재난에 대비한 화학물질 사고처리체계에 관한 연구 : 소방의 화학물질 사고대응능력 향상방안 = A Study on the management system of chemical disasters

다국어 초록 (Multilingual Abstract)

There are many kinds of chemicals that enrich human life in the ever changing world. But those chemicals also change into hazardous ones that cause damages and disasters, threaten our life. In order to correctly identify and further increase their usefulness, we have to find out their properties and corresponding solution. This thesis makes a precise redefinition of hazardous chemicals and shows an improved classification method based on domestic and foreign methods so far for the management of hazardous chemicals in normal times.
and, the advanced control system of chemical accidents is researched giving the first consideration to the fire authorities.
The results are summarized as follows.
1. The classifications of hazardous chemicals for normal time control should be based on fire protecting law, which must be coincident with international trend and must be integrated classifications involving actual fire mobilization.
2. Individual management in each steps of its life-cycle and accident recovery should be in charge of individual institution like current, but professional responses must be taken full charge of fire authorities for more quick actions. Most of all, it needs institutional reform that expend and become independent their play and roles.
3. Integrated hazardous chemicals management center must be established for quick responses for accidents, and various database can help a professional response team who is ready for elaborate action scenarios.

목차 (Table of Contents)

• 제I장 서론 = 6
• 제1절 연구의 배경 및 목적 = 6
• 제2절 연구의 범위와 방법 = 7
• 제II장 위험물질의 정의 및 분류 = 9
• 제1절 위험물질의 정의 = 9
• 제2절 국내법상 위험물질의 분류 = 14
• 제3절 해외의 위험물질의 분류 = 23
• 제4절 위험물질분류의 개선방안 = 32
• 제III장 위험물질의 사고처리계통 = 35
• 제1절 위험물질 사고의 특징 = 35
• 제2절 위험물질사고처리의 실태와 문제점 = 38
• 제3절 위험물질사고처리계통의 개선방안 = 43
• 제IV장 결론 = 47
• 참고문헌 = 49
• Abstract = 51
• 부록 1. 소방법 시행령[별표3] = 53
• 부록 2. 산업안전기준에 관한 규칙 [별표1] = 58
• 부록 3. 유해화학물질관리법시행령 [별표1] = 61
• 부록 4. 화학물질관련 인터넷 사이트 = 65