自然地域トイレし尿処理技術 実証試験結果報告書
Contents
1.2.
3.
4.
5. 1 mL 100 29 2 1
6. SRL RTESPL 2 4 2
7. BOD TOC eo ee RE RN M CE
8. 7
9. 84 8 1 27 10 1 4 1 5
10. 2011 3 11 2 2 1 2012 24 8 1 2013 25 1 31 ECHO 105 0004 5 5 1 IMC 9F TEL03 6809 1518 FAX03 6809 1412 067 0052 71 27 TEL01
11. gt 8 9 1 9 37 4C 3 7 27 99 51 33 83 74 22 96
12. 30kg SE
13. 48 6 3 6 3 1 8 9 1 9 6 3 1 1 6 3 1 2 37 4 3 7C 27 99 45 40 35 30 25 4 20 H 15 10 5 0 o O O o O O e e e e e C C C e S 858288883853353 6 3 1 1 96 20 4 10 4 Se S 8 S 8 8 SSS SS C C C OQ wN O Z NNO Z RNO ONO H 04 o o 0d CO Oy O O e eA eA N N c ce c 6 3 1 2 49 6 3 2 49 2012 9 5 2013 2 1
14. 8S8 SS 1 2 SS BOD BOD20mg L
15. 83 1 1 4 1 5 DNE
16. 10 GMO
17. 6 5 4 2 R2 75 BRAIS E A 2 000 y 0 273x 5 7 y 0 273x t 66 2 1 500 4 B y o3229x 181 amp A R2 0 875 T N mg L 1 000 2 000 3 000 4 000 5 000 6 000 7 000 6 5 4 2 RA FH A X E E 3S OD BS PR 31 BOD 1 fo BOD 6 5 4 3 1 8 BOD66mgL
18. 1 8 6 6 gt 33 9C 9 2C 834 5C 8 6 2011 1 8 12 NRN 13 3kWh 8 29kWh 1 10 25C 10
19. 1 amp G Oo 0 9 0 OOO c 2 CD D 18
20. 1 869 4 921 1 10 27 50 8 14 B STER 75 8H 15 38 100 5 000 90 80 EN 70 4 N o m eo 8 8 Hn 3 Ee e HE 2 Ta T WEN 11 1 DA 1 1 E 6 1 1 6 1 7 1 6 1 1 4 1 6 1 1 6 1 17 838 6 24 177 3896 107 4096 TE E 39 6 1 1 4 1
21. 6 4 6 4 1 6 4 2 52 2012 7 6 2012 7 18 2012 7 20 P s FT E FI RUE ZH EJ
22. To 2 3 1 2 3 8 9 2 4 K 5 3 1 5 4 5 1 5 4 5 2 3 JIS K 0094 4
23. 5 D 19 6 OB UD E ee O
24. 5 4 5 2 2 AQL YS 1501I AH F pH EC DO x 1 SV DEEA la E SH F pH D0 SV F pH EC L BOD TOC SS T N NH N NO N NO N CI B L BOD TOC SS T N NH N NO N NO N CI A uad F pH amp Xi EC L BOD TOC SS T N NH N NO N NO N Cl F Field L Laboratory
25. LOCUS UNE S S gt
26. 6 5 4 1 R2 55 8R28 ARIE A OF 56 Bon l8 6 000 y 0 834x 5 000 4 R2 0 977 4 000 4 3 000 s ao 5 2 000 1 000 4 2 000 3 000 4 000 5 000 6 000 7 000 6 5 4 1 1 0 834mg L AQL YS 150 1 360L 1 1 18g
27. 7 2 7 2 1 SS AQL YS 150 100 7 150 AQL Y 100 60 E 90 1 27 10 1 47 1 5 AQL YS 150
28. SS BOD TOC 238v Mi Co 5 O SE AGES T IRANE 2 D 75 UR aped FOROA 130 5 amp BEOMK amp Fx ENORI gt 11 28 13 276 MPN 100mL 1 MPN 100mL 16 MP
29. 85
30. 6 1 1 2 6 1 1 3 X 6 1 1 1 Em mm RBA aaf e pm s al im ai ml w ar 2012 11 109 2012 12 s s na 2 1 94 PW LT 1 1 1 jh AU wh mm Lal ME CHERLLEILLIIIT WW MM mm Ny C a 0 8 1 8 15 8 29 9 12 9 26 10 1010 24 11 7 11 21 A 19 Im 1 16 1 30 6 1 1 2 8 1 8 15 8 29 9 12 9 2610 100 2411 711 2112 512 19 1 2 1 16 1 30 6 1 1 3 2 6 1 1 3 1 6 1 1 4 6 1 1 3 oom quem Deme e O 1 1 Ri kWh MNT H mE mm H EUER EE or 8ni 820 10 p a
31. 8 a EDI gt gt gt gt mun z EAR RADEI CERES
32. 1 0 879mgL 1 30mg 1 360L 860L 1 1 20g 1 12g 1 1 1L 5 500mg L 1 5 1 1 7 1 lt AQL YS 150 gt AQL YS 150 10H 6 1 7 5 785 1 62
33. 3 2 8 2 1 11 0C 88 5mm SEPA SE E 7E L 1000 R 3 2 1 2011 F 3 4 5 6 8H 9H 10H 1A 12 La 1465 120 5 47 40 5 311 157 5 http www jma go jp jma menu report html 4 4 1 1
34. 10 10 10 11 1 6 1 1 4 6 1 1 4 s eum JE E 1 0 63kWh 2 77kWh 3 80kWh 1 59kWh CBAOL
35. 10 9 10 10 6 1 1 5 9 y 0 9434x 4 0831 m y joco 2 T R 0 6634 6 T m E 2 oon mm mm es Un pma 1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 Kim C C 6 1 1 5 A 1C 0 943kWh 0 470kWh 3 6 1 1 6
