The Aporia · Chinese plant extracts critical rare metals from lithium waste in world first

A Chinese plant has become the first in the world to extract critical rare metals like rubidium and caesium from lithium waste. Located in Jiangxi province, this facility features a 500-tonne production line that continuously extracts these elements using tower technology. The process is capable of handling low-grade materials, and according to the Institute of Process Engineering under the Chinese Academy of Sciences, it has already achieved stable operation.

Written by the local model on 2026-09-15, using this article's own text rather than the other coverage of the same event (that is the story summary below).

Story summary

The Chinese Academy of Sciences' Institute of Process Engineering in Jiangxi province has successfully started a world-first 500-tonne production line that extracts and separates low-grade rubidium and caesium from lithium waste. This demonstration facility is critical for the extraction of rare metals needed for advanced technologies such as aerospace and quantum computing, achieving stable production according to the institute's report.

Written for “Chinese Rare Metal Extraction Breakth…” on 2026-09-17, grounded in this article and the 0 other(s) covering the same event.

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📰 Chinese Rare Metal Extraction Breakth…

Science · 1 article(s) covering the same event. This is the one the site leads with.

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South China Morning Post · 401 article(s) · 0 correction(s) detected

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Zhang Tong

5 article(s) here · 0 carrying a prediction

🔮 State broadcaster CCTV reported that the technology could fundamentally strengthen China’s ability to secure its own iron resources and reduce its heavy dependence on imports of the strategic commodity.

2026-09-06 · mixed framing · China begins mining iron from tailings, low-grade ore that can meet its demand for decades

🔮 The Fengyun-4C’s storm-tracking abilities could provide vital early warnings about extreme weather events during the rescue operation China is using the world’s most powerful geostationary weather satellite to track severe thunderstorms over Nepal and deliver real-time intelligence as the two countries continue search and rescue operations following last month’s devastating glacier collapse.

2026-09-06 · mixed framing · World’s most powerful lightning-chasing satellite joins China-Nepal flood relief efforts

🔮 By tracking the needle’s tiny deflections, the team can measure magnetic fields down to the femtotesla level – an advance that could widen the hunt for elusive dark matter particles or monitor brain signals.

2026-09-05 · assertive framing · Chinese-German team builds ultra-sensitive ‘floating compass’ to hunt dark matter

More on this subject from Zhang Tong

China begins mining iron from tailings, low-grade ore that can meet its demand for decades

2026-09-06 · South China Morning Post · 54% similar

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CAS Chinese Jiangxi province the Chinese Academy of Sciences the Institute of Process Engineering

CAS ORG · 1× Chinese NORP · 1× Jiangxi province GPE · 1× the Chinese Academy of Sciences ORG · 1× the Institute of Process Engineering ORG · 1×

Chinese plant extracts critical rare metals from lithium waste in world first 500-tonne production line up and running for rubidium and caesium, critical to advanced technology including aerospace and quantum computing A demonstration line in Jiangxi province – the world’s first with an annual capacity of 500 tonnes for continuous tower extraction and separation of low-grade rubidium and caesium – has achieved stable production, according to the Institute of Process Engineering under the Chinese Academy of Sciences (CAS).

framing: speculative · carried by 1 article(s) · first seen 2026-09-15

2026-09-15 · South China Morning Post

Chinese plant extracts critical rare metals from lithium waste in world first · speculative framing

Chinese plant extracts critical rare metals from lithium waste in world first 500-tonne production line up and running for rubidium and caesium, critical to advanced technology including aerospace and quantum computing A demonstration line in Jiangxi province – the world’s first with an annual capacity of 500 tonnes for continuous tower extraction and separation of low-grade rubidium and caesium – has achieved stable production, according to the Institute of Process Engineering under the Chinese Academy of Sciences (CAS). uncertain

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Chinese plant extracts critical rare metals from lithium waste in world first

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