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Jan 8 2021 Nuclear plants and Uranium deposits Locations  all waste
website all places below should be  any missing that you know off  enter place at bottom of page 
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Jan 9 2021  I say To Nuclear plants and uranium places Scientist and  Atoms Labs   oil  gas  medical waste  hydrogen  links
I don't know and can not find any news on magnetic  particles and atoms + - and compounds  and iron
Suggest  Try removing some atoms  and compounds that is attracted  and repelled to sides with Magnets   Y    2    or   Y 3 sections tube  sides and center
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results send to all Nuclear and uranium places plants in notepad file sent  need locations of all waste disposed of places 
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Need all locations  about this matter to  : In situ leaching is the process of pumping chemicals into groundwater 
to dissolve uranium in porous rocks
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Jan 10 2021  waste mines sites   where existing water is near by and any nearest wells    water test labs Annalise 
These areas places for testing to be done regular 
and those  strong chemicals used may be a good idea to have on records what the name of each chemicals and ingredients
And have a understanding  the ground water where chemicals used  the fall flow ways  and eventually leads to or ends up at  To Know 
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https://en.wikipedia.org/wiki/List_of_nuclear_power_stations
Uranium Mining Companies Listed In All Countries
https://www.miningfeeds.com/uranium-mining-report-all-countries
All Waste  Accounted-for and there location GPS     (then the Reports needed Time factors)
----------------------------------------------------------------
List of nuclear power stations
From Wikipedia, 
https://en.wikipedia.org/wiki/List_of_nuclear_power_stations
The following page lists all nuclear power stations that are larger than 1,000 MW in current net capacity. 
Those power stations that are smaller than 1,000 MW, and those that are only at a planning or proposal stage, 
may be found in regional lists at the end of the page or in the list of nuclear reactors. 
The list is based on figures from PRIS (Power Reactor Information System) maintained by International Atomic Energy Agency.
.
I added this : Australia has never had a nuclear power station. Australia hosts 33% of the world's uranium deposits 
and is the world's third largest producer of uranium after Kazakhstan and Canada
.
Contents
1	In service
2	Under construction
3	Permanently shut down
4	See also
5	Notes
6	References
7	External links
In service

Aerial view of the Kashiwazaki-Kariwa Nuclear Power Plant

The Kori Nuclear Power Plant

The Bruce Nuclear Generating Station, the world's largest fully operational nuclear power facility

The Zaporizhzhia Nuclear Power Plant

The Gravelines Nuclear Power Station

The Cattenom Nuclear Power Plant

The Hamaoka Nuclear Power Plant

The Ōi Nuclear Power Plant

The Pickering Nuclear Generating Station

The Tricastin Nuclear Power Center

The Chinon Nuclear Power Plant

The Bugey Nuclear Power Plant

The Ringhals Nuclear Power Plant

The Browns Ferry Nuclear Power Plant

The Qinshan Nuclear Power Plant

The Nogent Nuclear Power Plant

The Isar Nuclear Power Plant
This table lists all currently operational power stations with current net capacity over 1,000 MW. 
Some of these may have reactors under construction, but only current net capacity is listed. Capacity of permanently shut-down reactors is not included, 
but capacity of long-term shut-down reactors (today mainly in Japan) is included. Power stations with past net capacity 
over 1,000 MW and current net capacity under 1,000 MW are listed in third table.

