Nuclear energy in the mix Flashcards

1
Q

Nuclear energy is a low-carbon alternative to fossil fuels and accounts for almost x% of the electricity produced in the EU. However, in the aftermath of the 1986 Chernobyl disaster and the 2011 catastrophe in Fukushima, nuclear energy has become highly controversial. While Member States choose whether to include nuclear power in their energy mix, EU legislation aims at improving the of nuclear power stations and ensuring that nuclear waste is .

A

Nuclear energy is a low-carbon alternative to fossil fuels and accounts for almost 26% of the electricity produced in the EU. However, in the aftermath of the 1986 Chernobyl disaster and the 2011 catastrophe in Fukushima, nuclear energy has become highly controversial. While Member States choose whether to include nuclear power in their energy mix, EU legislation aims at improving the safety standards of nuclear power stations and ensuring that nuclear waste is safely handled and disposed of.

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2
Q

Which country prohibited in 2021 the mining of Uranium?

A

Greenland

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3
Q

Which are countries are the top 4 in Uranium reserves?

A

Australia, Canada, Kazakhstan and Russia.

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4
Q

Which are top 4 Uranium producers in 2021?

A

Kazakhstan, Namibia, Canada and Australia.

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5
Q

According to the “,” a biennial report published by the OECD and the International Atomic Energy Agency (IAEA), the world’s identified uranium resources increase when prices are higher, as more costly deposits become economically viable.

As of the latest available data, the world’s identified uranium resources are estimated to be sufficient for over x years of supply based on current demand.

A

According to the “Red Book,” a biennial report published by the OECD Nuclear Energy Agency (NEA) and the International Atomic Energy Agency (IAEA), the world’s identified uranium resources increase when prices are higher, as more costly deposits become economically viable.

As of the latest available data, the world’s identified uranium resources are estimated to be sufficient for over 100 years of supply based on current demand.

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6
Q

The EPR™ reactor is a new Generation Pressurised Water Reactor (PWR) designed and manufactured by with a power generation capacity of up to MWe, which places it among the most powerful reactors in the world. A direct descendant of the last models manufactured by in France (N4) and in Germany (Konvoi), the EPR™ pressurized water reactor is based on tried-and-tested technologies and principles. This reactor design was previously called European Pressurized Reactor or Evolutionary Power Reactor, but now it is simply named EPR, a trademark by .

A

The EPR™ reactor is a new Generation III+ Pressurised Water Reactor (PWR) designed and manufactured by AREVA with a power generation capacity of up to 1660 MWe, which places it among the most powerful reactors in the world. A direct descendant of the last models manufactured by AREVA in France (N4) and Siemens in Germany (Konvoi), the EPR™ pressurized water reactor is based on tried-and-tested technologies and principles. This reactor design was previously called European Pressurized Reactor or Evolutionary Power Reactor, but now it is simply named EPR, a trademark by AREVA.

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7
Q

From a safety point of view, the EPR™ reactor ensures a very high level thanks to diversified, redundant and safety systems to drastically reduce of the probability of severe accidents compared to existing Generation II reactors as well as to ensure that there will be no impact on the surrounding area, whatever the situation. In particular, it is highly resistant to external incidents (, etc.) and features multiple protected power sources and water reserves.

A

From a safety point of view, the EPR™ reactor ensures a very high level thanks to diversified, redundant active and passive safety systems to drastically reduce of the probability of severe accidents compared to existing Generation II reactors as well as to ensure that there will be no impact on the surrounding area, whatever the situation. In particular, it is highly resistant to external incidents (large commercial airplane crash, etc.) and features multiple protected power sources and water reserves.

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8
Q

Through the EPR™ reactor achieves a significant reduction in and production of .

As of August 2020, five units are under construction – in Finland (), in France (), in (Taishan-1 and -2) and in the United Kingdom ().

A

Through improved thermal efficiency the EPR™ reactor achieves a significant reduction in uranium consumption and production of long-lived radioactive waste.

As of August 2020, five units are under construction – in Finland (Olkiluoto), in France (Flamanville), in China (Taishan-1 and -2) and in the United Kingdom (Hinkley Point C).

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9
Q

On , a new Regulation on an emergency intervention to address high energy prices (EU 2022/1854) to reduce the energy bills for European citizens and businesses was adopted, based on a Commission proposal from 14 September x. It includes measures to reduce electricity demand to help lower the electricity costs for consumers and suggests a temporary revenue cap on electricity producers using technologies with lower costs, such as . The Commission proposes to set the cap for those “inframarginal” producers to €x/MWh.

