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.J.W.Storm van Leeuwen independent consultant member of the Nuclear Consulting Group storm@ceedata.nl
This study focuses the physical energy analysis of the nuclear energy system on: • health hazards by radioactive materials • nuclear safety, nuclear accidents, nuclear terrorism • global context, energy security, prospects for the future • nuclear power and climate, greenhouse gas emissions, prospects for the future, • nuclear legacy: energy debt, challenges of the future. Findings and conclusions of the life cycle assessment (LCA) are discussed in reports and other publications listed on this site. There is an overlap in the contents of the papers and reports, due to the intricate relationships between the addressed topics. |
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Reviews The methodology has been peer reviewed in: ‘Nuclear Uncertainties. Energy Loans for fission power’, Energy Policy, pp. 253-266, June 1985 Download
The study has been extensively reviewed by ISA of the University of Sydney: Lenzen M, Dey C, Hardy C & Bilek M, Life-Cycle Energy Balance and Greenhouse Gas Emissions of Nuclear Energy in Australia, A study undertaken for the Department of Prime Minister and Cabinet of the Australian Government, ISA, The University of Sydney, 3 November 2006. Download The uranium issue has been reviewed by: Zittel W & Schindler J, Download Uranium Resources and Nuclear Energy, Energy Watch Group, EWG Paper 1/06, December 2006. |
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Focus reports A focus report is a comprehensive compilation of a theme related to nuclear power. An abstract of each focus report can be found on the page of the same name. The reports can be downloaded from this page and from the dedicated pages.
• Nuclear health hazards , July 2016, fullreport Download summary Download
• In cauda venenum - Health hazards of nuclear power, Annexes, January 2014 Download
• Nuclear security. In cauda venenum, February 2014, full report Download summary Download Report prepared for and distributed at the 3d Nuclear Security Summit, The Hague, 24-25 March 2014, commissioned by the World Information Service on Energy (WISE), Amsterdam, supported by the Dutch section of IPPNW. ISBN 978-90-71947-43-8
• Can nuclear power slow down climate change? An analysis of nuclear greenhouse gas emissions Report commissioned by the World Information Service on Energy (WISE), Amsterdam, november 2015, sponsored by the Greens in the European Parliament, supported by 7 international NGOs, report distributed at the United Nations Climate Change Conference CoP 21, Paris, 30 november - 12 december 2015, ISBN 978-90-71947-50-6 full report Download summary Download
• Climate change and nuclear power An analysis of nuclear greenhouse gas emissions Report prepared for and distributed at the United Nations Climate Change Conference CoP23, Bonn, 6-17 November 2017, commissioned by the World Information Service on Energy (WISE), Amsterdam, 2017, supported by 8 international NGOs, ISBN 978-90-71947-54-4 |
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Other publications Apart from the reports listed above the author gave presentations and lectures; in addition he published articles and papers in different languages. See page Publications for an overview. |
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Monographs After 2008 the findings of the base report of this study are worked out and updated in separate monograph reports. There are 45 monograph reports, each addressing a particular topic or issue related to nuclear power. |
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m01 Download Uranium-plutonium breeder systems m02 Download Chernobyl disaster m03 Download Contemporary CO2 emissions of advanced nuclear power m04 Download Decommissioning and dismantling m05 Download Downplaying and denial of health effects m06 Download Methodology of energy analysis m07 Download Energy debt, latent CO2 emissions, latent entropy mo8 Download Fukushima disaster m09 Download Emission of non-CO2 greenhouse gases m10 Download Global context and prospects of nuclear power m11 Download Health effects of radioactivity m12 Download Human-made radioactivity m13 Download Nuclear disaster at Mayak in 1957 m14 Download Limitations of radiological models m15 Download Plutonium recycling in LWRs m16 Download Partitioning & transmutation m17 Download Pathways of radioactive contamination m18 Download Life-cycle nuclear CO2 emissions m19 Download Advanced reference reactor and EPR m20 Download Reprocessing of spent nuclear fuel m21 Download Nuclear safety m22 Download Severe nuclear accidents m23 Download Nuclear terrorism m24 Download Thorium for fission power m25 Download Mining at Kvanefjeld, a case study m26 Download Uranium mining + milling m27 Download Unconventional uranium resources m28 Download Uranium from seawater m29 Download Uranium for energy resources m30 Download Vitrification and dilution of radioactive waste m31 Download Industrial views on radioactive waste m32 Download Geologic repositories and waste conditioning m33 Download Molten-salt reactor MSR m34 Download Conflict of interests, flexibility of regulations m35 Download Energy cliff and CO2 trap m36 Download Materials for nuclear power m37 Download Problems for the future - message to the future m38 Download Nuclear power and the Second Law m39 Download Construction and OMR of nuclear power plants m40 Download Radioactive waste management - future CO2 emissions m41 Download Uranium mine rehabilitation m42 Download Tritium, carbon-14 and krypton-85 m43 Download Novel notions m44 Download Process analysis of the Ranger mine m45 Download Olympic Dam Expansion, a case study |
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