Äîêóìåíò âçÿò èç êýøà ïîèñêîâîé ìàøèíû. Àäðåñ îðèãèíàëüíîãî äîêóìåíòà : http://www.enzyme.chem.msu.ru/ekbio/article/Vodka.pdf Äàòà èçìåíåíèÿ: Fri Nov 5 21:20:36 2004 Äàòà èíäåêñèðîâàíèÿ: Mon Oct 1 21:56:01 2012 Êîäèðîâêà:

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pH - BbtXOA C"'C MeTaH 6~ora3e,% B
BblXOA MeTaHa" n

8,16~0,11 68,2:t1,1

8,23~0,13 66,4~O,7
0,69~0,03

8,17~0,09 66,2~O,3
1,22~0,05

8,14~0,04 67,1~0,1
1,53~0,02

7,95:t0, 10 71,7~0,2
1,92~0,02

/n

peaKTOpa

/

CVT
]'

0,74~0,20

No6IO -

BXOA, /n Mr

992,7
201,5 702~25 23,15 2,3 ",'~',6

997,5
186,2 847~30 11,6 1,8 3,'~0,2 860 820~66 1917 197~103 89,7~5,4 5"~29 87,2~0,7

997,5
186,2 783~12 11,6 1,8 4,8~1,5 860 960~90 1917 41~25 97,9~1,3 500~22 80,0.:1:4,2

997,5
186,2 762~76 11,6 1,8 6,5~0, 14 860 896~34 1917 13~3 99,3~O,2 486~8 76,6~1,2

1074,6
234,9? 729~30 13,2 5,6 4,2~0,1 713 891~41 1245 CneAbl -100 362~9 87,1~2,2

N-NH, - BXOA, /n Mr N-NH, - BbIXOA, Mr,f'n Po6lO~BXOA, Mr/n P-P04- BXOA, Mr/n' P-P04- BbIXOA, Mr/n

.

cDeHonbHble Be~eCTBa 5°4 - BXOA, /n Mr

cDeHonbHble tleU,(eCTBa BXOA,Mr/

n

760 1063~240 3028 448~76 85,2:t2,5 468~81 49,4~3,8

BblXOA, Mr/n

5°4 - BbIXOA, Mr/n YAaneH~e cynbcpaTa, % Cynbcp~A peaKTope, 5/n* B Mr % KOHBepC~~ B 52-* 5°4
DS8o

'

- BXOA

',"~0,09
0,86~0,14 22,4~6,4 " ;-..'c

0,76
H,o, H.o.

0,76
0,73~ 3,3

0,76
H,o. H.o.

0,755
H.o. H,o.
I

DS8o- BblXOA CH~)f(eH~e % Dson' H.o. - HeonpeAenAnH.

'5-~ np0600T60pH~K OTAHa UASB-peaKTopa (30Ha «sludge blanket»).

T6 0 nU/40 n apaMeTpbl Ha'iano KoHe~

3

CTBa

cynb~Aa

(Ta6n.

2),

KoTopble,

BnpO'ieM,

He 6bln~ ~Hr~6~PYIO~~M~
H~3MOB[12,

Afl51 M~Kpoopra-

13],OAHaKOCOAep)f(aH~ecynb-

6B6 B peaKTope, r CB 6~oMaccbl B peaKTope, r 6B6/(B, % A~eTOKJlaCT~'ieCKaAaKT~BHOCTb,r XnK/r

3KcnepMMeHTa 66,S 101,6 65,5 0,30

3KcnepMMeHTa 115,6 181,2 63,8 0,35

~AaB eMKocT~, KYAa nOCTYnan o6pa6oTaHHbl~ CTOK, 6blnO 3Ha'i~TenbHO H~)f(e 3a C'ieT era X~M~'ieCKOrO ~ M~Kpo6~onor~'ieCKOrO OK~CneH~5I B 3neMeHTapHYlO cepy (6enecble OCMK~ Ha6nlOAan~cb Ha rpaH~~e pa3Aena )f(~AKO~ ~ ra30Bo~ a3 B UASB-peaKTope, Ha era cTeHKax ~ coeA~H~TenbHbIX TPy6Kax, a TaK)Ke B np~eMH~Ke CTOKa). TaKoe 5IBneH~e, . nO-B~A~MOMY, CB5I3aHO C ManblM o6beMoM na6opaTopHoro UASB-peaKTopa, ~ OHO Ma-

