[1]周蓉,王绍贵,闫新秀,等.练江流域水污染治理工程设计咨询实践与思考[J].中国给水排水,2022,38(20):41-47.
　ZHOURong,WANGShao-gui,YANXin-xiu,et al.Practice and Deliberations on Design Consultation of Water Pollution Control Project in Lianjiang River Basin[J].China Water & Wastewater,2022,38(20):41-47.
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练江流域水污染治理工程设计咨询实践与思考

中国给水排水[ISSN:1000-4062/CN:12-1073/TU] 卷: 第38卷 期数: 2022年第20期 页码: 41-47 栏目: 出版日期: 2022-10-17
Title:
Practice and Deliberations on Design Consultation of Water Pollution Control Project in Lianjiang River Basin
作者:
周蓉， 王绍贵， 闫新秀， 张洁
（广东省冶金建筑设计研究院有限公司，广东 广州 510080）
Author(s):
ZHOU　Rong， WANG　Shao-gui， YAN　Xin-xiu， ZHANG　Jie
（Guangdong Metallurgical and Architectural Design Institute Co. Ltd.， Guangzhou 510080， China）
关键词:
练江流域;  水污染控制;  全过程设计咨询;  咨询重点;  思考
Keywords:
Lianjiang River basin;  water pollution control;  full-process design consultation;  emphases of counseling;  deliberation
摘要:
以练江流域（汕头潮阳段）水污染治理工程全过程设计咨询为例，介绍了该项目背景、工程概况以及设计咨询工作内容，阐述了流域治理工程引入全过程设计咨询的必要性，论述了设计咨询工作的组织机构、管理机制、技术路线，总结了可研报告、初步设计、施工图、施工服务等各阶段咨询工作的重点及主要咨询成果，并从全过程设计咨询在流域污染控制工程中的重要作用、介入时点、制度政策等方面提出思考和建议。流域污染治理工程具有全局性、系统性、综合性、复杂性等特点，在此类工程中引入全过程设计咨询，是建设管理模式的创新和质量控制的有益探索。
Abstract:
According to the full-process design consultation(FPDC) of water pollution control project in the Lianjiang River basin (Shantou Chaoyang section), the project background, engineering situation, contents and necessity of FPDC were introduced. Simultaneously, the organization, management mechanism and technical route of design consultation were discussed. We summarized the key points and achievements of design consultation at each stage, such as feasibility study, preliminary design, construction drawings and construction services. Finally, the thoughts and suggestions on the important role, intervention timing and institutional policy of FPDC in river basin pollution control project were given. River basin pollution control project has the characteristics of holistic, systematic, comprehensive and complex. The adoption of FPDC in the river basin pollution control project will be conducive to the innovation of construction management mode and quality control.
更新日期/Last Update: 2022-10-17