Impact of Solid Nuclear or Radioactive Wastes from Nuclear Energy on Human Health

This presentation discusses the impact of solid nuclear or radioactive wastes from nuclear energy on human health. It highlights the disadvantages of generating nuclear energy and the harmful effects of nuclear waste on human health. The research hypothesis is that there is an impact effect of solid nuclear or radioactive wastes from nuclear energy on human health. The findings show that there are several human health adversities that occur due to nuclear waste management, including diseases of the nervous system, gastrointestinal diseases, diabetes, cardiovascular diseases, and lung, skin, breast, and stomach cancer. The research concludes that the management of the nuclear energy sector needs to take initiative for safety measures for the workers, including medical treatment provision, compensation to the victim’s family, and safe measures for nuclear waste disposals.

Abstract
Nuclear energy plants are established so that the
need for energy and heat can be satisfied. Though
a large amount of heat is generated in these
plants there are some impacts of the radioactive
waste generated from nuclear energy plants. The
adverse impact is majorly seen through the poor
health of human. Secondary research has been
done in order find the disadvantages for
generating nuclear energy and harmful effects of
solid nuclear or radioactive wastes emerged from
nuclear emery on human health. The theoretical
analysis is considered in order to find the
relevance of the taken hypothesis.
Introduction
MethodologyThe main purpose of generating the nuclear
energy is to create heat which is concerted to
produce electricity using steam turbines (Ojovan &
Lee, 2013). However, during the entire process of
nuclear energy, nuclear reactor generates 3% of
high-level waste, 7% of intermediate- level waste
and the heat 90% of the low level waste (Rechard
et al., 2014). These wastes are radioactive in
nature and if not managed properly can impact the
human health. Thus, the management of the
nuclear industry has to focus on the disposal of
these waste products and to the distant places,
where people do not reside. Krütli et al. (2012)
stated that the nuclear waste if disposed in dry
land, it can pollute the air and thus water bodies
are selected for waste disposal which on the other
hand hampers the aquatic life. Thus, this research
highlights on the preparation of the impact of
human health due to nuclear energy waste.
Findings/Results
European Pressurized Reactor (EPR) is generated
from nuclear reactor. This concerned ‘Generation III’
nuclear reactor is liable for dangerous waste disposals.
The waste products are so dangerous that on being
contact with the air, human may fall sick from lung
diseases. Other reasons for the dangerous impact of
the nuclear energy waste found are it contaminates the
environment, persistent to health effects like- diseases
of the nervous system, gastrointestinal diseases,
diabetes, cardiovascular diseases and lung, skin,
breast and stomach cancer. The findings also states
that in most is the exposure to the nuclear energy
waste is high the issue of death is more certain due to
failure of multiple organs, in some cases, stem cell
transplant can make help the people to survive the
disease.
References
• Farmer, F. (Ed.). (2012). Nuclear reactor
safety. Elsevier.
• Krütli, P., Stauffacher, M., Pedolin, D., Moser,
C., & Scholz, R. W. (2012). The process
matters: Fairness in repository siting for
nuclear waste. Social Justice
Research, 25(1), 79-101.
• Ojovan, M. I., & Lee, W. E. (2013). An
introduction to nuclear waste immobilisation.
Newnes.
• Rechard, R. P., Freeze, G. A., & Perry, F. V.
(2014). Hazards and scenarios examined for
the Yucca Mountain disposal system for
spent nuclear fuel and high-level radioactive
waste. Reliability Engineering & System
Safety, 122, 74-95.
• Waldrop, M. M. (2012). Nuclear energy:
Radical reactors. Nature News, 492(7427),
• The research hypothesis stated that there is an
impact effect of solid nuclear or radioactive wastes
from nuclear energy on the human being health.
The secondary analysis shows that there are
number of human health adversity that occurs due
to nuclear waste management.
• The diseases that are found are diseases of the
nervous system, gastrointestinal diseases,
diabetes, cardiovascular diseases and lung, skin,
breast and stomach cancer. Moreover, it is also
found that there are people often face death due to
the nuclear exposure.
• Thus, the research finding shows that there is an
impact of the nuclear waste and their exposure of
the human health.
• The importance of the findings is that the
management of the nuclear energy sector have to
take initiative for safety measures for the workers.
This initiative can include medical treatment
provision, compensation to the victim’s family and
safe measure for nuclear waste disposals.
Discussions/ Conclusions
Your name and the names of the people who have contributed to this presentation go here.
• Independent Variable (IV): Solid
nuclear or radioactive wastes
• Dependent Variable (DV):
Human being health
• Control: Only the research
articles that are based on the
waste and waste management of
the solid and radioactive
products are considered.
Experiment/process:
Step1: Research papers based on
nuclear energy plants are taken into
consideration
Step2: All the research papers have
the publication years of 2012
Step3: The health issues of the
human from the radioactive waste
ware taken into consideration
Research Question
• What are the disadvantages for
generating nuclear energy?
• What are the harmful effects of
solid nuclear or radioactive
wastes emerged from nuclear
emery on human health?
Research Hypothesis
• H0: There is no effect of solid
nuclear or radioactive wastes
from nuclear energy on the
human being health
• H1: There is an impact effect of
solid nuclear or radioactive
wastes from nuclear energy on
the human being health