| Contents | Preface | 1 | 2 | 3 | 4 | 5 | 6 | References |
1. Uranium production in Europe
Overview
Uranium production figures are still not freely available in all countries. The statistics published by OECD on a regular basis (the last in 1994) still show major gaps, in particular for the former Soviet Union and China.
Three European countries are found within the top seven in the thus incomplete world ranking list of uranium producing countries with the highest total production since World War II: Germany (East), Czechoslovakia, and France. The European uranium producing countries together have produced more uranium than any other country. Since the rapid decline of uranium prices in the early eighties and the political changes in the late eighties, the situation has changed very much. Uranium is now no longer produced for political reasons without concern for cost, and only the most cost-effective production centers survive. Furthermore, the large stockpile accumulated during the Cold War era is now being sold on the market. The most recent figures available are those for the year 1992: They indicate the new situation; but the changes were still in course in 1992.
| 1946-1992 total |
1992 | |||
| USA | 339.290 | CANADA | 9.297 | |
| CANADA | 257.692 | NIGER | 2.964 | |
| GERMANY (East) | 217.791 | RUSSIA | 2.9001 | |
| SOUTH AFRICA | 143.302 | KAZAKHSTAN | 2.8001 | |
| CZECHOSLOVAKIA | 102.245 | UZBEKISTAN | 2.700 | |
| KAZAKHSTAN | 72.0001 | AUSTRALIA | 2.334 | |
| FRANCE | 68.174 | USA | 2.200 | |
| NAMIBIA | 56.6821 | FRANCE | 2.149 | |
| NIGER | 54.143 | NAMIBIA | 1.6841 | |
| AUSTRALIA | 25.600 | SOUTH-AFRICA | 1.669 | |
| ZAIRE | 25.600 | CZECHOSLOVAKIA | 1.539 | |
| GABON | 22.226 | UKRAINE | 1.0001 | |
| BULGARIA | 21.0002 | CHINA | 800 | |
| RUMANIA | 16.850 | GABON | 540 | |
| HUNGARY | 16.718 | HUNGARY | 412 | |
| INDIA | 5.9201 | INDIA | 2901 | |
|
Production (tonnes U) |
||||
| 1946-1992 total |
1992 | |||
| GERMANY (East) | 217.791 | FRANCE | 2.149 | |
| CZECHOSLOVAKIA | 102.245 | CZECHOSLOVAKIA | 1.539 | |
| FRANCE | 68.174 | UKRAINE | 1.0001 | |
| BULGARIA | 21.0002 | HUNGARY | 412 | |
| RUMANIA | 16.850 | GERMANY | 232 | |
| HUNGARY | 16.718 | SPAIN | 187 | |
| SPAIN | 3.774 | RUMANIA | 120 | |
| PORTUGAL | 3.568 | BULGARIA | 901 | |
| POLAND | 1.0004 | BELGIUM | 363 | |
| GERMANY (West) | 699 | PORTUGAL | 28 | |
| BELGIUM | 4903 | SLOVENIA | 2 | |
| YUGOSLAVIA | 382 | |||
| SWEDEN | 200 | |||
| FINLAND | 30 | |||
| UKRAINE | ? | |||
1. OECD secretariat estimate
2. [UI1994], p.22/23
No estimates available for total production of USSR and China
[OECD1994], p.36
3.as by-product from imported phosphates
4.estimate by Kersting, cited according to [OECD1992], p.42; [OECD1994], p.36
2. [UI1994], p.22/23
No estimates available for total production of USSR and China
[OECD1994], p.36
3.as by-product from imported phosphates
4.estimate by Kersting, cited according to [OECD1992], p.42; [OECD1994], p.36
The three largest producers German Democratic Republic, Czechoslovakia and
France together have produced 86 % of the uranium produced in Europe (without USSR) since World
War II. The producers located in the Eastern Bloc held an 83 % share in the total production.
89 % of Western Europe's 17 % share in the total production was produced by France.
