Water supply of the population as a problem of energy efficiency on the example of the Tyumen region of Russia

Водоснабжение населения как проблема энергоэффективности: на примере Тюменской области России
Victoria Lezier, Miroslava Gusarova, Anna Kopytova
2017-10-01

Velizhansky water intakedrinking water qualityenergy efficiencyindustrial water pollutionwater supply
The purpose of this article is to draw public attention to the problems of water supply in the city of Tyumen, the capital of the oil region and one of the most important objects in Russia from the point of view of strategic water supply, located in the region with vast freshwater resources. The article outlines main water supply problems related to the quality of drinking water, its chemical composition, and risks of water contamination by industrial effluents, problems of water transport to the consumers, problems of energy efficiency. The issues raised are part of the energy efficiency not only of the Tyumen region, but also of the Sverdlovsk region, from which the waters of the drinking basin are transited, being a sewage channel for many industrial enterprises. The article touches the issues of water protection, conservation and quality of water coming from the Velizhansky water intake, as well as the possibilities of using alternative sources of drinking water. The article analyzes legal measures, and proposals for improving work with increasing the quality of drinking water, combating melt water and pollution with oil.
1
Legal measures and practical proposals are analyzed to improve drinking-water quality and address meltwater and oil pollution.
2
The article examines protection, conservation, and quality of water from the Velizhansky water intake, alongside possibilities for alternative drinking-water sources.
3
Tyumen’s water-supply challenges include drinking-water quality, chemical composition, industrial-effluent contamination risks, transportation to consumers, and energy efficiency.
4
Water-supply and energy-efficiency issues extend across the Tyumen and Sverdlovsk regions because drinking-basin waters are transited through areas receiving industrial sewage.

Water supply system of Tyumen, including the Velizhansky water intake and transboundary transit of drinking-basin waters

Water-supply energy efficiency, drinking-water quality and chemical composition, contamination risks from industrial and oil pollution, transport to consumers, and water-protection measures

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2017-10-01
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Victoria Lezier
Miroslava Gusarova
Anna Kopytova
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