Tan Rai bauxite mining in Central Highlands, Vietnam

Despite initial opposition for some years (including General Giap, Buddhist groups, scientists), this large bauxite-alumina project is going ahead.


Description

According to the United States Geological Survey, Vietnam is estimated to hold the world's third-largest bauxite ore reserves, after Guinea and Australia, which accounts for 14.2% of the world’s reserve [1]. Up to 96% of this reserve is located in the Central Highlands [4], of which 975 million tons are in Lam Dong province, 18% of Vietnam’s bauxite reserve base [2]. Although the Vietnamese government approved in April 2006 plans to begin mining bauxite reserves in the Central Highlands [3], it was on November 1, 2007, through the enactment of the Prime Minister’s Decision 167 (Master Plan for Exploration, Mining, Processing and Use of Bauxite Ore in 2007-2015 Period), when the Vietnamese government made official its plan and signed a strategic agreement with the Chinese government to extract bauxite resources in the Central Highlands [2,4]. The Tan Rai project is one of the most important parts of the Master Plan. Between 2007 and 2010, a coordinated opposition was carried out by civil society activists, bloggers, environmentalists, lawyers, religious leaders and senior Communist Party officials, which led to a series of policy debates and high-level reviews of the project’s sustainability, environmental as well as social impact, by various government ministries. A series of letter written by retired General Giap (a heroe of the independence struggle) to the Prime Minister, protesting the government’s plans to go through with the project and warning of China’s invasive economic ties to Vietnam’s core domestic interests, was one of the most effective events at drawing international attention to the issue [2].

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Basic Data
NameTan Rai bauxite mining in Central Highlands, Vietnam
CountryVietnam
ProvinceLam Dog Province
SiteLoc Thang town, Bao Lam District
Accuracy of LocationHIGH local level
Source of Conflict
Type of Conflict (1st level)Mineral Ores and Building Materials Extraction
Type of Conflict (2nd level)Mineral processing
Tailings from mines
Mineral ore exploration
Specific CommoditiesAluminum/Bauxite
Project Details and Actors
Project DetailsInitial production capacity for the alumina processing plant targeted 600,000 tons per year by 2010, and then 1,2 million tons per year thereafter [3,4]. By 2013, plant's annual output was expected to be about 650,000 tonnes of alumina [7], but according to the data [10] in 2014, the Tan Rai bauxite-alumina complex churned out 485,000 tonnes, and in 2015, it is expected to produce 540,000 tonnes.

By the terms of the master plan, the project life is 30 years (2007-2036), with a total investment divided into two phases of implementation: from 2007 to 2015 and from 2016 to 2025 [2]. According to Vinacomin, the project is expected to operate for fifty to sixty years [4].

In the words of an official of Bao Lam District, where the project is located, in 2013 the Tan Rai bauxite project covered approximately 2,000 hectares.

It´s estimated that the Tan Rai project would produce 80 to 90 million tons of red mud over its lifespan, while Vinacomin had designed cesspools with a maximum capacity of only 25 million tons [4].
Project Area (in hectares)2,300
Level of Investment (in USD)700,000,000
Type of PopulationRural
Potential Affected Population1000-1,600 households
Start Date01/11/2007
Company Names or State EnterprisesVietnam National Coal and Mineral Industries (VINACOMIN) from Vietnam
China Aluminum International Engineering Corporation Limited (CHALIECO) from China
Relevant government actorsGeneral Secretary of the Communist Party of Vietnam

Prime Minister of Vietnam

Ministry of Industry and Trade of Vietnam´s government

Ministry of Natural Resources and the Environment

Government officials and the National Assembly
Environmental justice organisations and other supportersVietnamese NGO Consultancy on Development (CODE).