A

On 6 October 2022, a new Regulation on an emergency intervention to address high energy prices (EU 2022/1854) to reduce the energy bills for European citizens and businesses was adopted, based on a Commission proposal from 14 September 2022. It includes measures to reduce electricity demand to help lower the electricity costs for consumers and suggests a temporary revenue cap on electricity producers using technologies with lower costs, such as renewables, nuclear and lignite. The Commission proposes to set the cap for those “inframarginal” producers to €180/MWh.

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10
Q

Nuclear energy has avoided the emission of over gigatonnes of carbon dioxide since .

A

Nuclear energy has avoided the emission of over 63 gigatonnes of carbon dioxide since 1971.

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11
Q

The International Energy Agency projects that nuclear energy capacity needs to increase by x% by 2050 to achieve net zero carbon emission goals

A

The International Energy Agency projects that nuclear energy capacity needs to increase by 100% by 2050 to achieve net zero carbon emission goals

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12
Q

Nearly x parties have recognized the potential for mitigation through nuclear energy in their nationally determined contributions and long-term strategies.

A

Nearly 30 parties have recognized the potential for mitigation through nuclear energy in their nationally determined contributions and long-term strategies.

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13
Q

Nuclear energy has a median life cycle emission of x g of carbon dioxide per kilowatt hour, lower than solar and wind.

A

Nuclear energy has a median life cycle emission of 5.1 g of carbon dioxide per kilowatt hour, lower than solar and wind.

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14
Q

The global market for nuclear products, services, and fuel is estimated to be worth $x-$x billion over the next 10 years, stimulating economic development and job creation.

A

The global market for nuclear products, services, and fuel is estimated to be worth $500-$740 billion over the next 10 years, stimulating economic development and job creation.

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15
Q

Nuclear is the most landefficient energy source, requiring up to x times less land per MWh than
solar and x times less than onshore wind farms

A

Nuclear is the most landefficient energy source, requiring up to 27 times less land per MWh than
solar and 330 times less than onshore wind farms

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16
Q

Average age of EU nuclear plants fleet is

A

31 to 40 years. A vast majority of them have been operating more than 31 years as of 2021.

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17
Q

According to the report, each GW of installed nuclear capacity in the EU:

  • triggers €x billion in annual investments both in the nuclear and connected economic sectors.
  • provides permanent and local employment to just under x people
  • generates €x Bn in EU GDP.
A

According to the report, each GW of installed nuclear capacity in the EU:

  • triggers €9.3 billion in annual investments both in the nuclear and connected economic sectors.
  • provides permanent and local employment to just under 10,000 people
  • generates €4.3 Bn in EU GDP.
18
Q

In 2021, there was 186.7 million tonnes of oil equivalent (Mtoe) of nuclear energy available in the
EU, which constituted x % of Europe’s energy mix. The countries with the biggest share of nuclear
energy in their energy mix at that time were: France (x %), Sweden (25 %), Slovakia (23 %), Bulgaria
(22 %) and Slovenia (20 %). According to Eurostat data for 2021, nuclear energy was the largest
single source of electricity generation in the EU, accounting for x % of all electricity produced.
This constitutes a decline compared to previous years, as in 2011 the share of nuclear energy in the
EU’s electricity generation was 28.5 %, and back in 2001 it was 32.5 %.

A

In 2021, there was 186.7 million tonnes of oil equivalent (Mtoe) of nuclear energy available in the
EU, which constituted 13 % of Europe’s energy mix. The countries with the biggest share of nuclear
energy in their energy mix at that time were: France (41 %), Sweden (25 %), Slovakia (23 %), Bulgaria
(22 %) and Slovenia (20 %). According to Eurostat data for 2021, nuclear energy was the largest
single source of electricity generation in the EU, accounting for 25.1 % of all electricity produced.
This constitutes a decline compared to previous years, as in 2011 the share of nuclear energy in the
EU’s electricity generation was 28.5 %, and back in 2001 it was 32.5 %.

19
Q

In 2021, EU Member States with nuclear electricity production generated 731 terawatt hours (TWh)
of nuclear electricity, much lower than the peak of 900 TWh.

A

In 2021, EU Member States with nuclear electricity production generated 731 terawatt hours (TWh)
of nuclear electricity, much lower than the 2004 peak of 900 TWh.

