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厦门东部燃气电厂取水口与东部港区#1泊位"结合工程"研究
引用本文:黄文良.厦门东部燃气电厂取水口与东部港区#1泊位"结合工程"研究[J].水运工程,2005(8):30-34.
作者姓名:黄文良
作者单位:福建省港航勘察设计院,福建,福州,350002
摘    要:为了使厦门东部燃气电厂取水口建设与东部港区码头岸线规划相协调,使取水口与规划港区码头使用功能互不影响又能相互共存,开展了对该“结合工程”的研究工作。研究认为,“结合工程”具有创新性和先进性,研究成果解决了大型燃气电厂取水口工程和大型集装箱码头工程结合的技术难题,达到工程分期实施、功能共存、港口资源充分利用的效果。

关 键 词:取水口  码头  结合工程  可行性
文章编号:1002-4972(2005)08-0030-05
收稿时间:2005-04-24
修稿时间:2005年4月24日

Study on "Incorporation Engineering" Harmonizing Building of Water-Taking Gap of Power Plant in Eastern Xiamen and Berth #1 of Eastern Port Area
HAUNG Wen-liang.Study on "Incorporation Engineering" Harmonizing Building of Water-Taking Gap of Power Plant in Eastern Xiamen and Berth #1 of Eastern Port Area[J].Port & Waterway Engineering,2005(8):30-34.
Authors:HAUNG Wen-liang
Abstract:In order to harmonize the building of water-taking gap of power plant in eastern Xiamen with the bank-line layout of the eastern port area in Xiamen, so that the water-taking gap and wharf of the planned port are coexist without interference in operation function, we carried out a research on the"incorporation engineering", the result of which revealed that the"research"is innovative and advanced, and which solved the difficult problem concerning incorporation of the water-taking gap engineering and large container terminal wharf. The research realized the effect of staged engineering, coexistence in function and fully utilization of port resources.
Keywords:water-taking gap  wharf  incorporation engineering  feasibility
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