6B6/cyr,

MO)f(eT CO3AaTb npo6neMbi Afl51 nocneAYIO~ero YAaneH~5I ~3 H~X coeA~HeH~~ a30Ta. HeB3~pa51 Ha K~cnble 3Ha'ieH~5I pH BXOA5I~e~ CTO'iHO~BOAbl, o6pa6oTaHHbl~ CTOK ~Men 3Ha'ieH~5I pH OKano 8 B pe3ynbTaTe noTpe6neH~5I n)KK ~ M~Hepan~3a~~~ coeA~HeH~~ a30Ta AO aMMOH~5I. AaHHbie no YAenbHOMY BblXOAY MeTaHa 6bln~ Ha YPoBHe ~n~ HeMHOro Bblwe O)f(~AaeMbIX TeOpeT~'ieCK~X 3Ha'ieH~~, paCC'i~TaHHblx noYAaJleH~IOXnK ~ Y'i~TbIBalO~~X conyrcTBYIO~~e npo~eCCbtcynbaT-peAYK~~~ (KoHBepc~~ cynbaToB B cynb~A). 3TOo6b5lCH5IeTC5I np~cyrcTB~eM B OK>KnerKo 6~opa3flaraeMOro Be~eCTBa -

6eTa~Ha, KOTOpbl~ He onpeAen5leTC5I CTaHAapTHbIM~ MeTOAaM~ ~3MepeH~5I XnK [11], a np~ Bbl'i~CneH~~ TeOpeT~'ieCKOrO 3Ha'ie-

H~5IYAenbHoro BblXOAa MeTaHa o6pa30BaH~e nocneAHero ~3 6eTa~Ha He Y'i~TbIBan~. KOH~eHTpa~~5I ocaTaBO3pocna (~CKnIO'ia51 3Tan 5) B aHa3po6Ho o6pa6oTaHHoM CTOKe3a C'ieT M~Hepan~3a~~~ OCOPHbIX coeA~HeH~~, AKT~BHoe pa3B~T~e npo~ecca cynbaT-peAYK~~~ Ha npOT5I)f(eH~~ Bcero 3Kcnep~MeHTa np~BoA~no K nO'iT~ nonHOMY YAaneH~1O cynbaTa B CTO'iHO~ BOAe. B pe3ynbTaTe 3Toro B peaKTope B 30He aHa3po6Horo ~na HaKann~Ban~Cb 3Ha'i~TenbHble KOn~'ie-

nOBepO5lTHOnp~ npoMblwneHHo~ 3KcnnyaTa~~~ peaKTopa C 60nbw~M 06beMOM, KOH~eHTpa~~5I eHonbHblX coeA~HeH~~ YBen~'i~BanaCb B npo~ecce aHa3po6Ho~ o6pa6oTK~. BO3MO)f(HO, 3TO npo~cxOA~no ~3-3a r~Apon~3a non~MepHblX Be~eCTB, COAep)f(a~~x apOMaT~'ieCK~e rpynnbl (6enK~ ~ T, n.), KOTOpble TaK)Ke BCTYnan~ B peaK~~1O np~ onpeAeneH~M eHonbHblx Be~eCTB C nOMO~blO peaKT~Ba ct>on~Ha-4oKanbTey, CH~)KeH~e ~BeTHOCT~ Ha AaHHOM 3Tane 6blno He3Ha'i~-

