• Title/Summary/Keyword: environment friendly railway route

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Study on the Quantitative Analysis of the Major Environmental Effecting Factors for Selecting the Railway Route (철도노선선정에 영향을 미치는 주요환경항목 정량화에 관한 연구)

  • Kim, Dong-ki;Park, Yong-Gul;Jung, Woo-Sung
    • KSCE Journal of Civil and Environmental Engineering Research
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    • v.29 no.6D
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    • pp.761-770
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    • 2009
  • The energy efficiency and environment-friendly aspect of the railway system would be superior to other on-land ransportation systems. In a preliminary feasibility study stage and selection of optimal railway route, the energy efficiency and problems related to environment are usually considered. For the selection of optimal railway route, geographical features and facility of management are generally considered. Environment effect factors for the selection of environment-friendly railway router are focused and studied in this paper. In this study, various analysis of opinion of specialists (railway, environment, transport, urban planning, survey) and the guideline for construction of environment-friendly railway were accomplished. From these results of various analysis, 7 major categories (topography/geology, flora and fauna, Nature Property, air quality, water quality, noise/vibration, visual impact/cultural assets) were extracted. To select environment friendly railway route, many alternatives should be compared optimal route must be selected by a comprehensive assessment considering these 7 categories. To solve this problem, the selected method was AHP which simplifies the complex problems utilizing hierarchy, quantifying qualitative problems through 1:1 comparison, and extracting objective conclusions by maintaining consistency. As a result, a GUIbased program was developed which provides basic values of weighted parameters of each category defined by specialists, and a quantification of detailed assessment guidelines to ensures consistency.

System Technique of Light Rail Transit (경량 전철 시스템 기술)

  • Yu, Hae-Chul;Lee, Jae-Seok
    • Journal of the Korean Professional Engineers Association
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    • v.40 no.6
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    • pp.59-64
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    • 2007
  • LRT(LAght Rail Transit) system is a new transportation system with new technique of an electric railway. Transportation ability of LRT is mid-scale of a bus and a subway, transporting 5,000-30,000 people per hour and direction. LRT automatically operates in the existing metropolitan railway and large-scale development areas or satellite cities with a fixed route and has a short interval that guarantees scheduled-time, safety and environment-friendly.

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Study on Consideration Plan of Environmental Influence in Preliminary Feasibility Investigation of Railroad Work (철도사업의 예비타당성조사시 환경영향 고려방안에 관한 연구)

  • Sun, Hyo-Sung;Park, Young-Min
    • Proceedings of the KSR Conference
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    • 2006.11b
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    • pp.1178-1183
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    • 2006
  • This paper describes the plans of considering the environmental influences in the preliminary feasibility investigation of railroad work. Because the cost-benefit analysis method about the environmental costs by air pollution and traffic noise is mainly applied in preliminary feasibility investigation, not only the verification in the calculation method of these environmental costs but also the consideration in the environmental costs of the topographical damage and the ecosystem extinction by railroad work is needed. The environment-friendly plans in choosing the locations of the railroad route and station are also suggested, and they include (1) consideration of environment protection area, residential zone, and region with scenic beauty, (2) application of the existing railroad route and station, and (3) railroad route parallel to another traffic facility.

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A Study on Multi-modal Transport Logistics Network Buildup of Harbors in Gangwon in the North Pole Route Era (북극해 항로시대와 강원권 항만의 복합운송 물류네트워크 구축전략에 관한 연구)

  • Kim, Jae-jin;Lee, Kwang-keun;Jo, Jin-haeng
    • Journal of Korea Port Economic Association
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    • v.32 no.4
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    • pp.109-126
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    • 2016
  • This study investigates the initiatives of Gangwon sea routes based on precedent studies on the North Pole route to suggest a multi-modal buildup of transport logistics network of Gangwon harbors for the strengthening of logistics efficiency in the Korean Peninsula. The findings were: First, the government should expand railway infrastructure in Gangwon. Second, harbors in Gangwon should each have one speciality to strengthen connection with other harbors by using railway oriented background transportation network. Third, the government should develop industries of EFEZ(East coast Free Economic Zone) in the East Sea Coast in Gangwon to connect resources from the North Pole Sea. Fourth, the government should invite the base of Araon Ho's polar research vessel to play the role of the North Pole Sea route in the near future. Fifth, the government should strengthen the role of the Samcheock LNG base under construction. SIxth, environment-friendly transportation technology should be introduced to reduce carbon emission as much as possible. Lastly, an optimum North Pole logistics route should be developed to connect the Metropolitan area(Metropolitan Economic Zone), Gangwon roads and railway, Gangwon habor, Trans-Siberian Railway and thw North Pole route, and Europe, to strengthen national foreign trade power in the near future.