下水汚泥エネルギー化技術ガイドライン（案）本編
Contents
1.2. 1
3. 23 3
4. 33
5. 1 2005 2 8 2007
6. 2 6
7. 3 4
8. 9 2
9. 150 x1 3 30 RAI 5 42 5 42 ww BE
10. 4 lt gt 27 3 6 mm
11. 25 35 40 55 80 100kW 10
12. 1 4 5 4
13. CASE6 1 3 2 3 CASE7 1 3
14. 2 000 300 29 3 200kW PFI i CN 5 WO gid
15. 127 44 720 33 470 13 450 11 860 180 000 160 000 140 000 120 000 100 000 80 000 60 000 40 000 20 000 RN HR idso ET WE TT 5 13 CASE4 2 50 000m 128 300 000 i 16 100 250 000 200 000 150 000 100 000 26280 23670 5 14 CASE4 3 100 000m 300 000 15 570 250 000 200 000 150 000
16. 4 PSA Pressure Swing Adosorption 92 13A
17. 14 1 G 2 6 1 1 1
18. 450 2 5mm
19. a 23 3
20. MICS 7
21. PFI 16 2 5 1 1 4 3 OkWX CO
22. 4 1 35 4 2 4 2 2 2 ET 2 a PY
23. gt 4 20 79 LOTUS Project gt 50t 13t o
24. 4 1 4 1
25. gt 90 5 5 1
26. OCS 23 3
27. Oo sje 5 8 CASE4 2 5 23 3 CASE4 1 CASE4 2 CASE4 3 CASE4 4 CASE4 1 CASE4 2 CASE4 4
28. 1 3 1 1 I 1 4 1 1 1 1 1 1 Fr 1 1 1 1 1
29. 5 51 Nm t CO 9 000 2 614 0 280kW X2 9 000 280kW X1 3 285 0 25kWX21 CASE5 85 1 700 20 kWh CASE6 0 000 1 210 0 24 GR CASB7 3 600 B 1 200 645 0 18 29 OC 164
30. 2 33 000m 25 000m 20 000m 85 000 85 000 13t 30 85 3 3t 90 30 35
31. 92 5 2 20 000m2 100 000m 20 000m2 50 000m2 100 000m 9 000m H 3 ES A EA 20 000m 1 700Nm 50 000m 4 500Nm 100 000m 9 000Nm 5 000Nm 56 000m 1 3 3 600Nm 40 000m 1 3 3 4 6
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33. SPC SPC ie S P C 4 14 3 PF I Private Finance Initiative 4 15 S PC PE BTO BOT BO
34. 72 4 5 AS 05 1
35. 1 3 1 3 1 4 1 1 2 2 3 3
36. 1 1 61 1
37. 1 000kW 7 000V 300kW 1000kPa 94 4 4 1
38. 2 59 gt gt hb PFI DO 0
39. 7 16 980 kWh 3 802 m3 20 9 5 t CO 30 413 419 60 006 683 19 5 2 4 20 1 2011 No 130 13 Vol 35 2 2 3
40. 3 2 1 3 2 1 5 22 20 000m CASE5 1 3 5 5 10 1 3
41. RN 24
42. lt 8 4 12 OO IDB Design Build 4 13 0 4 13 7 2 DBO Design Build Operate 4 14
43. CO CH N20 t CO t t CO2 X 1 t CO t CH X 21 t CO t N 0 X310 t CO 2 75 4 18 la b IO 1 oo NC TIPG xx olA A lolAlA1 A1 41 ee EE A RW
44. 4 17 http eneken ieej or jp greenpower jp 011index html Ns C0 Green Power HP IM C NR
45. 2 70 TC255
46. 3 5 43 5 000m 3 000m 2 000m 185 16 31 343 40 68 2 2
47. 1 4 16 10 29 49 1 34 1 5 2 34 2 4 1 000kg
48. 5 34 4 wm A 5 35 4 OE
49. 2010 6 2 21 73 7 230 1 1 80
50. i 4 19 a 2 b e MX OfafTa 3 CO co EE EE
51. CO CH4 NzO Z 9 gt lt lt lt 4 2 36 4 2
52. 4 97 13A 45MJ Nm 6 6 4
53. 900C 21 3 3 1 RS LOTUS
54. 4 3 4 3 lt NO A EX 39 4 3 2
55. HP 64 4 16 4 160 21 kWh 2 I 4 1 2 293 646 3 615 442 286 969 lt gt gt
56. 4 6 0 0 8 10ppm 609 M A EN 1 im 35 56M 2ppm gt 5 Nm 5 Nik 1 0mg m a 0 0 01Voll1 0vo1 12 0 10ppm A SOC 60 6 ae9g A ho 0 08 50ppm 1 0 2 9 89 6 45M Nm3 HAN 10 13A 46 1 A 2 20 3 B 4 5 6 7 C 8 2009
57. 1 x 5 PO 2000 2010 15 8J 10 000 y 4 8485x0 7556 R 0 7795 1 000 100 mi 10 1 1 10 100 1 000 10 000 kW
58. 2 5 8 5 3 CO 5 432t CO 99 CASE1 1 CASE1 2 471 t CO 441 t CO DAL 101 5 8 CASE1
59. Nl 55 157 3 3 5 47 8 360 14 400 22 760 5 48 95 34MJ Nn3 36 7MJ Nn3
60. N 0 N20 2 4 3 800 19 5 13 9 27 0 8 300 m 16 980 kWh 35 9 5 t CO0 12 0 561kg CO kWh
61. 16 3 4 6 p 87 16 3 4 6 p 88 133 2010 3 Y 0 878XQ Q m Y 0 0796XQ 1 Q m 2010 3 Y 10 4X Q m 100 Q ms 5 0
62. PMP 250 350 400 600 700 2 3 mm 15 2
63. 20 9 61 2 J VER 4 17 CO aes
64. 30 80 lt 90 3
65. 10 600 t C 2006 10 600 t C 2 890 t CO aR 4 16 3 a Ve0 1690dJ9 x 104 4 97 6 Y 0 516Qd735 x 104 4 97 6 Y Qd 1 m 15 97 6 21 104 4 45 10 0 0 2 3 Y 0 607Qd 939 5
66. Im 0 3kWh Im 0 3kWwh 600 X1 10km 5km L 1 200L 2 1 5 49 645 t CO 5 49 oo Ve
