動(dòng)力煤的有關(guān)數(shù)據(jù)[1]

1、1、京西無(wú)煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%67.9收到基氫Har%1.7收到基氧Oar%2.0收到基氮Nar%0.4收到基全硫St,ar%0.2工業(yè)分析收到基灰份Aar%22.8收到基水份Mt%5.0空氣干燥基水份Mad%0.8干燥無(wú)灰基揮發(fā)份Vdaf%6.0收到基低位發(fā)熱量Qnet,arkJ/kg23040可磨系數(shù)Kkm-1.1灰熔點(diǎn)變形溫度DT1260軟化溫度ST1370熔化溫度FT14302、陽(yáng)泉無(wú)煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%68.9收到基氫Har%2.9收到基氧Oar%2.4收到基氮Nar%1.0收到基全硫St,ar%0.

2、8工業(yè)分析收到基灰份Aar%19.0收到基水份Mt%5.0空氣干燥基水份Mad%1.0干燥無(wú)灰基揮發(fā)份Vdaf%9.0收到基低位發(fā)熱量Qnet,arkJ/kg26400可磨系數(shù)Kkm-1.0灰熔點(diǎn)變形溫度DT1400軟化溫度ST1500熔化溫度FT15003、焦作無(wú)煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%66.1收到基氫Har%2.2收到基氧Oar%2.0收到基氮Nar%1.0收到基全硫St,ar%0.4工業(yè)分析收到基灰份Aar%21.3收到基水份Mt%7.0空氣干燥基水份Mad%1.0干燥無(wú)灰基揮發(fā)份Vdaf%7.0收到基低位發(fā)熱量Qnet,arkJ/kg22880可磨

3、系數(shù)Kkm-1.2灰熔點(diǎn)變形溫度DT1310軟化溫度ST1370熔化溫度FT14204、萍鄉(xiāng)無(wú)煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%60.4收到基氫Har%3.3收到基氧Oar%2.5收到基氮Nar%1.0收到基全硫St,ar%0.7工業(yè)分析收到基灰份Aar%25.1收到基水份Mt%7.0空氣干燥基水份Mad%1.0干燥無(wú)灰基揮發(fā)份Vdaf%10.0收到基低位發(fā)熱量Qnet,arkJ/kg22625可磨系數(shù)Kkm-灰熔點(diǎn)變形溫度DT>1500軟化溫度ST-熔化溫度FT-5、金竹山無(wú)煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%65.4收到基氫Har

4、%2.3收到基氧Oar%1.8收到基氮Nar%0.6收到基全硫St,ar%0.6工業(yè)分析收到基灰份Aar%22.3收到基水份Mt%7.0空氣干燥基水份Mad%2.0干燥無(wú)灰基揮發(fā)份Vdaf%8.0收到基低位發(fā)熱量Qnet,arkJ/kg22210可磨系數(shù)Kkm-1.7灰熔點(diǎn)變形溫度DT>1500軟化溫度ST-熔化溫度FT-6、西山貧煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%67.6收到基氫Har%2.7收到基氧Oar%1.8收到基氮Nar%0.9收到基全硫St,ar%1.3工業(yè)分析收到基灰份Aar%19.7收到基水份Mt%6.0空氣干燥基水份Mad%1.0干燥無(wú)灰基揮發(fā)

5、份Vdaf%15.0收到基低位發(fā)熱量Qnet,arkJ/kg24720可磨系數(shù)Kkm-1.6灰熔點(diǎn)變形溫度DT1190軟化溫度ST1340熔化溫度FT14507、淄博貧煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%64.8收到基氫Har%3.1收到基氧Oar%1.6收到基氮Nar%1.0收到基全硫St,ar%2.6工業(yè)分析收到基灰份Aar%22.6收到基水份Mt%4.3空氣干燥基水份Mad%0.8干燥無(wú)灰基揮發(fā)份Vdaf%13.0收到基低位發(fā)熱量Qnet,arkJ/kg13280可磨系數(shù)Kkm-1.5灰熔點(diǎn)變形溫度DT1410軟化溫度ST1430熔化溫度FT14408、芙蓉貧煤煤

