ON THE PROTECTION OF WATER RESOURCES IN THE URBAN AREAS. THE ROLE OF AUTONOMOUS TREATMENT FACILITIES

DOI

10.24411/1816-1863-2018-13045

Section

Environmental Safety Construction and Town Economy

Title

ON THE PROTECTION OF WATER RESOURCES IN THE URBAN AREAS. THE ROLE OF AUTONOMOUS TREATMENT FACILITIES

Сontributors

E. V. Alekseev, Dr. of Sc., (Tech.), Professor at the National Research Moscow State University of Civil Engineering, This email address is being protected from spambots. You need JavaScript enabled to view it.

Abstract

A brief review of the development of sewage treatment systems in small populated areas and the motivation for their improvement are given. The schemes of the characteristic technological processes of wastewater treatment are used in autonomous water treatment complexes. In connection with the intensive urbanization of territories previously not used for these purposes, the problem arises of protecting water resources from pollution by sewage. The existing concept of achieving stricter standards for permissible discharges by complicating and increasing the cost of technological processes of autonomous treatment facilities does not completely solve this problem. A reliable solution to the problem of protecting water resources in urban areas is to achieve indicators of purified water that can be used in the territory of wastewater formation.

Keywords

wastewater, wastewater treatment, autonomous treatment facilities, technological levels, directions of development

References
  1. Scott J., McGrane. Impacts of Urbanisation on Hydrological and Water Quality Dynamics, and Urban Water Management: a Review // Hydrological Sciences Journal. — 2016. — Vol. 61. —Issue 13. —P. 2295—2311.
  2. Orlov E. V., Mihajlin A. V., Marshalkovich A. S., Kvitka L. A. Ecological Situation with New Housing Estates Erected on the Territory of the Moscow Region // Ecology of Urban Areas. — 2017. — No. 4. — P. 59—63.
  3. Alekseev E. V., Pukemo M. M. Environmental Aspects of Life — Basis of Technical Progress in Wastewater Treatment in Autonomous Sewer Systems // Life safety. — 2014. — No. 9 (165). — P. 25—32.
  4. Fletcher T. D., Andrieu H. and Hamel P. Understanding, Management and Modelling of Urban Hydrology and its Consequences for Receiving Waters: a State of the Art // Advances in Water Resources. — 2013. — No 51. — P. 261—279.
  5. Makisha N. A., Smirnov D. G. Deep Removal of Ammonium Nitrogen from Wastewater Using Floating Loading Material // Internet-Herald VolgGASU. Ser.: Polytechnical. — 2012. — Issue 3 (23). — 6 p.
  6. Andreev S. Ju., Grishin B. M., Blazhko S. I. The Technology of Two-stage Physico-chemical Treatment of Domestic Wastewater as an Alternative to Biological Treatment Facilities // News of Higher Educational Institutions. Building. — 2007. — No. 6 (582). — P. 89—92.
  7. Mulliss R. M., Revitt D. M. and Shutes R. B. The Impacts of Urban Discharges on the Hydrology and Water Quality of an Urban Watercourse // Science of the Total Environment. — 1996. — P. 189—190, 385—390.