l .I

12

~

npo~3BoACTBO cn~PTA" n~KEPoBOAO~HbIX ~3AEn~iIt


TeJlbHblM (CM. Ta6J1. 2). KaK nOKa3aJ1 reJlb~JlbTpa~~oHHbl~ aHaJl~3 (p~CYHOK 1, 6), aHaap06Ha51 06pa60TKa, He BHeCJla cy~eCTBeHHblX ~3MeHeH~~ B MOJle KY Jl5I p HO-MacCOBoe pacnpeAeJleH~e OKpaweHHblX ~ apoMaT~'IeCK~X Be~eCTB, LITOCB~AeTeJlbcTByeT 06 YCTO~'I~BOCT~ nOCJleAH~X B aHaap06HbiX
YCJlOB~5IX. XapaKTep~cT~Ka Me30~JlbHOrO aHaap06Horo ~Jla, 06pa6aTblBalO~ero OK)K

Ta6J7uLja4 3Tanbl napaMeTpbl TeMnepaTypa, '( A3p06HaR nepeMew~BaH~e nOCJ1e a3pa~~~ , M~H

1 20,4:!:2,0 25
14

2" 22,6:!:0,7 35
9

]6 22,4:!:0,8 40
4

npeACTaBJIeHa BTa6J1. 3. Ha npOT5I)t
nOAa'la CTOKaB peaKTop, M~H nepeMew~BaH~e
Bn ' C y T

3 18
3 " 11:!:0 07 3 "

3 1;3
12:f:(j 04 4 " 35:!:0

2 14
44

nOCJ1enOAa'l~ CTOKa,M~H

TOKJ1aCT~'IeCKa51 aKT~BHOCTb HeMHoro B03pocJla, a COOTHoweH~e 6B6 K cyxo~ Macce 6~oMaccbl (CM) HeMHorOYMeHbW~JlOCb. A3p06Ha51 i 06pa60TKa aHa3p06Ho 06-

An~Te11bHoCTb oT60pa np06, cyT HOB, r XnKo6~/11/CYT XnKofiUI- BXOA, r/11 XnKO6~ BbIXOA, r In ,% 6UI

9 1,16:f:0, 16 3,59:f:0,48 1,15:f:0, 17 68,1:f:1,7 8,14:f:0,18 7 ,83:f:0, 1 474:f:10 290:!:7 38,8:f:3,5 416:!:21 25:f:5 94,0:f:0,9 207:!:31 C/leAbl 47, 1:f:6,5 232:!:35 58:f:4 3,2:!:0,8 3 1:f:1 2 "'"

13 1,52:f:0,03 4,7:f:0,05 1,49:f:0',10 68,3:f:2,0 7,54:f:0,06 8,52:f:0,04 353:f:3 121:f:2 65,7:f:0,8 299:!:2 61:f:4 79,7:f:1,4 8:1::1 C/leAbl 96,6:f:1,5 69:!:4 52%1 6,4:!:0,2 1 7:f:0 3

10 1,73:f:0,03 7,9:!:0,04 2,30:f:0,02 71,0:!:0,2 7,39:f:0,07 7,63:f:(},.12 636:f:11 140:f:5 78,0:f:1,0 558:!:3 64:f:5 88,5:f:1,0 12:1::2 C/leAbl 86,4%1,1 76:f:6 65%1 7,7:f:0,1 4 1:f:0 8 ,

pa60TaHHorocToKaB6~o~nbTpe. Bpa3pa6aTblBaeMo~ cxeMe no O'l~CTKe CTO'lHbIX BOA nJlaH~pOBaJlOCb Ha nepBO~ CTaA~~ 06pa6aTbiBaTb KOH~eHTp~pOBaHHble CTOK~

YAaJleH~e XnKo pH pH N06 ~

BXOA BblXOA BXOA, Mr/11 BbIXOA, Mr /JI

.

