3. 2
CO2
2 CO2
2010 CO2 250 t- CO2
4
18
1 17
17 7
1

4. 15 10 1
21
2

5. 6-50-1
14 180
15 10 1
745.01 17 3 31
1,830 1
5 5
62
2003 )
16
3

6. ·················CO2
·················
····················
··························
·················
·······
··············
···········
4

7. ··················· 16 4,718,206kwh 1,724kwh
············· 16 168,379L
·········· 16 39,978,500 14,612 61.4kg
·······
17 16 10
1 17 1
5

8. CO2 1 1km CO2
10 1 CO2
CO2
CO2 1 1km CO2
8 1 4 1 CO2
CO2 g-CO2/ 2001 1 1km CO2
2004
CO2 g-CO2/ 2001 1 1km CO2
2004
6

9. 310,000
16
1,280
CO2 NO
17
130km
82km
170km 24km
( )
( ) ( )
( ) ( )
( )
17 8 24
7

10. 10
792,400
CO2 NO
560
CO2
NO
4 6
8 3
18 19
26,800
CO2
CO2 10 16
4
4
1
8

11. CO2 15,200t- CO2/
16 CO2 3,900 t- CO2/
74%
CO2
270km
5km 260km 5km
1,102,400 1,840
6
26,800
2,450 t-CO2
16
16 113 -CO2
CO2 877
1 1 14kg
CO2
1 92,000
9

12. 16 17
16
4,718,206kwh
1 1,724kwh 2,235
168,379L
25,299L 410.56t
156kg
39,979 68.6%
1 61.4 (14,612 )
10

13. 17
2002
14 12
11

14. 16
CO2
1
( )
50 95
17
1
12

15. 13 3
17 8
13

16. 11
16
17
16 3
5
14

17. 13
CS
PHC
CS PHC
95.5
17
CS
PHC
CS Copper Steel PHC Precipitation Hardening Copper
16 PWM
2
PWM Pulse Width Modulation
15

18. 7
60 62
6 10 7 7
16

19. 153
13 6 16 2
17 8
24 3
A
11
10 4
5
5 9
5
16 4 2
17
1,000 2000
2 400m 5 PC
17

20. 4
CO
RORO
15 7 33,940
16 5 17,977
RORO
RORO
( )
CO2
10
15 7 22,212
16 4
2,243
18

21. CO2 NOX
13
100%
70% 90% 30% 10%
19

22. 16
2004 2
17
Natural Gas Hydrate
20
20

23. 16
17
16 18
PM
15 17 PM
CO2
15 17 CO2
14 16
/
/
10 1(10 )
Particle Matter
200
130
21

24. 15 2
4
16 12 1
19
22

25. 16
1
2 3
OA
2
17 16
1
2
3
16
17
23

26. 13 4
16 16 199
11 113
17 17 2 17 201
16
9 7 2 2
75 62 7 0
10 9 1 1
12 7 3 0
6 3 4 0
3 0 53 16
4 0 5 2
2 2
3 3 199 113
400 100%
4,824 100%
57,158 100%
3,540 100%
177,196 99%
2,465 100%
347 100%
1,060 92%
202 96%
24

27. 16 10
17
16 9
90
17 8 24
16 7
2,500
25

28. 6 10 14 5
16 11 68,000
17
2005
15 750
CO2
PR
26

29. 27

30. 28

31. TEL:045(222)9030
FAX:045(222)9090
FAX
http://www.jrtt.go.jp
29