こちら - バイオマス産業社会ネットワーク
Contents
1. spesa H 2 2 4 2 5 2 4 1 3f 232 3 977 2 4 3 3 LCA 9 1 3 1 1 3 1 2 3 9 3 2 1 LCA 3 2 2 3 2 3 3 3 LCI 3 3 1 3 3 2 1 lt gt ed zc E EE m2. 42 2 lt gt GHG CO 104 1kg CO t pellet 5 3 GHG m 5 8 m 6 m mss m 11 11 3 11 4 kg CO eq GJ Mm 0 OO MN P us a m m B E s 43
3. 2 gt
4. LCA e 1 An environmental impact assessment of exported wood pellets from Canada to Europe 2 Carbon and Energy Balances for a Range of Biofuels Options 3 A comparison of avoided greenhouse gas emissions when using different kinds of wood energy 4 LCA of environmental and socio economic impacts related to wood energy production in alpine conditions Valle di Fiemmevltaly 5 CO 40 3 3 GHG
5. GHG X T p FT TR uv RI EBUT 24 CO GHG kg CO2eq GJ 100 45 3 1 LCA 2 LCA
6. 60 r e tta EFGHI n ce A TX HIE Ag SL Ifl im 1t P 17 1t GHG 26kg CO 44 30 12 10 GHG kg CO2eq t I40 r IZU f 10 0 80 6 0 40 2 0 Q0 0 S ge d SS r E d 1t GHG 18 2 lt gt EE ET Ti LIMINE ELTON Ap 74 E ER DE L H224 H H23 3 H H22 4 H H23 3 H232 7 H233 10 1 1 4 Hii H924 H23 8 1 I8
7. 20t 10kL 1 5t 2 4 15 20t 10kL 16kL M 15 n 15 20t 40 096w b 38 49 w b 43 29 w b 38 9 w b 10 7 MJ kg 10 6 MJ kg 9 4MJEg 4 500t 17 000t 4F 5 0Q0t I ft FaB2tb C4 LX CRBlEim7 354 H Itt x 1 2
8. 3 LCA 4 LCA LCA 46 5 GBEP Global Bioenergy Partnership 60 GHG etc 1 2 E 3 GBEP 4
9. uim id cum Mice em ie nn 2 lt gt T P 1 2 E L7 XL t 8 7 7E 02 3V t 0 66E 02 t 1 64E 03 t 1 64E 03 Ad ihi t 6 61E 03 t 6 61E 03 L 2 47E 01 L 2 58E 01 Eau L 2 69E 03 L 3 66E 03 AB BI L 1 30E 01 AE BI L 2 05E 01 kWh 9 67E 01 kWh 9 50E 01 L 1 17E 04 L 1 17
10. HR 13 2 E P RI 7N 83 4 ha 5b km m lt 17 tX dX QW 10t 13 3 2300 33 fX dX 10t 49 2 700 gt 3 X 4t 100 228 Uf
11. 48 4 LCA lt gt 1 GJ E 1 2200 1 LCI IDEA ver 1 0 MiLCA LCA LCA
12. 1 5 2 4 10t 4t 10t 10t P277 E En E OR SS E 8 prz degit 8r Gr SdSE D SEIS fI e UD 12 75 1E EET v 75g 1 5t 15 0 wb 16 6 wb 2 lt gt Bi om t 7 06E 02 L 1 46E 02 L 1 69E 01 A L 4 35E 02 kWh 1 86E 02 L 3 02E 03 L 1 08E 03 t 4 15E 03 ke 236E03 21 1GJ 17 6 39 39 13
13. i Z E NPO s 1 lt LCA gt LCA Life Cycle Assesment ISO J nali 7
14. H21 1 12 Hx T amp r d T L J Ig lt ot RHERGE 4 10 15 20t 2 lt gt LTHTTTTTTETTTTTTTTTTTTTTTTT TNNT TFT LuREREREHRHERENENEREERREERBEENEEHNEEENEEENEN EE REBNBERENERENHEE amENEREHEENEENEERMENEEENEENSENEEEBERSERENEENEEERBENHERENERENEESENEREEEN BBEBSARENRRERNAEREESARERSRHEHSERSEBSESNAE m Hr EE Ii 20 RREHERHRERERNEREMERENENERHERERNENENEN HEMHNHHENREERHNENEHNHEHHHNERHENMNEENNM LULLLLLL WEMHENENMNENM 33 2 lt AA 20t 15t 10t 4t gt kg 38E 01 4 83E 01 kWh 6 04E 00
15. LCA MiLCA COz CH4 N2O NOx NOx SOx As Cd Cr Hg Ni Pb Seo guru x1 x2 3 2 lt gt 1
16. BIN 115 LCA 24 7 24 VORO T3JVE WUREHR KOIDE Masahiro http www mori energy jp Tel 0428 28 0010 fax 0428 28 0037 Mobile 090 2150 5723 email koide omori energy Jp 1 LCA etc 2 x3 3 4 LCA etc 5 etc 1 lt gt 23 10 50 LCA
17. I gl D fai 33 28 26 13 CHA ER RR HE it IIS cet HE 4H M E TET Bt NAHE 1GJ 28 2 lt gt 1GJ 37 9 30 30 27 13 C dE EHE E pe 3E ty GJ Brux 1GJ 29 1GJ GHG 13 4kg CO 48 25 18 9 HG