67. 4 C0O 2 3 6 4 PSA Pressure Swing Adosorption
68. 4 2 1 2 JIS M 8812 3 JIS M 8819 JIS Z 7302 7 JIS Z 7302 6 4 JIS M 8814 4 2 1 11 EE 0 1 JISA1203 6 JISM8812 1 7 1 1 JISMssl9 2
69. 10 kWh X1 10km 5km L XX 95 kL HP H22 15 HI16 3 8 H20 11 10
70. 54 DB DBO PF 1 D B DBO PF I
71. 1 19 4 27 2 20 3 52 sso59 TG DTA 100C TG 10 5 4 43 DTA C 309 8 283 1 C80 IGE C 20 C TAM 0 72 J g 28 88 4 392 20 43 63 6 694 SIT C 130 250 80 min 2 0 i 263 593 8 447 2 X7y C 120 250 sm w lmwluel 13 06 OK 1i 8gl 195 1 93 1 62 W m KO 0 175 0 226 0 102 0 097 H CO Co 20 H CO CO 2010 3
72. 2 1 4 9 4 10 6 5 4 9 TG A SAD Na ID ThermoplusTG8120
73. 20 kWh 20 000m 50 000m 100 000m 20 000m en a 9 162 5 50 50 0 AO 280kWX2 66 2 100 000 9 000 280kW X1 25kW X21 2
74. RPS H21 kWh 1iO1 25 60 8 X 16 10 6 86 1 21 11 1 21 11 1 21 4 1 21 10 31 3 5 H21 kWh e 7 6 e 5 1 e 5 2 RPS http www rps go jp RPS new contents top ugokilink kakaku html 65 J VER VER
75. 23 13 09 6 0 796 13 79 9 7 2008 177 t 1 2 1 2 1 1 2 4 1 7
76. 19 4 27 4 91 117 0 OT 130 LLS 1 48 0 139 J 2 4 11 3 15 21 000 23 000kJ Nm 5 000 5 500ca1 Nm 60 65 4 11 21 23 0 02 60 65 33 35 0 3 MJ Nm 21 4 0 05 38 05 0 60 1 79 MJ Nm3 1
77. 20 3 19 4 27 O 20 3 DO 1 4 7 4 7
78. 1 gt 1 lt gt kJ kg kJ kg kJ kJ L 2 3 2 gt kJ x kJ 3 2 GAN gt
79. P62 2009 3 Anaerobic Co digestion Process 2
80. 146 5 38 F 1 2 0 87 WUX 190 7 49 1 64 484 1 0 34 x 0 5g X1
81. 2 2010 4 8 3 6 B 3 http www 4cj org jver about_jver htm 70 3 4 17 5 5 4 4 17
82. 1 100 000m 50 000m PF1 CASE4 3 CASE4 4 CASE4 4 CASE4 3
83. 22 4 1 151 27 3 31 10 60 Nm 21 60 Nm 60 120 Nm y 90 Nm
84. 1 12 2K25 EH 2 CN AI RR a BTO BTO A 0 PFI BTO 0 par D DBO NE PF I BTO BOT BOO 56 2005 6 1 2007 5 21 2008 10 20 3 2032 23 Rl 2011 4 2032 3 21 a el 20
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87. 1 24
88. 3 30t 5 4 5 2 219 CASE1 0 306 CASE1 1 282 CASE1 2 270 97 5
89. J VER VER J VER Japan Verified Emission Reduction VER Verified Emission Reduction
90. kJ X kJ kJ 3 gt 7 J VER RPS 1
91. 4 5 1 2 2 3 4 5 CO 6 1 C H N 0 S O1 F 2 3
92. 1 1 1 1 ae 4 DO DA SE EE 6 8 10 10 14 22 22 29 3 0 OR AME ND ri 9 32 2 SS Ni 35 Ei 35 ii 37 0 R6G FC KN 39 39 4 3 2 40 4 8 3 45 4 3 4 49 3 55 RE 73 81 1 91 5 1 91 5 0 0 94 5 2 1 CASE1 94 5 2 2 CASE2
93. WM 0 6 QQ Ca Co Q MTT or LT Q MT or LT 2 0 0 CALQ 0 0 Q MTT or LT Qu MT or LT 3 Go 6 0 0 Ga MT G MT Q
94. 121 m m 5 23 Nm 26 kW om 280kW 25kW_ 25kW ES 1 SS SS x X10 100 X 100 L aX S BOD bX SS cXHRT 24 XMLSS 10 100
95. 2010 11 19 2010 160 2010 240 2015 80
96. 4 18 21 3 74 2 6 3 CO CH NO 2 4 18 4 19 4 20
97. 5 22 CASE1 MM CASE2 1 5 606 1 723 WATER CASE2 2 2 237 1 542 CASE3 8 297 975 30t CO 120 5 3 5 3 1 CASE4 1
98. 4 4 5 5 4 1 3 4
99. 3 5 16 5 17 5 18 5 19 5 20 5 21 20 000m 50 000m 100 0000m g se as 20 000m 50 000m 100 000 m 50 000m 20 000 m
100. 1 440 t CO0 1 345 t CO 111 5 14 CASE2 a 0 0097 kg CH4 t wet 72 t wet 26 280 t wet co CO CD 0 645 kg N O t wet Ne 1 460 kL CO 2 710 kg CO L My ia CD CO CO1 2 CD OD 72 t wet 5 8 kWh t wet 152 424 kWh co 0 561 kg CO kWh CASE g 1 HH 2 710 kg CO L dP No 0 020 keNo r EX1 000X2 41kg CO kg 1 000 3 779 5 113 4 R Cn No 2 N CO 1 2
101. 2010 71 4 5 5 5 DD OOO RPS PFI
102. 8 OO SM el Pio G 7 O ME ES C80 1 20 3 2 20 3 50 4 8 4 8 8 1 17MJ kg DS 42 45 cg
103. CNG HG1 J VER NGV RPS SPC Special Purpose Company TOE Ton of 0i1 Equivalent VFM Value For Money Si0 1
104. 55 10 kWh 200 n3 LPG 81 kg 355 1 10 2