Uranium mining in Germany is characterized by its completely different developments in both
parts of the country: while only a few ore deposits were explored in the Western part, the
third-largest uranium mining province in the world developed in the Eastern part.
Immediately after the end of World War II, the Soviets started exploration and mining of
uranium in the historic mining provinces in the Ore Mountains. Subsequently, Wismut developed
the largest uranium mining province in Europe in the Southern part of the German Democratic
Republic.
"Wismut" is the short name of the mining company in East Germany. From 1946 to 1953, it was a Soviet stock corporation; so the complete name was "SAG Wismut", where SAG stands for Sowjetische Aktiengesellschaft. From 1954 to 1991, it was a Soviet-German stock corporation (50%/50%); so the complete name was "SDAG Wismut", where SDAG stands for Sowjetisch-Deutsche Aktiengesellschaft. In December 1991, the company was completely taken over by the government of then united Germany and was converted to a limited company; the name thus is now "Wismut GmbH", where GmbH stands for Ltd. But during all these years, the company was usually referred to as simply "Wismut".
Between 1946 and 1990, Wismut produced a total of around 220,000 tonnes of uranium. During peak times, production exceeded 7000 tonnes per year. For subsequent processing, all uranium produced was delivered to the Soviet Union. Initially, the uranium produced was exclusively used for nuclear weapons; later it was also used for nuclear power plants.
Wismut's staff in the early years is estimated to have been up to 100,000, among them many in forced labour. In the mid-eighties, the staff figures were around 27,000. More than 400,000 people have been working with Wismut at one time or another.
At the end of 1990, uranium mining was discontinued as a consequence of the German unification. Since 1991, Wismut carries out the work necessary for shut down and reclamation with drastically reduced numbers of employees (late 1994: 4600). The government estimates the clean-up period at 10 - 15 years, at costs of DM 13 billion (US$ 9.3 billion). Since no reserves were saved by the former operators, the clean-up has to be funded from the Federal budget.
In the beginning, Wismut's uranium mining focused on the locations Johanngeorgenstadt/Aue/Schlema in the Saxonian part of the Ore Mountains, later also on Ronneburg in Eastern Thuringia, and Freital/Dresden-Gittersee and Königstein near Dresden. In addition to these major sites, there exist many other places where uranium was explored or temporarily mined.
The contents of uranium of the ore extracted by Wismut was 251,000 tonnes; the amount of uranium produced in concentrate form from the ore was lower, due to production losses. The production figures of the various regions are shown in the following table [Hähne1993]:
Germany
"Wismut" is the short name of the mining company in East Germany. From 1946 to 1953, it was a Soviet stock corporation; so the complete name was "SAG Wismut", where SAG stands for Sowjetische Aktiengesellschaft. From 1954 to 1991, it was a Soviet-German stock corporation (50%/50%); so the complete name was "SDAG Wismut", where SDAG stands for Sowjetisch-Deutsche Aktiengesellschaft. In December 1991, the company was completely taken over by the government of then united Germany and was converted to a limited company; the name thus is now "Wismut GmbH", where GmbH stands for Ltd. But during all these years, the company was usually referred to as simply "Wismut".
Between 1946 and 1990, Wismut produced a total of around 220,000 tonnes of uranium. During peak times, production exceeded 7000 tonnes per year. For subsequent processing, all uranium produced was delivered to the Soviet Union. Initially, the uranium produced was exclusively used for nuclear weapons; later it was also used for nuclear power plants.
Wismut's staff in the early years is estimated to have been up to 100,000, among them many in forced labour. In the mid-eighties, the staff figures were around 27,000. More than 400,000 people have been working with Wismut at one time or another.
At the end of 1990, uranium mining was discontinued as a consequence of the German unification. Since 1991, Wismut carries out the work necessary for shut down and reclamation with drastically reduced numbers of employees (late 1994: 4600). The government estimates the clean-up period at 10 - 15 years, at costs of DM 13 billion (US$ 9.3 billion). Since no reserves were saved by the former operators, the clean-up has to be funded from the Federal budget.
