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- Evens, Siegfried
(författare)
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Streams, Steams, and Steels : A Transnational History of Risk Regulation in Nuclear Power Plants (1850–1985)
- 2024
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Doktorsavhandling (övrigt vetenskapligt/konstnärligt)abstract
- Water is essential to produce nuclear energy and prevent nuclear disasters. As light water reactors are increasingly seen as a solution to achieving a sustainable energy transition and battling the climate crisis, it is more important than ever to investigate the risks of using water for nuclear power production. However, the reactor technologies that manage all that water and steam – pressure vessels, steam generators, pipes, valves, and pumps – have not received much attention from historians, STS scholars, and risk sociologists. Therefore, this dissertation aims to study the risk regulation of these crucial reactor components and materials by national and international actors from a historical perspective.Relying on archival sources from the US, France, Sweden, and multiple international organisations, as well as on interviews, this dissertation aims to write a new, longue durée history of nuclear safety, going back to the origins of water and steam risk management in the nineteenth century. Such a historical perspective on nuclear risk regulation reveals two important insights. Firstly, in the 1950s and 1960s, the usage of water and steam technologies in nuclear reactors revealed new types of risks. These ‘ambi-nuclear risks’ are a hybrid of older steam risks, such as leaks, breaks, and explosions, and new risks of radiation and contamination. Secondly, between the 1950s and 1980s, new regimes were created in the US, France, and Sweden to regulate these risks. Initially, during the 1950s, non-nuclear steam regulations were applied directly to the first nuclear power plants. Yet, as power plants increased in size, accidents occurred, and nuclear technologies became increasingly controversial, ‘ambi-nuclear risk regimes’ were created to adapt or ‘nuclearise’ the older regulations. They included new safety measures and methodologies that were directed toward preventing radiation releases, but at the same time they mobilised older technologies, institutions, knowledges, and ideas related to thermal hydraulics and metallurgy. Ambi-nuclear risk regimes were shaped by a wide variety of historical actors through negotiating boundaries between ‘nuclear’ and ‘non-nuclear’ knowledges, components, risks, and regulations. Private or semi-private engineering associations played a particularly vital role in this.This thesis thus shows how nuclear safety as we know it today became nuclear as the result of a transnational long-term process that was greatly determined by much older non-nuclear water and steam risks. The results of this dissertation contribute to ongoing scholarly debates on risk, nuclear technologies, and water in fields like History of Technology, Environmental3History, STS, and Risk Sociology. Most importantly, the thesis expands the time frame in which nuclear risk has traditionally been studied. It challenges dominant conceptions of nuclear power as innovative or exceptional, instead connecting questions of nuclear risk to longer historical developments in water management and industrialisation. This demonstrates the importance of historical contingency for understanding risk and preventing (nuclear) disasters.
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- Frame, Bob, et al.
(författare)
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Tourism and heritage in Antarctica : exploring cultural, natural and subliminal experiences
- 2022
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Ingår i: Polar Geography. - : Informa UK Limited. - 1088-937X .- 1939-0513. ; 45:1, s. 37-57
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Tidskriftsartikel (refereegranskat)abstract
- The guidelines on heritage management adopted by the 2018 Antarctic Treaty Consultative Meeting provide the most recent iteration for an Antarctic tourism sector which had, prior to the COVID-19 pandemic, been projected to increase further with various risks and potential impacts requiring careful management. In this paper the role of cultural heritage for tourism prior to the COVID-19 pandemic is examined through three empirical perspectives. First, how the Antarctic cultural heritage is represented through the designation of Historic Sites and Monuments and Site Guidelines for Visitors; then how this is presented through tourism operators’ websites; and, finally, how it is experienced by visitors as narrated in open-source social media information. Each dataset suggests that, while cultural heritage is an important component of an increasingly commodified tourist offering, it is only part of an assemblage of elements which combine to create a subliminal and largely intangible Antarctic experience. In particular, a polarization of the heritage experience between cultural and natural does not appear productive. The paper proposes a more nuanced understanding of heritage tourism in Antarctica which accommodates the notion of a hybrid experience that integrates cultural heritage, the history and stories this heritage represents, and the natural environmental setting.
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- Gutting, Alicia, 1986-
(författare)
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The Nuclear Rhine : Conflict and Cooperation in a Transnational River Basin
- 2024
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Doktorsavhandling (övrigt vetenskapligt/konstnärligt)abstract
- The water and nuclear energy sectors are intricately and interdependently entwined. In this thesis, the relationship between water and nuclear energy is being examined specifically in the Rhine River basin from the 1950s to the contemporary period. Through a series of four research articles, this work scrutinises the complex interaction between nuclear development and water management, emphasising the critical yet often undervalued role of water in the nuclear energy sector. This investigation gains particular relevance in the context of climate change, which heightens the environmental impact of nuclear power as well as the vulnerability of nuclear power plants to extreme weather events, such as heatwaves.A central thesis argument is the contemporary societal undervaluation of water for nuclear energy, contrasted with its more recognised value in the mid-20th century. This shift in perception is especially pertinent as extreme weather conditions underscore the need to reassess water's worth. Employing a transnational and interconnected approach, this research challenges conventional national narratives and underscores the significance of cooperative and shared resource management along the Rhine. This paradigm serves as a blueprint for future transnational collaborations, particularly within the European sphere.The analysis explores various facets of water-nuclear-interactions, including the selection of riverine sites for nuclear power plants, the challenges and conflicts arising from these decisions, and specific case studies on risk perception, water diplomacy, and the sustainability of nuclear power in the age of climate change. These discussions are not only rooted in historical analysis but also engage with contemporary debates about the environmental sustainability of nuclear energy and its role in a future marked by increasing climatic uncertainties.In summary, this thesis offers a novel perspective on the dynamic relationship between water and nuclear energy, advocating for a renewed appreciation of water as a crucial but limited resource. It highlights the necessity for sustainable, forward-thinking approaches to nuclear energy development. As we confront the challenges of climate change, the insights from this research present valuable lessons on the importance of transnational cooperation, comprehensive risk assessment, and the meticulous consideration of environmental impacts in shaping future energy policy. Thus, this work illuminates the past while providing guidance for navigating the complex interdependencies between water and nuclear energy in the future.
