Systematic Literature Review of Nuclear Safety Systems in Small Modular Reactors

Abstract

Safety in nuclear power plants is an important area in the realm of engineering safety [1]. Small Modular Reactors (SMRs) are an emerging form of nuclear technology with widespread application, notably in austere or remote communities. SMRs are defined as power plants that produce 300 MWe or less [2], designed with modular fabrication technology for ease of onsite construction. Historically, nuclear power plants have maximized large economies of scale and been constructed with ample resources for safety regulation concerns, such as access to reliable water tables. SMRs will be deployed to remote locations without the resources normally afforded to a large power plant, and so the safety systems of these new designs must be innovative and still be able to meet the stringent safety specifications set forth by regulatory bodies [3]. This is a very important aspect of SMR design and is critical for licensing and production. This paper outlines a systematic literature review of scientific papers concerned with nuclear safety systems of SMRs. To further expound upon this topic, literature analyses were completed using keyword searches for, “nuclear safety systems,” and “small modular reactor” and then evaluating trends between articles. The databases used for this research were Google Scholar, Scopus, Web of Science, and Mendeley. The analyses were completed by use of the following literature review software: VOSViewer, Publish or Perish, MAXQDA and Vincinitas. The results are presented in the form of trend analyses, keyword cluster analysis, co-author clusters analysis, co-citation analysis, word clouds and emergence analyses. The results show a strong correlation between the study of this material and the rising interest in green energy, as well as the particular safety systems necessary for the development of SMRs.