In the beginning, Wismut's uranium mining focused on the locations Johanngeorgenstadt/Aue/Schlema in the Saxonian part of the Ore Mountains, later also on Ronneburg in Eastern Thuringia, and Freital/Dresden-Gittersee and Königstein near Dresden. In addition to these major sites, there exist many other places where uranium was explored or temporarily mined.
The contents of uranium of the ore extracted by Wismut was 251,000 tonnes; the amount of uranium produced in concentrate form from the ore was lower, due to production losses. The production figures of the various regions are shown in the following table [Hähne1993]:
| Ore deposit type | location | production |
| Hydrothermal | Ore Mnts./Vogtland | 103,000 t |
| Sedimentary metamorphose Paleozoic | Ronneburg | 113,000 t |
| Carbonate Zechstein | Culmitzsch | 12,000 t |
| Lower Permian coal | Dresden/Freital | 4,000 t |
| Cretaceous sedimentary | Königstein | 19,000 t |
The uranium was mined in open pits and in underground mines. The largest open pit called
"Lichtenberg" is located near
Ronneburg. Its initial depth was 240 meters; after being partly refilled, the depth was
still 160 meters at an open volume of 80 million m3 in 1990. After depletion of the
ore deposits located near the surface, mining continued at this place to depths of 500 meters.
In the Ore Mountains, depths of 2000 meters were even reached; due to the high temperatures at
these depths, the mines had to be air conditioned at high cost.
During the early years, the ore extracted was processed in small mechanical processing plants located near the mines. From the 1950's, processing was concentrated in two large uranium mills including chemical treatment in Crossen near Zwickau and Seelingstädt near Gera/Ronneburg. In addition, two smaller mills were in operation in Freital and Dresden-Gittersee until 1962.
A special case is the Königstein mine. This underground mine was switched to in-situ leaching in the early eighties: the ore was no longer removed from the deposit, but sulfuric acid was injected into the ore deposit to leach the uranium on site.
The grade of the ores produced by Wismut in the last years was only around 0.07 % uranium, a comparatively low value. Correspondingly, mining cost and amounts of waste and tailings produced were rather high. In 1990, Wismut's production cost was DM 380.50 per kg of uranium [Pfueller1994]; this corresponds to 90 $/lb U3O8, while the world market price was around 10 $/lb U3O8.
In the western part of Germany, several uranium deposits were discovered and explored in the highlands, but no commercial uranium mining developed there. Test mines existed in Ellweiler (Rhineland-Palatinate), Baden-Baden/Gernsbach in the northern part of the Black Forest, Menzenschwand in the southern part of the Black Forest, Mähring and Poppenreuth in Northern Bavaria, and Großschloppen in the Fichtel Gebirge. The only uranium mill was in operation from 1961 to 1989 at Ellweiler. It has produced a total of around 700 tonnes of uranium, mainly from Menzenschwand ores. After protests by environmental activists, it was shut down in 1989, for exceeding radiation release limits from the associated mill tailings dump. In Mähring, heap leaching was continued for some period of time after the shut down of the test mine. At the end of the eighties, all uranium exploration and mining activities in Western Germany were discontinued due to the low uranium market price.
Uranium mining began immediately after the end of World War II in the historic mining
province on the Czech side of the Ore Mountains at Jáchymov and surroundings; these
deposits were depleted in the sixties. Further deposits were discovered and mined in various
areas of Bohemia and Moravia. The annual production was in the range of 2500 - 3000 tonnes of
uranium between 1955 and 1988. The total production was 102,245 tonnes from 1946 to 1992. The
uranium was shipped to the Soviet Union for further processing. The mining was performed by the
state enterprise CSUP s.p. (Ceskoslovensky Uranovy Prumysl s.p.)., which changed its name to
DIAMO s.p. in 1992.