Power station	# units[note 1]	Net capacity[note 2]
(MWe)	Country	Location	Refs
Almaraz	2	2,017	 Spain	39°48′29″N 05°41′49″W	 
Angra	2	1,884[note 3]	 Brazil	23°00′30″S 44°28′26″W	 
ANO	2	1,839	 United States	35°18′37″N 93°13′53″W	 
Ascó	2	1,992	 Spain	41°12′00″N 00°34′10″E	 
Atucha	2	1,027	 Argentina	33°58′3″S 59°12′18″W	 
Balakovo	4	3,800	 Russia	52°05′28″N 47°57′19″E	 
Barakah	1	1,345[note 4]	 UAE	23°59′6″N 52°17′1″E	 
Beaver Valley	2	1,738	 United States	40°37′24″N 80°25′50″W	 
Belarusian	1	1,110[note 5]	 Belarus	54°45′43″N 26°7′12″E	[1][2]
Belleville	2	2,620	 France	47°30′35″N 02°52′30″E	[3] 
Beloyarsk	2	1,597[note 6]	 Russia	56°50′30″N 61°19′21″E	
Blayais	4	3,640	 France	45°15′21″N 00°41′35″W	[3]
Braidwood	2	2,330	 United States	41°14′37″N 88°13′45″W	 
Brokdorf	1	1,410	 Germany	53°51′03″N 09°20′41″E	 
Browns Ferry	3	3,300	 United States	34°42′14″N 87°07′07″W	 
Bruce	8	6,430	 Canada	44°19′31″N 81°35′58″W	[4][5]
Brunswick	2	1,858	 United States	33°57′30″N 78°0′37″W	 
Bugey	4	3,580[note 7]	 France	45°48′00″N 05°16′15″E	[3]
Byron	2	2,300	 United States	42°4′27″N 89°16′55″W	 
Callaway	1	1,190	 United States	38°45′42″N 91°46′48″W	 
Calvert Cliffs	2	1,735	 United States	38°25′55″N 76°26′32″W	 
Catawba	2	2,258	 United States	35°3′6″N 81°4′12″W	 
Cattenom	4	5,200	 France	49°24′57″N 06°13′05″E	[3]
Cernavodă	2	1,300	 Romania	44°19′20″N 28°03′26″E	 
Changjiang	2	1,220	 China	19°25′23″N 108°48′45″E	[6]
Chashma	4	1,230	 Pakistan	32°23′25″N 71°27′45″E	 
Chinon	4	3,620[note 8]	 France	47°13′50″N 00°10′14″E	[3]
Chooz	2	3,000[note 9]	 France	50°05′24″N 04°47′22″E	[3]
Civaux	2	2,990	 France	46°27′24″N 00°39′10″E	[3]
Clinton	1	1,043	 United States	40°10′20″N 88°50′06″W	 
Cofrentes	1	1,064	 Spain	39°13′00″N 01°03′00″W	 
Columbia	1	1,107	 United States	46°28′16″N 119°20′02″W	 
Comanche Peak	2	2,367	 United States	32°17′54″N 97°47′06″W	 
Cruas	4	3,660	 France	44°37′59″N 04°45′24″E	[3]
Dampierre	4	3,560	 France	47°43′59″N 02°31′00″E	[3]
Darlington	4	3,512	 Canada	43°52′22″N 78°43′11″W	 
Daya Bay	2	1,888	 China	22°35′52″N 114°32′37″E	[6][7]
Diablo Canyon	2	2,240	 United States	35°12′39″N 120°51′22″W	 
Doel	4	2,911	 Belgium	51°19′29″N 04°15′31″E	 
Donald C. Cook	2	2,069	 United States	41°58′31″N 86°33′57″W	 
Dresden	2	1,734[note 10]	 United States	41°23′23″N 88°16′5″W	 
Dukovany	4	2,040	 Czech Republic	49°05′06″N 16°08′56″E	 
Dungeness	2	1,040[note 11]	 United Kingdom	50°54′50″N 00°57′50″E	 
Edwin I. Hatch	2	1,759	 United States	31°56′03″N 82°20′38″W	 
Fermi	1	1,122[note 12]	 United States	41°57′46″N 83°15′27″W	 
Emsland	1	1,329	 Germany	52°28′27″N 07°19′04″E	 
Fangchenggang	2	2,000[note 13]	 China	21°40′00″N 108°33′47″E	[6]
Fangjiashan	2	2,000	 China	30°26′29″N 120°56′30″E	[6]
Flamanville	2	2,660[note 14]	 France	49°32′11″N 01°52′54″W	[3]
Forsmark	3	3,138	 Sweden	60°24′12″N 18°10′00″E	 
Fuqing	5	5,000[note 15]	 China	25°26′39″N 119°26′46″E	[6]
