원문정보
Study on Establishment of management standards of Chemistry laboratory handling harzadous substances and improvement of system
초록
영어
There are more than 30,000 chemical substances handled in domestic university laboratories. Among them, hazardous materials are selected and managed as designated substances by the standards of 19 Ministries and 16 Acts. However, domestic safety-related laws and regulations are used to manage industrial risk factors based on industrial activities. In case of installing a university chemical laboratory in accordance with the installation standards applicable to general workplaces. It is not suitable to use as a laboratory installation standard that can be applied to a chemical laboratory installed at a university such as a problem occurs in applying to a university using a small quantity of dangerous substances in a small amount. In order to establish the laboratory structure and facility standards that are appropriate for the laboratory characteristics and apply systematic laboratory safety, the National Security Administration shall apply the special handling standard of chemical experiment to places where handling less than 30 times the designated quantity of chemical substances for chemical experiments. On August 2, 2016, the regulations for the enforcement of the Dangerous Goods Safety Management Act and the standards for the structure and facilities of the university chemical laboratory were enacted. In this study, we investigated the domestic chemical substances laws and regulations to determine the chemical substances that are over-regulated in the relevant laws, and define them as substances against accidents. The management criteria for the substances were analyzed. The R value for the designation of the designated quantity by the concept of the space in the management standard was calculated.
목차
1. 서론
2. 유해·위험물질 정의 및 분류
3. 화학실험실 관리대상 물질 및 기준 선정을 위한 관련 법령 고찰
3.1 위험물안전관리법
3.2 화학물질관리법
4. 대학 화학실험실 유해위험물질 취급현황 조사결과 및 분석
4.1 A기관 및 B기관 조사 결과
4.2 위험물안전관리법 상의 지정수량 산정방법
4.3 A, B기관의 위험물 R값 계산 및 결과분석
5. 결론
6. References