20
Q

Some EU Member States have tried to break the cycle of dependence. , and have signed contracts with to replace Russian nuclear fuel imports. Slovakia signed a
memorandum of understanding with that includes ‘development of a
fully European nuclear fuel product

A

Some EU Member States have tried to break the cycle of dependence. Bulgaria, Czechia and Finland have signed contracts with Westinghouse to replace Russian nuclear fuel imports. Slovakia signed a
memorandum of understanding with French company Framatome that includes ‘development of a
fully European nuclear fuel product

21
Q

Two meetings of the ‘nuclear alliance’ in February and March 2023 led to the signature of a joint statement in May 2023. The document was signed by …

A

Belgium, Bulgaria, Croatia, Czechia, Finland, France, Hungary, the Netherlands, Poland, Romania, Slovenia, Slovakia, the United Kingdom (guest) and Italy (observer).

22
Q

The ‘friends of renewables’ met for the first time during the March 2023 energy council meeting and continued their meetings in June and July 2023. The participating countries are ….. Some countries, like take part in both formats.

A

The ‘friends of renewables’ met for the first time during the March 2023 energy council meeting and continued their meetings in June and July 2023. The participating countries are Austria, Belgium, Denmark, Estonia, Germany, Ireland, Latvia, the Netherlands, Portugal and Spain. Some countries, like Belgium and the Netherlands, take part in both formats.

23
Q

Who is Poland cooperating with for its first nuclear power plant?

A

The US company Westinghouse

24
Q

In 2023, demand for natural uranium in the EU accounted for approximately 22% of global uranium requirements.

A

In 2023, demand for natural uranium in the EU accounted for approximately 22% of global uranium requirements.

