Energy experts have forecasted that if policies remain unchanged, world energy demands will increase by 50% between now and 2030. Considering the rapidly depleting supply of coal and oil, a viable long-term replacement must be established to compensate for this substantial gap. Nuclear power is the future way forward.
The reasons are manifold. Firstly, nuclear energy has the greatest potential …show more content…
Whilst 1kg of coal and oil produces up to 8 and 12kWh of power respectively, the same amount of uranium-235 has the capacity to produce 2-3 million times more: around 24,000,000kWh . With a predicted rise in energy consumption, the importance of an efficient, pragmatic, and trustworthy source for the future continues to increase. Nuclear power is something we need to recognize and …show more content…
It is well known for being a clean energy source that generates electricity without emitting any of the pollutants associated with fossil fuels. A study from NASA has found that, on average, nuclear power has avoided over 76,000 deaths as well as 64,000,000,000 tonnes of CO2 in annual emissions between 2000 and 2009. The release of these undesirable and detrimental substances, such as carbon monoxide and nitrogen oxide particulates, has given rise to consequences that are permanent and irreversible. Reducing them is a necessity. Not only would nuclear power alleviate the severe effects of global warming on our environment, it would save thousands of lives and billions of pounds. According to the National Academy of Sciences, an astonishing £77 billion was spent in 2005 on health issues caused by air pollution. There is no doubt that nuclear power mitigates these major concerns. Can we, frankly, afford not to utilise this indispensable tool?
As efficient and reliable as it is, nuclear energy comes with another benefit - it is essentially renewable. The type of uranium fuel used in the process of fission is “virtually inexhaustible”. Current figures suggest we have 670 years of identified uranium sources left. But in reality there is actually an infinite supply; the element can be obtained via phosphate ores and conventional resources. * It can even be recycled and reused to make