36. BOD3mgL 3mg lL R2 AQL YS 150II ClXx 1 66 BOD 20mg L 25 y 1 56e0 0392x 20 4 R2 0 542 A 15 uo 8 10 ca 5 Abh 0 10 20 30 40 50 60 70 80 6 5 4 3 1 BOD 76 6 5 5 gt 2 3 50 3 23 7 0 7 40 2 18 0 9 65 88 23 81 59
37. oT kwh e RJ uu I un em ud es u EA a 5 47kWh 1 03kWh 5 02kWh 2 18kWh 50 80 40 5 47kWh 89 5 06kWh
38. 50 2 51 83 88 6 3 2 4 Me 9 15 6 3 2 4 51 3 _ 74 2 zi B A Sn Bt id Oo E 22 96 22 6 3 2 5 DI gt LI 66 74 7
39. Q576 5 6 JIS K 009416 We amp OD OO 7 30
40. 8 20 5 3 5 3 1 5 3 1 2012 8 9 8 1 2012 9 4 34 2 2012 10 H 30 90
41. 1067 0052 71 27 TELO11 398 8530 FAX011 398 8531 zn px 9996 3 1 1 4 8mesh 0 2L 20L 5L 15kg 30kg 6 R i L 15 C 35 C 1 W 1 785mm W 1 785mm D 2 355mm H 2695mm H 2695mm 1 D 1 555mm AQL YS 150 4 2 3 uoco i SEE Ee YOZ A0010N Hg zE 4C M ARAENMHE ERE 4CER WEM 19S CWAYyWOSOS Sali2EXvr 1 ZW 18S gN3 VO3NO V961S 8Ng L69S Y BYOV NEXU SINT SY ARSO Siff C 451 gi ARIS 0 S4 cQ 61 Cc EH LS HE 9 150 SI C 7141 hE Wi 2x00 D V E O WW nl Xtu rac ccrivaoY E KAFEE HBIXxOOHXOUN EWH
42. 9 7 29 7 C 20 0 IRKIT 13 6 30 6 C 22 1C 2 6 27 7C 16 70 BIRK JE C 8 7 28 8C 19 6 1 5 7 8 3 4 5 8 5 pH i Mamie X KAPNIA Ze zs L7 23 KGZKTS CBE P AC dS KEKA OO RES gt SS SS SS BOD
43. 1 869 4 921 1 10 27 50 8 14 75 8 H 15 1 7 1 177 38 A H 6 24 177 3896 107 4096 db 7c lt gt 2 2 4 8 30
44. WE 1 0 879mg L 1 30mg L 1 360L 860L 1 1 20g 112g 1 1 1L 5 500mg L 1 1 5 5g 175 1 1 7 1 A 68 5 82548 m ES a ks UE 5 85S e 595 858 m 4 takis 55 885318 4 500 2 500 y 1 30x 4 000 y 0 879x 9 R2 0 985 9 3 500 R2 0 988 E 2 000 3 000 il zs Qe S 4 A zd 1 500 n m 2 500 ma 2 e Wi 2 000 E 1 000 1 500 o E 1 000 pu v A pm g 500 0 0 0 1 000 2 000 3 000 4 000 5 000 0 500 1 000 1 500 2 000
45. SS BOD 18 18 000mg SS pH 7 7 0 TOC BOD 5 TOC
46. 10 10 10 11 1 1 0 63kWh 2 77kWh 3 80kWh 1 59kWh 5 47kWh 1
47. AQL Y 100 l 5 4 5 1 AQL YS 1501I 32 6 6 1 6 1 1 6 1 1 12L 8L 62L 62L 12L 8L 9 4 1 66L 95L 12L 8L 49L 92L 10 30 2 62L 89L 10L 5L 62L 172L 11 28 3 E ull 2013 1 9 4
48. 6 5 1 3 5 4 1 6 35 gi gi 8 20 8 30 11 1 11 11 11 21 12 2 12 12 12 23 1 2 oO 0O La Nu Gom sS og oO O o co Ls un Eg 6 5 1 3 6 5 1 2 6 5 1 2 To mem x W HSUBy ES ENECO TSEC 9 7 29 7 20 0C 13 6 30 6 22 10 55 2 6 27 7 16 70 8 7 28 8C CE 19 6C RC REPE ZK23598 BERE ALREC Hj JEEGUBCMHRANUICEEBLI TOT 3 6 5 1 3 6 5 1 4 X 6 5 1 3 9 4 AQL YS 150 M ME AAE AEEA cm mg L
49. SS 1 2 1 10L OLLEN G eut LO ES uly 0x UGE oxug 0 X 3 ab 26 18 n PIY FI OTEN cupz o E E ug 0 x UGE 0xM9 L XCI Bi 2342 88 nc znMECTI grano Ao c Ig TE SEYHB C101 E ERE cur nd up 0x UGE oxug ox 3 ao 246 c7 P IXIBEBESEYHB AY SEE Cor EE Wyl 0 ugpy Qxug 0XMG 0 Orl ENG cup n 10938 4c EE RE su90 0 Ig uge 0xug 0xug 0x SX SUE NFP JEI ve x8 Co dg Xl git gr St Co C4 SS S838 102 L0 3 ROREM NE HbZ 2 101 x H 8 EI SX FEH EELA GEAR uzp 0XUE oxug 0 HZ 2 x 101 FAESA 58 3 Eg 2 P 21 SENE S 9908 mE 5 P I C fl 32 0028 6 SHE PIE pE E x cr Seg xd 3 E We Y 98 Coe CC IOIEN tu19 0 8096 O EFS upc Elp x 101 MOG 0 MGe 0 x ug 0xM XH SO grY m LE OIEA quic o me Xp ZD 0xug 0xuL IRER C08 Ed 2 4L C EID Xf 67 Ex X ea Coe 3E ut 2E 3EY4 El
50. 1 62 6 AQL Y 100IILCUX25 ERAS o coAW EST S