6、質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%61.9收到基氫Har%2.4收到基氧Oar%1.6收到基氮Nar%1.0收到基全硫St,ar%3.8工業(yè)分析收到基灰份Aar%22.8收到基水份Mt%6.5空氣干燥基水份Mad%0.7干燥無(wú)灰基揮發(fā)份Vdaf%13.3收到基低位發(fā)熱量Qnet,arkJ/kg13090可磨系數(shù)Kkm-灰熔點(diǎn)變形溫度DT1220軟化溫度ST1300熔化溫度FT13909、撫順煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%56.9收到基氫Har%4.4收到基氧Oar%9.1收到基氮Nar%1.2收到基全硫St,ar%0.6工業(yè)分析收到基灰份A

7、ar%14.8收到基水份Mt%13.0空氣干燥基水份Mad%3.5干燥無(wú)灰基揮發(fā)份Vdaf%46.0收到基低位發(fā)熱量Qnet,arkJ/kg22415可磨系數(shù)Kkm-1.4灰熔點(diǎn)變形溫度DT1190軟化溫度ST>1500熔化溫度FT-10、阜新煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%48.3收到基氫Har%3.3收到基氧Oar%8.6收到基氮Nar%0.8收到基全硫St,ar%1.0工業(yè)分析收到基灰份Aar%23.0收到基水份Mt%15.0空氣干燥基水份Mad%3.1干燥無(wú)灰基揮發(fā)份Vdaf%41.0收到基低位發(fā)熱量Qnet,arkJ/kg18645可磨系數(shù)Kkm-

8、1.6灰熔點(diǎn)變形溫度DT1230軟化溫度ST1280熔化溫度FT134011、開(kāi)灤煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%58.2收到基氫Har%4.3收到基氧Oar%6.3收到基氮Nar%1.1收到基全硫St,ar%0.8工業(yè)分析收到基灰份Aar%28.1收到基水份Mt%1.2空氣干燥基水份Mad%干燥無(wú)灰基揮發(fā)份Vdaf%24.0收到基低位發(fā)熱量Qnet,arkJ/kg22825可磨系數(shù)Kkm-1.46HGI-75.37灰熔點(diǎn)變形溫度DT>1500軟化溫度ST-熔化溫度FT-12、大同煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%70.8收到基氫

9、Har%4.5收到基氧Oar%7.1收到基氮Nar%0.7收到基全硫St,ar%2.2工業(yè)分析收到基灰份Aar%11.7收到基水份Mt%3.0空氣干燥基水份Mad%干燥無(wú)灰基揮發(fā)份Vdaf%24.7收到基低位發(fā)熱量Qnet,arkJ/kg27800可磨系數(shù)Kkm-1.05HGI-49.5灰熔點(diǎn)變形溫度DT1350軟化溫度ST1370熔化溫度FT140013、新汶煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%61.0收到基氫Har%4.1收到基氧Oar%6.8收到基氮Nar%1.4收到基全硫St,ar%1.9工業(yè)分析收到基灰份Aar%18.8收到基水份Mt%6.0空氣干燥基水份M

10、ad%2.0干燥無(wú)灰基揮發(fā)份Vdaf%40.0收到基低位發(fā)熱量Qnet,arkJ/kg25140可磨系數(shù)Kkm-1.4灰熔點(diǎn)變形溫度DT1200軟化溫度ST>1500熔化溫度FT-14、徐州煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%63.0收到基氫Har%4.1收到基氧Oar%6.7收到基氮Nar%1.5收到基全硫St,ar%1.2工業(yè)分析收到基灰份Aar%13.5收到基水份Mt%10.0空氣干燥基水份Mad%2.0干燥無(wú)灰基揮發(fā)份Vdaf%37.0收到基低位發(fā)熱量Qnet,arkJ/kg24720可磨系數(shù)Kkm-1.6灰熔點(diǎn)變形溫度DT1100軟化溫度ST1380熔

