畜舎汚水浄化処理施設窒素対応管理マニュアル
Contents
1.2.
3.
4. 4 4 OB
5. 25 3 25 3 ire 2004
6. BOD CP 6 25
7. 1 1 6 13
8. LAN 1 3
9. TT SV3o
10. pH 100kg
11. BOD BOD N
12. BOD BOD 1 BOD BOD 4 9
13. 20 9 1 3 0 4 3
14. BOD BOD 0 5kg m
15. 1 3 7 11 gt gt 7 11
16. O 6 9 6 2 1 3
17. 1 2 2 1 2 oo 1 pH 7 ORP 0 ORP 150mV 2 pH 7
18. 12 lt 15 24 lt 30 24 lt 30 5 4 5 5 oo 5
19. DO ORP pH pH pH
20. BOD BOD 2 BOD
21. 3 2
22. 1 2 G pH 1 2 H pH 1 2 O 1 7 14 7 15
23. 1 3 4 1 2
24. 3 9 BOD SS BOD SS 3 9 BOD SS 20 19 BOD SS 3 9
25. 6 1 6 2 6 3 6 4 O ae oe ft ma se ee 6 1
26. gt Em 6 13 1 6 14 0 5 2mm 6 15
27. BOD 7 27 BOD BOD 0 3kg m 7 27 2 5
28. 2 7 1 WHO 1999 2001
29. 7 2 6 22 6 23 le
30. 3 5 2 B D 102 1 7 ne 2 pvt
31. 5 10
32. 3 7 RE 10 _ ON 9 9 na 5 pH 9 3 1
33. 5 53mqg 627mg 8 0mg 2 610mg 2 1mg 0mg 2 130mg 42mg 9 1 9 1 9 2 9 4 0 4 N A
34. BOD 21
35. 7 2 100mg 2 3 mg 9 0 10 20 60 100 300 500 0 S oD 10 20 G 60 100 AB 300 500 7 3 7 1 mg 0 10 20 60 100 300 500 0 10 hm 100mg 9 lt 20 8 60 SN 100 x 0 4 x0 4 300 00 7 4 7 2 7 300 60mg 2 6 100mg 2
36. BOD SS 6 24 6 60 6 24
37. BOD BOD N 2 5 3 6 8 1 2 3 4 5 6 7 8 9 TIO TT 1Z 6 8 BOD N BOD N A
38. 4 2 BOD 1 BOD BOD BOD
39. 5 3 1 0 3 1 20 10 3 1
40. x0 4 x0 4 x0 4 60mg 7 8 99 7 8 G 2 NC k NN Ne ORP EE ul 4 NR Nd H
41. SS 0 5 1 2 6 32 SS 15 000mg 2 10m3 SS 15 000mg 2 x10m3 150 kgSS SS 2 150kgSS x0 02 3kg 0 2
42. A A OE eid 1 2 pH 84
43. x 0 4 0 4 2001 100mg 3 2001 27 2004 17 2007 13 2010 8
44. 0 PP SS i sre 7 J 1 1 3 1 2 2
45. 3 4 2 5 1 3 5 16 2 li OT ei TDN i grit
46. NM 4 1 9 3 4 2
47. 6 34 67 SS SS
48. I s 9 pH 4 10 10
49. NN BMC re Oo 2 0 MG 45 PR O 6 5 6 6 6 7
50. BOD SS A 1 CP CP 6 25 CP 13 13 6 25 2 08 20 800mg kg 10 000mg 6 4 300mg 4 1
51. 70 85 6 26 SS 61 ae La 4 mn sg 6 27 F 9 To Ld
52. of Ca 1 9 Pa pF OJ a gt a 9 9 Oo 6 S B sos oO 5 o_ o o N 8 a S of to 1 9 6 28 62 6 29 TE RN IN NNNNN HNN HRHHHANANAANN NR NOUN IN NII 9 1 6 30 63 We 6 31
53. ORP 200mV DO x0 4 ORP x0 4 B A
54. Inorg N rr NO2 N 5 1 NO3s 1 NH4 gt i AN 1 NH 4 NO 1 1 2 KNOs NH4 zSO04 1 2 4 BOD 5 mg BOD N BOD N BOD mg mg 2
55. NN Se 9 4 4 9 4 5 1