51. 80 gt 2 3 50 3C 23 7 C 0 7 40 2 18 0 9 65 88 23 81 59 9 7 29 7 C 20 0 C 85 MEC 13 6 30 6C 22 1C 2 6 27 7C 16 70 BIRK 8 7 28 8 C 19 6 pH 5 7 8 3 4 5 8 5 pH
52. 6 5 2 10 6 5 2 11 H c7L5ERIS aek 9 22 10 13 11 3 11 24 12 15 11 3 6 5 2 10 E 6 4 9 1 9 22 1013 113 1124 12 5 1 5 9 22 10 13 11 3 1124 12 15 6 5 2 11 E BEH 6 5 1 5 65 4 AA Aina Et 6 5 2 2 MPN
53. 1 6 3 2 1 ERETI 30 3345 30 38 20 33 6 3 2 1 10 R 6 3 2 2 3 43 L 45 8 00 17 30 6 3 2 2 11 59 ER 12 00 15 59 16 00 6 3 2 3 6 3 2 3
54. c M dd Bur E Ced 5 7EBLOIXIADG C5 7 2 2 MM 1 idi ERN MN disais cue iu DEM MN amp 237Zg WEE CV LORIEL UC EREU GU EORR C5 A itcm tuis
55. 25L 185L 33 6 1 1 1 38 BE 54 4 141 FE 33 4 62m 89 RE 3 8 141 42 8 Su 37m 6 1 1 1C6 1 1 2 http www jma go jp jma menu report html 33 9C 9 2C 34 5 C 8 6C 3 2 2011 1 8 12 83 7 9 83 6 1 1 1
56. 6 3 2 5 51 4 28 11 89 3 10 11 5 18960
57. 6 2 5 1 45 6 2 5 1 1 amose oe 2 a asem O o Roo mwwmeg E8 k 0m matt 5 H 7 8 Ta 0 2 11 aimi s asama RH 3 4 R 15 4 16 5 17 AN PANTS onanan 4
58. 1 5 4 5 1 5 4 5 2 5 4 5 1 21 5 4 5 2 1 2 Xs d E pH SV TOO BOD Cl SS DO EC Le I5 UE ERAT TS VS SS 2 2 2 2
59. 62 12 18 H 12 20 1 144 150 13 5 23 0C 67 73 30 37 10 10C 11 10C SS 7G 78 BOD 1 8 66mg L
60. 9 BOD20mg L 1 1 20g 1 12g 1 5 1 1 7 1 AO a 7 7 1 7 1 1
61. A 1 3 QE 3 4 3 47 6 2 6 gt gt 2 2 4 gt lt gt 8 30 gt
62. SS BOD TOC 2 6 5 2 4 6 5 2 6 m N 9 NH4 N NO2 N NO3 N 600 mg U 6 5 2 4 m N mNH4 N S NO2 N NO3 N a N NH4 N NO2 N NO3 N 150 mg D 6 5 2 5
63. 42 40 5 47kWh 89 5 06kWh 1 0 94kWh 0 47kWh gt 1 869 4 921 1 10 27 50 8H 14 75 8 H 15
64. T3 6 5 3 6 E 1 8 scC m T Jo Ex 1S 2 000 3 000 4 000 5 000 Ol mg L t amp amp CIS 6 5 3 6 ORKE KERE KGZKRS OBS XXHAEPBHE QCCOVUC K 6 5 3 5 6 5 3 5 Ba E SE MPN 100mL MPN 100mL 2012 11 27 201 gt 2 420 2013 1 8 gt 2 420 gt 2 420 100mL 257MPN 2 420MPN 2 420MPN 6 5 4 AQL YS 150 T4
65. 22 2 1 5 4 1 3 5 4 1 4 5 4 1 5 5 4 1 7 5 4 1 3 5 4 1 4 Fen m m em espec WINI e a J MINDY Nc 5 4 1 3 5 4 1 4 5 4 1 5 5 4 1 6 23 5 4 1 7 5 4 1 3 EXE 1 typ 0 3 C 20 80 C typ 0 5 C 40 20 C 80 110 C typ 1 0 C 60 40 C 110 155 C RTH 3010 1 1 2 5 10 15 20 30 1 2 5 10 15 20 30 60 15 IP64 AH
66. 1mL 242 1 TERE C db 5 KIPARE 3 000 mL m SS SS WRT SS 1 2 SS 8l BOD
67. 7 1 2 82 1 1 3
68. 24 5 4 1 4 USB RS 232C 1 8 62g 3 1 10 60 C 90 RH AF CS ERU IE UNC E 2012 8 9 2013 1 9 5 4 3 1 60 ll 5 4 2 5 4 2 1
69. 4 301L 510L 22 1 59 3 UNE 59 6 5 1 6 2012 8 10 230 330 250 350 ma z0 smo T 72 6 5 2 1 9 4 2 10 80 3 11 28 4 1 9 6 5 2 1 X 6 5 2 1 1 9 4 BOD BOD COD TOC Lim ami mg L mg L mg L mg L mg L 200 a Bam 1 000 229 200 915 2 930 L ws 3 2 8 1 14 6 235 344 19 940 155 106 5 551 643 463 5 102 20 56 29 277 44 L 1 3 ca 1 3 1 4j Kje N NH4 N N02 N NO3 N ES IE mim Lo Lu dr EY BE cns ZF g aam 525 2 L 10 251 5
70. 1 7 1 17 38 6 24 17 3896 10 4096 TE F 43 6 2 6 2 1 24 7 1 6 2 1 1 6 2 1 1 30 6 2 2 24 7 1 6 2 2 1 6 2 2 1
71. 24 5 1 5 1 1 5 1 1 5 1 2 mua 2 ECHO E
72. a 1 2012 9 4 2 10 30 3 11 28 4 2013 1 9 zx 1 1 2 3 44 6 2 3 6 2 4 8 30 6 2 5