Genkai	2	2,254[note 16]	 Japan	33°30′56″N 129°50′14″E	[8][9]
Goesgen	1	1,010	  Switzerland	47°21′57″N 07°58′00″E	
Golfech	2	2,620	 France	44°06′24″N 00°50′43″E	[3]
Grand Gulf	1	1,419	 United States	32°0′24″N 91°2′54″W	 
Gravelines	6	5,460	 France	51°00′55″N 02°08′10″E	[3]
Grohnde	1	1,360	 Germany	52°02′07″N 09°24′48″E	 
Gundremmingen	1	1,288[note 17]	 Germany	48°30′53″N 10°24′08″E	 
Haiyang	1	1,000[note 18]	 China	36°42′33″N 121°22′54″E	[6]
Hamaoka	3	3,473[note 19]	 Japan	34°37′25″N 138°08′33″E	[8]
Hanbit	6	5,875	 South Korea	35°24′54″N 126°25′26″E	[10]
Hanul	6	5,928[note 20]	 South Korea	37°5′34″N 129°23′1″E	[10]
Hartlepool	2	1,190	 United Kingdom	54°38′06″N 01°10′51″W	 
Heysham	4	2,400	 United Kingdom	54°01′44″N 02°54′58″W	 
Higashidōri	1	1,067	 Japan	41°11′17″N 141°23′25″E	[8]
Hongyanhe	4	4,122[note 21]	 China	39°47′52″N 121°28′19″E	[6][7]
Hope Creek	1	1,191	 United States	39°28′04″N 75°32′17″W	 
Indian Point	1	1,030[note 22]	 United States	41°16′11″N 73°57′08″W	 
Isar	1	1,410[note 23]	 Germany	48°36′20″N 12°17′35″E	 
Joseph M. Farley	2	1,711	 United States	31°13′23″N 85°06′42″W	 
Kalinin	4	3,800	 Russia	57°54′20″N 35°03′37″E	 
Kashiwazaki-Kariwa	7	7,965[note 24]	 Japan	37°25′45″N 138°35′43″E	[8][11]
Khmelnytskyi	2	1,900[note 25]	 Ukraine	50°18′5″N 26°38′59″E	 
Koeberg	2	1,830	 South Africa	33°40′35″S 18°25′55″E	 
Kola	4	1,644	 Russia	67°28′00″N 32°28′00″E	 
Kori	7	7,489[note 26]	 South Korea	35°19′01″N 129°18′00″E	 
Kozloduy	2	1,906[note 27]	 Bulgaria	43°44′46″N 23°46′14″E	 
Kuosheng	2	1,933	 Taiwan	25°12′11″N 121°39′46″E	[12]
Kudankulam	2	1,834[note 28]	 India	8°10′06″N 77°42′45″E	 
Kursk	4	3,700[note 29]	 Russia	51°40′30″N 35°36′20″E	 
Laguna Verde	2	1,300	 Mexico	19°43′15″N 96°24′23″W	 
LaSalle	2	2,238	 United States	41°14′44″N 88°40′9″W	 
Leibstadt	1	1,190	  Switzerland	47°36′11″N 08°11′05″E	 
Leningrad	2	1,850[note 30]	 Russia	59°50′50″N 29°02′37″E	 
Leningrad II	2	2,167	 Russia	59°49′50″N 29°3′26″E	 
Limerick	2	2,264	 United States	40°13′36″N 75°35′14″W	 
Ling Ao	4	3,876	 China	22°36′17″N 114°33′5″E	[6][7]
Loviisa	2	1,014	 Finland	60°22′20″N 26°20′50″E	 
McGuire	2	2,200	 United States	35°25′57″N 80°56′54″W	 
Maanshan	2	1,841	 Taiwan	21°57′29″N 120°45′6″E	[12]
Millstone	2	2,102[note 31]	 United States	41°18′43″N 72°10′07″W	 
Neckarwestheim	1	1,310[note 32]	 Germany	49°02′30″N 09°10′30″E	 
Nine Mile Point	2	1,764	 United States	43°31′15″N 76°24′25″W	 
Ningde	4	4,072	 China	27°02′46″N 120°17′18″E	[6][7]
Nogent	2	2,620	 France	48°30′55″N 03°31′04″E	[3]
North Anna	2	1,875	 United States	38°03′38″N 77°47′22″W	 
Novovoronezh I	3	1,720[note 33]	 Russia	51°16′30″N 39°12′00″E	 
Novovoronezh II	2	2,228	 Russia	59°49′50″N 29°3′26″E	 
Oconee	3	2,538	 United States	34°47′38″N 82°53′53″W	 
Ōi	2	2,254[note 34]	 Japan	35°32′26″N 135°39′07″E	[8]
Olkiluoto	2	1,740[note 35]	 Finland	61°14′13″N 21°26′27″E	 
Onagawa	2	1,592[note 36]	 Japan	38°24′04″N 141°29′59″E	[8]
