scholarly journals Representing future generations in public participation procedures regarding the siting of a nuclear waste repository

2021 ◽  
Vol 1 ◽  
pp. 219-220
Author(s):  
Lisa P. Hamacher

Abstract. State decisions regarding a repository for high-level radioactive waste have an extraordinary intergenerational significance. The academic legal discussion has increasingly strengthened the status of future generations in constitutional law. In its recent decision on the German Climate Protection Act, the Federal Constitutional Court equally emphasised that state actors have an obligation to protect future generations. Fundamental rights of future generations thus have an anticipated effect in the present. In general, the legislator is free to choose the appropriate means to protect these rights. The interests of future generations may be promoted by substantive or procedural law. The German Site Selection Act (StandAG), however, makes use of procedural protections to a significant extent. Including the interests of future generations in the existing public participation procedures and participation bodies is, therefore, crucial for the effective protection of future generations. The presentation examines to which extent the current legal framework for the site selection for a high-level radioactive waste repository in Germany enables an effective representation of the future generations' interests. Existing publications (Appel, 2005; Rose, 2018; Kloepfer, 1993) name various characteristics of effective “intergenerational institutions”. Accordingly, these institutions should be independent, exist long-term, serve future interests solely or primarily, and have strong rights vis-à-vis decision-makers; however, German constitutional law, namely the principle of democracy, limits the design of such institutions. Not all of the abovementioned characteristics can be combined. Nevertheless, the constitution enables means to include and promote the interests of future generations in decision-making procedures, which are not fully exploited by the German Site Selection Act. The participation procedure includes several groups which could promote intergenerationally just decisions, namely environmental associations, the public and representatives of the “young generation”; however, none of these stakeholders are “intergenerational institutions” in the abovementioned sense. Subsequently, the presentation proposes various reforms: improving the sustainability impact assessment during the legislative procedure, the implementation of an “intergenerational impact assessment” and an ombudsperson for future concerns, who could be affiliated with the National Citizens' Oversight Committee (Nationales Begleitgremium).

2021 ◽  
Vol 1 ◽  
pp. 45-46
Author(s):  
Sönke Reiche ◽  
Reinhard Fink ◽  
Nils-Peter Nilius

Abstract. After implementation of the Repository Site Selection Act (StandAG) in 2017, the Federal Company for Radioactive Waste Disposal (BGE), as the German waste management organization, started the site selection procedure for a nuclear repository for high-level radioactive waste in Germany. On the way towards the repository site with the best possible safety, the site selection procedure is required to be a participatory, transparent, learning and self-questioning process based on scientific expertise. With the Subareas Interim Report published in 2020, first results were presented outlining subareas with favourable geological conditions in preparation for defining the siting regions for surface exploration. Currently, one of the main tasks in the site selection procedure is to establish a detailed geoscientific synthesis (Geosynthesis) for each subarea. The Geosynthesis contains all geological information for the characterization of each subarea and hence serves as the foundation for the subsequent analysis within the representative preliminary safety assessments (rvSU) and the geoscientific consideration criteria. Based on this information, all areas within the subareas will be evaluated to find the siting regions for surface exploration. The Geosynthesis includes a description of the regional geology focusing on the host rock, the overburden and relevant geological processes that may affect the potential nuclear waste repository in the next 1 million years. The data for the Geosynthesis are mostly compiled from state authorities and include 3-D geologic models, regional maps and cross-sections, bore hole data (e.g. geophysical logs) and seismic data. Furthermore, it is necessary to digitize, process, interpret and evaluate the aforementioned data using the available knowledge from the scientific literature in the context of the site selection procedure.


Author(s):  
Noriko Kanzaki ◽  
Koji Okamoto ◽  
Ryutaro Wada

The high level radioactive waste was decided to the geological disposal in Japan. In addition, operating body and capital management body were decided. However, the place in the repository site has not been decided yet. The selection process in the waste repository is already advanced in Finland and Sweden. In England, some municipalities have expressed interest in HLW. The word used in publicity materials is analyzed, systems in each country are compared, and some good idea for Japanese HLW repository site selection process is studied.


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