73. AQL YS 150IT L PK 1 4 2 Coo BEER QuL o BEER MOD 0xu98g 0xug 0 X gr sao 246 7 P ZI BERESEYEHE ARY SX Cloz 88e cuz p o E SERE uzy O x UGE O x Ug O RE aHa zc FI sapo 2C c P IX BESESEYHE Cor ENG cup 0 S SERE u68 O x ug O x ug O E Ri SUE E NP zISE NC S XR COD da SERRE gar co 64s E8100 L2 3 ESSA TONNE EN upc al x 101 x E gf Clg LEXIC cup 0 E SERE Ugy O x ug O X UG 0 XE gr z g 5 f ZI VE C FI 32 0 28 5 SHE Pp pYA S upc Elp x 101 XE 10938 EE su90 0 He uzy 0xug oxuc 0 Lr HRNO PREH HbZ Zx 101 Eai TERNE N AA AEE NS wc fl ege gd y ER WY 9S o NC S RE 06l EMH gM Z 0 su61 0 S SE E wog 0 u98 Q x wg 0xu6 0 FF gr HYE Aca Coole d sa d COEN cuc Lo ER uzy Qxug 0xu6 0X t Y CRUS Ed 2 L3 CE E LUNGA 3 eX 5 36 374 El 4 2 2 AQL Y 1001ID 4 2 1 D AQL YS 150 AQL Y100
74. 1mL 6 5 2 2 MPN Most Probable Number MPN 100mL 1mL MPN 1 100 23 BRA OO SIC C do 2 7 90 1 1 lt 1 X 6 5 2 2 A ha IE Ba SE MPN 100mL MPN 100mL mL mL NEZ gt 2 420 24 200 gt 24 242 11 28 13 276 MPN 100mL 1 MPN 100mL 16 MPN 100mL 1 MPN 100mL 16 MPN 100mL 1 MPN 100mL 300 MPN 100mL 11 28 11 28
75. un 100mg h max 5L min ma x 3W x2 MNU 200 AC100V P 5 30kPa 5min VT 20 AC100V Huge 72m h 20W 5min 0C 922P80 LDA6L H 6W AC100V S As EH 3B RE AC100V THIS 40C 14 15L min 1 1L 4 0s MEM PMS 411B 1W 81W x 4 0s x 90 x 30 2 7kwh max100 360s 90Wh d 1 LP 100HN 105W 24h 2 520 X30 75 6kwh 105W x 24 2 520Wh d vis y LP 100HN 105W 24h 2 520 X30 75 6kwh 105W x 24 2 520Wh d 6L min 1 10L 1 7m PMD 0531B2 18W Xx A 7m X 14 7 2x30 0 2kWh 60m 7 2Wh d ri OZ 100P i 24h FRE 240 x 30 7 2kWh 10W x 24 240Wh d o Zy MNU 200 10 2 d 20 25 0 33h 2X30 0 1kWh AL 3W x 2x 0 33 2Wh d VT 20 24h FRW 384 X 30 11 5kWh 16W X 24 384Wh d i EN MT 5 100 d py BR LDA6L HS 50X30 1 5kWh edd pwrts vex mw GW x 5m x 100 60n 50Wh d 18W 10W 16W 6W 35W 4 50 420 X 35W X 0 5 X 24 420Wh d 30 12 6kWh d AME HH O 4 SE AS 30 2 412 X 922P80 335W 335W X 0 3 X 24 2 412Wh d 30 72 4kWh BF
76. 1 200 1 200 4 1 000 1 000 00 800 600 E 600 400 400 200 200 o pa Ga i ii 1000 2 000 3 000 4 000 5 000 0 500 1 000 1 500 55 TRES FR A EC AO 6 5 2 12 E SS SS 1 2 ee SS BOD BOD 6 5 2 18 BOD20mg L 67 x5 8 515 m XEE kia 35 B85 m iE iH 350 4 350 4 300 4 300 250 4 n 250 15
77. ESS HBOD mCOD mTOC s an arc 11 27 A cus Le mag 1 8 uH E 3206 400 600 800 1 000 1 200 iix I2 mg D 6 5 3 3 SS BOD COD TOC SS Cv v CH AIR e TRIB 9S EORR C URP IRE RR UL WARR ZR CA e T2 zs bs BOD 1 8 66mgyL DE 6 5 3 4 6 5 3 5 Din OE FEE I8 23 R60 Oo TU 7 N 7 NH4 N NO2 N NO3 N 6 R ES 11 27 tak TE XR 6 5 3 4 m HN NH4 N NO2 N NO3 N 11 27 ABRE takis Bx T8 0 20 6 5 3 5
78. 25 5 4 2 1 nm III ECHO m JL JE T MAPIE ECHO i RN x ROPA 5 4 3 5 4 3 1 5 4 3 1 1 F E m 1 ECHO ECHO 50
79. 11 27 ATU BOD BOD COD TOC EE RUNE DU dbi m EET mb EET mis BE 8 0 RM amt 280 42 m 4 a ee mg L mg L mg L mg L mg L mg L MPN 100mL ee xm N H 10 1 273 ER L 998 d 839 AES as 1714 y 689 607 0O 25 2 46j 336 257 2 420 X 6 5 3 4 2 1 8 ATU BOD BOD COD TOC mr MEE A Bild US ES um C MCN 790 103 100 49 999 06 996 444 223 5 31 8S9 39 3 9 e 898 69 709 390 9 3 190 60 64 32 467 8390 459 321 Kje N NH4 N NO2 N NO3 N mr EXT UT EC mur m amena ee BaB d i 1 758 T 1 755 n 5231 4 610 2 740 B 3 181093 98 89 1 292 1 289 1 114 1 2 4410 1 460 2 420 gt 2 420 N D COD 0 5mg L T N Kje N NH N 1 5mg L NO N 0 0 mg L NO N 0 6mg L T P 0 025mg L Cl 0 6mg L SS BOD COD TOO SS BOD COD TOC 6 5 3 3