Oskarshamn	1	1,400[note 37]	 Sweden	57°24′56″N 16°40′16″E	 
Paks	4	1,889	 Hungary	46°34′21″N 18°51′15″E	 
Palo Verde	3	3,942	 United States	33°23′21″N 112°51′54″W	 
Paluel	4	5,320	 France	49°51′29″N 00°38′08″E	[3]
Penly	2	2,660	 France	49°58′36″N 01°12′43″E	[3]
Peach Bottom	2	2,234[note 38]	 United States	39°45′30″N 76°16′05″W	 
Perry	1	1,240	 United States	41°48′03″N 81°08′36″W	 
Pickering	6	3,094[note 39]	 Canada	43°48′42″N 79°03′57″W	 
Point Beach	2	1,182	 United States	44°16′52″N 87°32′12″W	 
Prairie Island	2	1,114	 United States	44°37′18″N 92°37′59″W	 
Qinshan	7	4,101	 China	30°26′08″N 120°57′23″E	[6][7]
Quad Cities	2	1,774	 United States	41°43′35″N 90°18′36″W	 
Rajasthan	6	1,085[note 40]	 India	24°52′20″N 75°36′50″E	 
Ringhals	3[note 41]	3,073	 Sweden	57°15′35″N 12°06′39″E	 
Rivne	4	2,645	 Ukraine	51°19′40″N 25°53′30″E	 
Rostov	4	3,922	 Russia	47°35′58″N 42°22′19″E	 
Saint-Alban	2	2,670	 France	45°24′16″N 04°45′16″E	[3][13]
Saint-Laurent	2	1,830[note 42]	 France	47°43′12″N 01°34′39″E	[3]
Saint Lucie	2	1,678	 United States	27°20′55″N 80°14′47″W	 
Salem	2	2,332	 United States	39°27′46″N 75°32′08″W	 
Sanmen	1	1,000[note 43]	 China	29°06′04″N 121°38′23″E	[6]
Seabrook	1	1,247	 United States	42°53′56″N 70°51′03″W	 
Sendai	2	1,692	 Japan	31°50′01″N 130°11′23″E	[8]
Sequoyah	2	2,278	 United States	35°13′35″N 85°05′30″W	 
Shika	2	1,613	 Japan	37°03′40″N 136°43′35″E	 
Sizewell-B	1	1,188	 United Kingdom	52°12′48″N 01°37′07″E	 
Smolensk	3	2,775	 Russia	54°10′09″N 33°14′48″E	 
South Texas	2	2,560	 United States	28°47′44″N 96°02′56″W	 
South Ukraine	3	2,850	 Ukraine	47°49′00″N 31°13′00″E	 
Surry	2	1,638	 United States	37°09′56″N 76°41′52″W	 
Susquehanna	2	2,429	 United States	41°05′20″N 76°08′56″W	 
Taishan	2	3,320	 China	21°54′34″N 112°58′45″E	[6]
Takahama	4	3,220	 Japan	35°31′20″N 135°30′17″E	[8]
Tarapur	4	1,280	 India	19°49′40″N 72°39′40″E	 
Temelin	2	2,052	 Czech Republic	49°10′48″N 14°22′34″E	 
Tianwan	5	5,070[note 44]	 China	34°41′13″N 119°27′35″E	[6][7]
Tihange	3	3,016	 Belgium	50°32′05″N 05°16′21″E	 
Tokai	1	1,060[note 45]	 Japan	36°27′59″N 140°36′24″E	[8]
Tomari	3	1,966	 Japan	43°02′10″N 140°30′45″E	[8]
Torness	2	1,205	 United Kingdom	55°58′05″N 02°24′33″W	 
Tricastin	4	3,660	 France	44°19′47″N 04°43′56″E	[3]
Trillo	1	1,003	 Spain	40°42′04″N 02°37′19″W	 
Tsuruga	1	1,108[note 46]	 Japan	35°40′22″N 136°04′38″E	[8]
Turkey Point	2	1,658	 United States	25°26′03″N 80°19′50″W	 
Vandellòs	1	1,045[note 47]	 Spain	40°57′05″N 00°52′00″E	 
Vogtle	2	2,302[note 48]	 United States	33°08′35″N 81°45′57″W	 
Waterford	1	1,168	 United States	29°59′43″N 90°28′16″W	 
Watts Bar	2	2,288	 United States	35°36′10″N 84°47′22″W	 
Wolf Creek	1	1,160	 United States	38°14′20″N 95°41′20″W	 
Wolseong	5[note 49]	3,835	 South Korea	35°42′40″N 129°28′30″E	 
Yangjiang	6	6,000	 China	21°42′35″N 112°15′38″E	[6]
Zaporizhzhia	6	5,700	 Ukraine	47°30′44″N 34°35′09″E	 
Under construction

