SWOT/AHP 분석을 통한 전략적 AMP 설치 활성화 방안
Strategic Vitalization Method of AMP Installation through SWOT/AHP Analysis
1
조회
0
다운로드
7
인용
0
참고문헌
키워드
초록
Recently the concentration of fine dust and ultra fine dust becomes so bad, which seriously threatens the health and even the life of people. So, government started to investigate several ways to reduce the amount of fine dust and ultra fine dust. From a few years ago it has been known that ships anchored at port emit a lot of pollution and seriously affect air quality of neighboring cities. To reduce the pollution emitted by ship AMP (Alternative Maritime Power Supply) has been proposed, which uses the electricity instead of bunker C oil or diesel. Many developed countries already installed AMP to improve air quality in port area. Korea is in the stage of planning to install AMP at port. However, there are many complicated problems to be handled before AMP installation. Due to huge initial cost and long period of construction ship owner and habour operating company are reluctant to AMP installation. And there are serious technological difficulties in constructing AMP in existing harbour. Lack of AMP core technology and operational difficulties of AMP are also big challenges to be conquered. In this study SWOT/AHP method is used to find strategic and efficient ways to handle above complicated challenges and then to vitalize the AMP installation.
Abstract
Recently the concentration of fine dust and ultra fine dust becomes so bad, which seriously threatens the health and even the life of people. So, government started to investigate several ways to reduce the amount of fine dust and ultra fine dust. From a few years ago it has been known that ships anchored at port emit a lot of pollution and seriously affect air quality of neighboring cities. To reduce the pollution emitted by ship AMP (Alternative Maritime Power Supply) has been proposed, which uses the electricity instead of bunker C oil or diesel. Many developed countries already installed AMP to improve air quality in port area. Korea is in the stage of planning to install AMP at port. However, there are many complicated problems to be handled before AMP installation. Due to huge initial cost and long period of construction ship owner and habour operating company are reluctant to AMP installation. And there are serious technological difficulties in constructing AMP in existing harbour. Lack of AMP core technology and operational difficulties of AMP are also big challenges to be conquered. In this study SWOT/AHP method is used to find strategic and efficient ways to handle above complicated challenges and then to vitalize the AMP installation.
참고문헌 (22)
- Asia Economy, "Air Pollution in Incheon Port", ~ (2018)
- Ballini, F., "Air Pollution in Ships in Ports : The Socio-Economic Benefit of Cold Ironing Technology", Research in Transportation Business and Management, 17, pp.92~98 (2015)
- Busan Air Quality Evaluation Report, "Busan Metropolitan City Institute of Health and Environment", ~ (2017)
- China Daily Asia, "Ship Emission Choking the Region", ~ (2016)
- Coppola, T., "A Sustainable Electrical Interface to Mitigate Emission due to Power Supply in Ports", Renewable and Sustainable Energy Reviews, 54, pp.816~823 (2016)
- "Electricity Paper, AMP for Reducing Air Pollution of Ports", ~ (2019)
- Fiadomor, R., "Assessment of Alternative Maritime Power and Its Impact on Port management and Operations", pp.2009
- Prevention and Control of Shipping and Port Air Emission in China, "Fung, F.", Natural Resources Defences Council, ~ (2014)
- Innes, A., "Identifying the Unique Challenges of Installing Cold Ironing at Small and Medium Ports-The Case of Aberdeen", Transportation Research Part D : Transport and Environment, 62, pp.298~313 (2018)
- A Study on Demand Estimation and Implementation for AMP Installation, "Korea Maritime Institute", ~ (2016)
- Lee, I. K., "To Speed Up AMP Installation to Reduce Air Pollution of Port Cities", Korea Maritime Institute Weekly report, 35, pp.1~23 (2017)
- Maeil Ilbo, "Air Pollution of Pyungtaek Port", ~ (2018)
- Modern Ocean, "IPA, Development of AMP Key Technology", ~ (2018)
- Peksen, D. Y., "Application of Alternative Maritime Power Supply to Cruse Port", Journal of ETA Maritime Science, 6(4), pp.307~318 (2018)
- Sciberras, E. A., "Reducing Shipboard Emissions-Assessment of the Role of Electrical Technologies", Transportation Research Part D : Transport and Environment, 51, pp.227~239 (2015)
- Today Energy, "Installation of AMP to Reduce Air Pollution in Ports", ~ (2019)
- Tseng, P. H., "A Study of the Potential of Shore Power for the Port Kaohsiung, Taiwan : To Introduce or Not To Introduce", Research in Transportation Business and Management, 17, pp.83~91 (2015)
- Vaishnav, P., "Shore Power for Vessels Calling at US ports : Benefits and Costs", Environmental Science and Technology, 50(3), pp.1102~1110 (2016)
- Winkel, R., "Shore Side Electricity in Europe : Potential and Environmental Benefits", Energy Policy, 88, pp.584~593 (2016)
- Yustiano, O. Y., "Cost and Benefit Analysis of Shore Side Electricity in the Port of Tanjung Perak, Indonesia", pp.2014
- Zis, T, "Evaluation of Cold Ironing and Speed Reduction Policies to Reduce Ship Emissions near and at Ports", Maritime Economics and Logistics, 16(4), pp.371~389