56. 1
57. ME 80 1 1 7 9 gt gt EL 2 KN RS 7 9
58. 3 1990 BOD 20 NH4 1 32NO gt 0 066HCOs 0 13H 1 02N2 0 26NO3 2 03H2O 0 066CH2O0o 5N0o i5
59. 4 1 6 10
60. 3 4 CP 11 16 50kg CP 16 110 10 14 CP 11 110 CP 11 30 600 4g0
61. nttp www chikusan kankyo Jp 1 2 1 1 1
62. SVso mb NN M Ps 2 3 77 7 1
63. 6 14 85 3 1 6 16 6 14
64. 7 27 7 28 3 5 2 D F ML a US BOD pop vrssm ksoog Mss Tc vssm kerwkerMss 6 6 25 TT 0 0 0 0 j i 1 EE F
65. 1 O 6 7 O O 3 20 NNW 3g se EN vi Re mii i j I b 11 3 N i yy J ud O O 6 5 ss mm a 6 zz 1 K O
66. 2 3 6 oo ai 3 6 Ia BOD SS 3 7
67. DO ORP 1 2 C 1 pH DO ORP pH DO ORP DO ORP 1 2 2 pH DO ORP 1 2 D pH 6
68. RTE TT RR IZ 2 TE O O RE 2mm
69. 6 18 SS 77 809 6 18
70. ITC amp 289 F ti 25 3 25 105 0001 5 12 1 2 TBL 03 3459 6300 FAX 03 3459 6315 961 8061 1 TEL 0248 25 7777 FAX 0248 25 7540 ilet chikusan kankyo jp http www chikus
71. SS SS BOD 3 8 0 5mm 20 SS BOD 10 5 90 SS BOD 60 40 3 7 3 8 18 BOD SS 2 3 9
72. pH BOD NOs 1 1S 0 4CO2 0 76HzO 0 08NH4 0 08CsH7OzN 0 5N2 1 1804 1 28HT 4 10
73. pH _ f Oh x0 4 NM GE SN a
74. DO ORP pH x0 4 7 x0 4 109 x0 4 ORP
75. 7 4 7 4 C po 8 2 as SV30 D x0 4 BOD DO DO 0
76. 95 NS 4 BOD N 2 3
77. BOD SS J gt gt gt Ip A 7 7 yy 2 SVso 3 A x0 4
78. 25 1 1 BOD BOD BOD BOD
79. BA 22 2 1 2
80. 26 1 25 3 11 11 13 7 3
81. 60 60 6 25 2 7 2 SV 7 1 7 10 7 1 SV
82. 9 7 3 2 1
83. 1 2 ORP ORP 150mV 1 2 pH ORP 1 2 1 pH 6 5 pH 2 pH
84. 6 19 55 NT x 3 6 19 4 6 20 85 6 20 J
85. SK 2 UU N O Lz Ry SS 6 6 15 ts WI sa EE TN N WV 6 16 2 6 17 20 0 85mm
86. z 3 2 3 2 3 100 3 2 70kg CP 13 8 2 9kg 400g 8 3g 25 9g 3 3 8 66 7
87. BOD 28 4 9
88. 20mg 9 7 x0 4 20mg 2 Gs pH pH 48 1 pH 3 1 2 60 mL SN 5 5
89. 5 1 gt 5 1 4 x 1
90. 15 20 DO 1mg 3mg 2 7 22 pH 6 5 7 5 7 22 DO pH SVs0 50 MLSS 5 000mg 2 7 23 7 23 SVso 94 3 100mg 2 1
91. 2 4 1 BOD SS 1 4 1
92. 6 3 SS 92 BOD 79 58 6 3 BOD N 6 8 3 4 BOD N SS SS 6 4 BOD
93. A 10 10 E 9 5 9 9 5 500g 9 6 Va0 12 og 2 507 2
94. DO ORP DO ORP 1 2 B miten i 3 hd 1 2 1 2 x0 4 0 KA DO ORP DO ORP
95. 80 Ne W ON gt ee 6 17 A 3 25 0 71mm
