水科学与工程技术2024,Issue(6) :72-76.DOI:10.19733/j.cnki.1672-9900.2024.06.19

水源保护区桥梁工程选址唯一性及环境可行性论证——以三洪奇大桥重建工程为例

Demonstration of the uniqueness of site selection and environmental feasibility of bridge projects in water source protection areas——a case study of the reconstruction project of Sanhongqi Bridge

刘为福 吴利桥 张舟 唐晨桂
水科学与工程技术2024,Issue(6) :72-76.DOI:10.19733/j.cnki.1672-9900.2024.06.19

水源保护区桥梁工程选址唯一性及环境可行性论证——以三洪奇大桥重建工程为例

Demonstration of the uniqueness of site selection and environmental feasibility of bridge projects in water source protection areas——a case study of the reconstruction project of Sanhongqi Bridge

刘为福 1吴利桥 1张舟 1唐晨桂1
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作者信息

  • 1. 珠江水资源保护科学研究所,广州 510145
  • 折叠

摘要

以三洪奇大桥重建工程为例,构建一套针对工程涉及水源保护区合法合规的分析论证程序.从区域路网的现状与规划、路线方案的比较选择、项目功能定位及水源保护区的条件限制等维度,剖析工程选址的唯一性.同时,通过实施一系列环保措施,将工程在施工阶段和运营阶段对水源保护区产生的影响控制在可接受范围内,保障工程实施具备环境可行性,可为同类工程论证提供参考.

Abstract

Taking the reconstruction project of Sanhongqi Bridge as an example,a set of analytical and demonstrative procedures for the legality and compliance of the project involving the water source protection area is constructed.The uniqueness of the project site selection is analyzed from multiple dimensions such as the current situation and planning of the regional road network,the comparison and selection of route schemes,the functional positioning of the project,and the constraints of the water source protection area.Meanwhile,through the implementation of a series of environmental protection measures,the impact of the project on the water source protection area during the construction and operation phases is controlled within an acceptable range to ensure the environmental feasibility of the project implementation,thereby providing a useful reference for the demonstration of the legal entry of non-water-source-protection-targeted projects that cannot be avoided into the water source protection area.

关键词

非水源保护工程/水源保护区/论证程序/选址唯一性/环境可行性

Key words

non source water protection project/water source protection area/demonstration program/uniqueness of site selection/environmental feasibility

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出版年

2024
水科学与工程技术
河北省水利学会 水利部河北水利水电勘测设计研究院

水科学与工程技术

影响因子:0.334
ISSN:1672-9900
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