11、化溫度FT145015、淮南煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%60.8收到基氫Har%4.0收到基氧Oar%7.7收到基氮Nar%1.1收到基全硫St,ar%0.7工業(yè)分析收到基灰份Aar%19.7收到基水份Mt%6.0空氣干燥基水份Mad%2.3干燥無(wú)灰基揮發(fā)份Vdaf%38.0收到基低位發(fā)熱量Qnet,arkJ/kg24300可磨系數(shù)Kkm-1.3灰熔點(diǎn)變形溫度DT1500軟化溫度ST>1500熔化溫度FT-16、義務(wù)煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%49.6收到基氫Har%3.2收到基氧Oar%11.6收到基氮Nar%0.7收

12、到基全硫St,ar%1.3工業(yè)分析收到基灰份Aar%16.6收到基水份Mt%17.0空氣干燥基水份Mad%10.0干燥無(wú)灰基揮發(fā)份Vdaf%41.0收到基低位發(fā)熱量Qnet,arkJ/kg19690可磨系數(shù)Kkm-1.4灰熔點(diǎn)變形溫度DT1230軟化溫度ST1250熔化溫度FT130017、平頂山煙煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%58.2收到基氫Har%3.7收到基氧Oar%4.1收到基氮Nar%0.9收到基全硫St,ar%0.5工業(yè)分析收到基灰份Aar%25.6收到基水份Mt%7.0空氣干燥基水份Mad%1.4干燥無(wú)灰基揮發(fā)份Vdaf%24.6收到基低位發(fā)熱量Qn

13、et,arkJ/kg22625可磨系數(shù)Kkm-1.5灰熔點(diǎn)變形溫度DT>1500軟化溫度ST-熔化溫度FT-18、開(kāi)灤洗中煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%46.5收到基氫Har%3.1收到基氧Oar%5.8收到基氮Nar%0.7收到基全硫St,ar%0.9工業(yè)分析收到基灰份Aar%35.0收到基水份Mt%8.0空氣干燥基水份Mad%0.9干燥無(wú)灰基揮發(fā)份Vdaf%35.0收到基低位發(fā)熱量Qnet,arkJ/kg17180可磨系數(shù)Kkm-1.5灰熔點(diǎn)變形溫度DT>1500軟化溫度ST-熔化溫度FT-19、龍鳳洗中煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析

14、收到基碳Car%42.9收到基氫Har%3.4收到基氧Oar%7.5收到基氮Nar%0.9收到基全硫St,ar%0.5工業(yè)分析收到基灰份Aar%29.8收到基水份Mt%15.0空氣干燥基水份Mad%2.0干燥無(wú)灰基揮發(fā)份Vdaf%47.0收到基低位發(fā)熱量Qnet,arkJ/kg16760可磨系數(shù)Kkm-灰熔點(diǎn)變形溫度DT1380軟化溫度ST1400熔化溫度FT>140020、鶴崗洗中煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%44.5收到基氫Har%3.0收到基氧Oar%5.9收到基氮Nar%0.7收到基全硫St,ar%0.2工業(yè)分析收到基灰份Aar%34.7收到基水份M

15、t%11.0空氣干燥基水份Mad%1.6干燥無(wú)灰基揮發(fā)份Vdaf%37.0收到基低位發(fā)熱量Qnet,arkJ/kg17390可磨系數(shù)Kkm-1.3灰熔點(diǎn)變形溫度DT1290軟化溫度ST1430熔化溫度FT148021、元寶山褐煤煤質(zhì)及灰成分資料項(xiàng) 目符號(hào)單位數(shù)值元素分析收到基碳Car%39.3收到基氫Har%2.7收到基氧Oar%11.2收到基氮Nar%0.6收到基全硫St,ar%0.9工業(yè)分析收到基灰份Aar%21.3收到基水份Mt%24.0空氣干燥基水份Mad%10.0干燥無(wú)灰基揮發(fā)份Vdaf%44.0收到基低位發(fā)熱量Qnet,arkJ/kg14580可磨系數(shù)Kkm-1.3灰熔點(diǎn)變形溫度DT1150