Nuclear Energy Summary – Mitchell Mesaros
This presentation was presented by Kyle May, a current mechanical engineering student
at Widener University. The presentation, titled "Nuclear Energy," aimed to explain the overall
impact of the current state of Nuclear Energy on our contemporary society while also addressing
the challenges within this field. To convey this impact, Kyle touched upon various key aspects
during the presentation, including an introductory overview of the primary issues in the current
Nuclear Energy systems, the different types of existing systems and their associated challenges.
Kyle then proceeded to explain the principal effects of these challenges on the current landscape
of Nuclear Energy and how they resonate within our society. In terms of goals and challenges,
Kyle explored the innovative new systems and their potential to enhance and address the
shortcomings of the older methods in the realm of Nuclear Energy.
In a brief introduction, Kyle explained the fundamentals of Nuclear Energy and its
origins. Nuclear energy's roots trace back to the pioneering work of scientists like Marie Curie
and Albert Einstein, who not only laid the theoretical foundation for nuclear reactions but also
unearthed the immense potential and risks inherent in manipulating atomic nuclei. By the mid20th century, humanity had progressed from theoretical understanding to practical application,
heralding the birth of nuclear energy for electricity generation. Harnessing the controlled fission
of atomic nuclei, nuclear reactors were developed, capable of producing vast amounts of heat
that, in turn, generated electricity. This breakthrough gave rise to the promise of abundant, lowcarbon energy, a potential solution to the ever-increasing global energy demand. However, the
history of nuclear energy is inextricably tied to complex challenges, including ensuring safety,
managing radioactive waste, and addressing concerns of nuclear proliferation. As Kyle embarked
on his presentation, these historical foundations provided a critical backdrop for exploring the
multifaceted aspects of nuclear energy's role in our contemporary society, examining both its
remarkable potential and the imperative for responsible and secure use.
Kyle emphasized that Nuclear Energy presents several distinct advantages over
alternative techniques. Firstly, nuclear power provides a consistent and highly efficient source of
electricity, operating around the clock without the variability associated with renewable sources
like wind and solar, which is essential for maintaining a reliable energy supply and grid stability.
Moreover, nuclear energy produces electricity with minimal greenhouse gas emissions,
contributing to the reduction of carbon footprints and helping combat climate change. The
energy density of nuclear fuel is exceptionally high, meaning that a relatively small amount of
fuel can produce a significant amount of electricity over an extended period, reducing the need
for frequent refueling and fuel transportation. Nuclear power plants also offer long operational
lifespans, often exceeding 40 years, ensuring energy security and a stable power supply for
extended periods. Additionally, nuclear energy is considered a low-cost option for electricity
generation, as the cost of fuel (uranium) is relatively stable, and operational expenses are lower
compared to some fossil fuel technologies. Furthermore, nuclear energy is a versatile source that
extends beyond electricity generation, as it can be applied for heating purposes, desalination of
water, and even the production of medical isotopes for healthcare applications. The consistent
and high energy output of nuclear reactors makes them suitable for these diverse applications,
reinforcing their significance in reducing reliance on fossil fuels, enhancing energy security, and
fostering a sustainable and low-carbon energy future.
Overall, Kyle was able to convey his thoughts in a clear and concise manner. The viewer
was able to thoroughly understand nuclear energy and how it can affect society in the United
States and how it can affect the future of mechanical engineering as a whole.