褐煤混煤燃烧特性的热重分析法研究 褐煤混煤燃烧特性的热重分析法研究

褐煤混煤燃烧特性的热重分析法研究

  • 期刊名字:燃烧科学与技术
  • 文件大小:161kb
  • 论文作者:聂其红,孙绍增,李争起,张晓杰,吴少华,秦裕琨
  • 作者单位:哈尔滨工业大学
  • 更新时间:2020-08-31
  • 下载次数:
论文简介

叫7(2001)p1NSJOURNAL OF COMBUSTION SCIENCE AND TECHNOLOGYVol.7(2001)No90A9A° E14E0 lODOμAEO0·0|6·N%AoFEa%i, ETEUOo, AnouFO, OAib12U, IaEA, cofco(b0±01aOμ6 NS AUO^dENS061a3INsO9,"b和±0150001)003:A0AEE00.016·“0Ey009AaiA°μAEEa、xA09E4%证EEE010D04aA0 DD AEND% C。E0Nea10土A÷,A0BDAu¥0A9000AE01y3100土土30,÷x0xA09再E张100;和aEa0091。-A00626 i+ OD10。1a36AEA01±0÷以¥A1° iA% EME0D0A0uAx0EE01000EyS104u'E: iA: EE%a; xAm0: E4%1: EE00-01o040Aa9A:TQ533AIx±eE们A:AA0A±a9A:1006-8740(2001)01-00720Thermogravimetric Analysis on the CombustionCharacteristics of brown coal blendsNIE Qi-hong, SUN Shao-zeng, LI Zheng-qi, ZHANG Xiao-jieWU Shao-hua, QIn Yu-kun(School of Energy Science and Engineering, Harbin Institute of Technology, Harbin 150001, ChinaAbstract: The pyrolysis, ignition and burnout characteristics and activation energy of three kinds of brown coal andheir blends were studied by thermogravimetric analysis. The experimental results show that the parent coals keeptheir own individual ignition and carbon burnout characteristics in blend combustion. The pyrolysis characteristicsand activation energy of coal blends are decided by the blending rate. Meanwhile, a general combustion parametSw, which can well indicate the combustion characteristics is proposed in this paper.Keywords: coal blends pyrolysis: ignition: burnout thermogravimetric analysisAic°lo1u1 A HEEy EOEe±,l旧auEa0AxA°。iA9A0A.0uAxA0、E1、20°10EABE0B01ENex°0 Ay% EONEAUEY00°。00·E0±000iA°μAEA0100‰oDpE0NeND1.1 EONeEE00-010-ECOU3IDO i0OE TA E TA. 2aAi iroEOEA i±3A2E0AEO土% Ai NS Hc u RIGAKU8150DEEi0A11μA0006。主0·E0 Ne uAuuAcu lB31a,Aa0 0, B lADiucxeA-9iaB10EEA-。001E0EDci(4 TG CulB)。TGcu啊A(E土姬a)±61aIom 2x u// HAEEEi iB (DTG Cu iB).Eia,211)2aATA哐§:TG-DSC,E0TA1073K;TGEE-01o(DTA)i2n E%E"AeAi EE. "(DSC)O2 ECEE-010-DTA, E01A 1773 K;0EA003£01中国煤化工(Ai1mgE);xLEOneCNMHGE-0:i03、阳 eDOLO laE0,aE9数21:B080:00100o‰e:A6ai(1974-),AD,2E印u2001Ae20AA6死a9u:°0A°nA°EE010D0AE00016·N死73·4) Ey IAEUTE:*eA-,1~20K/min;9 a IB yoEE auA10D0。300μ¥AACE·66Ec土1EE。a000A0A-,1~999K/min90A。INo2Y1pA0·c0。