96. 87 6 BON 060 NN 91 7 101 8 103 9 es 105 NN 20 cc ee 107 oo 113 1 E 0 KKK KO 117 8 BOD 9 i 119 0 KK 119 9 KK 121 2 NO 121 9 0 ERRONKRNN OO 122 4 OO NS 123 SEAN Sd 127 CE Oi bi bs 129 cA Sc 131
97. 9 8 a 9 8 b 9 8 c 9 8 d Pm mm 2 8
98. 24 gt 1 13 2
99. 3 22 2 3
100. 2006 144 149 2006 16 ms 2007 85 93 2007 17 7 1 16 2008 18 Autotrophic denitrification and chemical phosphate removal of adgrO Industrial wastewater by filtration with granular medium containing sulfur CaCO3 and Mg OH 2 anaka Y Yatagai A Masujima H Waki M Yokoyama H Bioresource echnolody 98 787 791 2007 19 2 45 4 165 175 2009 20 The combined Sharon Anammox process A sustainable method for N removal from sludge water Van Dongen L G J M Jetten M S M and van Loosdrecht M C M IWA
101. 77 A C E G H 77 1 7 x 0 4 55 cage
102. 1 7 20 BOD 1 500mg 2 BOD BOD 7 21 5
103. 1 BOD DO ORP ORP pH pH pH
104. 6 10 49 BOD
105. 5 2 BOD SS 5 2 DB NN BOD SS 1
106. 43 6 2 6 3 FF 6 4 44 BOD BOD N BOD
107. 75 A B 6 22 6 23 8 1 SS
108. x0 4 1 2 D x0 4 pH 78 pH 6 1 2 E x0 4
109. pH pH DO ORP pH D ORP pH C B
110. G x0 4 5 F E x0 4 H x0 4 x0 4
111. 7 8 MF SS ME BOD BOD 0 5kg m 0 5kg m
112. 26 5 28 5 1 35 2 36 3 36 4 42 6 ror 43 EE oi 50 I Goi 51 A MN i 51 5 ieesseeeeeeeeeeeee 59 6 GG coo 61 7 ER i 69 CC SC Gi 69 1 ee a 7 2 S 80 3 81 4 85 5
113. 8 NOs 0 844S2Os lt 0 347COz 0 0865HCO3 0 0865NH4T 0 434HzO 0 0865CsH7OzN 0 5Nz 1 689SO4Z 0 697H BOD 8 NOx S N 4 5 pH
114. 4 5 BOD BOD 2 5 3 BOD 2 5 3 BOD 4 5 4 6 4 7 4 8 gt
115. FR AT WW 0 0 W 7 13 88 3 A 1 pH DO ORP pH DO ORP DO ORP 1 2 2 pH DO ORP 1 2 B
116. 7 14 91 P71 P72 W 4 io 9 W WD 2 1 _ W x P8 P51 J A a 7 ll dsk 2 8 Se Se L 2 P4 P5 P52 eL 7 15 7 16 17 RT he i 1 9 EF a 7 18 7 19 2
117. 100m 6 10mg x0 4 100mg 6 x0 4 10 mg 25mg 100mg 2 100mg 2 100ng 2 200mg 2 250mg 2 x0 4 100mg 2 10mg 2 10mg 9 25mg a 100mg 2 200mg 2 x0 4 100mg 2 pi_ 9 11 ml9
118. 7 1 x0 4 1 2 B x0 4 1 2 C x0 4 7 1
119. 1 2 89 E pH pH 6 8 6 5 7 5 1 2 F pH pH 6 8 6 5 7 5
120. 4czze7o gc7e7 22 NH4 gt NH2OH NO2 gt N20 Ns Yamashita et g 23 774zerg SDD 77zze7g 1
