DOI 10.35776/VST.2021.01.03
UDC 628.2:614.71

Ponomarenko A. M., Vlasov Dmitrii, Basov N. S., Novikov S. N., Koudryavtsev N. N., Kostyuchenko S. V.

On the choice of methods for removing malodorous substances from vent emissions of the transportation and wastewater treatment system


Over the past seven years, Mosvodokanal JSC has been actively implementing a program on eliminating the emission of malodorous substances at the wastewater transportation and treatment facilities: wastewater treatment facilities, wastewater pumping stations, etc. As part of the program, the necessary covering of open storage tanks (receiving chambers, discharge canals, grit chambers, primary settling tanks, etc.). Various methods of removing malodorous substances have been approbated including experimental-industrial and pilot tests. Based on the results of the field trials of various installations for removing malodorous substances from air, as well as with account of the technical and economic assessment of the operating costs, Mosvodokanal JSC is introducing sorption systems based on the photosorption-catalytic purification method. The implementation of the program ensured a tenfold reduction in the general background of malodorous substances on the premises of the facilities providing for the elimination of odors in the nearby residential areas of the city.

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  1. Strelkov A. K., Vasiliak L. M., Smirnov A. D. Udalenie zapakhov na predpriiatiiakh kommunal’nogo khoziaystva: opyt razlichnykh stran. [Removing odors in public utilities: international experience]. Available at: https://watermagazine.ru/nauchnye-stati2/novye-stati/24162-udalenie-zapakhov-na-predpriyatiyakh-kommunal-nogo-khozyajstva-opyt-razlichnykh-stran.html (accessed 21.12.2020). (In Russian).
  2. Bagreev A., Kuang W., Bandosz T. Predictions of H2S breakthrough capacity of activated carbons at low concentrations of hydrogen sulfide. Adsorption, 2005, no. 11, pp. 461–466.
  3. Miltner M., Makaruk A., Krischan J., Harasek M. Chemical-oxidative scrubbing for the removal of hydrogen sulphide from raw biogas: potentials and economics. Water Science &Technology, 2012, no. 66 (6), pp. 1354–1360.
  4. Kozlov M. N., Gavrilin A. M., Kireev Iu. P., Dorofeev A. G. [The experience of Mosvodokanal JSC in using gas-handling equipment at the wastewater treatment facilities]. Voda Magazine, 2017, no. 12 (124), pp. 44–46. (In Russian).
  5. Aleksandrov Iu. A., Beliaev A. V., Sozin A. Iu., Churbanov M. F. [Kinetics of hydrogen sulfide oxidation by ozone on aluminosilicate sorbents]. Khimiia. Vestnik Nizhegorodskogo Universiteta im. Lobachevskogo, 2010, no. 6, pp. 73–81. (In Russian).
  6. Bogomolov M. V., Strel’tsov S. A., Basov N. S., Pankov S. N., Kostiuchenko S. V., Volkov S. V., Levchenko D. A., Vasil’ev A. I. [Methods of removing odors in the wastewater transportation and treatment systems]. Ekologiia Proizvodstva, 2017, no. 10, October, pp. 61–69. (In Russian).
  7. Bryukov M. G., Vasilyak L. M., Vasiliev A. I., Kostyuchenko S. V., Kudryavtsev N. N. Low-temperature oxidation of hydrogen sulfide and formaldehyde pollutants in humid air by UV radiation at 184.95 and 253.65 nm. The Journal of Physical Chemistry A, 2020, no. 124 (39), pp. 7935–7942.
  8. Agarkov M. G., Levchenko D. A., Lysyi E. O., Sobur D. A. [Best available technologies of removing malodorous substances from the vent emissions of sanitation systems]. Nailuchshchie Dostupnye Tekhnologii Vodosnabzheniia i Vodootvedeniia, 2019, no. 3, pp. 32–38. (In Russian).

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