DEVELOPING CRITERIA FOR ASSESSING THE STABILITY OF WATER SUPPLY MODELS IN HIGH MOUNTAINS AND WATER-SCARE AREAS |
Nguyen Manh Truong(1), Dinh Anh Tuan(1), Nguyen Tiep Tan(1), Vu Thi Hong Nghia(2), Do Van Binh(3) (1)Vietnam Academy for Water Resource, Vietnam (2) Ministry of Science and Technology, Vietnam (3)Hanoi University of Mining and Geology, Vietnam
Summary: The article presents the scientific basis for assessing the stability of water supply models and develops a suitable set of criteria to assess the stability of water supply works, which includes the water supply part for water supply works and systems (including headworks and water distribution systems) in high mountains and water-scarce areas in Vietnam.
Research results indicate that in order to improve the stability and availability of water of the models that have been, are and will be built, it is necessary to have a common method of evaluating effectiveness for scientific models of domestic water supply. Accordingly, it is necessary to build obtain a suitable set of criteria to assess the stability of the water supply model (source + water supply works) in the high mountains, water-scarce areas in Vietnam
Keywords: Criteria, water supply, high mountain, Vietnam
Tóm tắt: Bài báo giới thiệu tổng quan về giải pháp, công nghệ khai thác của các dạng mô hình cấp nước sinh hoạt (bao gồm cả khai thác nước mặt và khai thác nước ngầm) hiện đang sử dụng ở vùng núi cao, vùng khan hiếm nước. Kết quả nghiên cứu là cơ sở khoa học quan trọng để đề xuất được các giải pháp kỹ thuật nâng cao hiệu quả của các mô hình cấp nước tại vùng núi cao, vùng khan hiếm nước của Việt Nam. Summary: The paper presents an overview of solutions and exploitation technologies of various types of domestic water supply models (including surface water and groundwater extraction) currently used in high mountainous and water scarcity areas. The research results are an important scientific basis for proposing technical solutions to improve the efficiency of water supply models in the high mountains and water-scarce regions of Vietnam. Older news items:
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