121. 50m2 lt 65 200m2 35 500m2 lt 50 10 2 3 2 EE Ph 700mg 9 2016 6 5 8 8 6 pH RI it eS 1 SS 200mm 2 150me 2 gt 50ms 2 120mg 2 6Omg 2 gt 170mg 8 140mg 2 gt 2018 9 1 16mg 2 8mg 2 gt 50m3 5mg 2Z20mg 2 gt A 5 0 9 0 IGE Ns 1
122. DO ORP pH SVso 3 1 2 A x0 4 x0 4
123. 7 BOD BOD 0 3kg m 7 0 7 21 oe 2 SVso DO pH
124. 4 5 6 BOD 7 BOD BOD BOD BOD
125. 2 1 000 900 a 700 SS 600 ps mm OY 400 _ 300 200 100 0 CP16 3 2 CP 16 30 70kg Men lt 400gN 8 3gN 3 3
126. YE 5 9 4 7 I MMP WP 1
127. BOD N BOD 2 3b 2 80
128. x0 4 x0 4 DO DO 60mg x0 4 D CD B A DO ORP pH
129. 2 11 7 35 0 MS mmm 220 mm UM BO DA kgBOp m3 N kgTNm3 mme SVso S Vso S Vso 0 26 IGE A I 7 35 3 11 S ME
130. pH 1 2 116 1 11 7 34 MF SS ME 0 03kg kgMLSS MM a a 7 34
131. 4 3 4 2 gt 30 40cm 4 3 24 4 4 4 1
132. 1 6 30 10 2 30 Es EE 9 30 eress 7 pH 10 10 pH gt d mm me 9 0 gt 4 10 60 300 mg 2 oo IO ke e 8 _60 60 5 12 5 5 5 H 5 6 7 8 _ 9 x0 4 mg mg 2 gt A 9 Eo S00 1 EE gt 10 60 300 en L I 5
133. 7 16 1 15 20 7 17 1 7 18 7 19
134. SV30 SV 90 NA 0 02 SV 24 50 2 SV ee 9 cb 6 5 7 5 op SV 90 SV 12 7 10 SV 3 A 1 2 B 1
135. 1 502 0 05myx5 0 25m 50cm 0 25m3 0 5m 0 5m2 1m 1 50cm 30cm 80cm gt 6 12 BOD
136. 1 2 F pH pH 6 8 6 5 7 5 1 2 1 2 x0 4 G pH 1 2
137. SS 360 4 FT NO 240 1J 120 0 CP16 CP11 3 4 CP 16 11 30 70 1 3 5 15
138. SS BOD SS lt lt
139. BOD 0 4kg m 20 C 20 C 8 35C pH ORP DO ORP 6 MLSS
140. PR blenontiticpiniesthbg to a eK FTO eon BOD 2 2 BOD BOD 0 3kg m32 2 2 rn 1 7 25 2 i Mii tdiiecdein yeahh 5 3 7 03
141. 12 17 3 5 mm 18 19
142. BOD 3 5 6 5 7 1
143. N A 9 ce 9 3 10 9 2 2013 0 4 a 1 000 1 000 0 1 800 y 0 6942x 23 871 a 800 RI 07764 IP 1 200 600 600 ee es 400 y 1 0704x 2 5456 400 y 1 5801x 7 0852 6 R 0 8338 R 0 9318 600 200 200 Es i gt 0 8 0 kh 0 200 400 600 800 1 000 0 200 400 600 800 1 000 0 300 600 900 1 200 1 500 1 800 9 3
144. 24 2 1 2 23 4 1 1 1 2 3
145. 56 6 6 21 75 85 6 21
146. 7 pH B x0 4 x0 4 DO DO ORP pH 7
147. 7 6 7 6 E 0 ORP BOD F x0 4 MLSS 7 7 98
148. BOD kgBOp m3 l TMw BOD MLSS kgBopkg MLSS N kgrNm3 11111 T N MLSS kgFNkg MLSS 01 7 5 m 0 0 0 t tl l EE TE 0 0 60 07 mm 0 0 L EE 2 7 26 104 1 5 7 27 7 8