25
Top 4 Uranium suppliers to the EU and shares
1. Canada 33% 2. Russia 23% 3. Kazakhstan 21% 4. Niger 14%
26
On November 22: Construction of new nuclear reactors: the General Court **...** the action brought by **...** to contest Hungarian investment aid approved by the Commission.
On November 22: Construction of new nuclear reactors: the General Court **dismisses** the action brought by **Austria** to contest Hungarian investment aid approved by the Commission.
27
Recent fission plants have cost over €**x** billion to build.
Recent fission plants have cost over €10 billion to build.
28
When did Germany close its last nuclear power plant?
April 2023
29
What is the calendar for nuclear closure in Spain?
4 reactors by 2030, all the fleet by 2035.
30
ENS (**…**) acts as an umbrella association for **…** national networks of nuclear professionals. The Society encourages the networking of scientists and engineers between different countries and organises meetings devoted to scientific and technical matters and communication on nuclear applications. ENS members are **…** who provide their independent expertise, free from corporate influence. ENS members are nuclear sector professionals, including **…**, **…**, and **…**.
ENS acts as an umbrella association for **22** national networks of nuclear professionals. The Society encourages the networking of scientists and engineers between different countries and organises meetings devoted to scientific and technical matters and communication on nuclear applications. ENS members are **volunteers** who provide their independent expertise, free from corporate influence. ENS members are nuclear sector professionals, including **academics**, **researchers**, and **experts**.
31
The **...** **...** **...** **...** (REMdb) was set-up in **...** to bring together and store in a harmonised way environmental radioactivity data produced in the aftermath of the Chernobyl accident. The main two objectives of this database are: * to keep historical records of **...**, for further scientific studies * to store the radioactivity monitoring data of the **...** for environmental radioactivity monitoring reports. These reports provide information to the EU Member States on the radioactivity levels in the environment in the European Union, as stated in Art. 35 and 36 of the Euratom Treaty. The database contains information from the EU Member States, as well as other European countries, for both environmental samples and foodstuffs from **...**. To date, the total number of data records stored in the REMdb exceeds **x** million, providing the scientific community, authorities and public with a valuable archive of environmental radioactivity monitoring results in Europe.
The **Radioactivity** **Environmental** **Monitoring** **database** (REMdb) was set-up in **1988** to bring together and store in a harmonised way environmental radioactivity data produced in the aftermath of the Chernobyl accident. The main two objectives of this database are: * to keep historical records of **the Chernobyl acciden**t, for further scientific studies * to store the radioactivity monitoring data of the **EU Member States** for environmental radioactivity monitoring reports. These reports provide information to the EU Member States on the radioactivity levels in the environment in the European Union, as stated in Art. 35 and 36 of the Euratom Treaty. The database contains information from the EU Member States, as well as other European countries, for both environmental samples and foodstuffs from **1984**. To date, the total number of data records stored in the REMdb exceeds **5** million, providing the scientific community, authorities and public with a valuable archive of environmental radioactivity monitoring results in Europe.
32
In the PINC of 2017, The Commission predicts a decline in nuclear generation capacity at EU level up to **x**, taking into account the decisions of some Member States to phase out nuclear energy or toreduce its share in their energy mix. This trend would be reversed by **x** as new reactors are predicted to be connected to the grid and the lifetime of others will be extended
In the PINC of 2017, The Commission predicts a decline in nuclear generation capacity at EU level up to **2025**, taking into account the decisions of some Member States to phase out nuclear energy or toreduce its share in their energy mix. This trend would be reversed by **2030** as new reactors are predicted to be connected to the grid and the lifetime of others will be extended
33
There are Russian nuclear reactors in **...** (two), **...** (six), **...** (two), **...** (four) and **...** (five, with one more under construction). **...** has signed an agreement to build two more such reactors, whereas **...** has decided to cancel its planned Russian-built nuclear power plants. In February 2023, the European Parliament overwhelmingly passed a resolution calling on **...** to face sanctions.
There are Russian nuclear reactors in **Bulgaria** (two), **Czechia** (six), **Finland** (two), **Hungary** (four) and **Slovakia** (five, with one more under construction). **Hungary** has signed an agreement to build two more such reactors, whereas **Finland** has decided to cancel its planned Russian-built nuclear power plants. In February 2023, the European Parliament overwhelmingly passed a resolution calling on **Rosatom** to face sanctions.
34
According to data from the World Nuclear Association, an industry organisation, the EU sources **...** % of its natural uranium from Russia and counts on its enrichment services in **...** % of cases
According to data from the World Nuclear Association, an industry organisation, the EU sources **20** % of its natural uranium from Russia and counts on its enrichment services in **26** % of cases
35
Some EU Member States have tried to break the cycle of dependence. **...**, **...** and **...** have signed contracts with **...** to replace Russian nuclear fuel imports. **...** signed a memorandum of understanding with French company Framatome that includes 'development of a fully European nuclear fuel product'. A good reference point is **...**, which was fully dependent on Russian nuclear fuel until the early 2000s. The country managed to switch to American fuel, but the shift took nearly **...**.
Some EU Member States have tried to break the cycle of dependence. **Bulgaria**, **Czechia** and **Finland** have signed contracts with **Westinghouse** to replace Russian nuclear fuel imports. **Slovakia** signed a memorandum of understanding with French company Framatome that includes 'development of a fully European nuclear fuel product'. A good reference point is **Ukraine**, which was fully dependent on Russian nuclear fuel until the early 2000s. The country managed to switch to American fuel, but the shift took nearly **a decade**.
36
The last Eurobarometer on nuclear energy production, conducted in **x**, showed that public opinion in the EU was strongly divided, with almost identical shares of respondents expressing support for (**x** %) and opposition to (**x** %) nuclear energy.
The last Eurobarometer on nuclear energy production, conducted in **2008**, showed that public opinion in the EU was strongly divided, with almost identical shares of respondents expressing support for (**44** %) and opposition to (**45** %) nuclear energy.
37
Apart from France, a dedicated advocate of these solutions, there isstrong commitment towards nuclear energy in eastern Member States – **...**, **...**, **...**, **..** and **...**, which does not have nuclear power yet but plans to make it a considerable part of its energy mix
Apart from France, a dedicated advocate of these solutions, there isstrong commitment towards nuclear energy in eastern Member States – **Bulgaria**, **Czechia**, **Romania**, **Slovakia** and **Poland**, which does not have nuclear power yet but plans to make it a considerable part of its energy mix
38
Austria, after a referendum in **x**, legally banned the development of nuclear power, the Danish parliament passed a law in **x** prohibiting power production from nuclear energy, and Germany shut down its last nuclear power plants in April **x**.
Austria, after a referendum in **1978**, legally banned the development of nuclear power, the Danish parliament passed a law in **1985** prohibiting power production from nuclear energy, and Germany shut down its last nuclear power plants in April **2023**.
39
Right after the invasion, Belgium announced that it would delay its plans to phase out nuclear energy by **x** years, thus allowing two of its reactors to operate until **x**.
Right after the invasion, Belgium announced that it would delay its plans to phase out nuclear energy by **10** years, thus allowing two of its reactors to operate until **2035**.
40
French President Macron presented a plan to build **x** new reactors and possibly **x** new generation reactors, prolong the use of existing power plants, accelerate permit-granting procedures and develop the skills necessary in the sector.
French President Macron presented a plan to build **14** new reactors and possibly **eight** new generation reactors, prolong the use of existing power plants, accelerate permit-granting procedures and develop the skills necessary in the sector.
41
The interinstitutional negotiations on EMD were concluded on 14 December 2023. The provisional agreement between the co-legislators provides for the use of **...** in all investments in new electricity production from renewable and nuclear energy
The interinstitutional negotiations on EMD were concluded on 14 December 2023. The provisional agreement between the co-legislators provides for the use of **CfDs** in all investments in new electricity production from renewable and nuclear energy