Reassessing New Zealand’s No-Nuclear Policy
Nuclear energy is a vast ideology that powers the world simultaneously. Even though there may be contention regarding the latter’s applicability to the environment, the ‘goodies’ have been numerous from nuclear power. It is true to say that no nuclear policy benefits New Zealand, but the disadvantages outweigh the advantages, as the text suggests.
For example, since the policy was formulated, the country has been relatively safe, as the physical impacts that may lead to radiation sickness have been significantly reduced. Cardiovascular diseases are expected to be higher than they are now in the country (Adler et al., 2020). Nevertheless, it is high time that the government considers the positive outcomes that can help the country develop in line with other European countries.
Modern Nuclear Safety and Risk Management
The flaw in the reasoning is that Chernobyl is a disaster that occurred a long time ago, which means that current innovations can prevent such a disaster. Unlike in the 1980s, radiation levels in the Chernobyl area are currently within safe bounds (Andrews-Speed, 2022). Hence, the New Zealand government should not consider that a threat.
Weighing the benefits and losses of imposing nuclear energy is part of the basic risk management that any country can undertake. To support this aspect, having technical people analyze the concept would reveal more advantages than disadvantages. The notion that people will get sick is true, but the rate of disease will be mitigated through modern clinical intervention.
Economic Competitiveness and Energy Security
Industrialization would be more competitive with access to cheap energy. The reason is that nuclear energy is cost-effective, meaning no industry will take advantage of having stable financial roots to place its competitive advantage in the market (Martinez, 2022). The ongoing demand for electricity in New Zealand will be met by producing affordable power from nuclear plants, enabling daily routines such as businesses, healthcare, and other essential activities. With nuclear power as part of the energy mix, low-carbon and environmentally friendly activities can be achieved responsibly (“Nuclear energy prospects in New Zealand”, 2022). The reason is that nuclear power stations only emit carbon dioxide (CO2) during installation and fuel processing, and not when electricity is generated.
Nuclear Power as a Low-Carbon Climate Solution
It is right to support the idea of incorporating nuclear power into New Zealand’s energy supply due to its numerous advantages. As the text shows, a third, which translates to approximately 30% of European nuclear power, is produced from nuclear plants (Martinez, 2022). Therefore, New Zealand should import a leaf from other countries, as the risk of a meltdown does not outweigh the benefit of cheap energy; hence, the text presents truthful facts.
For example, one of the key benefits of nuclear power is its ability to mitigate climate change and reduce greenhouse gas emissions. On that note, New Zealand will maintain a sustainable agricultural life, which is informed by forecasting climate changes, thereby dictating farming practices that are integral to the country’s backbone economy. If New Zealand wants to reach the same level as Europe, which is light-years away, considering nuclear power is essential (Pointon, 2022). The government should not be stuck in the past using the 20th-century theories based on non-technical solutions.
Industrial Revitalization and the Case of Tiwai Point
The Tiwai Point aluminum smelter should be a source of enlightenment for the government and its leaders, rather than being closed, and revived through modern means to prevent contamination. The report by Environment Southland shows that the plant has contaminants such as fluoride and polycyclic aromatic hydrocarbons (PAHs), which pose environmental risks (Pointon, 2022). However, the government should regulate the company’s waste handling in acceptable ways by monitoring the bores, rather than closing them.
Additionally, a facility at Tiwai Point should be constructed to store aluminum byproducts and regulate the wet washing of cells, thereby encouraging the production of more nuclear energy in the country. All these efforts would reduce contaminants and make the plant relevant in the fight to incorporate nuclear energy in New Zealand (Weber, 2021). With all that, it is true to support the notion that New Zealand should reconsider its no-nuclear policy, as there are more advantages than disadvantages to its abolition.
References
Adler, D., Jha, A., & Severini, E. (2020). Considering the nuclear option: Hidden benefits and social costs of nuclear power in the U.S. since 1970. Resource And Energy Economics, 59(9), 10-27.
Andrews-Speed, P. (2022). The governance of civil nuclear power in France: advantages and disadvantages of deep state involvement. The Journal of World Energy Law &Amp; Business, 15(2), 151-166.
Martinez, J. (2022). Remarks on nuclear fusion energy: Advantages and disadvantages. SSRN Electronic Journal, 6(3), 4-5.
Nuclear energy prospects in New Zealand. World-nuclear. (2022).
Pointon, N. (2022). Tiwai Point aluminum smelter begins talks to continue operating after 2024. RNZ.
Weber, J. (2021). Fact checks: Is nuclear energy good for the climate? DW.