The Lungmen Nuclear Power Plant under construction (now halted)
This table lists stations under construction or operational stations with under-construction reactors and current net capacity under 1,000 MW. 
Planned connection column indicates the connection of first reactor, not thus whole capacity.

Power station	No. of
units	Net capacity
under construction
(MW)	Construction
start	Planned
connection	Country	Location
Akkuyu	2	2,228	2015	2023	 Turkey	36°08′40″N 33°32′28″E
Bushehr	2	1,830[note 50]	2019	2024	 Iran	28°49′47″N 50°53′10″E
Hinkley Point C	2	3,300	2018	2026	 United Kingdom	51°12′22″N 3°8′38″W
Kakrapar	4	1,664[note 51]	2010	2022	 India	21°14′19″N 73°21′00″E
Karachi	3	2,118[note 52]	2013	2021	 Pakistan	24°50′49.8″N 66°47′17.7″E
Mochovce	4	1,752[note 53]	1987	2020	 Slovakia	48°15′50″N 18°27′25″E
Ōma	1	1,325	2010	2025	 Japan	41°30′35″N 140°54′37″E
Rooppur	2	2,160	2017	2023	 Bangladesh	24°4′0″N 89°2′50″E
Shimane[8]	1	1,373[note 54]	2007	?	 Japan	35°32′18″N 132°59′57″E
Zhangzhou	2	2,252	2019	2024	 China	23°49′45″N 117°29′30″E
Permanently shut down

