2
Nuclear Fuel Origin -> Nuclear Waste
submitted 22 Okt 2026 by @nineDan 203
Nuclear Fuel Origin -> Nuclear Waste
1 investigation · 3 maps · 351 claims · Last updated 22 Okt 2026
Overview
Nuclear Fuel Origin -> Nuclear Waste: 1 investigasi publik dan 351 klaim.
Ikhtisar peta
- 4Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
submitted 22 Okt 2026 by @nineDan 203
Di-fork dari Nuclear Fuel Origin -> Nuclear Waste
OverviewThorium Systems Invalidate the Conventional Uranium Supply and Tailings Model examines the entire front-to-back end of the conventional uranium fuel cycle, from mining and conversion to enrichment tails and tailings liabilities. It marshals quantitative operational and regulatory data to argue that the chemical and radiological overhead of uranium provides a rationale for adopting alternative cycles like thorium. Th…
- 1Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
submitted 22 Okt 2026 by @nineDan 203
Di-fork dari Nuclear Fuel Origin -> Nuclear Waste
OverviewDepleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste reviews the industrial mass balances of mining, milling, and isotopic enrichment, but reinterprets the resulting tail stockpiles as unexploited fuel reserves. It details the chemistry of deconversion and global DU stockpiles while contrasting regulatory disposal paradigms against energy utilization potential. The map uses supply and enrichment …
Last generated 22 Okt 2026, 17.01 by a member
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Dibandingkan 22 Okt 2026, 17.01
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Themes across the family
A broad read of every map in this family: the themes that run through them and how each map treats them. Structured scans give a more targeted side-by-side.
Depleted Uranium Tails and Enrichment Inefficiencies
3 dari 3 petaThe family details how uranium enrichment inherently produces vast stockpiles of depleted uranium hexafluoride byproduct relative to usable enriched product.
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
Presents enrichment mass ratios and massive tails inventories to demonstrate the upstream waste penalty of uranium systems.
M2Nuclear Fuel Origin -> Nuclear Waste
Traces the conversion and enrichment chain that leads to global stockpiles of depleted uranium.
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
Identifies the massive volume of enrichment tails as an energy reserve rather than purely waste.
DUF6 Deconversion and Waste Processing
3 dari 3 petaThe maps analyze the chemical processes and secondary wastes generated when converting hazardous depleted uranium hexafluoride into stable oxides for long-term handling.
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
Emphasizes the chemical challenges, infrastructure requirements, and secondary waste streams of deconversion.
M2Nuclear Fuel Origin -> Nuclear Waste
Outlines deconversion chemistry as a vital step to stabilize fluorine compounds and recover hydrofluoric acid.
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
Documents deconversion as a pathway producing stable oxides suitable for storage or low-level waste disposition.
Mill Tailings and Radiological Containment
3 dari 3 petaAcross the family, maps highlight that uranium extraction leaves behind mill tailings retaining the majority of natural ore radioactivity under rigorous multi-century containment standards.
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
Highlights the persistent radioactivity and strict regulatory containment standards required for uranium tailings.
M2Nuclear Fuel Origin -> Nuclear Waste
Stresses the environmental contamination and habitat disruption risks associated with mining and tailings storage.
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
Notes the long-term containment timeline and regulatory limits governing earthen covers over radioactive tailings.
Global Uranium Supply Concentration
3 dari 3 petaAll three maps document how primary uranium production is concentrated in a handful of nations and subject to production halts and market quotas.
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
Demonstrates that primary uranium output is concentrated among four nations and vulnerable to mine suspensions.
M2Nuclear Fuel Origin -> Nuclear Waste
Emphasizes the reliance of consuming states on a tightly concentrated group of international suppliers.
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
Reviews supply-side production cuts in Kazakhstan and Canada that underscore the vulnerability of raw uranium extraction.
Alternative Fuel Cycles and Resource Revaluation
2 dari 3 petaMaps propose alternative technological paradigms to bypass or repurpose the conventional uranium fuel cycle.
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
Argues that thorium cycles obviate standard uranium waste streams and actinide accumulation.
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
Frames existing depleted uranium tails as a sustainable energy asset capable of fueling reactors for centuries.
Uranium enrichment produces a disproportionately large byproduct volume of depleted UF6 tails relative to enriched product.
3 dari 3 petaM1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0010Uranium enrichment process
Enrichment of 1,000 kg natural uranium to ~5% U-235 typically yields only ~85 kg enriched product and ~915 kg depleted UF₆ "tails" (0.2–0.3% U-235).
DisimpulkanSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0075Uranium enrichment process
DisimpulkanSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0010Uranium enrichment process
DisimpulkanSignifikansi TinggiGrok
Uranium mill tailings retain most of the original ore radioactivity and require engineered containment designed for hundreds to thousands of years.
3 dari 3 petaM1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0001Uranium Mill Tailings Radioactivity
Uranium mill tailings can retain 50–86% of the original ore’s radioactivity, with historical EPA estimates often using approximately 85%.
Terkait sumberSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
U.S. tailings-disposal designs must provide reasonable assurance of controlling radiological hazards for 1,000 years to the extent reasonably achievable, and at least 200 years.
DisimpulkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
DisimpulkanSignifikansi TinggiChatGPT
Global uranium extraction is heavily concentrated in four countries and subject to major supply shocks from national cutbacks and mine suspensions.
3 dari 3 petaM1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0085Four-country uranium share
The four-country share of global uranium production in 2018 was 75.3% against the later-revised World Nuclear Association (WNA) world total of 54,154 tU.
Terkait sumberSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0044Kazatomprom Reduces Uranium Production
Kazatomprom announced a three-year, 20% reduction in uranium production starting in January 2018, which was intended to align production with oversupplied markets.
Terkait sumberSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0015Canada uranium decline cause
The decline in Canada's uranium output was caused by Cameco's suspension of the McArthur River mine and the Key Lake mill, which began in late January 2018 and was made indefinite in July 2018.
Terkait sumberSignifikansi TinggiGrok
Deconversion of depleted UF6 is an essential industrial step to chemically stabilize fluorine and convert uranium into solid oxides.
3 dari 3 petaM1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0013Deconversion process explained
Deconversion is a distinct post-enrichment (or parallel) industrial step that chemically removes fluorine from depleted UF₆ tails (or HALEU UF₆).
DisimpulkanSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0083Deconversion produces oxides
Deconversion produces more stable uranium oxides (U₃O₈ or UO₂) suitable for long-term storage/disposal as low-level waste.
DisimpulkanSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0088Deconversion produces oxides
DisimpulkanSignifikansi TinggiGrok
Maps disagree on whether depleted uranium tails should be treated as a low-level waste disposal liability or as an exploitable future energy asset.
M2Nuclear Fuel Origin -> Nuclear Waste
C0094Depleted uranium disposal
DOE's environmental review evaluated the disposition of depleted-uranium oxide at off-site low-level radioactive-waste facilities.
DisimpulkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0023Closed fuel cycles and fast reactors transform enrichment tails and spent fuel from waste into primary energy reserves.Selidiki dengan AI
Existing stockpiles of depleted uranium tails possess sufficient energy content to power commercial reactors for centuries without new mining.
DisimpulkanSignifikansi TinggiSumber model tidak tersedia
Maps diverge on whether solving fuel cycle waste challenges requires shifting to non-uranium fuel cycles like thorium or managing conventional uranium tailings through engineering controls.
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0023Alternative fuel cycles such as thorium bypass conventional uranium extraction and uranium-tailings management entirely.Selidiki dengan AI
Thorium fuel cycles generate negligible transuranic actinides compared to standard enriched uranium fuel cycles.
DisimpulkanSignifikansi TinggiSumber model tidak tersedia
M2Nuclear Fuel Origin -> Nuclear Waste
C0066Uranium mining mitigation
Mitigation efforts for the environmental impacts of uranium mining and milling include waste management protocols and site rehabilitation.
Terkait sumberSignifikansi TinggiChatGPT
Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model alone emphasizes the capability of thorium cycles to avoid transuranic actinide generation.
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0023Alternative fuel cycles such as thorium bypass conventional uranium extraction and uranium-tailings management entirely.Selidiki dengan AI
Thorium fuel cycles generate negligible transuranic actinides compared to standard enriched uranium fuel cycles.
DisimpulkanSignifikansi TinggiSumber model tidak tersedia
Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste emphasizes that depleted uranium stockpiles contain centuries worth of reactor power.
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0023Closed fuel cycles and fast reactors transform enrichment tails and spent fuel from waste into primary energy reserves.Selidiki dengan AI
Existing stockpiles of depleted uranium tails possess sufficient energy content to power commercial reactors for centuries without new mining.