OK)KBaHaap06HoM UASB-peaKTope, 3aTeM aHaap06Ho 06pa60TaHHbl~ CTOKCMeW~BaTb C OCTaJlbHbIM~ (H~3KoKoH~eHTp~poBaHHblM~) CTOKaM~ ~ 06pa6aTbiBaTb B aap06Ho-

NofiUI-

YAaJleH~e NofiUI % ' N-NH, N-NH3 BXOA, Mr /11 BbIXOA, Mr IJI

aHOKC~'IeCKOM 6~0~Jlb_Tpe.ljT06bl CMOAeJI~pOBaTb nJlaH~PyeMbl~cTOK, AJJ5Iaap06Horo peaKTopa aHaap06Ho 06pa60TaHHbl~ CTOK pa36aBJl5IJI~ B 2 pa3a BoAonpoBoAHO~ BOAO~ nepeA noM'Ie~ B 6~0~JlbTp. nocJle onT~M~3a~~~ aap06Ho~ ~ aHOKC~'IeCKO~ a3B 6~0~JlbTpe 6b1Jl~ nOJlY'IeHbl CJleAY1O~~e pe3YJlbTaTbi 06pa60TK~ CMOAeJl~pOBaHHoro CTOKa (Ta6J1. 4). Ba.1AHO, CTeneHb YAaJleH~5I 06~ero xnK LITO ~ aMMoH~~Horo a30Ta COCTaB~Jla 68 ~ 94 % (Ta6J1.4,aTan 1),cOOTBeTCTBeHHo.OAHaKOBblXOA51~~~ ~3 6~0~JlbTpa CTOK ~MeJl nOBblweHHble KoH~eHTpa~~~ H~TpaTa (207 Mr N/JI, B cpeAHeM), LITO 06b5lCH5IeTC5I Ae~~~TOM Ha 06pa60TKY CTOKe AJJ5Inpo~ecca AeH~Tp~~Ka~~~, TaK Ka~ 'IaCTb xnK 6blJla He 6~Opa3J1araeMO~ (-1,15 r/JI). AJl5I 6aJlaHC~pOBK~ OTHoweH~5I XnK/N 10-11 % nocJleAPo)t<)t Koro YPOBH5I aMMOH~5I . , aTanbI2-3). B CTOKe ~3-3a

YAa11eH~e N-NH3, % N-NO ~ BblXOA Mr /n

'

"

N-N02 -

BbIXOA, Mr /11

#3 "eopr

Nap' P-P04 -

BbIXOA, Mf 111 BXOA, Mr/11

P-PO - BblXOA Mr /n 4'
BXOA,Mr/AM3

456:f:39 222:f:21 51,1:f:5,6
17:f:15

333:f:3 105:f:10 68,4:f:2,9
130:!:7 285:f:45

869:f:12 322:f:20 62 9:f:2 1
" 164:f:3 453:f:41

XnK

B nOAaBaeMOM


504-BbIXOA, Mr/11 OnT~YeCKaR nJlOTHOCTb OnT~YeCKaR nJlOTHOCTb -

BXOA

(A

=

246:f:35

580)

o 381:f:0 012'
"

023
'"

0 532:f:0 001
0,41:f:0,01 22,5:f:1,2

BblXOA

CH~)t
(A = 58O) 0,325:f:O,O05 0,21:f:0,01 (A = 580), % 11,2:i;0,9 7,9:1::0,1

Bep05lT60Jlee H~3np~cy-

- 6paJKKI'i 6blilO Ao6aBileHo K aHa3po6HbiM 3cpcplllOeHTaM , 10 % nOClleApOJKJKeBOI'i AIlS! Toro,
'iTOObl c6allaHCl'ipOBaTb OTHOWeHl'ie XnKjN AIlS! AeHI'iTpl'icpI'iKaLjI'iI'i; 611 % nOCJleAPO)K)KeBO~ 6paJKKI'i 6blilO Ao6aBileHO K aHa3po6HbiM 3cpcplllOeHTaM AIlS! Taro, 'iTo6b1 c6allaHCl'ipOBaTb OTHOWeHl'ie XnKjN AIlS! AeHI'iTpl'icpI'iKaLjI'iI'i; 3cpcpeKTl'iBHOCTb AeHI'iTpl'icpl'iKaLjHI'ipaCC'iHTbIBaIlHno cpopMYlle: \

HO, BP5lAJI~ B03MO)t
~XHeAOCTaTKOBaTO~OTHOC~eJlbHOnpOCTO~

KOHCTPYK~~~6~0~JlbT-pa, rAe nOMya O'l~~eMOrOCTOKa~OT60p06pa60TaHHOrOCTO-

.