The site of former Greifswald Nuclear Power Plant
This table lists stations that are permanently shut down and had net capacity over 1,000 MW. Stations with both operational 
and permanently shut-down reactors and current capacity under 1,000 MW (but in the past over 1,000 MW) are also listed.

Power station	Past capacity (MW)	Country	Location
Barsebäck	1,200	 Sweden	55°44′40″N 12°55′15″E
Biblis	2,407	 Germany	49°42′36″N 08°24′55″E
Bohunice	1,760 [note 55]	 Slovakia	48°29′40″N 17°40′55″E
Chin Shan[12]	1,208	 Taiwan	25°17′10″N 121°35′15″E
Chernobyl	3,515	 Ukraine	51°23′22″N 30°05′57″E
Fessenheim	1,760	 France	47°54′11″N 07°33′47″E
Fukushima Daiichi	4,546	 Japan	37°25′17″N 141°01′57″E
Fukushima Daini	4,400	 Japan	37°19′10″N 141°01′16″E
Grafenrheinfeld	1,275	 Germany	49°59′02″N 10°11′05″E
Greifswald	2,040	 Germany	54°08′26″N 13°39′52″E
Ignalina	2,370	 Lithuania	55°36′16″N 26°33′36″E
Ikata	1,922[note 56]	 Japan	33°29′27″N 132°18′41″E
Krümmel	1,346	 Germany	53°24′36″N 10°24′32″E
Mihama[8]	1,570[note 57]	 Japan	35°42′09″N 135°57′48″E
Mülheim-Kärlich	1,219	 Germany	50°24′29″N 07°29′24″E
Philippsburg	2,292	 Germany	49°15′09″N 08°26′11″E
Three Mile Island	1,685	 United States	40°09′14″N 76°43′29″W
San Onofre	2,586	 United States	33°22′08″N 117°33′18″W
Superphénix	1,200	 France	45°45′30″N 05°28′20″E
Trojan	1,095	 United States	46°02′18″N 122°53′06″W
Unterweser	1,345	 Germany	53°25′40″N 08°28′49″E
Zion	2,080	 United States	42°26′47″N 87°48′11″W
See also
List of nuclear reactors — shows individual reactors and dates
List of boiling water reactors
List of small modular reactor designs
Lists of nuclear disasters and radioactive incidents
Nuclear power by country
Notes
 Units in service only
 Reference Unit Power
 1,245 MW reactor under construction
 Another 3 reactors with 4,035 MW total under construction
 1 reactors with 1,110 MW under construction
 2 reactors with 248 MW permanently shut down
 540 MW reactor permanently shut down
 3 reactors with 610 MW permanently shut down
 305 MW reactor permanently shut down
 197 MW reactor permanently shut down
 2 reactors with 450 MW permanently shut down
 61 MW reactor permanently shut down
 2 reactors with total 2000 MW under construction
 1600 MW reactor under construction
 1 reactor with 1,000 MW under construction
 2 reactors with 1,058 MW permanently shut down
 2 reactors with 1,521 MW permanently shut down
 1 reactors with 1,000 MW under construction
 2 reactors with 1,321 MW permanently shut down
 2 reactors with 2,680 MW under construction
 2 reactors with 2,000 MW under construction
 2 reactors with 1,255 MW permanently shut down
 878 MW reactor permanently shut down
 All reactors shut down since 2011
 Another 1,900 MW under construction
 576 MW reactor permanently shut down; 2 reactors with total 2,680 MW under construction
 4 reactors with 1,632 MW permanently shut down
 917 MW reactor under construction
 2 reactors with total 2,230 MW under construction
 2 reactors with total 1,850 MW permanently shut down
 641 MW reactor permanently shut down
 785 MW reactor permanently shut down
 2 reactors with 533 MW permanently shut down
 2 reactors with 2,240 MW permanently shut down
 1,600 MW reactor under construction
 1 reactor with 498 MW permanently shut down
 638 MW and 473 MW reactors permanently shut down
 40 MW reactor permanently shut down
 2 reactors with 1030 MW permanently shut down
 reactor with 630 MW under construction
 907 MW reactor permanently shut down
 2 reactors with 855 MW permanently shut down
 1 reactor with 1000 MW under construction
 1 reactor with 1,000 MW under construction
 137 MW reactor permanently shut down
 340 MW reactor permanently shut down
 480 MW reactor permanently shut down
 2 reactors with 2,234 MW under construction
 661 MW reactor permanently shut down
 one 915 MW reactor is operational
 two 202 MW reactors are operational
 one 90 MW reactor is operational
 two 872 MW reactors operational
 1 reactor with 789 MW operational, 1 reactor with 439 MW permanently shut down
 2 reactors with 942 MW are operational, 3 reactors are permanently shut down
 1 reactor with 846 MW is operational
 1 reactor with 780 MW is operational
References
 "BELARUSIAN-1". pris.iaea.org. International Atomic Energy Agency. Retrieved 2020-11-07.
 "BELARUSIAN-2". pris.iaea.org. International Atomic Energy Agency. Retrieved 2020-11-07.
 "Nuclear Power Plants in France". Gallery. Power Plants Around The World. 1 February 2012. Archived from the original on 18 February 2014. Retrieved 28 February 2014.
 Bruce the largest nuclear generating facility in the world Archived 2013-01-02 at Archive.today
 "Bruce Power increases output though innovation and efficiency". Bruce Power. Retrieved 30 November 2019.
 "Nuclear Power Reactors in China". International Atomic Energy Agency (IAEA). Archived from the original on 18 November 2015. Retrieved 15 July 2017.
 "Nuclear Power Plants in China". Gallery. Power Plants Around The World. 11 January 2014. Retrieved 28 February 2014.
 "Nuclear Power Plants in Japan". Gallery. Power Plants Around The World. 12 February 2014. Retrieved 28 February 2014.
 "Genkai Nuclear Power Plant". Global Energy Observatory. Archived from the original on 28 February 2014. Retrieved 28 February 2014.
 "Nuclear Power Reactors in South Korea". International Atomic Energy Agency (IAEA). Archived from the original on 2014-03-03. Retrieved 2014-03-09.
 "Kashiwazaki Kariwa Nuclear Power Plant". Global Energy Observatory. Archived from the original on 28 February 2014. Retrieved 28 February 2014.
 "Nuclear Power Reactors in Taiwan". International Atomic Energy Agency (IAEA). Archived from the original on 2018-10-10. Retrieved 2018-10-10.
 "Nuclear Power Reactors in France". International Atomic Energy Agency (IAEA). Archived from the original on 2014-03-29. Retrieved 2014-03-09.
External links
PRIS (Power Reactor Information System) database maintained by International Atomic Energy Agency
World Nuclear Power Reactors database maintained by World Nuclear Association
vte
Lists of nuclear power stations
vte
Lists of power stations
By region	
Africa	
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By type	
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Largest power stations Largest hydroelectric stations Least carbon-efficient stations
===========================================================================================================
I say Locations and waste uranium need to be accountant for  if you could put some people on this project 
Information to a website would be good
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Uranium Mining Companies Listed In All Countries
Category/Country Filter

Uranium
All Countries
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(Show all)	Company  		 
BHP Billiton Ltd.	
Rio Tinto Ltd.	
Cameco Corp.	
Uranium Participation Corp.	
Altius Minerals	
Fission Uranium Corp.	
Uranium Energy Corp.	
Antoro Resources	
Starfire Minerals Inc.	
Liontown Resources Ltd.	
Berkeley Resources Ltd.	
Arafura Resources Limited	
Wealth Minerals Ltd.	
Deep Yellow Ltd.	
UEX Corp.	
Ucore Rare Metals Inc.
Golden Valley Mines Ltd.	
Toro Energy Ltd	
Consolidated Abaddon Resources	
Matrix Metals Ltd.	
Wind River Resources	
Azimut Exploration Inc.	
Globex Mining Enterprises Inc.	
Red Metal Ltd.	
Encounter Resources Ltd.	
Adelaide Resources Ltd.	
Purepoint Uranium Group Inc.	
Jindalee Resources Ltd.	
Pinetree Capital Ltd.	
Quaterra Resources Inc.	
Energy Ventures Ltd.