80. 5m x Sz IE PU 53 6 5 1 6 5 1 2E IC t 8 9 1 9 B F X 6 5 1 1 6 5 1 2 EI iH BR ih B m EE mi oc 5 0 6 5 1 1 H F ipi EA 6 5 1 2 P um 7N 6 5 1 1 a 54 6 5 1 1 z DUM C 96 M o NE ee wsE m mw me gm 2 3 50 3 23 7 0 7 40 2 18 0 9 65 88 23 81 59 2 8 9 1 9
81. 5 4 1 1 5 4 1 2 5 4 1 8 5 4 1 4 5 4 3 1 5 4 4 5 4 4 1 26 5 4 4 1 ECHO 1 5 4 5
82. OZ 100P 240 X 30 7 2kWh F Er P 10W x 24 240Wh d yd MNU 200 10 2 81 d 20 0 33h 2x30 0 1kWh 3W 2X0 33 2Wh d Es 24h VT 20 384 X 30 11 5kWh PEZ wa 16W X 24 384Wh d 5 100 d LDA6L HS 6W X 5m x 100 x 100 x 30 3 0kWh 2 60m 100Wh d 50 0 35WX2 840 X 30 25 2kWh d 35WX 0 5X2X24 840Wh d 4 Se AJ ALTES 0 922B70 600W 30 4 320X30 129 6kWh n 600W x 0 3 x 24 4 320Wh d 462W 7 170Wh d 215 1kWh M 11 610Wh d 4 2 amp 348 3kWh M 1 032W AT 120kW 120kW 280kW 15A 280kW 18 27 25 37 H 023 68 215 1kWh 488 2 192 H 25202 t 4 932 348 3kWh 488 2 192 H 3 789 H 15199448 8 202 13 B AQL Y 1001I Zc f FH PMS 411B AC100V 30W 2 5m 15L min LP 100H es MU es e 105W AC100V ETSEZ ENS BUR 16kPa 80L min AN N LP 100H a EN 105W AC100V N 16kPa 80L min PMD 053 18W AC100V 4W 1 0m 6 0L min doe 1B2 SAS EL OZ 100P 10W aciooy
83. pH S cm mS m Cl mg L TOC mg L NH N 7 NO N NO N mg L mL 5 4 5 3 2 0 C 5 RHE BOD 100C 30 2mm
84. 2 420 MPN 100mL 10 2 420 24 200 MPN 100mL 32 1cm3 mL 3 000 MPN 1mL 242 1 3 000 mL 66 SS mg L 32 1 lcm3 3 000 5 6 5 2 12
85. CS OOD OE SE 3 4 ECHO D D 8 9
86. 1 1 RRR EN dd 3 80kWh 1 59kWh 5 47kWh 1 03kWh 5 02kWh 2 18kWh f amp E 4 235096 30
87. 6 5 1 6 EC GE 4 1 9 4 2 10 30 8 11 28 4 1 9 6 5 1 5 53 ME MERE CNN AQL YS 1501I AQL Y 1001I EE 5 6 5 1 6
88. 347W 5 813Wh d 174 4kWh M 428 T1TW 8 645Wh d 259 4kWh M 120kW 120kW 280kW 15A 280kW 18 27 25 37 023 68 174 4kWh 488 2 192 1209 3 3 959 259 4kWh 488 NO 3 301 o 5 981 H H 0C 15 4 3 2012 7 4 4 ECHO 4 5 100 150 60 90 16 5 7
89. 6 5 2 15 6 5 3 AQL YS 150 1 1 4 1 5 AQL YS 150 6 5 3 1 5 ILI I AQL YS 150 2012 8 2013 7 2012 10 1 6 5 3 1
90. 4 2 1 4 2 2 4 2 3 4 2 4 4 2 1 4 2 2 TEA 1 14 1 10L AQL Y 100 1 2 1 10L SS
91. 6 3 3 gt 8 9 1 9 37 4C 3 7C 27 99 lt P B gt 51 3399 83 74 22 96
92. 2 2 JIS K0102 12 2 3 8 1 JIS K0102 22 JIS K0102 21 JIS K0102 35 2 2 12 WW 2 2 2 2 2 2 MMO MUG VM 2 2 1 2 1 3 MMO MUG JIS K 0102 33 2 JIS K 0102 21 JIS K 0102 13 2 4 2 4 3 2 2 2 F Field Laboratory 1997 5 14 5 81 1997 5 15 5 23 28 F F F F L L L L L L L L L L L F F F F BOD COD KE SS mg L DO
93. T 188 36 38 3 5 c3 2 GE TE T 02913989 9 HE 1 XE 71 9 6 20 242 L dm 1 0 op de6 lt il lt 60 X 6 5 2 1 2 10 30 BOD BOD COD TOC mg L mg L mg L mg L 139 4 362 199 u 4 LL 139 4 362 199 42 4 0 Her 770 308 159 lt 3 431 8O asa 64 1 390 180 0 3 3 3 5 7 2 1 693 2 K je N NH4 N N02 N N03 N mus p LES mE E amu e N L 8 am a a aa E a a 13 58 5 2 103 Il 35 6 0 0O 5 lt 11 1 6 5 2 1 3 11 28 ATU COD BOD BOD COD TOC mas nix MEL B mls a ni mide Em E 840 18 1094 83 t 5 2 530 30 3 ES ES At 88 se sis is ss WE _ 3 3 3 3 1 l EN mg L uu EET HA T iim ammo 193 8 45 266 SEP 8 2 39 vul 8 53 00 Gp BomaW 9 0 wp e 9