{1- ([N-NO,],... + [N-NO,,],...j([N-NH,]ox - [N-NH,],...)}

.100. YCJlOB~5IX, BblCOKOecOAep)taTa TO
B CTOKaXApo)K)KeBbIX npO~3BOACTB Mo)t
Ka ocy~eCTBJl5IIOTC5I OAHOBpeMeHHO np~ ~HTeHC~BHOMnepeMew~BaH~~. 60Jlee BbICOKa51 CpaBHeH~1O C HOpMaM~ c6poca B KaHaJl~aeKT~BHOCTb YAaJleH~5IaMMOH~~HOrO a303a~~10 (100 Mr No6~/JI). OCTaTOYHOe coAe(:STa MO)ta3nOMY~ ~ oT60pa CTOKa nOA06HO TOMY, npeBblWaJIO HOpMbl c6poca B KaHaJl~3a~~1O KaKaTO peaJI~3yeTC5I B peaKTOpeT~na SBBR (80O Mr/JI). KOH~eHTpa~~5ICYJlb<\>aTaBoBpe(Seguencing Batch Biofilm reactor). B pe3YJlbM5I06pa60TK~ B03pOCJla 6J1arOMP51 OK~CJleTaTe AOOY~CTK~ B Te'leH~e aTanOB 2-3 KOHH~IO CYJlbaTOB npeHe BbIC~Jla 3HaYeH~~ no HopMaM c6poca B roPOACKYIOKaHaJI~3a~~1O (500 Mr/JI), LITOMO)t
BaTb3aTPYAHeH~5I B 6~0110r~'IeCKO~ 06pa60TKe noA06Horo poM CTOKOB. COAep)tocaToBBaap06Ho-aHOKC~YeCK~06pa60TaHHoM CTOKeHe npeBblWaJlO HOpMbl c6poca B KaHaJI~3a~~10 (3,5 Mr P/JI). HecMoTp51 Ha 63%-Hoe YAaJleH~eeHOJlbHbIXCoeA~HeH~~ BTe'leH~e aap06Ho-aHOKC~'IeCKO~ AOOY~CTK~, ~BeTHOCTbCH~)t~JlbTpa~~OHHbIX ~CCJleAOBaH~~ (p~CYHOK1,B)aap06Ho-aHOKC~YeCKa5l06pa60TKa np~BeJla K CAB~ry MOJleKYJl5IpHO-Mac-

npOl-13BOACTBO CnI-1PTA" JlI-1KEPOBOAOYHblX 1-13AEJlI-1~ ~

13


Ta6nu~a 5 KoarynRHTbl napaMeTpbl

Aei;;CTBYIO~a~ KoH~eHTpa~~~ Mr ~OHa, /n XnKoo..' /n Mr <1>eHonbHble Be~eCTBa, Mr/n P-PO4, Mr/n No6uI' /n Mr N-NH], Mr/n °580 AOM~H~~ IJrfAHa BOIlHbl, HM 06beM ~na,% \IIIla*
~noBbli;; ~HAeKC, Mr /r CB*

0 .1310 234 4,7 120 34 0,325 578

Fe 99 1110 208 3,1 101 25 0,298 578

196 800 107 1,4 82 16 0,17 577

0 1810 122 1,79 121 61 0,219 578

AI 195 1040 79 0,14 90 60 0,138 577

375 800 67 <0,1 78 50 0,122 575

0 1810 122 1,79 121 61 0,219 578

Ca 463 1620 58 <0,1 H.o. 56 0,062 575

1790 1490 49 <0,1 61 50 0,052 575

-

H.o.
H.o.