105. 40 60
106. 2 http www 4cj orgyjver about_jver html 69 5 1 gt 1 gt kJ MWh kg kJ kgl kWh kg kJI Wh kJ L Whl 2 3 2 gt
107. 2011 3 3 1 5 17 5 18 5 19 5 7 CASE1 2 40 7 75 8 114 5 17 1 2 lt EF fF SS Dt Df E X0 8
108. 2 1 10 SPC O 5 830m x 2 1 660m 2 1 2
109. a RSS RY ein de 2 9MPa ee OR 16 50 10 UASB NF 5 10 3 mm
110. 10000Nm3 9796 6 000Nm3 1 300Nm3 3 4 5 250m 4 26 979 Nm3 h 4 27 86 3
111. VER Verified Emission Reduction J VER 2 2 IE P66 CO CO CO 5 Ri
112. 5 24 CASE4 1 CASE4 2 CASE4 3 30 CASE4 4 280kWx 2 280kWx 1 25kWX 5 24 ETOCS 32 65 39 65 52 65 13m h 60 131m h 65 am ww 124 2 3 1 2 10 14
113. 3 1 1 1 Antwerp 1 2 Braunlingen 1 3 Garmerwolde 1 4 3 2 2 1 Hyperion 2 2 KingCountrySouth 2 3 Bromma 2 4 Henriksdal1 2 5 Kungsangen 2 6 Varbersg 29 2 7 Svedjan 2 8 Folkoping 2 9 Orebro 2 10 Bekkelaget 2 11 Bottrop 2 12 Marquette
114. J VER 66 E005 1 3 4 gt
115. PR I 20 LOTUS 16 000 t 8 000 t 1 t 2 000 55 3
116. 18
117. 2 536 H16 3 8 9 H20 11 10 sse 362 AM fm 14398 LUU955V NR 0 EE 2 420 159 5 48 HP 22 3 i HP 5 5 H22 35 74MJ Nm3 x 95 6 x x 4 1
118. 17 2 1001 000kW 100kW
119. LT Us 76 4 20 2 0 Rs OO A AI ea eae bs ie nl liad Faia 1
120. LOTUS 50t RI 30t JR Mem 2 yk AT SR 25 3 3 27 19 7M Nm 5 10ppm 8 25mg Nm HH 0 97 1mg Nm 0 1ppm 4 2 000
121. gt 16 000 t gt gt 30t 50 000m gt 5 3 5 3 CASE1 WT WT CASE1 30t CASE1 0 csgl 1 30 000m EE CASE1 2 94 2
122. 50 t wet 330 A 1 0 t CO t wet 0 0000097 t CH t wet 0 00151 t N 0 t wet 0 000097X21 0 00151X310 0 47 t CO t wet 50t wet X330 t wet X 0 47 t CO t wet 7 755 t CO 2 2 717kWh X10 X330 X0 555t CO kWh 497t CO A A A kL 1 251kL 400kL X2 71t CO kL 2 306 t CO
123. 4 21 4 22 p NK 1 gt W y 277 74x0 5122 4 4 100 t wet 4 21 H10 20 H21 1 6697x 96 31 7 ED gt 2 2 EX 100 120 140 t wet 4 22
124. i en 14 16MJ kg DS 39 1 25 30Mj kg DS 2
125. 2009 6 12 52 21 2010 12 17 2020 85 2009 7 8 72
126. 28 a SR 5 Pon LOTUS ee 3 2
127. 50 000m 100 000m 135 1 CASE5 1 80 000 70 000 60 000 50 000 40 000 30 000 20 000 10 000 0 10 000 20 000 ax ET 300 000 250 000 200 000 150 000 100 000 NN 50 000 6 mA 72oo 0 zo0 si ao 5 ET KET EE mo 9 950 5 17 CASE5 1 2 20 000m 136 2 CASE5 2 250 000 200 000 150 000 100 000 50 000 a 50 000 100 000 AO sso EE oo 5 18 CASE5 2 1 50 00m 700 000 600 000 500 000 400 000 300 000 200 000 100 000 0 Ilz
128. 22 3 20 21 2 NO 3 21 3 4 N O 5 CO t CO 1 2 2 1
129. 1 2
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131. 90 Nm 68 8 152 5 43 CASE6 2 EY he NE 46 000 82 240 000 250Nm3 hx 1 270 000 76 000 2 500Nm X 1 1 500Nm3Xx 2 270 000 2 000Nm 316 000 586 000
132. 4 15 4 15 KR 3
133. 104 5 2 3 CASE3 113 592 0K 119 DDE ei 2 5 3 1 CASE4 Q 121 5 3 2 CASE5 131 149 CAC XE 155 5 162 1 8 24 4 50 5 52 O 6 65 7 76 1 1 1 1
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135. AQ m3 1 AL kW 2 AQ 2 46 X 06 XCLson 4 57 XCLgnR 70 1 134 47 2 83 OO 2 Ka CLsopr BOD kg Crzyx T N kg 0 55 4 B C B gt C B C nn 2
136. 21 62 2 ae RN 1 2000 2010 100kW
137. NO 4 A 2 21 3 5 102 1 2 1 CASE mm mE me am 5 3 CASE1 103 5 2 2 CASE2 1 gt 16 000 t
138. 2009 278 2020 50 2010 4 1 500kL 1 2010 5
139. 8 3 8 1 1 1 80
140. 9 NO EAI LI 22 2011 3 9 CNG 2 3 1 3 2 5
141. 23 3 9 300 230 2009 12 30 2020 1990 25 25 2100
142. 2010 3 5 33 5 34 5 35 5 33 4 SS
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144. 1 3 5 1 5 1 CC 2 1 2 3 4 3 3 6 4 VER 1
145. 2 1 2 3 4 3 6 4 VER 2X
146. 2006 3 5 8kWh t wet 20 kWh t wet 72t X5 8kWh t X365 152 424kWh 50t X20kWh t X365 365 000kWh 2 5 14 5 6 CO 3 223t CO0 CASE2 1 CASE2 2