94. dr La m gf ine La Li 9 Fig ime Lam L2 f ime Lam Li Png n d Lam Li 9 LE ne La m Li FR e 8 7 8 14 8 21 8 28 9 4 9 11 9 18 9 25 10 2 10 910 1610 2310 3011 611 1311 20011 2712 4 12 1112 1812 25 1 1 1 8 1 15 1 22 1 29 1 31 E 6 1 1 7 1 1 6 1 1 5 6 1 1 5 Beli 1 iA ajoa owm e im sel ml o o opas a al em cm um o o el om m o8 PR 41 Mgito eU uad 6 1 1 1 6 1 1 2 6 1 2 gt 38 E 54 4 141 33 4 62m 89 8 8 141
95. 24 2013 3 ECHO UN aan T 1 2 E FS CO E 1 3 2 3 1 444 2 3 2 4 4 5 4 1 5 AD a a S a DE a A 5 4 3 eee 16 4 4 SEEBEIBO3R MEE E I ttt ttt 16 4 5 Ek 16 5 17 5 1 ttt 17 DUM UI EARN A 18 5 3 4 21 5 4 ie 4 H e ER m 21 6 33 6 1 33 AE EE 44 0S ET 0 cenena a aaa 49 6 5 15 L i O 54 6 6 79 7 82 E a E a a e EA y S 82 1 2 rrn 83 Bo eo E 85 1
96. 63 m N S NH4 N NO2 N NO3 N m N NH4 N NO2 N NO23 N 6 5 2 6 6 5 2 7 6 5 2 9 u H N NH4 N mNO2 N NO3 N N m NH4 N NO2 N NO3 N Ed 6 5 2 7 m N mNH4 N S NO2 N NO3 N m N NH4 N NO2 N NO3 N 6 5 2 8 64 m H H4 N mNH4 N NO2 N NO3 N N NH4 N NO2 N NO3 N 6 5 2 9 3
97. HLE HI YLA sa WATOE Hx LAOYR HYL EAG WAE 190 H E EAG E EHX Y HYLA F AYLL WANEN 19 0 Sif Cu 161 6 MENEK XB X 09Hgiw E S69 THX Sc Z0x 98L LA Ya 09 WW EE CF X V0 Hn AXES AcciXx uc y k 3 Wi Yi f ERESHE mme 5 16 0A 4 Van 064 Waist BB ALC EE 27 3 GEAG aALICAVA YALL XEM own EHEN X A In T 2l ajeje pH z ee fS S zu JONES 65855 LI z 9E zc S ENEN E RE KAR BS H9 xy WE 02 IH X ETHEUPREEE EE 10 AQL Y100 x 4 2 4 Eo 6 O WEst XY Y BK Misr weeE NM LL 4209 Wl AOOW 8 amp ER Lo HH MEE ONERE GCHTSXY DE 1 CAOOL SSH LSH WE AWS 0 H E HH S WE ARS 0 Sii cqu a64 KC HLE 70x00 HLEN OL CELYDY AKAT KAFE WAHM EVH ENLA SNL WESH Z3 CHA Hx ENLA SNL WAO IHXOCUN LAOYR HYLLA G E cY4C Wil Ey 150 H EALA Ay X Wx aGo E 4cY4C Wil Ey 19 0 H EALA T cy dd EZB OHREN MM 569 THX GSS 10x98L IN KEAK II0
98. 3 2012 11 H 28 119 AB 4 2013 1 9 CK 161 AH 5 4 5 4 1 5 4 1 ECHO 5 4 1 5 4 1 1 R 5 4 1 1 1 1 ECHO x r C EREANTON 21 1 5 4 1 1 5 4 1 2 5 4 1 1 5 4 1 2
99. 42 8 37m 33 9C 9 2C 384 5C 8 6C 2011 1 8 12 gt 2 450kWh 1 580kWh 1 13 3kWh 8 29kWh 1 10 25 C 10 10 10 RU
100. 152 49 7 420 n 1 32 1027 62 67 400 ORA 110 74 6ol 40 ies o YS 10 769 11 76 222 000 0905 340 1 9 AQL Y 1001I DDLEIEISIELEINEImNDE cm mg L 96 C u S cm ee ee m DRAN 180 61 951 DENS A 3 3 6 E 3s ao a TII p e So x S5 409 49 929p d s 0 O ka ajl 26 X80 957 90 39 OE 33 48 75 919 390 Dise J c o xm 3h ooxme o oem l em D e Dp e H9 gt 100 70 787 023 005 10 1 6 5 1 4 6 5 1 3 B 6 5 1 3 z d L RD XT T8 BHEAUSUS OS EAE CHEOOSICEUOU IE GST KAE E n 57 FE 548 3 83548 5 mous ii 6 51818 jki JL 8x18 818 4 T T T T T To 1 T T 1 T T T 9 1 9 22 10 13 11 3 11 24 12 15 1 5 9 22 10
101. 2013 1 8 160 1 10H 6 1 7 1 6 5 3 1 X 6 5 3 2 10 6 1 7 5 785 1 62 62 69 12 18 H 12 20 1 144 150 AJ 1 160 8 000 140 7 000 120 6 000 p 100 5 000 3 5 4 000 E 3 000 2 000 20 1 000 10 6 10 11 10 21 10 28 11 3 11 11 11 21 11 27 12 2 12 18 12 21 10 10 10 20 10 27 11 2 11 10 11 20 11 26 12 1 12 17 12 20 1 7 6 5 3 1 1 BAF U ODE FLUR OR S FAR 6 5 3 2 1 1 1 3 480 wal wap e e m wa wmp e a ww we e el me Dwn pwmp e 3 m Ln wi 3 wml wl we wl e e mwl mW CODE ME ET DT 2 305 2 10 6 1 7 43 RE