13,7
259

-

90,7
501

92,1
342

-

98,8
402

32,2
118

-

5B5/CB % ~na,

-

H.o.

89,6

-

51,2

54,0

54,6

38,9

,'r

.

nocne

30

MI1H

OCa~eHI1R;

H.o. - He onpeAen~n~. COBoro pacnpeAeIleH~SI OKpaweHHbix Be~eCTB B 06IlaCTb OT4,5AO 6 KAa, a TaK)Ke KYMeHbweH~IO CO_Aep)KaH~SI Be~eCTB C MOIleKYIlSlpHO~ Macco~ MeHee 2 K,lJ,ano cpaBHew~1O C Heo6pa6oTaHHo~OK)K(CM. P~CYHOK1 ,a) ~aHaaPO6Ho06pa6oTaHHO~ (CM. P~CYHOK 1,6). TaK~M 06pa30M, ~BeTHOCTb CTOKa B OCHOBHOM ,+. HO~ MaCCbl xnK (60-70 %) ~3 TaK~X BbICOKOKOH~eHTp~poBaHHbIXCTOKOB, KaKOK)K. A3p06Ho-aHOKC~'IeCK~~ ~O",~IlbTp MO)KeT blTb ~CnOIlb30BaHAIlSlYiJPJ1eH~SlOCTalO~erOCSl6nK ~aMMOH~SI BaHaap06Ho06pa6oTaHHoM CTOKe. OAHaKo np~ HexBaTKeXnKAIlSl npo~ecca AeH~Tp~~Ka~~
BCTOKHeKOTOpylO'IaCTbH

-

-6

,+.

6

Ka CTO'lHblX B npOl13BOACTBe BOA XJ1e60neKapHblX APOJKJKeH/ /~POI13BOACTBO Cnl1pTa nI1KepOBOAO'l11 HblXI13Aenl1l1. 2003. N2 3. C. 16-19. 4. Hooijmans C. M., Veenstra S., Lubberding H. J. Laboratory course process parameters and microbiologY/lint. course in anaerobic waste water treatment/Ed. G. Lettinga. - Delft.: Agricultural
1990.-44c.

peKoMeHAyeTcSlA06aBIlSlTb
eo6 pa 00 TaHHO~ O v..v ~

University, Wageningen (Holland),

CBSl3aHaHeC",eHOJlbHbIM~coeA~HeH~SlM~,a

cnp~cyrcTB~eMAPyr~xBe~eCTB(B03MO)KHO, aTOMenaHOil1Abl [14]). Koaryml~. HeKOTopble pe3yIlbTaTbI nonp~MeHeH~1OKoaryIlSl~~~ AIlSl AOO'l~CTK~ aapo6Ho-aHOKC~'IeCK~X aJlIOeHTOB np~BeAeHbl B Ta6J1.5. ~3Ta6J1~4b1 BI-lAHO,LITO BCe ~CCIleAyeMble napaMeTpbl (XnKo6uI' No6uI'ocaT, aMMOH~~ ~ ~BeTHOCTb)CH~)KaIOTCSI nOBblweH~eM C Ae~CTBYIO~e~ KOH~eHTpa~~~ KoaryIlSlHTa a
,

AIlSl6aJJaHC~pOBK~ OTHoweH~SI XnK/N. np~MeHeH~e KoaryIlSl~~~ AIlSl AOO'l~CTK~ aapo6HblX CTOKOB MO)KeTAOBeCT~ ~xAO HOpM c6poca B KaHaJJ~3a~~1O(~e AIlSl ~BeTHOCT~, Bbl3bIBaeMO~ TPYAH06~opa3J1araeMbIM~ MeJlaHO~AaM~), OAHaKoTpe6yeMbie KOIl~'IeCTBa KoaryIlSlHToBAOCTaTO'lHOBbICOK~. ABTOpbl 6narO.n,apRT KOMnaHMIO «5MOTaH CMCTeMeMHTepHeMWHn»(jJ,encPr; H~epnaH.n,bl)3acPMHaHCOBYlOnO,DAep>KKY3TMXpa6oT,

