저탄소 자동화 컨테이너 터미널 긴급상황 및 대처방안에 관한 연구

Abstract

Purpose: The object of this study is to present the emergency case s and propose management, contingency plan for a low-carbon automated container terminal. Composition/Logic: The paper is organized into five chapters. Chapter 2 deals with the concept of low-carbon automated container terminal, the definition of an emergency case, and the types of emergency cases in the existing container terminal. Then, it analyzes the emergency case and management plan for a low-carbon automated container terminal based on an analysis of the existing container terminal. Chapter 4 describes the contingency plan, along with the decision criteria. Finally, the authors summarize the results of the study and present its implications. Findings: The study proposes the details of the emergency case of a low-carbon automated container terminal based on the analysis of the existing container terminal. In order to upgrade the quality, we surveyed 7 operational experts at the container terminal in Busan. The questionnaire-based survey was carried out using written inquiries and the interview method. The authors recognize that the types of emergency cases for a low-carbon, automated container terminal are fully explained. However, the types of cases caused by shifting equipment and facilities are identified as dissatisfied in the accomplishment perspective. Originality/Value: A study on safety improvement has assumed greater significance after the Sewol Ferry Disaster and industry experts have called for the need for safety at port. A lot of research has been conducted on the contingency plan for the existing container terminal. However, this study is future-oriented and focuses on new concepts and issues relating to the container terminal issues. It also offers a variety of practical suggestions and analyzes their implications.