Home
木質バイオマス発電に適する木材
Contents
1. 3 CO 3 1 2 3
2. 20 FRI http wbi main jp gt http www asiabiomass jp topics 1105 01 html http Wwww kuramae bioenergy jp news p 662 gt http Wwww h
3. 4 i i 2
4. 2 CO CHL CH H 2 MM
5. CO CO CO IT ie im i E No 1LL 6 8 8 3 N 0 3 EE mR 5 10 11 7g 3 3 X 2 9
6. http wbi main jp web 7 catalog html 1 2 000kW 125 kW 2 ee http wbi main jp web 7 catalog html 2 90
7. iv 3 2 1 ii 10
8. GCC 7g 3 3 Xx 2 7g CO gt 12 6 1 23 CO i 12 6 9 5 86 3 30 ppm 100ml 50 ppm 100ml 50 ppm 100ml gt gt i 1 23 45 13 2 1 3 25 ppm 100ml 50 ppm 100ml 50 p
9. 1 10 24 11 14 i 10 24 1 20 5 3 1 10 24 4 4 5 6 1 11 14 lt 2 2 11 14 9 00 10 00 11 00 13 00 1 2 3 4 5 6 2 8 3 11 14 5 7g 50 ml 3 6 16 2 15 7 2
10. 1 lt 10 000 kW 2 000 kW NO 5 3 15 3 1
11. 5 1 CO 2 1 1 3 CO CO CO
12. 8 99 C 50 ml 9 42 50 ml 9 22 50 ml CO 25 ppm 100 ml 50 ppm 100 ml 50 ppm 100 ml RE Abstract Iresearched wood biomass power generation It is a form of thermal power generation that uses woods as a fuel It is becoming popular as a new technology for power generation This method of power generation has a strong point in that it discharges less carbon dioxide than other form of thermal power generation and it does not use building materials hke the rest of them so it is eco friendly But it does not currently have the abihty to make a high amount of power Therefore I researched what kind of woods is sutable for significant power generation Hirst I checked the Iteratures and saw two things One thing was that wood cannot burn with water in it which is to say that wood which contains less water burns better Additionally cellulose and other constituents of the cell wall of wood burn efficiently Second I inspected the calorific Value and the amount of carbon monoxide released by burnng three
13. 1 3 4 4 CO 10 Ee CO 02 6 _ 13 1 1 14 8 5 1 2 42 1 1 5 2 0 smm sl im smm sw 11 3 He gt gt 3 2 3 gt
14. CO gt i 5 50 ppm 100ml 10 11 18 3 CO CC CO
15. Carpinuslaxiflora 10 15m 15 20 3 gt gt 13 2 100 C 150 9 2 200 500 270
16. 12 3 8 13mm Re b a 1 2 4 1 ij Cryptomeria japonica 30 60m 30 40 ii Quercusacutissima 10 15m 15 20
17. kinds of wood Japanese cedar oak and beech all of which are easy to get Some people think carbon monoxide Is the same as carbon dioxide But carbon monoxide is a fuel when a wood burn So I think that the higher the amount of carbon monoxide rises the higher the calorific value rise Each wood s calorific value was 8 99 C 50 ml 9 42 50 ml 9 22 S0 ml in turn Bach wood samount of carbon monoxide was 25 ppm 100 ml 50 ppm 100 ml 50 ppm 100 ml in turn I thought that the reason why oak got a good result was that oak has less water and more cellulose than the other tested types of wood In short I saw that oak has an aptitude for wood biomass power generation 11 2 2011 7
18. pm 100ml gt 1 1 gt gt lt 19 gt 3 1 240 350C 3 60 CC 2 3 ST
19. ucc hokudai ac jp Tl16736 gasification html gt APEC VC 1 http www apec Vc or jp j modules tinyd00 index php id 85 amp kh_open_ cld 00 36 gt http zasshonokuma web fc2 com jumokumeide jumokumeide html gt http www olympia burner co jp peretpage1 html http wbi main jp web 7 catalog html gt
Download Pdf Manuals
Related Search
Related Contents
Thermostats Ikelite 5660.08 underwater camera housing Implementation of ERP in CSIR-NCL L…Z…m…fi.eps 取扱説明書 Copyright © All rights reserved.
Failed to retrieve file