Vietnam-based spokesperson for the Wildlife Conservation Society

National Assembly’s Committee for Culture, Education, Youth and Children,

Vietnam Union of Science and Technology Associations (VUSTA)

NGO Viet Ecology Foundation

Unified Buddhist Church of Vietnam (UBCV)
The Conflict and the Mobilization
Intensity of Conflict (at highest level)MEDIUM (street protests, visible mobilization)
When did the mobilization beginIn REACTION to the implementation (during construction or operation)
Groups MobilizingLocal ejos
Local government/political parties
Neighbours/citizens/communities
Social movements
Local scientists/professionals
Religious groups
Reporters and the domestic press, Artist-intellectuals, Retired high-level officials, Activist bloggers, Overseas Vietnamese communities, Government officials and the National Assembly
Forms of MobilizationDevelopment of a network/collective action
Lawsuits, court cases, judicial activism
Media based activism/alternative media
Official complaint letters and petitions
Public campaigns
Impacts
Environmental ImpactsPotential: Loss of landscape/aesthetic degradation, Soil contamination, Soil erosion, Deforestation and loss of vegetation cover, Surface water pollution / Decreasing water (physico-chemical, biological) quality, Mine tailing spills
Health ImpactsPotential: Other environmental related diseases
Socio-economic ImpactsVisible: Displacement
Outcome
Project StatusIn operation
Pathways for conflict outcome / responseCriminalization of activists
Repression
Reviews of the project’s sustainability, environmental as well as social impact
Do you consider this as a success?Not Sure
Why? Explain briefly.Although the collective citizen action failure to stop the bauxite mines, some positive questions should be pointed out: on the one hand, diverse groups and individuals were able to suspend their differences to form a common opposition. On the other hand, it has had a considerable impact both on the Vietnam´s government and Vietnam’s highest legislative body, the National Assembly. As a result, a conference to examine the environmental impact of the mines as well as a special investigation by the Ministry of Industry and Trade took place in 2009. It was the first national seminar of its kind in Vietnam, where both critics and pro-development had the opportunity to express their opinions. This Scientific Workshop was an attempt to include these discussions within the structures of the Vietnamese political system.
Sources and Materials
Legislations

Law of Environmental Protection (1993)

Mineral Law (2010)

The Law on Water Resources (1999)

Prime Minister’ s Resolution No 66

Prime Minister’ s Resolution No 97

Prime Minister’ s Resolution No 167

References

Hoang, H. (2009). Sustainable Development and Exhaustible Resources: The Case of Bauxite Mining in Vietnam.
[click to view]

Marston, H. (2012). Bauxite Mining in Vietnam’s Central Highlands: An Arena for Expanding Civil Society? Contemporary Southeast Asia Vol. 34, No. 2, pp. 173–96.

Morris, J. (2013). The Vietnamese Bauxite Mining Controversy: the Emergence of a New Oppositional Politics. A dissertation submitted in partial satisfaction of the Requirements for the degree of Doctor in Philosophy In Environmental Sciences, Policy and Management In the Graduate Division Of the University of California, Berkeley
[click to view]

Whitney, H. (2013) Vietnam: Water Pollution and Mining in an Emerging Economy. Asian-Pacific Law & Policy Journal. Vol. 15:1, pp. 25-57

U.S. Geological Survey (2009). Bauxite and Alumina. Mineral Commodity Summaries.
[click to view]

Links

Can Vietnam Greens Block a Bauxite Mining Project? (accessed 18/07/2015)
[click to view]

MOIT, experts disagree on bauxite projects (accessed 18/07/2015)
[click to view]

New logistics project to serve Tan Rai bauxite complex (accessed 18/07/2015)
[click to view]

Vietnamese Authorities to Inspect Controversial Bauxite-Mining Plan (accessed 18/07/2015)
[click to view]

Tan Rai bauxite plant to officially run this September (accessed 18/07/2015).
[click to view]

Central Highlands bauxite mines claimed to be safe (accessed 18/07/2015).
[click to view]

Other Documents

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Meta Information
ContributorRaquel Piñeiro Rebolo. Máster en Gestión Fluvial Sostenible y Gestión Integrada de Aguas, Asignatura ‘Ecología política y gestión de Aguas’.
Last update08/02/2016
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