Development Project
Mongolia is expected to enjoy high levels of sustained economic growth over the coming decade due to its rapidly developing mining sector. The rising demand for new sources of energy heavily outweighs current supply, creating the need for a reliable and sustainable domestic energy supply. Mongolia has a hydropower potential of 56000 GWh per year but has only harnessed one percent (75 GWh) of this potential. This obvious void has created the possibility for a high impact investment with considerable growth potential.
After the recent success of a hydroelectric pilot project, the Mongolian Government has given highest priority status to the development of a large-scale hydropower facility on Mongolia's largest river, the Selenge. The proposed project will provide solutions to a long list of socioeconomic and environmental issues by satisfying long-term peak load demand, reducing hazardous pollution levels, reducing dependence on high cost Russian energy imports and creating energy security and independence.
The ongoing development of large scale mining projects over the next decade will create enormous demand for electricity, which cannot be met by existing supply. Mongolia currently imports high cost energy from Russia to cover its peak capacity consumption, a dependence that will only increase with the growth in mining. Currently, Mongolia's energy sector consists almost exclusively of coal-fired thermal power plants, which have contributed to high levels of air pollution in the capital city of Ulaanbaatar and created a potential health risk for over 1 million people, effectively one third of Mongolia's population. Desertification due to climate change poses another considerable risk, with local warming reaching 2.0 degrees, 3 times the global average. It is therefore imperative that Mongolia develop a secure and sustainable mix of domestic energy sources to cover rising demand, reduce air pollution and carbon emissions and reduce dependence on Russia.
The Shuren Hydropower project represents a near perfect solution to Mongolia's energy needs and will be a major step towards sustainable socieconomic development. The project will reduce greenhouse gas emissions by 700,000 tons per year and generate energy that is infinitely renewable, clean and domestically supplied. In addition, the the facility will provide water storage, energy storage and flood and drought mitigation. DBM has been entrusted with the responsibility of financing the project and is currently reaching out to investors.
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In Orkhon much less land but the water life will be totally killed for
ReplyDeletedownsream areas and thus will have a devastating impact on river
ecology for both projects.
But the most important factor for me is the fat there isn't a single
successful hydro project implemented in Mongolia. The volume of water
in our rivers is much lower than in any other rivers mentioned in that
article. Not to forget the fact that there is continuing downward
trend in river levels. Add highly seismic condition of Mongolia and
the technological capacity of construction companies which are liley
to build them. Add lack of Mongolian capacity to monitor technological
compliance of these construction proejcts with standards. Does
Mongolia have hydropower station construction standards?
The scanner assembly that uses CCD usually has sensors arranged in three rows. These sensors have different filters such as the green, blue and red. Hand Scanner: In the early 1990s, equally drum scanners and flatbed scanners were too costly for simple home use. For that reason a number of companies produced small hand-held scanners. The hand-held scanner is available in two different forms such as 3D scanner and document scanner. Film Scanner: Special equipment is used to scan films. Film floor covering are moved crosswise a lens by using a 'stepper motor'. The CCD sensors placed inside the scanner, further scan these films.
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