Hội đập lớn và phát triển nguồn nước Việt Nam - Vietnam National Commission on Large Dam and Water resources development

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WELCOME MESSAGE

Welcome all of you to access the Website of the Vietnam National Committee On Large Dams and Water Resources Development (VNCOLD&WRD).

Dams and reservoirs are very important infrastructure to regulate water resources for the development of people’s livelihood, economic, natural disaster mitigation and environmental improvement. Planning, construction and management of dams are strictly required to use appropriate techniques, aiming at attaining high effectiveness and absolutely safety, specially to the large dams.

VNCOLD, member of ICOLD (International Commission On Large Dams) and VFCEA (Vietnam Federation of Civil Engineering Associations), is a professional society involving organizations and anyone, who have been working and interested in all the fields related to the development of large dams (study, planning, investment, investigation, design, construction, equipment, material, control, management, business,…)

This website consists of information on VNCOLD’s activities, development of large dams in Vietnam and all over the world. It is considered as a wide forum to introduce scientific & technological achievements, and exchange professional experiences on water resources, hydropower, irrigation & water supply, flood mitigation and all related subjects. It’s a pleasure to receive your comments, news, discussions, studies,… and cooperation.

Finally, the thanks are due to the Hanoi Water Resources University (Information Technology Center) and all collaborators because of their technical supports to this website.

Chairman of VNCOLD&WRD

Prof. Dr(sr). Pham Hong Giang

Hot line: E-mail: bbt@vncold.vn

or MSc.Nguyen Hoai Nam, Editorial Member, nam@vncold.vn

Low Hazard Small Dams

	There are worldwide millions of small dams devoted to very various important purposes (in particular to provide freshwater and food supply for the developing countries) Read on

Development of National Disaster Management Plan of Vietnam

	Presentation at the 3rd International Symposium on Natural Disaster Risk Reduction held by the Technical Committee (TC) 21 - Asia Civil Engineering Coordinating Council (ACECC) with Co-chair of the Vietnam Federation of Civil Engineering Associations (VFCEA) and VDMA, Hanoi 13 April 2018 Read on

The Diversion Works for the Cua Dat CFRD in Vietnam

	The Cua Dat CFRD is constructed on the Chu River in Vietnam. Its main characteristics are 1023 m of length, 119 m of maximum height and 10 hm3 of rockfill volume. Read on

Welcome address to “ASIA 2018” conference in Da Nang – VIETNAM 13-15 March 2018

	First of all, I would like to thank Aqua-Media and Mrs. Alison Bartle for such an opportunity in this Opening Ceremony of the ‘ASIA 2018’ Conference. On behalf of the VNCOLD, I would like to welcome you participants from all parts of the globe to this sunshiny city on the beautiful coast in Central Vietnam for a reputable Conference. Read on

Au Vietnam, la montée des eaux crée un choc des cultures

	Face au changement climatique, le Vietnam met en place des mesures radicales pour sauver l'économie du delta du Mékong, où vivent 19 millions d’habitants, essentiellement des agriculteurs et des pêcheurs. Read on

Climate change is triggering a migrant crisis in Vietnam

	The Vietnamese Mekong Delta is one of Earth's most agriculturally productive regions and is of global importance for its exports of rice, shrimp, and fruit Read on

Water and energy planning for a sustainable and secure Mekong basin

	A NECESSARY PRELIMINARY – BASIC QUESTION. APPROACH FOR WATER & ENERGY PLANNING IN THE MEKONG BASIN Read on

Status, challenges and orientations for risk management in disaster prevention and control in Vietnam

	Vietnam is one of the countries suffering most from many types of natural disasters with severe consequences; Read on

The Optimization of the Design of a Concrete Faced Rockfill Dam by the Application of Sand-Gravel Fill Zones

	The design of the dam case study presented was changed during different design and planning stages, switching from an ordinary CFRD type to a quite sophisticated CFSGD with deep foundations Read on