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1 201210
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12 J-POWER C
13 Coal ship Coal silo / yard Coal bunking Coal conveyer Coal bunker Coal stack /storage Transporting Unloading Coal feeder boiler Mill (pulverizer) Drying and milling
14 Unloader Mill Coal silo J-POWER C
15 De-NOx AH EP De-SOx IDF FDF GRF Coal Bunker Mill GRF: FDF: IDF: De-NOx: AH: EP: De-Sox:
16 De-NOx De-SOx EP J-POWER C
17 Governor valve boiler HPT : high-pressure turbine IPT : intermediate-pressure turbine LPT : low-pressure turbine HPT IPT LPT G generator Fuel Super heater Reheater condenser See water for cooling Air evaporator Dearator P Condensate pump P Heat exchanger Boiler feed pump Heat exchanger
18 or Burner J-POWER C
19 Generator LPT LPT IPT HPT J-POWER C
20 Load demand Boiler/Turbine cooperative Fx Fx Turbine governor control Boiler feed water control Fuel control Air control Load G Governor valve Steam pressure Steam temperature O 2 concentration in flue gas generator boiler Flue gas condenser Condensate pump P Heat exchanger Dearator Reheater evaporator Boiler feed pump Super heater Air Fuel P Heat exchanger
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22 11% CO 2 (SC) (USC) USC (A-USC) 38% (Sub-C) 34 ~ 36% 17% CO 2 41% 13% CO 2 25% CO 2 : :LNG 1300 GT 1500 GT 1700 GT 1300 IGCC 43 ~ 44% MCFC SOFC 1500 IGCC 46 ~ 48% 1700 IGCC 50%~ IGFC 55%
23 G P Turbine Condenser Pump Boiler Wturbine qout Wpump qin G P G P Turbine Condenser Pump Boiler Wturbine qout Wpump qin s T Evaporate Super heat q in q out W turbine p1 (Constant pressure) p2 s T W pump p1 p2 (Constant pressure) entropy temperature
24 T Increase of steam pressure 1 p1 (Constant pressure) q in Super heat Increase of steam temperature Evaporate W pump 4 W turbine p2 (Constant pressure) 3 q out 2 Reduce condensate temperature s
25 SC USC Sub-Critical 22.1MPa SC:Super Critical 22.1MPa566 USC:Ultra Super Critical SC 593USC
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27 Ceramic Tube Filter Steam Turbine Expander 14.8MW Intercooler Air Coal Limestone Water Ash Air Dea. CP 56.2MW Paste Pumps M-BFP Heaters Stack
28 + Coal CO2 + H2O + Heat Coal CH4 + H2 + Char Char + CO2 2CO Char + H2O CO + H2 CO + H2O CO2 + H2 Char
29 CO2 180m 100m 60m(H) 18,000m 2
30 ST G EAGLE
31 1 2EAGLE CH 4 /H 2 CO/H 2
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34 1. USC 2. GT/ST (1) PFBC (2) Advanced PFBC (3) IGCC / IGFC CCS CO 2 Capture & Storage 1. CO 2 (1) (2) (3) Increasing renewable utilization 1. CDM 2. JI 3. Best practice by applying BAT
35 CCS: Carbon dioxide Capture and Storage CCS (Generation) (Capture) (Transportation) (Storage) : Solutions for the 21 st Century, Zero emissions technologies for Fossil Fuels, International Energy Agency 2002
36 CO/H 2 H 2 /CO 2 ( 40%) N 2 /H 2 O/O 2 CO 2 H 2 CO 2 CO 2 (12-15%) N 2 /H 2 O/O 2 CO 2 CO 2 CO 2 CO 2 CO 2 (70-80%) CO+H 2 O CO 2 +H 2 CO 2
37 CO2 H2 MDEA CO2 H2S HTS HTS LTS
38 Selexol H2 CO2 CO2 H2S CO2 H2S CH3-O-(CH2-CH2-O)n-CH3
39 60 CO 2 Recovery [%] DOE/NETL report 55 Net efficiency (HHV) [%] IGCC DOE/Shell IGCC 41.1, 0.79 SC/USC (PC) 1.0 DOE/PCF SC:593/ , CO 2 emission intensity [kg-co 2 /kwh] DOE/Shell IGCC 32.0, 0.10 DOE/PCF SC:593/ , 0.12
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41 IGFC IGFC CO 2 Gas Clean Up FC AC GT HRSG ST IGCC IGFC GTL DME CO2 CO2 CO H2O CO2 H2 CO2
42 CO 2 CDM
26 5 9 4 48% 11% 10% 3% 3% 2% 2% 2% 2% 2% 15% 76 9690 (2012 ) 63.6% 19.1% 6.4% 5.2% 3.5% 1.1% 1.1% 1 9,154 2013 23% 14% 12% 10% 5% 4% 4% 2% 2% 1% 23% 12 7603 (2012 ) 383 30% 302 24% 134 11% 114 9% 82,
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Mitsubishi Marine Energy & Environment Technical Solution-System 10 2012 13 MEET 2 2016 EEDI Energy Efficiency Design Index IMO Tier UEC-Eco 1 VTI MAP Mark-W MEET UST Ultra Steam Turbine Plant UEC80LSE-Eco
Journal of the Combustion Society of Japan Vol.57 No.182 (2015) FEATURE Supercritical Combustion 超臨界 CO2 サイクル発電システムの開発 Dev
57 182 2015 274-279 Journal of the Combustion Society of Japan Vol.57 No.182 (2015) 274-279 FEATURE Supercritical Combustion 超臨界 CO2 サイクル発電システムの開発 Development of a Supercritical CO 2 Cycle Thermal Power
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Osaki CoolGen Project Sep. 10 th, 2014 The Chugoku Electric Power Co., Inc. (Chugoku EPCO) Contents 1. Background of fthe Osaki kicoolgen Project and introduction of coal gasification technology 2. Outline
資料１－１ 経済性評価モデルによる地中貯留ポテンシャルの評価
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1.NEDO クリーン コール技術の取組 CO2 回収コスト削減技術 発電効率の改善 NEDO プロジェクト IGCC (EAGLE STEP-1) IGFC 向け石炭ガスクリーンナップ技術開発 IGCC 水蒸気添加噴流床ガス化技術開発 技術確立時期 2006 年 2017 年 2030 年 石炭火
NEDO フォーラムクリーンコール技術セッション CO 2 分離回収技術の現状と展望 2015 年 2 月 13 日 NEDO 環境部部長 安居徹 1.NEDO クリーン コール技術の取組 CO2 回収コスト削減技術 発電効率の改善 NEDO プロジェクト IGCC (EAGLE STEP-1) IGFC 向け石炭ガスクリーンナップ技術開発 IGCC 水蒸気添加噴流床ガス化技術開発 技術確立時期 2006
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