147. 3 Hl 3 4
148. H20 X 4 23 10 000 1000 y 0 0407x1288 Re 0 908 100 Na 10 1 10 100 1 000 10 000 kW 4 24 84 200 000 180 000 160 000 140 000 120 000 100 000 80 000 60 000 40 000 20 000 0 1 000 2 000 3 000 4 000 5 000 6 000 H20 4 25 1995 4 22 4 22 25 000 1
149. 5 3 1 CASE4 p 122 5 3 1 CASE4 p 123 5 3 1 CASE4 p 123 132 5 3 1 CASE4 p 123 5 3 1 CASE4 p 124 2 5 3 1 CASE4 p 124 3 5 29 5 29 a a NE 1 5 3 1 CASE4 p125
150. Hardgrove Index P66 Natural Gas Vehicle 3 CNG LNG ANG RPS Renewable Portfolio Standard 2003 4 103 TOE 1kTOE 1010 kca1 tone 1012X10 4 1868 41 868 TJ Terajoules 1TOE 41 868 GJ Giga joules PFI LCC 2 1
151. 2008 2 208 t DS 19MJ kg DS 42X10 MT 0 0258kL GJ 108 kL 2 2 ee i 23491 i 93 2008 RE oto 4 195 200 MJ 5 2 208 DS 108 kL 2 2 11 3 2 3 1990 2008 51 40 CO N 0
152. 3 3 4 1
153. 1990 98 689 2008 CO 53 NO 21 685 t CO 2008 t CO2 1990 2008 2 3 N20 1t NO 1 51 kg N20 0 03 kg N 0 0 13 kg N 0
154. 6 10 NN We i 3 1 mm 30 Rt PWR
155. 1 4 1 4 2009 2000 J VER
156. 3 3 26 3 4 23 2 7 3 1 2011 24 3 1 3 2 3 3 3 4 3 5 3 6
157. 60 80 1 2 13 7 2 500 100 90 2 000 80 EE mr RR NN 54 J N ls SINK 70 No N a NS N FT 500 NN ER TN ei RNN 1 000 BEAR NR 40 30 500 5 10 0 96 97 98 99 00 01 02 03 04 05 06 07 08 1 1
158. NEDO ii NEDO 0 1 8 NEDO NEDO NEDO NEDO O _ O O O IE oO oo aa LO Lo Lo oO ES
159. http www enecho meti go p toplcs hakusho 2009energyhtml p2 1 3 8 htm 47 2 A a 4 9 A http oil info 1ee or p index html 3 LNG 1 LPG 2 3 LNG LPG t CD gt CT J CO CO ee 4 10 LNG LPG 1 2 3 100 mW 200 mW http www enecho meti go jp gasHP ooguchi 2 pdf 48 m3 4 140 120 100
160. 2 13 Voghera 2 14 2 15 30 3 3 1
161. 0 0 00 126
162. 55 125 5 25 I a PTP 1 750 2 000kW 3 B C B gt C B C RG 5 12 5 13 5 14 5 15 PSP 20 000m 50 000m 100 0000m g EC gt 20 000m 50 000m
163. m SS CD E NK 500 0 5 9 CASE4 1 Nm3 0 A A RA 5 10 CASE4 2 123 m CD E 5 11 CASE4 3 CASE4 4 85 60 21MJ Nm x85 Lo 2
164. 3 4 6 p 83 1 x 365 1 4 6 p
165. gt 5 2 XXL gt AH
166. m3 E 4CA 22 184 2 20 X0 2 41 X1 2 07 m3 68 53 3 49 1 L 2 3 6 20 8 38 5 14 5 25 rE gt m3 237 ed Cd el CS i CE Cd i reid i ex 0 5 1 2 3 OD NO OT NI I TO 1 O9 sw 1 GOO NN C1 TDI IH OO 115 5 18
167. 1 x 0 8 23 870 52 600 52 600 C2 4 570 14 590 26 280 26 280 kh To 1 C3 Co 3 85 124IY 30 169Qd0539x _ Y 0 516Qd 0 385 x 104 4 97 6 1 22 Tu 1 2 39 15 45 559 Y 0 171 Qdx 0 8 x C4 i Qd0 444 x Y 0 434 x Qd 0 373 x 0 104 4 97 6 1 1 2 3 15 50 559 6 oo 0 039 x Qdx 0 8 x 365 0 596 x 104 4 97 6 1 10 4 Oo CI wl CO CO ol 1 79 Y 0 878 x Q 0 761
168. PSA 97 19 5 13A
169. ee AAA EHP hh ee 8 ER lt gt 2 1 2 CO2 3 000
170. ld 0 vv vw w wt t IJ e 608 lcxd 1000 5 12 CASE2 1 a 90t b 08 194 kg t dd 16 7 MJ kg e 85 142GJ axbxcxdx365 1000 f 28MJ kg _ _ g 3 041 hl 10000 4 i 83044 cxg 1000 5 13 CASE2 2 a 62 6 b 08 174 kg t dd 13 8 MJ kg e 43892GJ axbxcxdx365 1000
171. 1 5 15 102 102 203 203 x t DS 2 3 2 3 81 8 1 162 16 2 a o an 1 ol CJ1 CI1 CO CD J 1 co co Cn 80 39 1690 46 6 w 7 122 122 321 321 641 641 100 100 3 440 610 44 720 130 000 1 75 1750 1750 1550 15550 1kW 7 a 24 280 280 0 0 0 4 2 I wp WVWVWvywvwimiyyviv 43 43 13 8 138 2 761 718 2 761 718 4 660 320 4 660 320 x x x 125 000 125000 300 00 300 000 602 790 602790 0 0 141020 141020 0 0 0 0 0 125 000 12500 300 00 300 000 743 810 743 810 0 0 0 6 amp C1 9 950 2 3 15 50 1 x