The largest uranium province was Príbram; 38.9 % of the uranium was produced there, at an annual production of up to 2000 tonnes. After the political changes, mining was discontinued at this site due to depletion of the deposit. The same happened at the West Bohemian site of Zadní Chodov and at the South Bohemian site Okrouhlá Radoun. The North Bohemian Hamr na Jezere mine with the Stráz pod Ralskem mill is now being decommissioned.
At the South Bohemian site of Mydlovary near Budweis, a uranium mill was in operation, processing exclusively uranium ore that was supplied from other sites.
Uranium mining is still in operation at a reduced production rate at the West Moravian Rozná mine with the associated Dolní Rozínka mill.
In Stráz pod Ralskem moreover, the in-situ leaching technology was used on a large scale: The ore deposit is located in Cretaceous sandstones with grades of 0.08 - 0.15 % uranium. In an area of 5.6 km2, 9340 wells were drilled from the surface into the deposit. Diluted sulfuric acid was injected as a leaching agent through some of the wells, while the uranium bearing liquid was pumped from the others.
After the political changes, it was planned to keep the uranium production at a level sufficient to supply the reactor related uranium needs of the country. The only operating nuclear power plant in the Czech Republic, Dukovany (4 x 408 MW), needs 1632 tonnes per year; after the start of the still uncompleted Temelin plant (2 x 892 MW), the demand will approximately double. But, due to the high production cost, uranium mining will now be further reduced.
No uranium mining took place in the territory of Slovakia since its formation as a sovereign
state (1 January 1993), but during its affiliation to Czechoslovakia, some uranium mining was
undertaken in the areas of Novoveská Huta - Murán - Hnilcík and Kalnica -
Selec in the West Carpathians. [OECD1994, p.223]
Uranium mining took place in Poland at various locations in the Sudety Mountains near
the Czech border (in the Jelenia Góra and Walbrzych districts) from 1948 to 1963. A
total of 26,000 workers was employed in the mines. From 1963 to 1972, a uranium mill was in
operation at Kowáry, to process the uranium contained in the waste rock piles of the
shut down mines [Norman1993].
The total uranium production of Poland is estimated at 1000 tonnes [OECD1992].
There exists only one uranium ore deposit in Hungary. It is located in the south of the country
at the foot of the Mecsek Mountains at the Western border of the city of Pécs. Before
1989, production was 500 - 550 tonnes of uranium per year from ores at grades of 0.1 % and was
completely shipped to the Soviet Union. The total production until 1992 amounts to 16,718
tonnes of uranium. The production declined to 413 tonnes in 1994.
From 1956 to 31 March 1992, mining was performed by the state owned Mecseki
Ércbányászati Vállalat (MEV), and since then by Mecsekurán
LLC. The number of employees declined from 7454 in 1985 to 1855 in 1992. After the political
changes, it was planned to continue production at the level of the domestic nuclear power-plant
needs. The Paks plant (4 x 425 MW) has a demand of 420 tonnes of uranium per year. But at the
end of 1994, the decision was made to completely shut down the mine until 1997, due to the high
production costs [NF 16 Jan 1995].
Uranium mining started in Rumania in 1950 by the Soviet-Rumanian enterprise SOVROM-CUARTT at
Baita-Bihor in the West Carpathian Mountains. As no uranium mill existed here, all ore was
shipped abroad for processing, initially to Sillamäe in Estonia. The uranium concentrate
produced was then exclusively delivered to the Soviet Union. The enterprise was liquidated in
1961 and production stopped.
Uranium mining resumed in 1978 with the start of the uranium mill at Feldioara near Brasov.
All ore produced in the uranium mining provinces of the West-Carpathians, East-Carpathians, and
the Banat Mountains was brought to this mill. Peak production was attained in 1986 at 290
tonnes of uranium. Production has declined since then to 120 tonnes in 1992. The total
production from Rumanian uranium ore between 1950 and 1992 amounts to 16,850 tonnes, 2350 of
which is from the Feldioara mill. At present, the mines of Avram Iancu (West Carpathians),
Dobrei South (Banat Mountains), Botusana and Crucea (East Carpathians) are still operating.