18. http www jemai or jp JEMAI DYNAMIC index cfm LCA LCA http Ica forum org CFP http www cfp japan jp PCR S in f amp gl i 7 d VJ etc CO E http sfc p information news 2009 2009 04 1 7 html 53 AKSsRSEIC C3 2 76 JR UT ERR C
19. X 4X 10t 4t 30 13 200 14 2 lt gt JIS Q 14040 LCA 15 xLCA 388 JJ 4t 10t XX 1 43E 01 3 21E 02 3 92E 00 7 25E 00 1 00E 00 16 1t 99 44 30
20. 2 LIME2 Life cycle Impact assesment Method based on Endpoint modeling 1 x 1kg LIME2 LCA e LIME2 2010 e LIME http www aist riss p old Ica ci activity project lime index html LIME2 http www aist riss p old Ica ci activity project lime2 Index html 10 2 GHG Green House Gas CO CH NO IPCC 2 100
21. LCA 1 lt LCA gt LCA gt LCA gt HET EB 5 H 854 35 fr de BH OD RS XE lt Ems gt La pe 3t 1
22. LCA 2 PR 2 2 GHG
23. LCA LCA 1 lt HP http www mori energy p hrd Ica html PDF 8MB PDF 1MB LCA PDF 2MB LCA Excel LCA PDF 0 5MB a AX amp M orae AYUVCESARBIRICKS mE TRES OIL LCA SESS IH 5H
24. e Step5 Step1 4 51 Re 300Y 20km 1 000km V GHG Hi amp kg CO2eq GJ GHG kg CO2eq GJ GHG GHG 5 lt gt LCA LCA LCA LCA MiLCA http www milca milca net e LCA http ilcaj sntt or jp LCA
25. 3 1 COs CH4 NsO S WindowsXP Windows vista Windows eH O XP Microsoft Excel Excel 2007 2010 4 LCA buco ERA EE 3 EJJjA il 3550 38 27 BE LE ERE x X GWP GWP Global Warming Potential IPCC 2 11 50 4 LCA lt gt eStep1 Microsoft Excel URL http www mori energy jp lca html e Step2 e Step3 e Step4
26. GWP kg CO eo GWP 23 JJ A We Elo 38 CO NO 11 2 lt GHG gt 1 x 2 x 1L 2 DGHG CO CH N2O 1L x 2 9kg CO2eq L 2 9kg CO ed x CO 2 8kg CO x 2 3Hj kg CO 6 4 2 lt gt a 13 ET 8 B ERU HD RIUBIBSHG 22 16 000 2 000 13 300
27. 896 gt GJ MAN 1GJ D Be SE oBit 22 1GJ GHG 4 7kg CO 41 399 13 2 5 hg ce 1 3 HG RE kg CO2eq GJ o e un 0 0 1GJ GHG 6 23 2 lt gt em HR ete H22 8 H H23 3 H22 4 H H23 3 H22 4 H H23 3 1 1
28. 3 20 20 18 18 V msg Fu 16 16 x 3155 14 s2sobE Fn 12 12 T 10 10 saos 5 8 8 aas B5 gm TID 6 4 4 m LXA 2 2 ul X RB obirch 41 GHG 2 5 5 DWT 3 gt 14 413 4 E pas ig 10 s e ais 8 kg CO eq G E ues 1 AL 0 amt S X10 4 J agEHEIP oOx ss 3480 8 Fio A gap mes B GHG aH a Sisi Fio n gab5s mv 4CF kaCo 4 H GHG
29. L 4 65E 06 L 1 82E 04 9 38E 01 kg 2 1 4E 03 L 8UE U4 kg 2 08E 04 kg 9 63E 04 kg 4 33E 05 kg 5 95E 04 kg 2 02E 03 kg J a8F 02 kg 2 35E 01 t km 4 t km 2 3E 01 t km 1 10E OU t km 1 8 7E 00 1 UUE UU 34 1GJ 575 88 7 5 600 300 Gj m BESETA E E S 1GJ 35 1GJ 50 SIME 33 17 45 NT mth km d n 2
30. E kg CO2e q GJ 7 0 5 12 6 0 IRURE 1GJ GHG 1GJ GHG 7 8kg CO 35 24 24 17 GHGB BE Hi E kg CO2eq GJ 7 0 5 0 5 0 A t 3 0 2 0 pH SE 1GJ GHG 31 2 E SERI lt gt H22 3 H H23 2 1 LK 2 3 H23 10 18 1 H22 4 j 5H23 3 1
31. zur se tiem 6 7 B 9 10 11 12 13 14 15 UFJ amp s8Jl amp 1S5 3E B imd M 47 4 LCA lt gt e LCA
32. E 04 L 4 25E 03 L 4 64E 03 2 t 6OE 07 J CFuyrV 03 t 33160E 07 t 9 59E 02 t 9 59E 02 TI t 2 90E 05 td t 2 90E 05 ISO14044 lt ISO14041 gt 1 Ro j 7 Bd 2 3 27 2 lt gt 1GJ 34 8
33. gb X SUR s m un 10 m E n didi Su Eng 1GJ 36 1GJ GHG 26kg CO 73 7 20 J e FH ER uH hu B cO ce GHGHE H1 amp kg CO2eq GJ eO HN BR Cc co 1GJ GHG 1GJ GHG 8kg CO 10 23 67 GHG kg CO2eq GJ e 1GJ GHG 38 GJ GHG 4 7 kg COseq GJ X ccc NTC
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