172. 2 2 15 4 5 7 1 5 kWh kWh 1 kWh 2 kWh 3 kWh kWh kWh lt Ri ul hus ay AE HF 0 1 6 1 5 26 6 166 070 306 699 123 504 67 073 140 017 47 971 851 335 11 1 8 EE IEEE il 13 kWh 16000 t 1 14 25 3 41 75 4 54 2 28 25 6 85 75 49 04 56 96 26 62 22000m4 EE 0 8
173. 2010 3 B3 B4 C C1 C2 C3 C4 C5 C6 C7 C8 C9 B B1 B2 B3 B4 14 520 75 779 125000 125000 EE 125000 125000 we 50 10 1 aw ET ET EE ET 22 800 198 7080 2200 71000 1009 17 300 17300 rm HH II ey CD Oo gt 139 4 1 1m 5 3kWh 6 2006 3 5 8kWht wet 20 kWh t wet 2 5 31
174. 8 15 800 15 3596 17 000 1 81 6596 14 350 15 85 2 9796 979 Nm3 h 1 9796 450 000Nm3 600Nm3 2
175. 2009 2 1 0Mpa 8 gt gt 40 gt gt gt gt 300m 100m gt
176. 92 7 20
177. O 90t X0 8 72t 7 8 72t X 1 0 78 15 8t DS 95 15 8t DS 0 95 16 6t 3 5 16 6t X100 3 5 474m O VS28076 50 16 6t X 1 0 8X0 5 10 0t t 0 8 x0 55Nm kg VTS x 1000 16 6t X0 8X0 55X1000 7 304Nm 5Nms ms 474m X 5 2 370Nm 7 304 2 370 4 934m 95 10 0t X0 95 9 5t 81 9 5t 1 0 81 50t CASE2 1 CASE2 2 19 3 17 496
178. d 16 7 MJ kg gl 1014t ab _ ji 101 cxdg 1000 _ Llb 08 174 kg t d 13 8 MJ kg Le 14794GJ laxbxcxdx365 1000 _ Lg 528 la b _ i 53 lcxd 1000 _ 6 86 1 99 3Ot 305 7 gt KN CASE1 0 CASE1 1 2 NE5vIMIURR 02 0 0 5 m 1524 GORA9SR 92 CASE1 1 5 2 CASE
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180. 4 21 Xx 1
181. 5 37 5 22 1 5 37 20 000m EE 25 4 1 2 3 1 2 3 3 0 1 2 0 8 0 8 Oo 1 ey CO OT Te 28 3 48 4 31 8 52 42 8 145
182. 149 2 5 40 i 1 3 2 3 5 41 5 40 CASE6 0 Wh 2 0 5 41 CASE5 Pe slele 26 2 97 2 3 ee 2 3 2 1
183. 3 2 1 17 1 5 7 Dn 117 2 5 20 CASE1 2 97 t CO 5 20 1 210 1 210 EE 4 7 574 1 O a A 2 5 118 CO 0 425 kg CO kWh 0 0000 CH4 t 0 0200 t N O t 2 71 kg CO 0 0 000
184. 1 2 20 3 7 MA sy 1 2 2 OO 3 3 NE hh 2 RR 4
185. 100 S BOD a 0 5 SS b 0 95 c 0 04 BOD 200mg L SS 180mg L BOD 140mg L S BOD 93mg L SS 90mg L HRT 8hr MLSS 1500mg L 97 96 122 X 3 5 80 x 0 550Nm kgVS VS LOTUS OO H20 CASE4 1 CASE4 2 CASE4 3 5 9 5 10 5 11
186. PR kWh CSR 1 1 100 kWh 100 kWh 100 kWh O CO 63
187. JISM8819 IlJISZ7302 7 IJISZ7302 6 0 1h LNNRWS84 3 0 1 LA 1 100 2 100 3 2 512X 9h w 100 h 9 w 4 2 39X10 kca1 MJ 8 4 3 4 3 1
188. PSA 20MPa CFRP 1 3 3 310 N20 20
189. 143 4 3 3t 9 8kL 7 9kL 2 267Nm 5 36 TT ta el ee a i EC73 TOT3 J xs lmyml ezl ul sal sel ssl lk DTT vm sel sel seleesl mi dxe tws 07 01 01 il 89 ES EY ES EA 0 07 093 CT stm ud ol mol nd hear Fi Vs 0 740 0 50 0 35 0 550 la mw eee am 70 0 0 04 t DS 0 18 0 10 2 RAE me ex ss 9 7 78 es 7 56 35 739 935 739 65 0 23 230 21 443 112 578 0 03 0 04 0 05 1 54 1 54 2 31 1 694 36 325 110 0 2 16 1 76 2 65 CO 48 806 130 9 CO 12 2 2 31 97 84 13 93 2 65 116 93 144 5 33 5 34 5 35
190. C80 RN TAM ET ST Div 4 2 2 5cm 5cm aa 10cm 662 JIS M8814 CA 4AJ DSC _ ThermoplusDSC8230 100C JIS R2618 NN CAR m 10m JS 2
191. Co2 2 400 Nm3 0 3 kWh m3 300 216 000 kWh 0 561 kg COz kWh 1 200 Nm3 0 3 kWh m3 300 108 000 kWh 0 561 kg COz kWh 1 el 1 4L 3oo 1200 2 580 kg COz L 3 2l So emieeo2t me 4 645 1 22 3 20 21 2 22 3 1 160 1 1 8 RE
192. 360 000Nm 334kL 25 180 25 180 22 760 2 420 158 5 47 es 5596 DR 250Nm3 h 20 0 6 12 900 x 1 2 H22 3 15 PSA TT a x 10 kWh x 2 160 m3 1000 PE 596 sooool250m3 h 0 0 3 kWh m3 x 10 kWh x 1000 0 6 61 6 6 7 EE
193. 2 5 _ oanovos 2t g 4596 em x1 00 X 160 1 10km 4 5km Lx 95 L HP 2 2 x13 3 AE 4 791 55 JO000 ee 2 396 10
194. 5 44 5 25 2 400Nm 95 96 ein 2 1 10km 5 44 CASE7 2 400 2 ho hh ET EC ec 1 2 1 10km 155 2 400 Nm3 d 1 200 Nm3 dg 50 Nm3 h Sa PSA 1 200 Nm3 OMpa 0 4Mpa 0 4Mpa 20Mpa 720 Nm3 24 1 1 600 Nm3 600 Nm3 1 CC 5 25 CASE7 PSA 5 45 5 46