149. 76 86 2002 8 11 1 46 55 2012 9 Sulfur limestone autotrophic denitrification process for treatment of nitrate contaminated water Batch exDperimentSs Zhang T C and Lampe D G Water Research 33 599 607 1999 10 46 7 12 2001 11 No 391 2003 12 2004 13 43 1053 1059 2001 14 37 93 98 2001 15
150. 6 33 bb 2 6 34
151. NH4 N NOz N NOs N Nz 7 31 10 C OA ON DO EC
152. To BOD BOD 0 2kg m3 2 DO ORP pH DO DO 6 8mg 2 ORP 100mV 200mV ORP ORP
153. F E 06 0 1 BOD 7 32 0 03kg kgMLSS 7 32 2
154. 7 30 BOD SS BOD SS 7 31 I tm jv jv e gt 7 29 107 7 30
155. 1 2 D BOD N DO ORP 1 2 1 2 pH 6 pH 6 E pH pH 6 8 6 5 7 5
156. 2 5 3 BOD BOD DO mg 20 C 1 8 8mg 2 MLSS mg SS mg 2 ORP mV
157. DCP TDN 2 4 5 8 9 1 1 1 5 6 8
158. BOD 418 000mg kg 60 000mg 2 24 000mg 2 4 1 BOD 2 3 1 4 3 mg g _ Bop s5 N e gop ss N 10 000 60 000 ZZ0 000 mW el ee sel a zeeo oml se a ol zoo aoml sae sal im al 1 4 1 BOD
159. pH pH 5 8 DpH pH Me 6
160. 20 ee I 6 1 6 5 10cm
161. 7 3 7 3 B pH GRP fsm DO x0 4 98 x0 4 60mg
162. 9 x0 4 100mg 2 7 1 100mg 2 7 2 69 100mg 7 1 7 3 7 2 7 4 7 1 AH 7 5 7 6 7 7 1
163. BOD pH x0 4 A 110 C QRN00C x0 4
164. a 6 25 60 1 SS 6 26 6 27 SS 30 SS 90 6 28 6 29 6 30 6 31
165. 2 lt 3 1 2 1 2 E F x0 4 pH 6 1
166. 6 25 2 24 10 15 1 12 24 59 Rs 70 6 24
167. 4 MLSS ON x0 4 60 mg 7 9 7 9 G pH SV30 em Ezaw jm
168. 7 12 2 SV3o 7 13 MLSS SVso pH ORP a AZ EE mopn MS SE BoD koBoD m3 BOD MLSS kgBOpkg MLSS TN keTNm3 1 T N MLSS kgTNkg MLSS 6
169. BOD 64 29 BOD N 6 3 G gop rm lopm SS gop rw lgopAl ss op rm II 16 000 10 50 54 14 300 9 40 46 6 4 10 PE 16 00 16000 10500 1 540 10500 1540 es 4 nA Na EEO in mm SS BOD T N mg 09 6 4 ssoodieoods4d 47 sedzsoied 47 lsls 28 zeood saodlsusd so gaezogd 24 lelss saadl saodlized 42 iz5 dl selsmlels azod seodizd ze ie mdl allolg SS BOD T N mg DN
170. oe a yk 6 RS 80 mg gt 80 mg amp 2 4 W 300 mg 9 i W 100 mg 8 W 300 mg 9 A B C 60 mg 9 gt D E F Um G
171. GG H 5 6 7 8 9 mg 2 0 20 100 500 10 60 300 mg 2 0 20 100 500 gt 4 10 60 300 220 5 2 30 30 6 60 RS 7 5 5 x0 4 mg 2 0 _20 100 500 gt 10 60 300 8 20nmg 20mg 2