The uranium produced is intended to supply the Cernavoda nuclear power plant. This plant is still under construction. It comprises 5 units of the Canadian CANDU type. This reactor type can be operated with natural uranium; an enrichment is not required. Unit No.1 was to be completed in Spring 1995, but the start-up had to be deferred.
Uranium mining began in Bulgaria in 1946 at Bukhovo near Sofia. It was carried out by a
Soviet-Bulgarian enterprise under Soviet management. From 1956, uranium mining was continued by
the Bulgarian firm Redki Metali (Rare Metals), with participation of Soviet consultants. The
uranium produced was delivered to the Soviet Union, initially as ore, and, after the start of
the uranium mills at Bukhovo and Eleshnitza, as uranium concentrate. In return for the uranium
deliveries, Bulgaria received fuel rods for its Kozloduj nuclear power plant (4 x 440 MW, 2 x
1000 MW).
The first uranium mines in Bulgaria were underground mines. From 1979, in-situ leaching was
also applied, using wells, drilled form the surface. The leaching agent used in most cases was
sulfuric acid. From 1981, in-situ leaching was also used to increase the yield from mined out
conventional underground mines [Tabakov1993]. From 1981, 23 ore deposits were mined by
conventional underground mining techniques, 17 by in-situ leaching from the surface, and 11 by
in-situ leaching in combination with conventional mining techniques. In 1990, 70 % of the
uranium produced was from in-situ leaching of ore deposits with very low grades of 0.02 - 0.07
% of uranium [Kuzmanov1993]. In the years 1991 - 1992, 14,000 wells in 15 in-situ leaching
fields were in operation [OECD1994]. The total area used for in-situ leaching comprised 6 km2
[Vapirev1994].
Official production figures are not available. The total production from 1946 to 1992 is estimated at 21,000 tonnes of uranium [UI1994]; the annual production decreased from 850 tonnes in 1989 to 90 tonnes in 1992 [OECD1994].
On 20 August 1992, the Bulgarian government decided to completely shut down all uranium mining activities until 1995, due to the high production cost of 62 $/kg U (24 $/lb U3O8).
At present, uranium is being mined in the Ingul'skii and Vatutinskii mines near Kirovograd. The
ore is processed in the Zholtiye Vody and Dneprodzerzhinsk mills.
There is no data available on the Ukrainian uranium production. The annual production for
1992 is estimated at 1000 tonnes of uranium [OECD1994]. In April 1995, the Ukrainian government
approved a nuclear fuel industry plan, scheduling a threefold increase of uranium production by
the year 2003 [NF May 8, 1995].
At present, uranium is only being mined in Russia at the Streltsovsk deposit in the eastern
Transbaikal district in Eastern Siberia. The 1992 annual production is estimated at 2900 tonnes
of uranium [OECD1994].
In the European part of Russia, a small uranium deposit in the Onezsk district in Karelia is known, but has not yet been mined. The deposits in the Stavropol district and in the Northern Caucasus Mountains are exhausted.
France is the by far largest uranium producer in Western Europe. In 1988, production
attained a peak of 3394 tonnes; this allowed France to meet the half of its reactor demand from
domestic sources. From 1989, many mines were closed due to exhaustion of the deposits or
excessive production cost. Production declined rapidly since then (1992: 2149 tonnes). As a
consequence of the shut downs, employment in the uranium industry decreased from 2886 in 1989,
to 1443 end 1992. Of the 34 mines and 5 mills in operation in 1986, only 4 mines and 2 mills
were left in operation in early 1995, at a total capacity of 1000 tonnes of uranium per year. A
further production reduction to 400 tonnes per year is scheduled for 1999 [NF 16 January
1995].
While the state owned firm COGEMA (Compagnie Générale des Matières Nucléaires) already held the vast majority of the uranium mining operations in France, COGEMA now is the only domestic uranium producer, after the aquisition of the uranium activites of the company TOTAL in 1993.
Spain is, apart from Ukraine, the only country in Europe with an increasing uranium production.