195. 160 m3 24 5 6 5 3 t 3 5 9 78 96 CASE 1 2 _ 5 Nm om 800 Nm 2 464 Nrn 1 664 Nm3 0 550 Nmn kg VS S 22 MJ Nm 13 362 GJ 4 50 9 95 9 160 m3 160 m3 17 tv 21 1 5 6t 3 4 3 23 t 4 0 tv 3 5 2 1 81 81 VS 80 VS 60 VS 609 3 7 O 5 1 CASE1 96 2
196. 0 2 0 8 2 55 CNG CE Re 46 1 45MJ Nm3 MJ Nm3 lmg Nm 3 6 0 01Vo1 0 01g Nms 1 0Vo1 We a 0 5Vo1 SW EE 26 35 58M Nm 2ppm P 85 15 5 1 4 0vo1 10ppm 1 1ppm
197. 2 3 1 i a ii Ne 50v LOTUS II 2 x2 7 2t O O O O O 500C 400 600C 350 400C 250 350C 800 950C BE i a 2 1 2 3 2 ER 30t
198. 8i0z Al20s FesO0s CaO MgO NazO KsO SOs P205 Ti02 LiO2 Vs0 MnO 4 B Hg As Cd Pb Be Se Cu Mn Ni V Zn 45 2 10ppm A 4 6
199. 2 gt gt 4 19
200. 410 800 X1 3 761 800 X1 3 225 940 55 418 990 55 184 860 45 342 810 45 184 860 S42 610 8 310 6 245 800ppm LPG 14 553 8 310 20 798 7 584 3 025 533 2 5 1 1 0 1 10 829 LPG 7 584 14 387 100 5 208 1 NH T S HS 1 4 100 5 208 15 994 40 393 AX ii i G 1 1 i 2 3 n 15 14 715 27
201. 2 2 2 1 p17 5 28 CASE 4 1
202. 4 1 20 3 83 90 Compressed Natural Gas
203. EL oo ess wo oo om xo loo Ton se i sm c I ue ii d CO c Tir 7 7 4 21 i A kg CO L 2 kg CO
204. MTT or LT Qw MT or LT 161 5 3 5 1 2Oc90 20 000 30 000 mm 50 000 60 000 m ee bakaoes PRK hh ENG 100 000 m NE OE RR HERE 100 000m
205. 1 2 3 3 Ra gt 5 3 0 6 2 1 2 0 4 3 1 1 4 Er za EX H H 0 7 12 5 5 gt pili 5 38 A 2 2 4 ss 1r3 1 SIEIEIEIEIEIE SR 1 PE 7 4 i
206. 60C 2 EE 2 Re i 9 3 4 3 500t CO 100kW 3 5 3 6 oa 3 5 N gt LOTUS LOTUS i 5 lt gt 0 OS Ca lt gt
207. 1 5 1 CASE1 30 t CASE2 90 t CASE1 CASE2 CASE1 2 CASE3 5 1 CT CT CASE1 CASE1 0 30t 1 CASE1 2 Ms 90 t 2 CASE2 2 CASE1 2
208. 100 000 rr RO 97480 zsr 5 15 CASE4 4 100 000m 129 5 26 CASE4 A a EE 800 80 80O 80 x 9 1kW 13 450 35 280 52 730 52 730 EG kW x kWX1 05 x 21 0 x x x 125000 300000 oz790 850670 ME DE PIF 592 125000 3900000 743810 908420 6 6 6 15 480 0740 23670 670 28 700 700 50 5596 1 5 x
209. MT or LT 2 0 4 0 0 GL GY 0 0 Q MT or LT Q MT or LT LE Ga Go 0 0 Ga MT G MT Q MTT or _ LT Qw MT or LT 154 5 3 4 CASE7 1 5 5 24 CASE7 2 1
210. N 0 1ppm 50 276mN wet X 100 90vo1 100 X 1ppm N 0 X10 x 44 22 4 X103x310 X 330 1t CO 497 2 306 1 t CO 2 804t CO 3 7 755 t CO 2 804 t C0 4 951 t CO 80 1 13 64t X330 4 501t 20 77GJ t LOTUS Project 26 6GJ t 50J 20 77 26 6 9 514 CO 3 514 t X2 41 t CO t 8 468 t C0 CH N0 2 4 951 8 468 t CO 13 419t CO 4 6
211. 105 5 8096 ME 80 96 gt 95 474 m3 72 90 1 16 6 15 8 tx 19 8 3 2 tv 3 5 78 78 VS 809 CASE 2 1 4 80 95 474 m 72 90t 16 6 15 8 19 8 t 3 5 78 9 78 17 4 CASE 2 2 gt 5 Nm m 2 370 Nm 7 304 Nm 4934 Nm 0 550 Nm3 kg VS Nl
212. 20 30 3 0 kg VS m 26 5 1 116kg VS m 141 5 32 CASE 5 1 3 1 ma 0 8 20000l mm 2 2 6L 1 1L 1 1 142 3
213. Er omnl 2 0 11 m3 1 04 2 017 EL 096 0 06 060 3 0 40 0 65 m3 L 0 13 rel 010 X L 1 75 7 25kW 2500 3 0 6 6 20 1 8 4 88 1 5 7 14 0 5 8 24 9
214. 1 30t 809 9596 3 5 30t 160 mW 5 6t 5 1 CASE1 0 CASE1 1 30t X0 8 24t 78 24t 0 78 5 3t DSV 95 5 3t DS 0 95 5 6t 3 5 5 6t X100 3 5 160m CASE1 2 VS 80 509 5 6t X 1 0 8X0 5 3 4t t X0 8 Xx0 55Nm kg VTS x 1000 5 6t X0 8X0 55 1000 2 464Nm 5Nm m 160m X 5 800Nm 2 464 800 1 664m
215. Qd 1 m b Y 0 039 QyX0 8X365 586 x 104 4 97 6 Y Qy 1 m 15 97 6 21 104 4 4 3 3 8 2 1
216. tv a 90 90 625 me l5l 44 474 474 5 3 5 3 rsgg lal ie iel iekxgw 1 mv el 1 660 1 660 1 660la 1 x 100 5 em f ET TEE my 50239e 5 mpm le 16 239 5 5 we eq bxc 100 ms d 1 x 100 6 4 9 lo 227 xe 0444 1 0 434 xe 0 373 1 WW Ez ol p a o p q 1 HH 2 3 50 2 3 15 HR 0 039 e e x 365 0 596 1 kh 1 T oo oO CO xX X Oo Sls Oo 1 OO co 0 726 xa 0 539 1 OTD q 2 396 50 2 3 15 2 396 15 o Tp qd Tul 1 3 H No Co Q xX Co Cn