102. 8 ZIORA 9 1 ET EEA a a TUNE TNNT 92 930 0 102 102 609 52 10 1 Lwe o mp wp om os 10 11 Hen m 6 E wzi w 3 s 6 oa 1 naof 1 134 134 1080 Lt20 wf s 145 1220 asof 10 1e2 162 1390 Lm eum m 12 20 wf 12 42 ano 2 31 189 166 1900 rof 1f 180 180 2080 20 0 182 182 2200 va wj s 02 2450 396 11 21 12 12 11 12 21 ifie TES JEZE TEE MESE L wn a wn io ie E er pe TER 2 450kWh 1 530kWh 1 13 3kWh 8 29kWh 1 10 25 C 10 kwh kWh 20 4 2 500 18 4 16 4 2 000 z 14 12 1 500 Il amp e 1 000 RD AT 500 10 1 11 1 12 1 1 1 6 1 1 4
103. 9 1 9 22 10 13 11 3 11 24 12 15 1 5 6 5 2 1 D SS BOD COD TOC A 4 S5 BO0D COD TOC 4 S5 BOD COD TOC 350 350 300 300 250 250 py w 200 00 x 150 50 Lr 100 50 0 z 5 9 1 9 15 9 29 10 13 10 27 11 10 11 24 12 8 12 22 1 5 9 22 10 13 11 3 11 24 12 15 6 5 2 2 SS BOD COD TOC CE 55 H BOD COD IOC SS HRBOD COD TOC 9 1 9 15 9 29 10 13 10 27 11 10 11 24 12 8 12 22 1 5 9 1 9 22 10 13 11 3 11 24 12 15 6 5 2 3 SS BOD COD TOC SS 62 SS SS BOD
104. C u S cm em me m QRAM 304 el 639 Qug mesH o 74 305 62 380 OzR 8 302 69 50 370 Oma 12 292 271 472 370 N a a XE a y a e 23 oao ooj 329 10 30 AQL YS 1501I D DAIEISDISLADEDEDE cm mg L 96 C u S cm om ee em o o oa o O GE ERI 1b 87 207 59 43o GWSEE RTI sm 18 8644 aao ORB l 34 817 38o DASE oc cx 3230 gt 100 188 57 632 ooj 005 230 11 28 AQL YS 1501I DEDLEIEISIELEI ImDE cm mg L 96 C u S cm ee om om EAR TC 208 15 380 65 177 oa 1211 420 1 15 157 64 1 370 Owe T 1322 64 1 830 Quies 30 take 72 78 143 62 X 681 000 005 370 1 9 AQL YS 1501I DE LDEIEIETRETSQIIEEDE cm mg L 96 C u S cm a me e
105. xp o 1 aee 196 3 0O 0 13 38 0 0 0 38 1 16 6 5 2 1 4 1 9 ATU BOD BOD COD TOC ME LIE NIE T BEER EEE EBENE T RET RAM 180 192 154 4 1 030 887 320 179 4 000 39 15 puma EE ERE mE kea 9 3 3 80 78 55 53 2 600 23 ame LS 2M dE 88 38 1 189 98 k 5 3 1 13 160 2 EN mg L m Lo BER PA E pb 8 180 9 465 4904 61 dh f amp xi B 662 3 537 0 352 1 13 177 16 13 0 160 ABe o 234 7 5 0 227 k 16 0 0 0 1lel lt lt 1 N D COD lt 0 5mg L T N Kje N NH N 1 5mg L NO N lt 0 01mg L NO N 0 6mg L T P 0 025mg L CI 0 6mg L 61 1 SS BOD COD TOC 8S8 BOD COD TOC 6 5 2 1 6 5 2 3 99 BOD LOD OC 5S HBOD eCOD TOC 3 000 2 500 2 000 1 500 mg U 1 000 9 1 9 15 9 29 10 13 10 27 11 10 11 24 12 8 12 22 1 5
106. BEREREA CORRENT 5 1 1 5 1 1 FANI SX B MA A H ER L I 50 17 5 1 2 ECHO ECHO 1105 0004 5 5 1 IMC 9F TELO3 6809 1518 FAX03 6809 1412 E mail a kato yama echo org T 130 00
107. 0 4 150 4 9 9 100 100 50 50 4 zd Mt 0 a 0 1 000 2 000 3 000 4 000 5 000 0 500 1 000 1 500 2 000 3r TR e FAL SEC SPUR AL RRCA 6 5 2 13 BOD A 6 5 2 14 355 245 m R ik 4 me LERS ae aks 1 200 300 1 000 250 4 800 200 ra eb E 600 4 E 150 z F 400 F 100 200 50 4 1 000 2 000 3 000 4 000 5 000 500 1 000 1 500 2 000 SE BRE FH AL SCA 6 5 2 14 6 5 2 15 R2 6 5 1 5
108. 01 4 3 FE C F 6B Y MD 80 4 eA XEM ccu s u c y k l W Yz f Rs Oi EMMICR ZX 6j WHENAXMEH 8 44 ZC SBWERB L 6064 Vg 9 BB Y C 9 Oae E 4Z 7 E Oo Om onj A 007 1002 00 02 AR Sl H9 yz HE ns o iind XU X tE teits Sy 11 4 2 3 BAQL YS 1501II 8 14A AC100V 130W 8 0m 1 7L min T E AC100V Jj 150L min 20kPa EN E AC100V Jj 150L min 20kPa AC100V 4W 1 0m 6 0L min AC100V AC100V AC100V MucmT AC100V ANS 20W AC100V 5L min max 5min H 12 h 17L min 1 1L 3 5s MN N3 135SHN 150W 150W X 3 5s X max150 360s x 431 X 30 13 1kWh 2 437Wh d Tuy 1 LP 150HN 24h 3 000 x 30 90 0kWh 125W X 24 3 000Wh d Tuy 2 LP 150HN 24h 3 000 x 30 90 0kWh 125W X 24 3 000Wh d 6L min 1 10L 1 7m PMD 0531B2 18W x 1 7m X 14 7 2X30 0 2kWh 60m 7 2Wh d