-

-

. t. t 5 . S .an dar dM eth 0d s f or th e Examlnalono fW aeran d Wastewater (1995). 19th edn, American Public Health Association/American Water Works AssociationjWater Environment Federation, Washington DC, US.A. . 6. Dawson R.M. C., Elllott.D. C., ~lIlott W.H. and Jones K.M. (1986). Data for biochemical research. Oxford: Clarendon Press. 7. G/adchenko M., Starostina E., Shcherbakov S., Versprille B., Kalyuzhnyi S. (2003). Combined biological and physico-chemical treatment of .baker's yeast wastew.ater including removal of

.

.

coloured

and

recalcitrant

to

biodegradation

HOpMbl AIlSl c6poca B KaHaJJ~3a~~1OAocT~raIOTCSI np~ KOH~eHTpa~Slx 196, 375~ 1790 Mr/Il AIlSl Fe, AI ~ Ca (~cKJ1IO'IaSl XnKAIlSl nOCIleAHero),COOTBeTCTBeHHO. UBeTHOCTbCTOKanpeTepneBaJla C\IIIlbHble ~3MeHeH~SI OT HaCbl~HHO-KO-

a TaK)/(e MOCKOBCKMM .n,pO>K>KeBOM 3aBo.n, 3a npe.n,OCTaBneHMe OK.>K.D./7R MCCne.n,OBaHMM. CnMCOKCOKpaU4eHMH
XnK X~M~'IeCKOe noTpe6IleH~e K~CIlOpO-

'pollutants. Proc.IWA Intern. Conf. .ECOHAZARD 2003- (14-17 September 2003, Aachen, Germany), pp.35/1-35/4. 8. Van DerMerwe M. andBritzT.J. (1993). Anaerobic
digestion of baker's yeast factory effluent using an

p~'IHeBOrOAO naCTeIlbHO-)KemOro np~AaHHbIX KOH~eHTpa~SlXKoarynSlHTOB. KaK nOKa3aJ1 reIlb~IlbTpa~OHHbl~ aHaJJ~3 (CM. P~CY-HOK 1, r) KoaryIlSl~SI (BKa'lecTBeKoaryIlSlHTa~CnOJlb30BaJI~COJlbTpeXBaJ1eHTHOrO)KeJle3a)np~BenaK 3Ha'l~TeIlbHOMY CH~)KeH~1OCOAep)KaH~SI Be~eCTBCMOJleKYJlSlpHO~ Macco~ MeHee 18KAa «j>pa~~,OTBeTCTBeHHble3a~THOCTb).~,HanpOT~B, KYBeIl~'IeH~IOpaK~~CMOIleKYJlSlpHO~MaCCO~OOIlee 18KAaaTo06bSlCHSleTCSl06pa30BaH~eM KpynHblX arperaTOB nOA BO3Ae~CTB~eM ~OHOB )KeJle3a. 3T~ pe3YIlb TaTbI npeBblwaIOT(nOOTHOWeH~IOKKOIl~'IecTBaMAo6aBJleHHbIXKoaryJlSlHTOB)JlvrrepalvpHbleppHHbleAflfl aHaapo6Hoo6pa6oTaHHbIXAPO)K)KeBbIXCTOKOB [15]. ( ~ 'IaCT~'IHO ~BeTHOCT~ BePOHTHO,AOnoJlHvrrenbHoeYiJPJ1eH~eXnK ) Ha aapo

Aa; 6nK -

6~OJlOr~'IeCKOe noTpe6IleH~e K~C-

~~~he~~~~~,f~~~~6~~~7~.hYbrid digester. Biores. 9. Van Der Merwe-Botha M. and Britz T.J. (1997). Combined pre-degradation and anaerobic digestion forthetreatmentofabaker'syeastfactoryeffluent.

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