DisimpulkanSignifikansi TinggiSumber model tidak tersedia
Nuclear Fuel Origin -> Nuclear Waste uniquely underscores the severe non-radiological environmental consequences of uranium mining, including habitat loss and water contamination.
M2Nuclear Fuel Origin -> Nuclear Waste
The mining and milling process for uranium can cause significant environmental impacts, including habitat disruption, waste generation, and water contamination.
DisimpulkanSignifikansi TinggiChatGPT
Primary sources report differing 2018 Australian uranium production volumes, with the World Nuclear Association reporting 6,517 tU while the OECD/IAEA Red Book reports 6,526 tU.
M2Nuclear Fuel Origin -> Nuclear Waste
C0027World Nuclear Association data
The current World Nuclear Association table gives a revised 2018 world total of 54,154 tU, while continuing to list Australia's production at 6,517 tU.
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0060Australian production 2018
The 2020 edition of Uranium: Resources, Production and Demand, published by the OECD Nuclear Energy Agency and IAEA, states Australian production of 6,526 tonnes of contained uranium in concentrates for 2018.
DiperdebatkanSignifikansi TinggiChatGPT
Calculations of Australia's 2018 market share conflict depending on whether the unrevised world total of 53,498 tU or the revised 54,154 tU denominator is used.
M2Nuclear Fuel Origin -> Nuclear Waste
The 12.18% figure for Australia's share of global uranium production in 2018 is derived from dividing 6,517 tU by a world total of 53,498 tU.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0039Australia uranium share corrected
Against the revised World Nuclear Association world total of 54,154 tU, Australia’s share of global uranium production in 2018 is 12.03%, not 12.18%.
DiperdebatkanSignifikansi TinggiChatGPT
- https://world-nuclear.org/information-library/facts-and-figures/uranium-production-by-country
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0012Australia 2018 uranium share
Using the Red Book’s Australian figure of 6,526 tU and the revised WNA world total of 54,154 tU produces a 2018 share of 12.05% for Australia.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0038World Nuclear Association data
The current World Nuclear Association table gives a revised 2018 world total of 54,154 tU, while continuing to list Australia's production at 6,517 tU.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0039Australia uranium share corrected
Against the revised World Nuclear Association world total of 54,154 tU, Australia’s share of global uranium production in 2018 is 12.03%, not 12.18%.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0015Canada uranium decline cause
The decline in Canada's uranium output was caused by Cameco's suspension of the McArthur River mine and the Key Lake mill, which began in late January 2018 and was made indefinite in July 2018.
Terkait sumberSignifikansi TinggiGrok
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0046Australian production 2018
The 2020 edition of Uranium: Resources, Production and Demand, published by the OECD Nuclear Energy Agency and IAEA, states Australian production of 6,526 tonnes of contained uranium in concentrates for 2018.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
The 12.18% figure for Australia's share of global uranium production in 2018 is derived from dividing 6,517 tU by a world total of 53,498 tU.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0056Kazatomprom Reduces Uranium Production
Kazatomprom announced a three-year, 20% reduction in uranium production starting in January 2018, which was intended to align production with oversupplied markets.
Terkait sumberSignifikansi TinggiGrok
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0079Inconsistent Australian uranium data
The selected claim's figures for Australia's 2018 uranium production are over-precise and not consistent with the strongest official compilation.
Terkait sumberSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0085Four-country uranium share
The four-country share of global uranium production in 2018 was 75.3% against the later-revised World Nuclear Association (WNA) world total of 54,154 tU.
Terkait sumberSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0026Australia 2018 uranium share
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0027World Nuclear Association data
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0028Australia uranium share corrected
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0040Canada uranium decline cause
Terkait sumberSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0029Australian production 2018
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0044Kazatomprom Reduces Uranium Production
Terkait sumberSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0034Inconsistent Australian uranium data
Terkait sumberSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0004Four-country uranium share
Terkait sumberSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0012Australia 2018 uranium share
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0052World Nuclear Association data
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0053Australia uranium share corrected
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0015Canada uranium decline cause
Terkait sumberSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0060Australian production 2018
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0070Kazatomprom Reduces Uranium Production
Terkait sumberSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0093Inconsistent Australian uranium data
Terkait sumberSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0099Four-country uranium share
Terkait sumberSignifikansi TinggiGrok
- https://world-nuclear.org/information-library/appendices/australia-s-uranium-mines
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0012Australia 2018 uranium share
Using the Red Book’s Australian figure of 6,526 tU and the revised WNA world total of 54,154 tU produces a 2018 share of 12.05% for Australia.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0038World Nuclear Association data
The current World Nuclear Association table gives a revised 2018 world total of 54,154 tU, while continuing to list Australia's production at 6,517 tU.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0039Australia uranium share corrected
Against the revised World Nuclear Association world total of 54,154 tU, Australia’s share of global uranium production in 2018 is 12.03%, not 12.18%.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0046Australian production 2018
The 2020 edition of Uranium: Resources, Production and Demand, published by the OECD Nuclear Energy Agency and IAEA, states Australian production of 6,526 tonnes of contained uranium in concentrates for 2018.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
The 12.18% figure for Australia's share of global uranium production in 2018 is derived from dividing 6,517 tU by a world total of 53,498 tU.
DiperdebatkanSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0079Inconsistent Australian uranium data
The selected claim's figures for Australia's 2018 uranium production are over-precise and not consistent with the strongest official compilation.
Terkait sumberSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0026Australia 2018 uranium share
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0027World Nuclear Association data
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0028Australia uranium share corrected
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0029Australian production 2018
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
DiperdebatkanSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0034Inconsistent Australian uranium data
Terkait sumberSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0012Australia 2018 uranium share
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0052World Nuclear Association data
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0053Australia uranium share corrected
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0060Australian production 2018
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
DiperdebatkanSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0093Inconsistent Australian uranium data
Terkait sumberSignifikansi TinggiChatGPT
- https://www.nrc.gov/reading-rm/doc-collections/nuregs/staff/sr1501/sr1501.pdf
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
The NRC explicitly excludes the underground ore body depleted by solution extraction from the definition of 11e.(2) byproduct material.
Terkait sumberSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0003Regulated byproduct material
The NRC defines discrete surface wastes from in-situ recovery, heap leaching, and ion exchange as regulated 11e.(2) byproduct material.
Terkait sumberSignifikansi TinggiChatGPT
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
A 2022 NRC-sponsored investigation examined earthen covers at four tailings sites after approximately 20 years in service.
Terkait sumberSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
Terkait sumberSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
C0091Regulated byproduct material
Terkait sumberSignifikansi TinggiChatGPT
M2Nuclear Fuel Origin -> Nuclear Waste
Terkait sumberSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
Terkait sumberSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0003Regulated byproduct material
Terkait sumberSignifikansi TinggiChatGPT
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
Terkait sumberSignifikansi TinggiChatGPT
- https://www.world-nuclear-news.org/Articles/Cameco-shutdown-extended-indefinitely
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0015Canada uranium decline cause
The decline in Canada's uranium output was caused by Cameco's suspension of the McArthur River mine and the Key Lake mill, which began in late January 2018 and was made indefinite in July 2018.
Terkait sumberSignifikansi TinggiGrok
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0056Kazatomprom Reduces Uranium Production
Kazatomprom announced a three-year, 20% reduction in uranium production starting in January 2018, which was intended to align production with oversupplied markets.
Terkait sumberSignifikansi TinggiGrok
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0085Four-country uranium share
The four-country share of global uranium production in 2018 was 75.3% against the later-revised World Nuclear Association (WNA) world total of 54,154 tU.
Terkait sumberSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0040Canada uranium decline cause
Terkait sumberSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0044Kazatomprom Reduces Uranium Production
Terkait sumberSignifikansi TinggiGrok
M2Nuclear Fuel Origin -> Nuclear Waste
C0004Four-country uranium share
Terkait sumberSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0015Canada uranium decline cause
Terkait sumberSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0070Kazatomprom Reduces Uranium Production
Terkait sumberSignifikansi TinggiGrok
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0099Four-country uranium share
Terkait sumberSignifikansi TinggiGrok
The exact baseline import dependency of the United States on bilateral suppliers such as Kazakhstan and Canada.
M1Thorium Systems Invalidate the Conventional Uranium Supply and Tailings Model
C0021US imports from CanadaSelidiki dengan AI
In 2022, the U.S. imported 27% of its natural uranium from Canada.
DisimpulkanSignifikansi TinggiKimi
M3Depleted Uranium and Spent Fuel Are Sustainable Energy Assets, Not Waste
C0022US natural uranium importsSelidiki dengan AI
In 2022, the U.S. imported 25% of its natural uranium from Kazakhstan.
DisimpulkanSignifikansi TinggiKimi
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