but they needed to fix some equipment.
B: Oh, like what happened with the drone at Unit 3? I saw that.
A: Yeah, the drone broke too. So, they’re still figuring out when to do that survey. But this reactor camera thing is happening soon!
- The probe will use a small fiberscope to capture images and radiation data inside the reactor.
- Initial plans for the probe and a drone survey of another reactor were delayed due to technical challenges.
A: Hey Sakura! Did you hear about the Fukushima plant?
B: No, what’s new? It’s been a long time since 2011.
A: TEPCO, you know, the company running the plant, is planning something pretty cool.
B: Oh? What are they doing now?
A: They're going to send a tiny camera inside one of the reactors! Like, really inside.
B: Wow! Seriously? That’s the first time they’ve ever done that, right?
A: Exactly! It’s to check out the reactor core of Unit 2. They want to figure out how to get rid of all the melted fuel.
B: Melted fuel? That’s a lot of trouble. They call it fuel debris, yeah?
A: Yep, about 880 tons of it! It’s a big challenge to take it all out.
B: So, this camera…what will it do?
A: It's super small, just 5 millimeters thick. They'll feed it through a pipe inside the reactor.
B: Tiny! What will it show them?
A: Pictures and radiation readings! They want to see what's around and how much radiation there is.
B: Makes sense. They can use that information to plan how to get the fuel out safely.
A: Right! They were supposed to do this earlier, but they needed to fix some equipment.
B: Oh, like what happened with the drone at Unit 3? I saw that.
A: Yeah, the drone broke too. So, they’re still figuring out when to do that survey. But this reactor camera thing is happening soon!
Similar Readings (5 items)
Summary: Media sees training for drone survey of Fukushima Daiichi No. 3 reactor
Robot will try to remove nuclear debris from Japan's destroyed reactor
TEPCO begins robot survey of Fukushima Daiichi plant for fuel debris retrieval
Footage showing device grabbing fuel debris in Fukushima Daiichi plant released
TEPCO to conduct second test retrieval of nuclear debris
Summary
TEPCO will probe Fukushima's No. 2 reactor interior in 2026 with a small camera (fiberscope) to gather data for fuel debris removal (880 tons). Initial plans faced technical delays, similar to a drone survey. #Fukushima #TEPCO
Reading History
| Date | Name | Words | Time | WPM |
|---|---|---|---|---|
| 2026/01/30 19:56 | Anonymous | 303 | 127s | 143 |
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ID: 5d03c2f3-3cae-4eb1-8153-de86bf3151f9
Category ID: listed_summary
URL: https://www3.nhk.or.jp/nhkworld/en/news/20260129_18/#summary
Date: Jan. 29, 2026
Notes: NHK News Summary - 2026-01-29
Created: 2026/01/30 00:40
Updated: 2026/01/30 19:56
Last Read: 2026/01/30 19:56