109. 03kWh 5 02kWh 2 18kWh 50 80 40 5 47kWh 89 5 06kWh 1 0 94kWh 0 47kWh 79
110. 1 398 8530 FAX011 398 8531 3 3 1 9 05kmz2 24 3 39 029 1 092 HP 8 1000 7 9 3 1 1 MAP Google HP
111. 13 11 3 11 24 12 15 1 5 6 5 1 4 E BA 2 pH pH 6 5 1 5 pH 5 7 8 3 4 5 8 5 pH 548 cC R SE 5 ag 5518 u 4 32518 5 518 e 5 81 8 o a 7 4 6 4 5 4 T T T T T T T T T T T T 9 1 9 22 10 13 11 3 11 24 12 15 1 5 9 22 10 13 11 3 11 24 12 15 1 5 6 5 1 5 pH 3 EC 6 5 1 6 6 5 1 5 58 EC ps cm 20 15 4 10 4 ZA ZA 8 B UE LRA iEHi8 ona ikia R eea 5 3 J 4 0 4 9 1 9 22 10 13 11 3 11 24 12 15 1 5 9 1 9 22 10 13 11 3 11 24 12 15 1 5
112. 24 RERA EHKI 2 23 3 TEL03 3635 4885 FAX03 3635 4886 E mail katoh jeces or jp T988 0018 1 15 TEL 0226 23 3315 FAX 0226 23 3575 T067 0052 71 27 TELO11 398 8530 EAX011 398 8531 E mail s sato mishing co jp m iwataQmishing co p 5 2 8
113. 3 6 141 19 7 17m 70 6 5 8 8 6 5 3 2 http www jma go jp jma menu report html m 13 5 23 0C 67 73 30 37 10 10 11 10C m B Hx Hx ese ama sms al m m wl ml wow w ET ww e ao ml 3 Emm L7 ov 30 50 25 45 20 40 15 35 a 10 4 30 o E M 25 gs K o 0 5 15 10 10 15 illa 20 J 10 1 ui 10 21 10 31 iuo 11 30 12 10 12 20 12 30 1 9 6 5 3 2 3 11 27 1 8 6 5 3 4 7 1 6 5 3 4 1
114. 6 Eee 1 2 3 4 5 Re
115. CO 2 CO z co N co co JI 8 1 8 22 8 29 C1 21 g CO hc N CO 9 4 9 12 9 19 9 26 10 3 10 10 10 17 10 24 10 3 9 18 9 25 10 2 10 9 10 16 10 23 10 30 CO e C1 HEEEEEEEEEEEEEEEEEEEEEEEEEE J CO SS NS A c 1 13 1 20 11 27 12 12 11 12 18 12 25 1 1 1 8 1 15 1 22 1 29 1 31 11 1 11 21 11 28 12 5 12 12 12 19 12 26 I Ns 1 9 2 o 1 23 1 30 ind N 1 mb qm 1m9 m e NS NS C1 CD 128 4 wm s wm gt 8 w s gm mm gt 7 1 1 0 co No CO N NS s 7 ETT w 7 7 1 1 1 1 NS C1 CD ET ER s s NIN OI N NS Co Co h2 O INIO O C1 CD J 1 1 Co CD Co le N A CD J 1 No CO CO w O NS J NS NS C1 C1 JI o NS CD I C1 CO A N co NS O NS 40 TIT 8 1 8 8 8 15 8 22 8 29 9 5 9 12 9 19 9 26 10 310 1010 1710 2410 3111 7 11 1411 2111 2812 5 12 1212 1912 26 1 2 1 9 1 16 1 23 1 30 UJ B un Cc n a Fa Fa ku UJ Ln c o Ce ou La m LE
116. N 100mL 1 MPN 100mL 16 MPN 100mL 1 MPN 100mL 300 MPN 100mL 11 28 2 420 MPN 100mL 10 2 420 24 200 MPN 100mL 32 1cm3 mL 3 000 i MPN 1mL 242 1 3 000 mL gt SS
117. m Mg aa 18 1 52 154 6 1 158 400 Szk 22 39 139 61 155 390 CNRC Eo 3 Quem 30 10 sa 118 esl 134 003 005 300 56 X 6 5 1 4 9 4 AQL Y 100 M 1 us i SE AN cm mg L 96 C u S cm mom ee em 287 79 404 EE B 1 3 1 ps1 m HsuB 77 282 55 40 O ka 4 e 2000 75 220 __ 40 Mimi 42 272 82 171 400 iB 10 272 85 136 009 gt 3 195 10 30 AQL Y 100 ME LOINIEIEUNISLENMMUEM cm mg L 96 C u S cm ge ee m Dani 604 BR au L m8 EEE EE 90 189 59 40 sal 492 939 el 415 9399 yes 165 ki gt 161 79 X 297 004 0o5l 165 11 28 AQL Y 100 ME C DELEIZISIETIZ DewDE cm mg L 96 C u S cm om ee m DEAS 237 741 75 il el
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