172. gt 500 1 ge WE XREBRU 509 EJ _ Fk 500mg ed 509 lt 4 450mg 1 MOAR 5072 gt 4 500g _ Pe Ds 1 9 6 A 2 10 2mg 2 5mg 2 10 0 4
173. BOD N 6 11 29 BOD N BOD N BOD N 16 000 6 000 14 000 5000 _ 12 000 4 10000 SM OOO 8000 3 000 6 000 y 4000 OO 2000 1 000 5 4 lt 3 OO OO 2 2 0 0 5 10152025 30 0 5 10152025 30 6 11 25 C 6 5 30 50cm 6 12
174. 4 11 1 G coN 4 11 11 A 12
175. O 5mm 6 9 A 6 2 1 _
176. O HK Zi 6 6 46 5 FE F Ml 0 1 k 7 4 FR RI 2 Bee 6 7 O 80
177. 3 S 200 1 300 500mg 2 200mg 2 1O0 0 10 20mg 2 100mg 2 10 40mg 2 80 200mg amp BB 60mg 2 100mg 2 mg 8 mg 2 0 10 20mg 8 100mg amp 0 40mg 2 80 200mg 2 0 10 20 60 100mg 9 O 200mg amp 9 C 100mg 2 60mg 2 300 500mg 2 mg 200mg 2 mg 100mg 2 0 10 20mog 2 80 200mg 8 10 40mg 2 D 100mg 2 60mg 2 0 10 20 60 100mg 2 mg 8 0 200mg 2 mg 8 100mg 2 1 0 10 20mog 2
178. BOD BOD BOD BOD BOD BOD N 2 5 3 BOD BOD BOD N 4 1 BOD N 1 0 3 5 20 80 1 9 BOD N
179. SVso 7 33 MLSS SVso pH DO ORP a 5 2 _ ET MC CE Te ET TE mm ET 0 BOD Mes kggopAg Mtss a SVs SVon CEE mm a A 7 33 3
180. 4 6 26 4 7 4 8 BOD
181. 7 28 106 1 7 29 2 DO ORP pH MLSS
182. ORP 150mV 7 5 7 5 D Ee ORP 6 E x0 4 x0 4
183. 5 3 A 4 ef 5 3 RR 4 5 4 5 5 5 5
184. 1 5 8 83 40 6 5 9 MY
185. Ii 100 1 5 7 24 15 i BOD BOD 0 3kg m 2 rh BE 7 24 2 5 7 13
186. A F BE x0 4 x0 4 B x0 4
187. 1 SVso EC ei eben le 1 2006 2 1999 p82 1999 3 pD31 2 9 1998 4 16 16 17 2005 5 2007 111923 2007 6 23 23 27 2009 7 44
188. 100 300 500mg 8 1 100 300 500mg 2 180mg 8 80mg 8 60 100mg 8 60 100mg 8 40 200mg 8 40 200mg 8 H 60 100mg 2 60 100mg 2 0 10 20 60 100mg 2 100 300 500mg 9 0 200mg 2 80mg 60 100mg 2 60 100mg 9 40 200mg 2 40 200mg 8 7 6 E H 76 7 7
189. 2 x0 4 x0 4 x0 4 60mg 4 60mg oiiinggpiniggenigievttitctegheiingriipomioaiivtaiey 7 2 7 2 A I H i a a pl DO
190. MF 0 3 3 3 86 1 TMP 7 12 BOD SS BOD BOD 0 3kg m OO 2 wh
191. x0 4 9 12 100mg 6 12 mg 4 mg 2 gt 10 60 300 mg 2 0 OG SO 10 60 300 x0 4 mg 0 Z0 UG 500 0 9 12 x0 4 7 1 1 50 1
192. 7 7 F a pH 56 ORP BOD IE G x0 4 MLSS
193. A E x0 4 D D C B
194. 7 p H ORP pH ORP 29 2 7Thiobacillus denitrificans
195. H 7 1 100mg 2 2 x 0 4 pH pH 120 mg 9 100mg 9 100 mg 8 60 mg 9 pH 5 0 W Fe pH pH5 pH6 8 pH9
