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Nuclear Waste

High level nuclear waste (HLW) must be handled remotely as direct exposure to the radioactive waste would provide a lethal dose within seconds.
             High level waste can stay radioactive for up to 250 thousand years.
             Another form of nuclear waste is Intermediate level waste (ILW), ILW can be anything from High Level Waste in diluted form to 'chemical process residues.
             There is also Low Level Waste. Low Level Waste Contains low levels of beta and gamma radiation emitters and low levels of alpha emitters. LLW is produced from many phases of the nuclear power and weapons industry, but also from medical and industrial applications. Anything coming into contact with radioactive material can be considered Low Level Waste. .
             Risks.
             Ionising radiation is the part of the electromagnetic spectrum that extends from ultraviolet radiation to cosmic rays. This type of radiation releases high energy particles that damage cells and DNA structure, producing mutations, impairing the immune system and causing cancers. One estimate puts the number of workers who have died of lung cancer and silicosis due to mining and milling alone at 20,000.
             There are certain risks that are associated with relatively large exposures to ionizing radiation. The potential effects of radiation are dependent on the amount of radiation dose received. The potential risks are:.
            
             • An increase in the probability of getting cancer. .
            
             • An increase in the probability of birth defects due to exposure during pregnancy. .
            
             • A theoretical increase in genetic effects occurring in later generations. This is theoretical because these effects have not been shown in human beings exposed to radiation, only laboratory animals. Even those individuals exposed to the atomic weapon explosions in Japan have shown no evidence of genetic defects. .
             Dumping.
             RISKS WHILE DUMPING.
             While dumping the nuclear waste there may be too many variables that can be controlled.


Essays Related to Nuclear Waste

1. Nuclear Energy

... year the UK produces 40 million cubic meters of industrial waste compared to 20 thousand cubic meters of nuclear waste? (Collum). The waste can also be reprocessed. During the reprocessing of nuclear waste, the plutonium created during nuclear fusion, which can also be used in nuclear reactors, is separated from the waste which leaves only three percent of the original waste left (Collum). Through these processes the containment and storage ... , the fallout from the explosion would contribute to the incidence of cancer all over the world (McCarthy). There is also the issue of waste bein...

  • Word Count: 1869
  • Approx Pages: 7
  • Has Bibliography
  • Grade Level: High School

2. Nuclear Energy

... year the UK produces 40 million cubic meters of industrial waste compared to 20 thousand cubic meters of nuclear waste? (Collum). The waste can also be reprocessed. During the reprocessing of nuclear waste, the plutonium created during nuclear fusion, which can also be used in nuclear reactors, is separated from the waste which leaves only three percent of the original waste left (Collum). Through these processes the containment and storage ... , the fallout from the explosion would contribute to the incidence of cancer all over the world (McCarthy). There is also the issue of waste bein...

  • Word Count: 1869
  • Approx Pages: 7
  • Has Bibliography
  • Grade Level: High School

3. Nuclear Energy

... year the UK produces 40 million cubic meters of industrial waste compared to 20 thousand cubic meters of nuclear waste? (Collum). The waste can also be reprocessed. During the reprocessing of nuclear waste, the plutonium created during nuclear fusion, which can also be used in nuclear reactors, is separated from the waste which leaves only three percent of the original waste left (Collum). Through these processes the containment and storage ... , the fallout from the explosion would contribute to the incidence of cancer all over the world (McCarthy). There is also the issue of waste bein...

  • Word Count: 2027
  • Approx Pages: 8
  • Has Bibliography
  • Grade Level: High School

4. Nuclear Power In The 21 Century

... into a nearby water way, the Columbia River became the most polluted river in the United States. (Hertsgaard, 1999) Opponents of nuclear power also cite the problems of long term storage of the waste. High level nuclear waste will remain dangerously radioactive for as long as 25000 years, and that no suitable long term storage sites are available. These activists also point to the potential ... power needs without environmental contamination and climate change."(Chambers, 2000) However, there is still the problem of disposal of the large quantities of high-level waste that is generated ...

  • Word Count: 1731
  • Approx Pages: 7
  • Has Bibliography
  • Grade Level: Undergraduate

5. Nuclear Waste: Where Does It Belong?

... until it is spent, meaning it has no effect in generating heat. The spent fuel is the one exception. Once it is spent, it becomes the nuclear waste. This kind of waste is called High-Level Radioactive Waste (HLW) (United States DOE 11). HLW basically consists of the following elements: Krypton-85, Cesium-137, Plutonium-241, and Americium-241 ("Selected- sec. 1-4). I'll go into ... offered $100,000 just to consider the proposal, with the promise of multi-millions of dollars more if they agreed. David Leroy, the head of the federal Office of the Nuclear Waste Negotiator, was the man in ch...

  • Word Count: 2351
  • Approx Pages: 9
  • Has Bibliography
  • Grade Level: High School

6. Disposal of Radioactive Waste

... site may possibly be the Yucca Mountains. However, the way it is transported is usually in a specialized container. These containers, according to an article entitled Materials Issues in Nuclear-Waste Management by Man-Sung Yim and K. Linga Murty, are designed in such a way that it provides protection from both physical and chemical stresses such as physical containment, radiation shielding, heat ... removal, criticality protection, and theft protection (Yim and Murty). Nuclear waste containers may be built for the two types of radioactive waste, which is based on the half life of the s...

  • Word Count: 2562
  • Approx Pages: 10
  • Has Bibliography

7. Nuclear waste

... was when it was loaded. High level nuclear waste (HLW) must be handled remotely as direct exposure to the radioactive waste would provide a lethal dose within seconds. High level waste can stay radioactive for up to 250 thousand years. Another form of nuclear waste is Intermediate level waste (ILW), ILW can be anything from High Level Waste in diluted form to 'chemical process residues. ... on the amount of radiation dose received. Dumping RISKS WHILE DUMPING While dumping the nuclear waste there may be too many variables that can be controlled. Leakage is a big problem, if nuclear wast...

  • Word Count: 538
  • Approx Pages: 2
  • Grade Level: High School

8. Nuclear Waste

... can be inhaled or absorbed by the skin. Some forms of radiation can travel right through a human body and all forms of radiation are potentially deadly. Some health hazards of nuclear waste are: bone marrow syndrome, gastrointestinal syndrome and central nervous system syndrome (all of which lead to death within several days or weeks) and cancer. When pregnant women are exposed to ... animals that eat the plants, which in turn affects humans. Radioactivity is not just limited to the surrounding area; contaminated water flows into other areas, where other animals become infected. Nuclear...

  • Word Count: 720
  • Approx Pages: 3
  • Grade Level: High School

9. the disposal of nuclear waste

... generate heat from nuclear reactors and use this heat to produce steam. The main problem with nuclear energy, however, is the storage and disposal of the waste from the nuclear plants. Nuclear energy is usually classified as either 'low level' radioactive waste or 'high level' radioactive waste. Since the level of radioactivity in low level nuclear waste is minimal, the waste includes materials that ... have come into contact with the radioactive nuclear reactors {e.g. Cooling water pipes ... be beneath 2000 meters of water, 2000 meters of oceanic sediment, and almost 50 kilometers offs...

  • Word Count: 579
  • Approx Pages: 2

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