The company ENUSA (Empresa Nacional del Uranio SA) has taken into operation a new uranium mill
at Saelices el Chico near Ciudad-Rodrigo (Salamanca province) close to the Portuguese border,
and produced a total of 270 tonnes of uranium in 1994. Production shall be maintained at this
level in the future. Spain thus can meet one fifth of its reactor needs [NF 16 January 1995].
The final design capacity of the plant is 800 tonnes of uranium per year.
The state enterprise ENU (Empresa Nacional de Urânio) operates a uranium mill at
Urgeiriça in the Beiras district, which is supplied with uranium from various mines in
the surroundings. The plant with its design capacity of 170 tonnes of uranium per year operates
at a rate of only 28 tonnes at present. At present, the uranium is mainly recovered from heap
leaching of low grade ores, and in part, also from in-situ leaching.
Since Portugal operates no nuclear power-plants, it has to export the uranium produced. Until 1991, ENU exported 130 tonnes of uranium annually to the French utility EdF; but this contract was not renewed due to the high production cost. ENU therefore urged the Euratom Supply Agency (ESA) to care of the future delivery of the material produced, under the Euratom treaty. When ESA declined to do so, ENU went to the European Court in Luxembourg. [NF 14 May 1990, 29 March 1993, 17 January 1994]
Related Maps:
During the early years, the ore extracted was processed in small mechanical processing plants located near the mines. From the 1950's, processing was concentrated in two large uranium mills including chemical treatment in Crossen near Zwickau and Seelingstädt near Gera/Ronneburg. In addition, two smaller mills were in operation in Freital and Dresden-Gittersee until 1962.
A special case is the Königstein mine. This underground mine was switched to in-situ leaching in the early eighties: the ore was no longer removed from the deposit, but sulfuric acid was injected into the ore deposit to leach the uranium on site.
The grade of the ores produced by Wismut in the last years was only around 0.07 % uranium, a comparatively low value. Correspondingly, mining cost and amounts of waste and tailings produced were rather high. In 1990, Wismut's production cost was DM 380.50 per kg of uranium [Pfueller1994]; this corresponds to 90 $/lb U3O8, while the world market price was around 10 $/lb U3O8.
In the western part of Germany, several uranium deposits were discovered and explored in the highlands, but no commercial uranium mining developed there. Test mines existed in Ellweiler (Rhineland-Palatinate), Baden-Baden/Gernsbach in the northern part of the Black Forest, Menzenschwand in the southern part of the Black Forest, Mähring and Poppenreuth in Northern Bavaria, and Großschloppen in the Fichtel Gebirge. The only uranium mill was in operation from 1961 to 1989 at Ellweiler. It has produced a total of around 700 tonnes of uranium, mainly from Menzenschwand ores. After protests by environmental activists, it was shut down in 1989, for exceeding radiation release limits from the associated mill tailings dump. In Mähring, heap leaching was continued for some period of time after the shut down of the test mine. At the end of the eighties, all uranium exploration and mining activities in Western Germany were discontinued due to the low uranium market price.
Czech Republic
The largest uranium province was Príbram; 38.9 % of the uranium was produced there, at an annual production of up to 2000 tonnes. After the political changes, mining was discontinued at this site due to depletion of the deposit. The same happened at the West Bohemian site of Zadní Chodov and at the South Bohemian site Okrouhlá Radoun. The North Bohemian Hamr na Jezere mine with the Stráz pod Ralskem mill is now being decommissioned.
At the South Bohemian site of Mydlovary near Budweis, a uranium mill was in operation, processing exclusively uranium ore that was supplied from other sites.
Uranium mining is still in operation at a reduced production rate at the West Moravian Rozná mine with the associated Dolní Rozínka mill.
In Stráz pod Ralskem moreover, the in-situ leaching technology was used on a large scale: The ore deposit is located in Cretaceous sandstones with grades of 0.08 - 0.15 % uranium. In an area of 5.6 km2, 9340 wells were drilled from the surface into the deposit. Diluted sulfuric acid was injected as a leaching agent through some of the wells, while the uranium bearing liquid was pumped from the others.