196. gt Os 9 10 pH 5 6 7 8 9 6 5 7 8 mg x0 4 20 100 500 0 20 100 500 10 60 300 _ gt 10 60 300 mg A LO RS 10 60 300 x0 4 3 1 0 20 100 500 10 60 300 x0 4 9 11 0 4
197. Ri Eee 0 5mm PR 3 9 OR dr MF MLSS 2 SV 7 1 7 10
198. BOD SS a gt RR 7 8 2 SV30 100 2 MF 3 1
199. b gt c d eg 9 gt gt 1 9 8 0 9 9 10 1 2
200. 2004 1 500mg 6 900mg 3 2013 700mg 6 2 1 2 1 2001 7 2004 7 2007 7 2010 7 2013 7 2016 7 2004 6 2007 6 2010 6 2013 6 2016 6 ED 500me g 900mg 2 gOOmg g 900mg 2 700me 2 2 100mg 2
201. 1 30cm lt 35cm 20 6m 7m 5 6 5 7 5 8 1 1
202. 2 1 2 7 1 G x0 4 1 2 H x0 4 1 2 5 1 1
203. 80 200mg 8 10 40mg 2 x0 4 5 A D 3 7 E x0 4 60 100mg 2 a 2 60 100mg 2 3 200 1 100 300 500mg 8 1 0 10 20 60 100mg 2 lt 180mg 2 0 200mg 8 100 60 100mg 8 1 60 100mg amp a 40 200mg 8 40 200mg 8 F 60 100mg 2 60 100mg 2 0 10 20 60 100mg 28 0 10 20 60 100mg 2 0 200mg 2 0 200mg 8 60 100mg 2 1 60 100mg 8 40 200mg 8 40 200mg amp G 60 100mg 2 60 100mg 2
204. 2 2 3 2009 2 3 pH BOD SS 1 50m 2010 30 1 1 3 2 2
205. 2004 1 500mg 900mg 2 1 500mg 2 900mg 2 3 3 2013 700 900mg 2 mg 2 2 1 2 1 10 2013 7 2016 6 700mg 900mg 2 2013 6 190mg 2 lt 150mg 170mg 2 lt 140mg 2 gt 700mg 2016 6 gt 2018 9 2013 9 Mef 24mg 6 gt 25mg 2 lt 20mg 2 gt ok 2018 9 CCH EC ea 14 15 137 1 1 oe 3 2 3
206. 3 2 3 anv O O O 3
207. EO eS 7 4 v 8 2 1 9 2 9 3 1 13 T 5 55 555 uo 15 3 17 4 00 7 EETER7EKTY Te 18 UE 0 0 TKKKNINIIOKK NKK KKNv w 19 4 1 BOD SS 21 2 0 21 3 22 4
208. 3kg 0 002 1 5m 302 4 5 2 SS 0 596 1196 1 5 2 3 96 6 32 6 33 1 bl 1 es lt Pom
209. Publishing London UK 2001 21 2010 7 56 2010 22 Heterotrophic nitrogen removal by a newly isolated AcinetoDbacter calcoaceticus HNR Zhao B He Y L Hughes J and Zhang X F Bioresour Technol 101 5194 5200 2010 23 Nitrate removal activity of a biofilm attached to a perlite CarrIer under COntinuous aeration conditions Yamashita Yokoyama H Kanafusa S Ogino A lshida M Osada and Tanaka Y Biosci Biotechnol Biochem 75 3 578 581 201 1 24 18 71 82 2011 0 NPO
210. an kankYo jp
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