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From atoms to atmosphere: The role of nuclear power in decarbonization

By Gary Rodrigues | September 9, 2024

Nuclear power offers a reliable, low-carbon alternative to fossil fuels. This white paper explores these challenges and advocates for nuclear power as a vital element in decarbonization strategies.
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The imperative to combat climate change has sparked widespread commitments to decarbonization. Nuclear power offers a reliable, low-carbon alternative to fossil fuels. However, significant obstacles hinder the successful transition to a low-carbon future. This white paper explores these challenges and advocates for nuclear power as a vital element in decarbonization strategies. It emphasizes the necessity for regulatory and insurance reforms, underscores the role of financial instruments in driving clean energy investments, and addresses geopolitical and political complexities affecting decarbonization efforts.

Impediments to decarbonization

Balancing our current energy needs with the need to proceed on the journey to decarbonization is not without challenge. The cost and technical limitations of renewable energy, the intermittent nature of some renewable sources and slow-moving regulatory processes and their subsequent impact on innovation are just a few of those challenges. However, nuclear power offers a promising solution to this energy-intensive challenge. As a low carbon energy source, nuclear can provide the substantial and stable electricity supply needed by data centers without contributing to greenhouse gas emissions.

The resurgence of nuclear power

The resurgence of nuclear power has seen significant developments including advances in nuclear fission technology, safety measures and technological innovations, managing nuclear waste and improving transportation solutions. These current approaches help to minimize the environmental impact of nuclear power and address concerns about the lifecycle management of nuclear facilities.

Decommissioning of coal

While we strive towards withdrawing excessive use of coal and other dirty energy sources, we are presented with technical, economic and social challenges. Some of these include displaced workers, economic and social disruption to communities reliant on coal-fired power plants. However, developing strategies to replace coal with cleaner alternatives, ensuring grid stability and managing economic impacts on coal-dependent communities are critical and can minimize these challenges. Phasing out coal requires careful planning and support for affected stakeholders.

Financial instruments and investment

Finance plays a critical role in driving decarbonization efforts by providing the necessary capital for clean energy projects and supporting the development of innovative technologies. Green bonds and sustainable investment funds, government incentives and subsidies, innovative financing models, public-private partnerships and private equity are different financial instruments and investment techniques used to drive decarbonization efforts.

Insurance market reforms

Historical incidents and perceived risk have led to restricted insurance practices, this creates issues within the insurance market for clean energy projects. Reforming insurance risk models to reflect the advancements in nuclear and renewable energy technologies is crucial for reducing costs and attracting investment. Collaboration between insurers, energy experts and regulators can lead to the development of accurate and comprehensive risk models. These models should incorporate real-world performance data, technological advancements and best practices in risk management.

Geopolitical and political considerations

Influences from political, economic and social contexts creates challenges as countries adopt diverse approaches to decarbonization. This impacts political ideologies on climate policy, energy strategies and the role of international agreements and cooperation. International agreements, such as the Paris Agreement, can play a crucial role in coordinating global decarbonization efforts. These agreements set targets and provide frameworks for countries to develop and implement their climate strategies.

This white paper has explored the major impediments to decarbonization, including technical, economic, regulatory and political challenges. It has highlighted the potential of nuclear power, both fission and fusion, as a critical component of a diversified clean energy portfolio. Addressing public perception, insurance market reforms and regulatory streamlining are essential steps. Furthermore, financial instruments and international cooperation play crucial roles in driving decarbonization efforts.

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Disclaimer

Willis Towers Watson hopes you found the general information provided in this publication informative and helpful. The information contained herein is not intended to constitute legal or other professional advice and should not be relied upon in lieu of consultation with your own legal advisors. In the event you would like more information regarding your insurance coverage, please do not hesitate to reach out to us. In North America, Willis Towers Watson offers insurance products through licensed subsidiaries of Willis North America Inc., including Willis Towers Watson Northeast Inc. (in the United States) and Willis Canada, Inc.

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Nuclear Leader, Global Construction Practice
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