After the political changes, it was planned to keep the uranium production at a level sufficient to supply the reactor related uranium needs of the country. The only operating nuclear power plant in the Czech Republic, Dukovany (4 x 408 MW), needs 1632 tonnes per year; after the start of the still uncompleted Temelin plant (2 x 892 MW), the demand will approximately double. But, due to the high production cost, uranium mining will now be further reduced.
Slovakia
Poland
The total uranium production of Poland is estimated at 1000 tonnes [OECD1992].
Hungary
Rumania
The uranium produced is intended to supply the Cernavoda nuclear power plant. This plant is still under construction. It comprises 5 units of the Canadian CANDU type. This reactor type can be operated with natural uranium; an enrichment is not required. Unit No.1 was to be completed in Spring 1995, but the start-up had to be deferred.
Bulgaria
Official production figures are not available. The total production from 1946 to 1992 is estimated at 21,000 tonnes of uranium [UI1994]; the annual production decreased from 850 tonnes in 1989 to 90 tonnes in 1992 [OECD1994].
On 20 August 1992, the Bulgarian government decided to completely shut down all uranium mining activities until 1995, due to the high production cost of 62 $/kg U (24 $/lb U3O8).
Ukraine
Russia
In the European part of Russia, a small uranium deposit in the Onezsk district in Karelia is known, but has not yet been mined. The deposits in the Stavropol district and in the Northern Caucasus Mountains are exhausted.
France
While the state owned firm COGEMA (Compagnie Générale des Matières Nucléaires) already held the vast majority of the uranium mining operations in France, COGEMA now is the only domestic uranium producer, after the aquisition of the uranium activites of the company TOTAL in 1993.
Spain
Portugal
Since Portugal operates no nuclear power-plants, it has to export the uranium produced. Until 1991, ENU exported 130 tonnes of uranium annually to the French utility EdF; but this contract was not renewed due to the high production cost. ENU therefore urged the Euratom Supply Agency (ESA) to care of the future delivery of the material produced, under the Euratom treaty. When ESA declined to do so, ENU went to the European Court in Luxembourg. [NF 14 May 1990, 29 March 1993, 17 January 1994]
Others
Slovenia:
In Zirovski Vrh west of Lubljana, 382 tonnes of uranium were produced from 1982. The underground mine was closed in 1992.Estonia:
In Sillamäe (185 km east of Tallinn) a uranium mill operated from 1948. Initially, it processed uranium ores from Estonia with low grades of around 300 g/t. Later, a total of 4 million tonnes of uranium ore at grades of up to 1 % from various East European countries were processed: 2.2 million tonnes from Czechoslovakia, 1.2 million tonnes from Hungary, as well as smaller amounts from Poland, Rumania, Bulgaria, and the German Democratic Republic. From 1977, the plant processes only ores other than uranium ores. [Ehdwall1993]Sweden:
At Ranstad in Västergötland (South Sweden), a total of 200 tonnes of uranium was mined in an open pit from 1965 to 1969. The ore deposit located in alum shale had an ore grade of only 0.03 %.Finland:
Some minor uranium deposits are known in Finland. A total amount of approximately 30 tonnes was mined a long time ago.Great Britain:
There are some minor uranium occurences known in the Southwest of England (Cornwall, Devon) and in the North of Scotland, but no mining took place [OECD1990]. But the British uranium deposits at least left their marks in the history of music: When the Thatcher government wanted to start uranium mining near Stromness on the Orkney islands in 1980, the famous composer and conductor Peter Maxwell Davies, who lived on the neighbouring island of Hoy, produced the Yellow Cake Revue for the anti-mining campaign [Davies1984].The most important uranium producing countries in Europe were the German Democratic Republic, Czechoslovakia, and France.
After the political changes, uranium mining was significantly reduced or discontinued in most European countries due to economic considerations.
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