217. 80 60 40 20 0 05 2 05 8 06 2 06 8 07 2 07 8 08 2 08 8 09 2 09 8 10 2 10 8 4 11 http oil info 1ee or p index html 1 16
218. 281 9 CASE1 2 270 4 5 CASE2 1 487 0 90 2 Na a NE OEE CASE2 2 415 1 _ CASE3 _ 219 5 CASE1 CASE3 TE _ 194 6 1 2 CASE1 2 270 4 75 8 119 2 5 22
219. 4 100 000 32 850 26 685 a TET 0 4oo treo aso ER zapo 4esoo zoo 5 19 CASE5 2 2 50 000m 137 3 CASE5 3 400 000 350 000 300 000 250 000 200 000 150 000 100 000 100 000 150 000 EE Ta RN MRI TT 52 600 5 20 CASE5 3 1 100 000m 1 200 000 1 000 000 800 000 600 000 400 000 200 000 0 EE ET IT ra 0 0 at NG aa aa 8 0 5 21 CASE5 3 2 100 000m 138 5 30 CASE5 loAsEs 1 1 20 000 0o 1 290 290 580 580 3 8O sol sol 8Ol ltDS 3 3 9 x 1 69 1 690 46 6 46 6 394 394 35 350
220. ES 201 1 3 13t 30 85 3 31t 90 5 16 113 5 16 CASE 3 100 000 90 000 1 m3 0 8 2 CASE 1 2 m km leswA BD k0 1 85 0 2
221. 5 45 PSA 0 4ppm 5mg Nm 5 46 1596J 60 156 2 H22 3 250Nm3 h 20 0 6 X1 2 AN 0 6 X1 3 2t Me 300
222. 95 3 4t X0 95 3 23t 81 3 23t 1 0 81 17t CASE1 1 CASE1 2 19 4 17 496 95 gt 95 160 m3 5 6 t 3 5 CASE 1 0 95 160 m3 24t 30 t 5 6 tv 5 3 tv 6 6 1 1 t 3 5 78 78 9 VS 80 9 CASE 1 1 95 6
223. LE TE Ld ELLLIEELTIS LT JET Li Fe in mw 9 N Ci tl TEL Ea ee EF ThLT 4 6 http www enecho meti go jp gasHP index html 43 GE Ms 7 At SW POST WR ee NC ES PE ET TF ET LEE _ WE LS 1LNG Ji Tf LE EE 1 i ed or EE KT Fito SE FT TT TE LT 4 7 http www enecho meti go jp gasHP index html 44 4 3 3
224. 8 EN ON 4 3 4 5 4 4 ER 170km 70km e 100km e
225. 7 RS i 16 3 2 3 n 15 6 19 77 93 45 50 15 5 2 5 2 1 CASE1 1
226. _ _ gl 1568 _ a b i 1577 cxd 1000 _ 109 700 gt 606 7 500 400 300 200 100 100 ET 2 1400 4 5 5 CASE2 110 4 1 1m 5 3kWh GB 474m3 X365X5 3 kWh ms 916 953kWh 22MJ Nm 4934Nm X 365X22M Nm 1000 39 620GJ
227. 1 SPC ee OY 4 16 PFI 6 gt 1 1 1 2 2 2 20 PFI 5 5 1 5 5 2 5 3 60 DB0
228. 22 MJ Nm 39 620 GJ SG 6 SI 50 9 95 474 m3 474 ma37 501 62 6 t 16 6 10 0 9 5t 11 9 3 5 2 1 81 81 VS 80 VS 60 VS 60 10 9 5 4 CASE2 106 2 CASE1 LOTUS 8 000 t 1
229. 4 570 14 590 26 280 37 480 1 ET x i om 050 25 25330 49950 950 66 6680 is X105 X12 4 5 27 RE 5 27 CO kWh t CO kWh CASE4 1 665 123 0 000561 CASE4 2 2 61 718 0 000561 1 549 CASE4 3 4 660 320 0 000561 2 614 CASE4 4 9 899 70 0 000561 J 29O 130 5 3 2 CASE5 1 20 kWh
230. 9 1 20 0 Pe kWh 166 070 kWh 302 005 1 kWh 104 207 2 kWh 58 786 3 kWh 119 185 x NH LT LT RI nb Dy sy ul ol uu hl kWh kWh kWh 119 234 869 488 11 3 1 330 790 26 6 23 0 16000 t 1 14 25 3 41 75 6 a 1 94 aa a i rR 0 a 25 5 82 75 7 76 3 94 244 28 85 6 72 46 66 FRR 484 0 6 26 62 22000 t 1 ht IT 5 ar 3 EE 50 21 7800 kl ES 5P sz EE ET EE ip 32 I 8 148 5 3 3 CASE6
231. PN OQ OQ SS TS 573 920 kWh CO wo CO CO CO y HL 17 t wet 20 0 kWh t wet 124 100 kWh CO 160 m3 5 3 kWh m 309 520 kWh CO E CAS 1 1 22 3 20 21 2 22 3 10 509 3
232. co H 23 1 277 74 xa70 5122 100 2 8 2 3 15 2134 1 8697 ar96 31 2 EE 2 000 32 w 93 8000 4 304 15 7 5 11 5 12 3 sie4 edoo seeylrmnrrmereewoey gt 5 e007 4970 46105 1 16 3 2 3 2 gt rg gt BD MI 8 108 5 11 CASE2 a 39 620GJ 90t b 391MJL
233. 1 5 39 5 39 CASE6 1 gt I I I I I I I I I i I I I I I I I i I i I Ei is I I I I I I a 5 23 CASE6
234. 2 5 1 68 2 840 2 39 15 C6 A 0 761 3 409 Y 10 4 x Q 0 437 2 C7 7 08 10 830 14 660 2 3 15 C8 2 200 2900 35600 Y 0 283 x Q 0 302 2 71 000 187 190 374370 16 000 1009 2990 59800 0 0 17 300 C9 1 B2 x 17 300 4 095 6 165 7 830 ed al al 17 30 65 39 55 230 166 545 93210 300040 0 0 0 2 78 10 38 16 770 33 635 14330 90750 1 16 3 2
