심해저 광물자원 양광시스템 실증 시험을 위한 위험도 기반 선상 설비 설계

다국어 초록 (Multilingual Abstract)

This study had the goal of designing onboard structures for a pre-pilot mining test (PPMT), which is required for the commercialization of the deep-sea mining industry. This PPMT is planned to validate the performance of a hydraulic lifting system and verify the concept of operating through a moon-pool in the east sea, Korea. All of the onboard equipment and facility were designed by KRISO. Because the test was performed at the first development, it is difficult to determine what risk will occur in the facility. Therefore, risk-based design is required in the facility for the PPMT, which includes the facility layout, failure mode and effect analysis (FMEA), and risk reduction plan. All of the expected performances of the lifting system itself and the onboard facilities were qualitatively validated using the risk-based design.

참고문헌 (Reference)

1 지상범, "심해저 망간단괴 개발의 현황과 미래" 한국해양과학기술원 36 (36): 367-371, 2014

2 Hong, S, "World Market and Opportunities in the Coming Decade" 2010

3 Engelmann, H.E, "Vertical Hydraulic Lifting of Large-Size Particles – A Contribution to Marine Mining" 1978

4 Hong, S, "Total Dynamic Analysis of Deep-seabed Integrated Mining System" 311-314, 2006

5 Yeu, T. K, "Study on Path Tracking Approach for Underwater Mining Robot" 2012

6 Ku, N. K, "Optimal Module Layout for a Generic Offshore LNG Liquefaction Process of LNG-FPSO" 9 (9): 311-332, 2014

7 Yeu, T. K, "Operating System of KIOST Pilot Mining Robot in Inshore Test" 265-268, 2013

8 Park, S. J, "Inshore Test of MineRo for Driving Property Analysis" 251-254, 2010

9 Hong, S, "Development of a Self-Propelled Test Collector for Deep-Seabed Manganese Nodules" 2007

10 Hong, S, "Development Outlook of Marine Mineral Resources" 247-250, 2010

11 Mahmood Shafiee, "An FMEA-Based Risk Assessment Approach for Wind Turbine Systems: A Comparative Study of Onshore and Offshore" MDPI AG 7 (7): 619-642, 2014