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- Hudson, Mark, et al.
(författare)
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Global processes of anthropogenesis characterise the early Anthropocene in the Japanese Islands
- 2022
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Ingår i: Humanities and Social Sciences Communications. - : Springer Nature. - 2662-9992. ; 9
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Tidskriftsartikel (refereegranskat)abstract
- Although many scholars date the onset of the Anthropocene to the Industrial Revolution or the post-1945 ‘Great Acceleration’, there is growing interest in understanding earlier human impacts on the earth system. Research on the ‘Palaeoanthropocene’ has investigated the role of fire, agriculture, trade, urbanisation and other anthropogenic impacts. While there is increasing consensus that such impacts were more important than previously realised, geographical variation during the Palaeoanthropocene remains poorly understood. Here, we present a preliminary comparative analysis of claims that pre-industrial anthropogenic impacts in Japan were significantly reduced by four factors: the late arrival of agriculture, an emphasis on wet-rice farming limited to alluvial plains, a reliance on seafood rather than domesticated animals as a primary source of dietary protein, and cultural ideologies of environmental stewardship. We find that none of these claims of Japanese exceptionalism can be supported by the archaeological and historical records. We make some suggestions for further research but conclude that the Japanese sequence appears consistent with global trends towards increased anthropogenic impacts over the course of the Palaeoanthropocene.
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- Klüppelberg, Achim, 1990-
(författare)
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The Nuclear Waters of the Soviet Union : Hydro-Engineering and Technocratic Culture in the Nuclear Industry
- 2024
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Doktorsavhandling (övrigt vetenskapligt/konstnärligt)abstract
- After the development of nuclear weapons, civil applications were seen as a way through which protagonists of Soviet modernity could embrace a new future, which Josephson called atomic-powered communism. Where hydro-powered communism had reached its boundaries, nuclear energy was to take over. Crucial parts of the Soviet nuclear industry were based on the use of water. The mantle of progressiveness, innovation, and status previously embodied by the hydropower industry was taken up by emerging nuclear technocrats. While scholars have readily engaged nuclear power as a topic, they have neglected its hydraulic roots and hydro-nuclear entanglements, especially for cooling and other technological purposes. An important but yet overlooked influence came from the creation of Soviet hydraulic-hydropower technological systems.This doctoral thesis fills a twofold gap in the existing literature. First, water is placed at the centre of an analysis of the Soviet nuclear programme. Pipes, valves, tanks, pumps, pressure mechanics and gravity approaches all use much older inventions and engineering mindsets, which are generally not considered in the existing historiography concerning nuclear energy. Aquatic systems, riverbeds, industrial improvements, watersheds, and fluid pathways of potential contamination have not sufficiently been linked to the rapid development of the nuclear industry, even though toxic radioisotopes were spread across the globe.Second, it analyses how technocratic culture influenced nuclear decision-making processes. Therefore, discourses of siting Soviet nuclear power plants in the period between 1954 and 1991 are analysed under a water and technocratic culture perspective to tap more accurately into the links between the nuclear industry, hydraulic engineering, economic imperatives, power and hierarchy, as well as state-communist ideology. The dominant culture present at the construction site of a nuclear power plant determines the circumstances, within which regimes of nuclear safety are defined and operated. If we want to understand the underlying reasons for why nuclear safety was mismanaged in the USSR, we need to investigate the details and everyday decision-making process made by people on the ground, also in order to see which mistakes should not be repeated in the future. Therefore, this work proposes an original technocratic culture analysis to explain these issues within a Soviet context, based on three subcategories designated as political, nuclear inner circle, and safety culture.Consequently, insights from these investigations shall serve to broaden our understanding of the phenomenon of the Soviet nuclear industry’s fast development, by answering the main research question of how technocratic culture influenced hydraulic engineering practices in the Soviet nuclear industry and how this affected safety. The two foci, water and technocratic culture, are interlinked and thus investigated together. By highlighting hydro-nuclear entanglements at crucial nuclear installations throughout the USSR, this thesis contributes to a more sophisticated understanding of the environmental consequences such a technological system entails, stressing the necessity for nuclear safety under the long shadow of the state-communist legacy that continues to influence how we live in Europe today.
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- Klüppelberg, Achim, 1990-, et al.
(författare)
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The Wrong Water for a Right Purpose? : A Tale of the Estonian Nuclear Power Plant Never Built at Lake Võrtsjärv
- 2022
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Konferensbidrag (övrigt vetenskapligt/konstnärligt)abstract
- For reasons yet unknown, Soviet nuclear planners wanted to build an NPP in Estonia, encompassing Leningrad, the Baltic Republics, Kaliningrad, Belarus and parts of Western Russia. On a planner’s map, Võrtsjärv looked like a promising location to host such a plant. Nevertheless, it became soon clear that Võrtsjärv had too little of the right water available. However, while Võrtsjärv had the wrong water for the NPP, it had the right for another important and in this case competing use of this liquid resource: the establishment of a high-value eel fishery. The act of blocking an NPP construction was part and parcel of a major shift in Soviet Estonia’s fisheries management – one that redefined water and fish as a resource to be protected and valued rather than exploited. Ultimately, no NPP was built at Võrtsjärv.
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