235. 4 i mg lbl f CASE1 CASE CASE CASE PEEikcigei a 5 1 em lgsl 5 84 68 5 1 183 2 3 45 g 5 1 5 1 1X100 227 Xe 0 444 1 434xe 0 373 1 O_ 0 8 2 396 50 2 396 15 HH 1402 16000 o 36 HH361xa0380 1 of p d 2 3 50 2 39 15 2 3 15 PR 287 ax 365 0 673 1 77 74 xa 0 5122 100 2 2 39 15 8697 a 96 31 2 3 0 1t
236. 9 20 1 10 sm 4 8 4 9 4 10 1 20 000 15 000 10 000 5 000 0 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 00 01 02 03 04 05 06 07 08 09 1983 2001 2002 4 8
237. CASE3 CASE2 30t 1 30 000m 2 90 000m 91 2 5 2 CASE4 20 000m 50 000m 100 000m 3 CASE5 CASE4 20 kWh
238. gt gt 90t 150 000my gt 5 8 5 9 CASE2 I 90t ER 104 2 1 90t 80 95 3 59 90t 474 m 16 6t 5 4
239. kg 2 41 il BE kg CH wet t 0 0097 1 kg N O wet t 1 11 kg CH wet t 0 0097 5 4 1 kg CH wet t 0 0097 ke N O wet t 0 645 kg CH wet t 0 0097 kg N O wet t 0 882 kg CH wet t 0 0097 1 kg N O wet t 0 294 kg CH wet t 0 0097 1 kg N O wet t 0 882 kg N O wet t 0 0092 kg N O wet t 0 0000 kg N dl t 0184 kg N ii t cel a yo Q 21 3 1 2 CO CE A EE 561 t CO kWh
240. 2 000 13 2 11 z 8000 t4 205 55 5 6 5 7 3 htitl mtntr tstt utvtxtytz 1 16 3 2 3 98 5 5 CASE1 1a 13362 GJ 30t bl 3 MJL WW 5 5 5 5 5 51 1 tnt 0 Q VAN a e 205 jcxd 1000 _ 5 6 CASE1 b 08 194 kg t
241. 2009 11 2010 7 2011 2012 131 5 28 CASE5 1 CASE5 2 CASE5 3 _ i m1 20 000 50 000 100 000 1 700 4 500 9 000 Nm 0 NN 6 RR i 0 RY 46 6 kWh kW 2 1
242. 22 3 2 3 2 0kg N O wet t 4 6 4 78 3
243. 288 B 15 994 40 393 0 68 820 4A30 709 1 139 4 1 210 t C0 1 1 153 1 0 3 Cg gt La QQ Ca Cu Q MT or LT Q
244. 83 250m h 20 0 6 15 CASE4 1 CASE4 2 CASE4 3 WA 1 CASE4 3 280kW 2 1 1 Re SRE oo
245. J VER J VER J VER J VERR ss gt ii J VER 9 J VER BE005 E018
246. t 2 000 55 3 3 90t 5 9 5 5 607 CASE2 1 487 CASE2 2 415 107 5 10 CASE2 4
247. 0 8g cm Vv 70 2 1
248. 00 Y 0 283XOT Q m 20 kWh RY 16 000 t wet 2010 3 T N1 000mg 1 T P124mg 1 BOD
249. 0000 170 145 izs Gao 1 700 570 5 000 3 000 1 200 CASE5 CASE4 CASE5 CASB6 2 000Nm CASE6 90 Nm CASE7 163 2 5 51
250. 1 100 CASE1 2 CASE1 2 4 1 1m 5 3kWh 160m X365X5 3 kWh m 309 520kWh 2 22MT Nm 1 664Nm X365X22MJ Nm 1000 13 362GJ 2006 3 5 8kWh t wet 20 kWh t wet 24t X5 8kWh t X365 50 808kWh 17t X20 kWh t X365 124 100kWh 2
251. 2 nH ES Fs PH 3 5 1 2 3 4 5 6 7
252. 2 a 2 1 518 5 5 CASE2 2 05 14 112 5 2 3 CASE3 1 CASE1 2 CASE1 2 5 15 CASE3 O _ CASE1 2 30t 30 000m 2 1 30t 100 000 58 000m 35 000m
253. 2005 3 2 I 4 2027 21 2007 9 4 8 2030 22 2008 1 31 4 2027 18 2007 8 8 2008 6 2030 3 22 FEFT BTO 2 4 12 ce a J 00M00 NIR ON 8 3 1 4 12
254. 4 13 PF 1 BTO Build Build Transfer Operate Transfer 10 Operate BOT Build Build Operate Transfer 10 Operate Transfer BOO Build Build Own Operate Own 10 Operate 4 14 PF 1
255. 7 0 L 59 08 7800 kl 59 09 ET EE ET Li A EE 7V0V0 5 19 25 4 17 1 1 2 8 2 1 3 3 21 4 15 5 1 2 0 9 3 1 6 LR 5 111 8 3 28 3 ER 0 05 24 41 28 89 il 1 1 ww No C1 H CD ss 116 L L ii1 2 1
256. 835Qd7395 X 104 4 97 6 Y Qd 1 m b Y 0 171 QyX0 8X365 3 x 104 4 97 6 Y Qy 1 m 87 15 97 6 21 104 4 16 3 a Yi 0 227Qd 4 X 104 4 97 6 Y 0 434Qd033 Xx 104 4 97 6 Y Qd 1 m 15 97 6 21 104 4 50 15 0 0 2 3 Y 0 769Qd 4 3 454Qd 373 X 104 4 97 6 Y
257. 96 kg CHL t 0 0565 kg N O t CO CO kgCO 361 817 164 057 21 193 5 2 4 1 5 21 50t CASE3 30t 5 21 a 219 5 Nl CASE1 0 305 7 30t CASB 1
258. O 3 4 13 8 BTO BOT 2 BOT BTO PF 58 3 4 14 PF 4 16 4 15
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