화학공학소재연구정보센터
학회 한국화학공학회
학술대회 2017년 봄 (04/26 ~ 04/28, ICC 제주)
권호 23권 1호, p.1274
발표분야 화학공정안전
제목 Multi-objective optimization for optimal ORC(organic Rankine cycle) design considering inherent safety and exergy efficiency
초록  Inherent safety is technique for designing safer process, which maximize safety of process. This technique give insight about process risk and strategies for reduction of risk in early stages of process design. However, this technique is applied after design is complete in that stages. So, if there are some risky aspect in that design, after the analysis, process is changed to reduce risk. Then inherent safety technique is applied again, and these steps have to be repeated. For solving this limitation, this study proposes method considering safety(or risk) and process(or efficiency) simultaneously. This method is applied in ORC process, called by organic Rankine cycle, which is viable technology to make power using low temperature heat. As a result, multi-objective optimization method is used for optimal design considering safety aspect and process aspect.
저자 이영근, 김정남, 양시엽, 김경수, 한종훈
소속 서울대
키워드 화학공정안전; 위험성평가
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