Conference Proceedings
SDIMI 2009 - Sustainable Development Indicators in the Minerals Industry
Conference Proceedings
SDIMI 2009 - Sustainable Development Indicators in the Minerals Industry
Opportunities for Sustainable Development at Chinh Bac Mine Waste Dump in Vietnam
Quang Ninh province is the most significant coal producing region in the north of Vietnam. The Nui Beo Coal Company (NBCC) operates open pit mines in Quang Ninh province and the waste overburden produced is dumped as sidehill fill in the Chinh Bac waste dump site. In the past, no special consideration has been given to the environmental impacts during the dumping operations. The mine waste is transported in trucks from the mine site to the dumping site and the loading, hauling and dumping operations are the main sources of dust emission._x000D_
Rain events, especially during the rainy season, cause the generation of contaminated surface water as well as seepage of water through the dump at a number of locations. The existence of cracks at the top of the dump can pose serious stability problems with heavy rain events leading to failure of slopes which can potentially disturb vast areas of land currently used for agricultural purposes and human settlement. For sustainable development at the Chinh Bac waste dump site in the future, apart from the social and economic considerations to be assessed, there is an absolute necessity for environmental protection measures to be in place both during and after the dumping of the mine waste overburden._x000D_
Research Association Mining and Environment in Vietnam (RAME) is working to develop and implement concepts for the mitigation of environmental problems emerging from dust, contaminated water and lacking slope stability to ensure successful rehabilitation of the coal mine waste dumps in the north of Vietnam._x000D_
Within the framework of RAME, the Institute of Mining Engineering I (RWTH Aachen University) is managing and working to develop the stabilisation concepts for the solid mine waste dump in collaboration with the Chair of Geotechnical Engineering (RWTH Aachen University), Brenk Systemplanung and the Vietnamese group of companies VINACOMIN (Vietnam National Coal-Mineral Industries Group)._x000D_
The most economical and environmentally sound operations, as well as locally adaptable environmental protection measures, are essential for the sustainable development of the dumping operations at Chinh Bac dump. This paper describes the dump site and the sustainable development possibilities with an emphasis on the environmental protection and stability problems at the Chinh Bac waste dump._x000D_
FORMAL CITATION:Martens, P N, Pateiro-Fernndez, J B, Ahmad, S, Fuchsschwanz, M and Deissmann, G, 2009. Opportunities for a sustainable development at Chinh Bac Mine waste dump in Vietnam, in Proceedings SDIMI 2009 - Sustainable Development Indicators in the Minerals Industry, pp 407-410 (The Australasian Institute of Mining and Metallurgy: Melbourne).
Rain events, especially during the rainy season, cause the generation of contaminated surface water as well as seepage of water through the dump at a number of locations. The existence of cracks at the top of the dump can pose serious stability problems with heavy rain events leading to failure of slopes which can potentially disturb vast areas of land currently used for agricultural purposes and human settlement. For sustainable development at the Chinh Bac waste dump site in the future, apart from the social and economic considerations to be assessed, there is an absolute necessity for environmental protection measures to be in place both during and after the dumping of the mine waste overburden._x000D_
Research Association Mining and Environment in Vietnam (RAME) is working to develop and implement concepts for the mitigation of environmental problems emerging from dust, contaminated water and lacking slope stability to ensure successful rehabilitation of the coal mine waste dumps in the north of Vietnam._x000D_
Within the framework of RAME, the Institute of Mining Engineering I (RWTH Aachen University) is managing and working to develop the stabilisation concepts for the solid mine waste dump in collaboration with the Chair of Geotechnical Engineering (RWTH Aachen University), Brenk Systemplanung and the Vietnamese group of companies VINACOMIN (Vietnam National Coal-Mineral Industries Group)._x000D_
The most economical and environmentally sound operations, as well as locally adaptable environmental protection measures, are essential for the sustainable development of the dumping operations at Chinh Bac dump. This paper describes the dump site and the sustainable development possibilities with an emphasis on the environmental protection and stability problems at the Chinh Bac waste dump._x000D_
FORMAL CITATION:Martens, P N, Pateiro-Fernndez, J B, Ahmad, S, Fuchsschwanz, M and Deissmann, G, 2009. Opportunities for a sustainable development at Chinh Bac Mine waste dump in Vietnam, in Proceedings SDIMI 2009 - Sustainable Development Indicators in the Minerals Industry, pp 407-410 (The Australasian Institute of Mining and Metallurgy: Melbourne).
Contributor(s):
P N Martens, J B Pateiro-Fernandez, S Ahmad, M Fuchsschwanz, G Deissmann
-
Opportunities for Sustainable Development at Chinh Bac Mine Waste Dump in VietnamPDFThis product is exclusive to Digital library subscription
-
Opportunities for Sustainable Development at Chinh Bac Mine Waste Dump in VietnamPDFNormal price $22.00Member price from $0.00
Fees above are GST inclusive
PD Hours
Approved activity
- Published: 2009
- PDF Size: 2.918 Mb.
- Unique ID: P200906051