-AI,B,A.90A⊙-0A1.2 EONeAUEY±1有A2E0AE“E和uA1“AE1A°A1a0u0T6±TA00ND%AcuA0÷AA006A09090A90土0aE00160μ,‰±f1。Aa9A°旺 atEAy Ec土2E26E0N021p90A、A.9090A9EAEa、xA0·aE证EE±190A4°EaiA°pACE·0looA0 0A No 2Y1HA A90A 1#miA 2#siAg#iAg 4#siAg17.752.0351.7451.24iii fcdal50,7952,2747,2648.32760023.70i%4 Cad4.2918.7019.7119.4117,28EEAL Qnet nd/(kJ18693c:IAte“daf”±iE%Eorp00,“ad”±E000吨0;cEA1aE0 muui I - cEEAif2A土aA°aEAy1188KnA9土a9A1#n1A。2#1A93#iA94#niA9)1ax÷20:B2(9.99%):AA:100mL/o i A@+EAy6:‰=4:16:b=7:36:A·=4:16:k,=7:3mInANu0A(nE0)(20±1)UT爬20E0NeE±,TE00100K/ min EiA0A378K,0UETA哐2.1E0Ne如IA9aA3min(EEE同.0 h2umaESE¥),E°6,o001000YTAT×[6A阳死始a10,±AEaE0N6pEK/ min Ey们A0A1188K,aTA7min," EE+/ HAEE/a0DOCulB, v4u174 11) Ey IAEUAE:100K/min;1ax÷TA“0E0TAp霍林河煤一霍林河煤羊草沟煤→梅润煤30g3#混煤公321#混煤混煤4混煤{83485166848521020118851668485210201188天平程序温度/K14 1 EEya lB2.2E0Nea10903中国煤化工0410E0036, Cu IBEl×A0A00÷2EyCNMHG-OEi-AuAOn Gi AO: T',100: I max Uzi, VT1/2 O%2Di. 00 0-c1)∞0·0316们A哐T,K0μAE·A.B·a610μAOkc,0%-0D,0xA600DA0;2)>0-c-0x1'OEi-AEUTE-aou(dw/dr)max, mg/min: 08, 00012, AuoUxA,o3)啊09丹数据dx)=A1A"ETm,K;xUEE0%,62IEy,±IAla360·c·0E|·AI004)1001 oU(dwe/dr)/(dw/dr)max=1/2 E+HA TA E Ey D, FEaoHiET"oalaif Ns 0e山7叫1UD=(d/dr)mx/(Tmx·T,·VT12)(1)AAA0610,”AA0·c0163610001¥+a1。k“iA旺aou0"0,00ANuμA0-c16360o0A9A,EEa·00%0×pA4∞0--0163610D00626±Ay0103B,÷A°和uμAEEa02TEy如±3±i3EEal0E02lEy3×A>100T,(d/dD×10-8/K /(mg. min-1)/K/KmIn3.1E0Ne冲3,7473883,00a d lodo EoNe io pEc IA757397A.90A94111)Ey IAEUAE 100 K/min;7704331#siA93993.227483912)1ax÷E0-01N1E600, Eo iaa÷A130mL/n2#aA94013,017513932,543)A° NuONA(20±1)mg,AUl200A~4003#siA4007503944#iA9401EONeEt, TE00 100 K/ min HAEy TAEUAEEyOA 378K0E±3E003,0UEy00μ¥A0,6A090A°μA0·c0UEA1A9aA3min,900100K/ min HAEy IAEU616°8100x9A,N2Y1uA910e,A.90Ax了2。0E±0B框EA,E0 NuOUHEEUEy TA1种AE0,uAEE0BouB1l06,E×A6A690APCB66Ny1uA9oA.90A( IGI DTG CulB),始02。霍林河燥蛋林河3#混煤霍9一2#混煤5907459001055121028043559074590010551210热天平程序温度K热天平程序温度K1v 2 EE0 IB3.2A°A×A0±14xAx01A土1A0 A TG-DTG."AET"A HAxA04904B框A00BEKTAE,0 U DTG CUlBEl,1y-a0μuaAx÷130自TGcN2Y1uA°3#iA°1B20U0aB,yBax÷ TG Cu lBuACD IB,ACB1B0eE§1# wiAgA- aS00aEkE土 A12 DD IB HA'‰aCEu啊0;ATAT“0aaxA0615TAE(043)。¥A9°AA×A01A0土4。