In the modern world, the amount of wastewater generated as a result of household and economic activities of people is constantly growing, which requires increased efficiency and cheaper methods of purification [1]. With unpurified or insufficiently purified wastewater, ammonium nitrogen enters surface water objects and contributes to secondary pollution of water reservoirs [2], deterioration of water quality, formation of eutrophication processes, death of biota, etc. [3]. The paper presents experimental studies of biofilm formation from microorganisms-destructors of ANAMMOX-complex on an inert carrier for wastewater purification from nitrogen compounds (organic, ammonium, nitrites and nitrates) in the reactor, where denitrification and anoxide oxidation of ammonium nitrogen to molecular one in the inert condition take place simultaneously.
REFERENCES
1.
O.
Rybalova
, S.
Artemiev
, M.
Sarapina
, B.
Tsymbal
, A.
Bakhareva
, O.
Shestopalov
and O.
Filenko
, Development of methods for estimating the environmental risk of degradation of the surface water state
(Eastern-European Journal of Enterprise Technologies, Kharkiv, Ukraine
, 2018
), 2
(10–92
), pp. 4
–17
.2.
V.
Loboichenko
, V.
Strelets
, N.
Leonova
, A.
Malko
and O.
Іlyinskiy
, Comparative analysis of anthropogenic impact on surface waters in Kharkiv region
(Indian Journal of Environmental Protection
, 2020
), 40
(2
), pp. 134
–139
.3.
R.
Ponomarenko
, L.
Plyatsuk
., L.
Hurets
, D.
Polkovnychenko
, N.
Grigorenko
, M.
Sherstiuk
and O.
Miakaiev
, Determining the effect of anthropogenic loading on the environmental state of a surface source of water supply
(Eastern-European Journal of Enterprise Technologies, Kharkiv, Ukraine
, 2020
). 5№10
(105
), pp. 54
–62
.4.
F.
Zhang
and Z He, Simultaneous nitrification and denitrification with electricity generation in dual-catode microbial fuel cells
(J. Chem. Technol. Biotechnol.
, 2012
), 87
(1
), pp. 153
–159
. .5.
M.
Strous
, M. B.
Kartal
, W. R. L.
van der Star
, S. M. Jetten
Mike
, Cristian Picioreanu and M. van Loosdrecht, New visions on life style and application of anammox bacteria
(Journal of Biotechnology
, 2005
), 118
(1
), pp. 166
–167
. .6.
O.M.
Shved
, R.O.
Petrunina
, O. Ya.
Karpenko
and V.P.
Novikov
, Modern technologies of nitrogen extraction from wastewater
(Biotechnologia acta
, 2014
), 7
(5
).7.
A.N.
Nozhevnikova
, M. V.
Simankova
and Yu. V.
Litti
, Use of microbial process of anaerobic oxidation of ammonium (Anammox) for biotechnological wastewater treatment
(Biotechnology
, 2011
), №5
, pp. 8
–31
.8.
M.I.
Chernyavskaya
et al, Ecological microbiology: teaching method
. Manual. Minsk, BSU
, 2016
.9.
Mike S. M.
Jetten
, Laura
van Niftrik
, Marc
Strous
, Boran
Kartal
, Jan T.
Keltjens
and Huub
J. M.
, Biochemistry and molecular biology of anammox bacteria
(Journal Critical Reviews in Biochemistry and Molecular Biology
, 2009
), 44
(2-3
), pp. 65
–84
. .10.
A.
Matsak
, K.
Tsytlishvili
and O.
Rybalova
, Method of agricultural sewage water purification at troughsand a biosorption bioreactor
(Eastern-European Journal of Enterprise Technologies, Kharkiv, Ukraine
, 2018
), 5
(10
), 95, pp. 16
–25
. DOI: .11.
Y.
Cao
, M.C.M.
van Loosdrecht
and G.T.
Daigger
, Mainstream partial nitritation–anammox in municipal wastewater treatment: status, bottlenecks, and further studies
(Appl Microbiol Biotechnol
, 2017
), 101
(4
), pp. 1365
–1383
. .12.
K.O.
Tsytlishvili
and V.O.
Yurchenko
, Composition and interspecific relations in immobilized nitrogen-transforming microbiocenoses of treatment facilities
(Collection of scientific works of Uman National University of Horticulture. Agricultural and technical sciences
, 2020
), 96
(1
), pp. 355
–368
. DOI .13.
E.N.
Burnashova
and S. Yu.
Semenov
, Influence of physicochemical factors on the ANAMMOX-process
(Achievements of science and agro-industrial complex technology
, 2016
), 30
(5
), pp. 78
–81
.14.
A.
Grytsenko
, O.
Rybalova
, A.
Matsak
and S.
Artemiev
, Using of Production Wastes in Stormwater Drainage Purification
(Problems of Emergency Situations: Materials and Technologies, Materials Science Forum
, 2020
), 1006
, pp. 194
–201
.15.
V.S.
Zhukova
, “Wastewater treatment from nitrogen compounds using immobilized microorganisms
”, Ph.D. thesis, KPI
, Kyiv
, 2013
.17.
S.C.S.
Martins
, C.M.
Martins
, L.M. Cidrão Guedes
Fiúza
and S.T.
Santaella
, Immobilizationof microbial cells: A promising tool for treatment of toxic pollutants in industrial wastewater
(African Journal of Biotechnology
, 2013
), 12
(28
), pp. 4412
–4418
. DOI: .18.
A.S.
Sirotkin
, G.I.
Shaginurova
and K.G.
Ippolitov
, Aggregation of microorganisms: flocs, biofilms, microbial granules: monograph Kazan, “FEN”
, Academy of Sciences of the Republic of Tatarstan
, 2007
.19.
O.R.
Popovych
, N. Yu.
Vronska
, V. T.
Slyusar
and Ya.M.
Zakharko
, Application of ANNOMOX-process for biological treatment of industrial waters
(Chemistry, technology of substances and their applications
, 2018
), 886
, pp. 184
–189
.20.
P.I.
Gvozdiak
and O.V.
Sapura
, A simple method for detecting and estimating the intensity of anaerobic processes accompanied by the formation of gases
(Microbiology and biotechnology
, 2009
), 8
, pp. 53
–57
.21.
K.O.
Tsytlishvili
, “Ecology of immobilized nitrogen-transforming microbiocenosis in wastewater treatment systems
”, Ph.D. thesis, USRIEP
, Kharkiv
, 2021
.22.
E.N.
Burnashova
and S. Yu.
Semenov
, Influence of physicochemical factors on the ANAMMOX-process
(Achievements of science and agro-industrial complex technology
, 2016
), 30
(5
), pp. 78
–81
.23.
K.O.
Tsytlishvili
, UA. Patent No 142646 Method of research of quality of biological sewage treatment with use of complex laboratory equipment
(25 June 2020
).
This content is only available via PDF.
©2023 Authors. Published by AIP Publishing.
2023
Author(s)
You do not currently have access to this content.
