처분수용성 및 처분 안전성을 고려한 HIC 용기 최적 인수 기준(안) 제시
Suggestion of Waste Acceptance Criteria (draft) based on Acceptance and Safety of Disposal for High Integrity Containers
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초록
High Integrity Container (HIC) is a container for both transportation and disposalwhich can be efficiently used for high level radioactive resin, concentrated waste, spent filter,etc. as well as historical radioactive wastes which were produced before the establishment ofacceptance criteria, and it is well used as disposal container over the world. In Korea at first stageit was tried to develop over 900 L HIC but now 510 L HIC is under evaluation for approval byKINS. This paper suggests optimal acceptance criteria for HIC in relation with HIC acceptanceafter analyzing licence and waste acceptance conditions in Korea in consideration of disposalacceptance and disposal safety at disposal site.
Abstract
High Integrity Container (HIC) is a container for both transportation and disposalwhich can be efficiently used for high level radioactive resin, concentrated waste, spent filter,etc. as well as historical radioactive wastes which were produced before the establishment ofacceptance criteria, and it is well used as disposal container over the world. In Korea at first stageit was tried to develop over 900 L HIC but now 510 L HIC is under evaluation for approval byKINS. This paper suggests optimal acceptance criteria for HIC in relation with HIC acceptanceafter analyzing licence and waste acceptance conditions in Korea in consideration of disposalacceptance and disposal safety at disposal site.
참고문헌 (5)
- 곽종승, "방사성폐기물 처리용 고건전성 용기개발", 방사선폐기물학회지, 92(J03), pp.10~11 (1995)
- 방사성폐기물 실태조사 최종보고서, "오원진", 한국원자력환경공단, ~, pp.KORAD (2015), TR[DOI]
- 원전 해체폐기물 처분방안 분석 용역 최종보고서, "성낙훈", 한국원자력환경공단, 101~106, pp.DD-KO-R-100 (2012)
- 정재학, "차등접근법에 근거한 극저준위폐기물의 안전관리 국제동향 및 시사점에 대한 고찰", Journal of Nuclear Fuel Cycle and Waste Technology, 9(1), pp.49~62 (2011), 한국방사성폐기물학회
- 김범인, "극저준위 해체폐기물 처분을 위한 방사성폐기물 인수기준 분석", Journal of Nuclear Fuel Cycle and Waste Technology, 12(2), pp.165~169 (2014), 한국방사성폐기물학회[DOI]