0E±4E‰0,6A090A°AxA0A框xμ,xA0D0A0×9A,N2Y1μA9T08,A.90APμAxA0A0A90B0xxA0A°1E0E士AxA0ACaEy01u, i4ACHhEONe 1621 iEOOEI ii HeLiasHAxA ouaOexi A%ODOx xA OAO0HAxADOua la 1.4>iAo中国煤化工5CNMHG热天平程序温度/K4iA°μAE4%i1090万方数播语0 T"%W tG cu iB Ei xA o ua o0i HAA Nu ES oOAi oe a od iE2001Ae20AA6死a9u:°0A°nA°EE010D0AE00016·N死E0EAA土Dμ“0a136EE%AEf1,"NSAHNS2IEyr d dE·drdr)=7=(dx)r=x,’T(5)*%1A2E0A lAIx[ 6 ]HAAal-E1E0AEDiAWEEaiA HAAU E RHAE00x0K0。0E0U,00¥ A%HAA9OE4°EkEr d du(dwe/dr)e dTB0±ET0‰0,1土A啊0ApA了A04百2E0A¥A(dw/dr)(dwe/dr)max.(dw/dr)uA4乐Ea.1·“。EaE±,00 DTG CU IBEl x了6EE0EA啊(6)0≠ A lAE T.0,0ES00Tm0x们,E:(da/dr)mx10EE0E脏,mg/minTmx000|x。EuμAANS2Ey±6。(de/dr)x-x— xAPdlA TE T: IA函AEE0EU眶,CEf60E0036,4,00AA》AUoU中U0x们g和土山Ux0aB,EA00xA09[EEC°[UBe0AEH中国煤化工 JE)4EOEU E, mg/min;A阳a,a0Eμkc6土Ea-0。[-E土》1正00z6,6CNMHGA090A OUA1%2%2x>‰xB,N2Y1uAT08,A.90E(6)×0土BEx+ Ec lAVal:E土EAP10,ECuA9x16,00·E,“0xA0E≠A哐AE,6A090A°Ai0B0x9A,A.909 an0AEuxi了2了。1)1A°A了。A0e000B,·QA0A0ca:dr(=)x=1 EyElet框0u×AA80u数080EE图xA6090uA°后AnAE,.百002,士AxA0010:dd0 PuAtEAy HA060‰0EU, DIANA:》AU0e20 i+EAyif Ns 0e山7叫1U(dze/dr)1EE6EU框·a0μ0×A0E土EE0土;Th1 EEVOEFE124UE14E0EU框06EW908,用a000,打7aA0AE%021。E0003%年E。yx09T·“03 AEAQHAxA0±TA0AEO士 AiNS U RIGAKU8150DE0E%10D0。0 UECV2 E(6)xo±30c1画Sx,00啊0Ey0090A14°[aiA°μAEE01CD0 O DDAEND%2cμA36s,,(dw/dr)max.(dwe/dr)mean(7)1)”iA°μAEEa004° asi> aLoe26i±EAy1gSx0u0“0,EμA÷ AQHAEAE010B002N。±f7AD36 aeeo ne2) iA9E14E0E土,÷26A9000土30,÷x0AxA0A%OOHAEONe‰a10。10D09「E%;1003)×9 E14E0 OD00 Ey Sw AUv2l E Aaeu0·03 A9OOHA土17÷A00uAx0 IEE0I000,EyElE0 10D0(mg·min)/K(mg2·min-2,kK-3)o24ATA96153.10751.725 [1] Oe o2A. 0; to, Cnw"EU.HE IpNi Ao de Ni A EX EO ioDodeA90A°6433.181.30au1N[]].EkE0N0E,1996,2(2):181-189.1#》A96153.422,032 [2] Maier H, Spliethoff H, et al. Effect of Coal Blending and Particle2#iA96163.42ze on NO, Emission and Burnout [J]. Fuel, 1994.73(9):14473#oiA9613,422,0211001452,4#siA6193.361.961120[3]吖甲a,eA-,3A0a,uE.。APA.0xA2x09E10D0 uAEONeND0±i709E00d36,6A090A9μAx09TEE0D0A0x[J. ucOM Tuia1ai,1995,11(2):30-34[4]3Aau, Al a ea.·016°用a0H0A[M].±1:LENs36°aEec,1985.1-A,N02Y1pAT08,A.90Ax2。0E,0a06c°Aa6AxA2010D006E10Doμ LAAADOEC.c,C0iAPμAA[5]A6是.%A°A9EE0x的N[D].和6:1b和50Eo02xu±400A。00E, xU9IE14E0 IOD0O, Ey SN AU%|ApD03A00uAE4EO10E0。0a00u0096AB±Oμ¥A94°iA9pA6]01E90. A9-UEEvaE4E0EEA°‰a0ua印aa『·N死Ek010D00DxA0}0A0u。[D].节b和±6:b±61a0u"6N,1996.4-12中国煤化工CNMHG

论文截图
版权:如无特殊注明,文章转载自网络,侵权请联系cnmhg168#163.com删除!文件均为网友上传,仅供研究和学习使用,务必24小时内删除。