Dairy industry is one of the key branches of food industry in Ukraine. Water supply of most milk processing enterprises is based on using uderground waters of their quality are not always agree with technologic norms: ions of heavy metal (Fe2+, Mn2+), ammonium nitrogen, dissolved organic matter, phenols. As a result of many year experiences, authors established that the main role in providing for necessary quality of water for technology needs and also for treating wastewater in milk processing enterprises belongs to biological treatment methods. The work presents the results of researches in technology including bio-reactors and filters for comprehensive treatment of uderground water under conditions of irregular changes in specific loading, filtration rate, seasonal fluctuation of their quality and air temperature. It has been determined that the usage of modern technologies of milk processing results in reduction of drinking quality water waste along with increase in concentrations of wastewater pollutions. Possibility of effective usage of big hydraulic height metal aeration tanks with surface jet aeration for highly concentrated wastewaters treatment under conditions of change of pollutants concentration, pH values and temperature was confirmed. The paper considered one of the variants to comprehensively solve issues of water supply-water disposal for small settlements where enterprises of milk processing industry are located by way of introducing power and resources saving biotechnologies for treating natural and waste waters developed at NUWEE.

1.
N.I.
Likhachev
,
I.I.
Larin
and
S.A.
Haskin
,
Sewerage of populated areas and industrial enterprises
, under general editorship of
V.N.
Samokhin
(
Stroyizdat
,
Moscow
,
1981
),
639
p.
2.
V.
Kovalchuk
,
Bulletin of NUWEE
,
1
(
45
),
116
121
, Rivne (
2009
).
3.
S. M.
Epoyan
et al,
Water supply and purification of natural waters: textbook
(
Factor
,
Kharkiv
,
2001
) p.
191
.
4.
L. A.
Sabliy
,
Physical, chemical and biological purification of highly concentrated waste waters:
(
NUWEE
,
Rivne
,
2013
) p.
292
.
5.
V.
Kovalchuk
,
Bulletin of NUWEE
,
1
(
57
), pp.
59
66
, Rivne (
2012
).
6.
S.
Martynov
,
O.
Kvartenko
,
V.
Kovalchuk
,
A.
Orlova
,
IOP Conference Series: Materials Science and Engineering
907
(
1
)
012083
(
2020
).
7.
S.
Martynov
,
S.
Kunytskyi
,
A.
Orlova
,
Eastern-European Journal of Enterprise Technologies
5
(
10-89
)
19
26
(
2017
).
8.
N.A.
Safonov
and
G.
Rusak
, “
A self-wash out installation for biological deferrization of underground waters
”, in
Preparation of water for industrial and drinking purposes
LEBI –
1984
, pp.
162
167
.
9.
H.
Seppänen
,
Proc. IWEM ann. Sym.
15
(
1
), p.
9
11
(
1991
).
10.
P.
Mouchet
,
Journal of the American Water Works Association
84
pp.
158
167
(
1992
).
11.
M. G.
Zhurba
,
Zh. M.
Govorova
,
O. M.
Kvartenko
,
O. B.
Govorov
, “
Water Supply and Sanitary Technique
(
Publishing house WST
,
Moscow
,
2006
),
9
pp.
17
23
.
12.
S.
Shifrin
and
B.
Mishukov
,
Wastewater treatment of dairy enterprises industry
(
Food industry Moscow
,
1968
) p.
118
.
13.
S.
Shifrin
,
G.
Ivanov
,
B.
Mishukov
,
Y.
Feophanov
,
Meat and dairy industry enterprises wastewater treatment
(
Light and food Industry
,
Moscow
,
1981
) p.
277
.
14.
A.
Oleynik
and
T.
Airapetian
,
Eastern-European Journal of Enterprise Technologies
4/10
(
88
)
4
11
, (
2017
).
15.
P. P. Baisali
Sarkar
,
A.
Chakrabarti
and
Vijaykumar Vijay
Kale
,
Desalination
195
pp.
141
152
(
2006
).
16.
S.
Bharati
,
N.
Shete
,
P.
Shinkar
,
IOSR Journal of Engineering (IOSRJEN)
8
(
3
), pp.
42
47
(
2013
).
17.
J.P.
Kushwaha
,
V.C.
Srivastava
and
I.D.
Mall
,
Critical Reviews in Food Science and Nutrition
51
pp.
442
452
(
2011
).
18.
S.
Epoyan
,
O.
Syrovatsky
,
O.
Haiduchok
and
A.
Titov
,
IOP Conf. Ser.: Mater. Sci. Eng.
907
012084
(
2020
).
19.
V.
Kovalchuk
, “Biological treatment intensification of food industry wastewater,” in
Water Supply and Wastewater Removal
, edited by
Henryk
Sobczuk
and
Beata
Kowalska
(
Politechnika Lubelska
,
Lublin
,
2016
) pp.
78
90
.
20.
O. M.
Kvartenko
and
L. A.
Sabliy
,
Problems of water supply, drainage and hydraulics. Scientific and technical collection
(
28
) KNUCA, pp.
170
176
(
2017
).
21.
A.
Kvartenko
and
I.
Prysiazhniuk
,
Eastern-European Journal of Enterprise Technologies
10
(
101
)
14
22
, (
2019
).
22.
J.
Buraczewski
,
Prace naukowe politechniki Warszawskej
(
Budownictwo
,
Warszawa
,
1981
) p.
74
.
23.
A.
Shevchenko
,
Bulletin of NUWEE
,
1
(
69
),
153
161
, Rivne (
2015
).
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