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Jan 8 2021 Folder file for : Nuclear waste and products and Uranium Mines and waste      Problems that may accure and what to do 
.
Jan 8 2021 7pm  Uranium closes down  and Disposal words I mentioned
Melbourne AM radio news     
(I say over the many years  where has all the Uranium gone to from Plants ) 
Australia  NT 
Business NT: Ranger uranium mine near Jabiru ceases ...
https://www.ntnews.com.au/business/australias-longest-running-uranium...
Australia’s longest running uranium mine, ERA’s Ranger uranium mine near Jabiru, 
ceases production after 40 years of operation GARY SHIPWAY , NT News January 8, 2021 12:00am
.
Dec 11 2020   Ukrainian  
Ukrainian uranium mines shut down amidst protest wave ...
https://www.wsws.org/en/articles/2020/12/11/ukr-d11.html
11/12/2020 · Three uranium mines have been shut down in the Kirovohrad region of central Ukraine over disputed payments 
between the state nuclear energy company Energoatom and …
.
Dec 8 2020  Last uranium mine Europe 
Last uranium mines in Europe shut down over insufficient ...
https://www.kitco.com/news/2020-12-08/Last-uranium-mines-in-Europe...
8/12/2020 · (Kitco News) - Local media reported yesterday that all three uranium mines in Ukraine have been shut down 
due to insufficient funding. These mines are the last commercial producers of uranium in Europe. 
In the state-owned uranium shafts in the Kirovohrad area, only the essential services for ventilation, 
pumping and water treatment are working.
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Nevada   Low-level waste  incinerated in a container that is subsequently buried a landfill  and there are few permanent disposal sites
more than 29,000 tons of spent fuel rods   worldwide.   In the United States, 
many of those rods still sit idle near power plants, because there are few permanent disposal sites
.
Where is nuclear waste disposal in Nevada?
In short, no one wants nuclear waste near their communities, even if it's buried many miles away in a vault in the desert. 
The proposed Yucca Mountain storage facility, located in Nevada about 100 miles (160.9 kilometers) northwest of Las Vegas, 
is a good example of the problems associated with nuclear waste disposal.
How does nuclear waste disposal work? 
science.howstuffworks.com/nuclear-waste-disposal.htm
.
The reactors in nuclear power plants use fuel in the form of ceramic uranium dioxide pellets that are sealed within metal rods. 
After the usable uranium is gone from the rods, the rods must be disposed of. But first, the rods are often processed 
with chemicals to draw out any unused uranium; this results in HLW, which is liquid waste. Then the rods are usually 
stored in pools of water near the reactor until a permanent location is prepared.
As of this writing, there are more than 29,000 tons of spent fuel rods worldwide. In the United States, 
many of those rods still sit idle near power plants, because there are few permanent disposal sites.

Low-level waste (often from hospitals or labs) can often be compacted or incinerated in a container that is subsequently buried a landfill. 
Intermediate-level waste (reactor components, chemicals and similar wastes), which have higher levels of radioactivity, 
may be solidified in concrete or bitumen and then buried deep underground.

HLW comprises only a tiny percentage of all nuclear waste but accounts for 95 percent of the radioactivity given off by nuclear waste. 
For storage, it may be transformed into a glass, which is then sealed inside stainless-steel containers 
that are entombed far below the Earth's surface at government-approved sites. Sometimes HLW is stored in underground tanks or silos, too.
Finding suitable locations for radioactive waste is no easy task. In short, no one wants nuclear waste near their communities, 
even if it's buried many miles away in a vault in the desert. The proposed Yucca Mountain storage facility, 
located in Nevada about 100 miles (160.9 kilometers) northwest of Las Vegas, is a good example of the problems associated with nuclear waste disposal.
.
Colarado 
Colorado uranium disposal site gets extension to stay open
https://ca.news.yahoo.com/colorado-uranium-disposal-gets-extension...
29/12/2020 · A U.S. Department of Energy uranium mill tailings disposal facility in Colorado has received 
an extension in the federal coronavirus relief and spending bill that could see the waste site remain open until 2031. 
The bill signed on Sunday by President Trump extends the life of the site through 2031 or until it is full. 
The Department of Energy had been planning to fully shut down the facility ...
.
.
Effects of Nuclear Waste Disposal
If disposed of properly, nuclear waste disposal need not have any negative effects. Instead, 
nuclear waste can lie in its storage place for many thousands of years until it is no longer radioactive 
and dangerous without being disturbed. However, if the nuclear waste is improperly disposed of or 
if the disposal methods are compromised, there can be serious consequences and effects of nuclear waste disposal.
https://www.conserve-energy-future.com/dangers-and-effects-of-nuclear-waste-disposal.php#:~:text=Nuclear%20waste%20
disposal%20or%20radioactive%20waste%20management%20is,as%20possible%20to%20life%20%28whether%20animal%20or%20plant%29.
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Jan 8 2021  ( I GD say Uranium Mines places  Waste disposal  areas places )
I say mapping all the places and Wells in the future from the ground water leading into any water wells and no drilling aloud  
Govs  Policy   
On a Website for others to read would be good     Place some people on it  Go Back check on all locations GPS and there disposal way   
then what must you do write down for some locations and disposals  then  ACT  soon or set a time about 
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Jan 8 2021 7pm Melbourne AM radio news and said 
Anthony Albanese taken to hospital after car crash in Sydney's inner west
https://www.smh.com.au/national/anthony-albanese-taken-to-hospital-after-car-crash-in-sydney-s-inner-west-20210108-p56ssd.html
.
Opposition Leader Anthony Albanese has been taken to hospital after a car crash in Sydney's inner west on Friday afternoon.
A spokesman for the federal Labor MP said Mr Albanese was "heavily shaken but he is OK" following the collision with another car in Marrickville.
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Jan 9 2021 radioactive materials  where does it go to in each state country  
The numerous sources of nuclear waste include medical waste, industrial waste, 
and tailings from naturally occurring radioactive materials in metallic ores, coal, oil, and gas. 
A radioactive compound of interest is tritium, or H-3, which is the radioactive isotope of hydrogen.
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Jan 9 2021  I say To Nuclear plants and uranium places Scientist and  Atoms Labs   oil  gas  medical waste  hydrogen  links
I don't know and can not find any news on magnetic  particles and atoms + - and compounds  and iron
Suggest  Try removing some atoms  and compounds that is attracted  and repelled to sides with Magnets   Y    2    or   Y 3 sections tube  sides and center
I can only think of it will reduce time factor  a step in  neutralize  Uranium  nuclear waste
results send to all Nuclear  and uranium places plants in notepad file sent  need locations of all waste places 
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Jan 9 2021  Nuclear Control rods  and say solids and materials  items 
Control rods are used in nuclear reactors to control the fission rate of uranium and/or plutonium. 
Their compositions includes chemical elements such as boron, cadmium, silver, and/or indium, 
that are capable of absorbing many neutrons without themselves fissioning. 
.
Not sure I said something 
Nuclear Control rods  and say solids and materials  items  absorbed 
Thoughts wash soak in a cylinder tube that just fits say and fill with water solution
then apply magnetics Half around or then Full around cylinder tube retract things elements neutralize like 
Options apply Signal Magnetic waves a thought to 
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Jan 10 2021 
Notes found Rocks boulders rings a bell  from a food food recall location   google maps 
In some news file : Jan 9 2021  Food recall ANZFA   Australia   El Cielo White Corn Tortillas Light Flavour 14cm 260g      145   King st  
.
Radioactive Waste From Uranium Mining and Milling
Radiation Facts
Regardless of how uranium is removed from rock, the extraction process creates radioactive wastes. 
If not managed properly, mining waste and mill tailings can contaminate the environment.
Uranium is a naturally-occurring radioactive element that has been mined and used for its chemical properties 
for more than a thousand years. It is now primarily used as fuel for nuclear reactors that make electricity. 
Uranium can be recovered in two ways: by conventional mining of the rock (ore), 
or by using strong chemicals to dissolve uranium from the rock that is still in the ground and pumping it to the surface.
.
Industries in the United States recover uranium from the Earth through mining or chemical extraction.
Mining: When uranium is near the surface, miners dig the rock out of open pits. Open pit mining strips away 
the topsoil and rock that lie above the uranium ore. When uranium is found deep underground, 
miners must dig underground mines to reach it. The rock is then removed through underground tunnels.
In situ leaching: “In situ” is Latin for “in place.” In situ leaching is the process of pumping chemicals into groundwater 
to dissolve uranium in porous rocks. When uranium is located in an area saturated by groundwater, 
then in situ leaching may be used instead of conventional mining. After the chemicals are put into the ground, 
the liquid containing uranium is pumped to the surface through wells and then processed to recover the uranium. 
This is the most commonly used uranium extraction method in the United States.
Once the uranium ore is extracted from the Earth, it must be processed to get the uranium from the ore. 
There are a few processes that can be used to recover uranium:
.
I say all the  water places  GPS mapping needed  Time factor  strong chemicals into ground water  
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