污染源源强核算技术指南 石油炼制工业(HJ 982—2018)

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2020-03-25
简介
为贯彻落实《中华人民共和国环境保护法》《中华人民共和国环境影响评价法》《中华人民共和国大气污染防治法》《中华人民共和国水污染防治法》《中华人民共和国环境噪声污染防治法》《中华人民共和国固体废物污染环境防治法》等法律法规,完善固定污染源源强核算体系,指导和规范石油炼制工业污染源源强核算工作,制定本标准。

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HJ982—2018TechnicalguidelinesofaccountingmethodforpollutionsourceintensityPetroleumrefiningindustry2018-11-272019-01-01i..................................................................................................................................................................ii1.........................................................................................................................................................12.............................................................................................................................................13.....................................................................................................................................................24.................................................................................................................................................35.................................................................................................................76...............................................................................................................147...........................................................................................................................178.......................................................................................................................................229...............................................................................................................................2310.............................................................................................................................................................24A.............................................25B..................................................................28C......................................................29D.............................................................33iiAD2018112720191111GB13223HJ888GB132712GB12348GB13223GB13271GB14554GB31570GB50015GB/T16157HJ2.1HJ2.2HJ2.3HJ2.4HJ/T55HJ75SO2NOxHJ76SO2NOxHJ/T91HJ/T92HJ/T353HJ/T354HJ/T355HJ/T356HJ/T373HJ/T3972HJ/T405HJ630HJ853HJ880HJ884HJ888HJ2045VOCs33.1sourwater50mg/L100mg/L3.2pollutedrainwaterGB315703.3volatileorganiccompounds3.4non-methanehydrocarbon3.5abnormaldischarge3.6standardcondition273.15K101325Pa33.7hydrargyratecrudeoil5g/g44.1HJ8844.2HJ2.1HJ2.2HJ2.3HJ2.4GB315704.3GB31570GB1455414.44.4.111cd1.2.1.2.3.1.2.3.1.2.4cd1.2.1.2.aaab1.2.1.d2.1.2.1.d2.(a)1.2.1.d2.1.2.3.1.d2.3.deed(a)1.2.1.2.3.1.—2.f1.2.3.d5c1..2.dd1.2.3.1.2.abcdef4.4.24.4.2.1(a)4.4.2.2HJ880HJ88064.4.34.4.3.14.4.3.2HJ880HJ8804.4.44.4.4.14.4.4.24.4.54.4.5.14.4.5.24.4.64.54.5.11'1niiiDDD17D—tDi—tDi’—tn—4.5.221niiDD2D—tDi—tn—4.6A55.15.1.15.1.25.1.2.1353.610edQBQ3B—kg/hm3/hQe—kW—%Qd—kJ/kgkJ/m35.1.2.2a4210.2640.018+0.02+0.38+2110001000VBQddQ4V—m3/hB—m3/h8—%Qd—kJ/m3b50.20.27+2+2110001000VBQQdd5V—m3/hB—kg/h—%Qd—kJ/kg5.1.2.362100WSDB6D—tB—tWS—%5.1.35.1.3.17121002+1.2661VAV7V—m3/h—21—CO%2N2%VA—m3/h82%/-30-20-100102030401020304050601000.000380.000610.001020.001280.001540.002570.002420.003020.003630.006060.003550.004870.006000.007120.018260.004640.006970.009320.011680.014050.023620.004250.008440.012720.017020.021380.025760.043700.007330.014780.022330.029990.037780.045670.0785000ApTVQpT89pT—kPaKp0T0—kPaKQ—m3/h5.1.3.290.8122.03100WSDB9D—tWS—%B—t101123-31233.780.2420.3130.1810100++VBt10V1—m3/h11VAVVA81—CO2%2—CO%3—O2%t—h5.1.3.3119NPtD2.0540+0.2W+1.25+105WV1011D—tWN—g/g—%WPt—Ptg/g0.2~0.5V—m35.1.3.4121100D=D0DD1212D—tD0—tD1—tD2—t—%105.1.3.513100D=D013D—tD0—t—%5.1.41421100100WSDB14D—tB—tWS—%—%5.1.515136.5142=35.5166DDD015D—HCltD0—tD1—t5.1.65.1.6.116322110022.4100yDQ16D—SO2kgQ—m3y—H2S%—%5.1.6.2a17643213210022.4100yDQ1711D—SO2kgQ—m3y—H2S%—SO2SO3%b18983213210022.4100100yDQ18D—kgQ—m3y—H2S%—SO2SO3%—SO3%5.1.7191100DD19D—tD—t—%5.25.2.15.2.2a10%bcde30%5.2.319125.35.3.15.3.2HJ75HJ76HJ/T373HJ630HJ853HJ88020-91=10niiiDq20D—ti—img/m3qi—im3n—5.3.3GB/T16157HJ/T397HJ/T373HJ630HJ853HJ880211910niiiqDtn21Dtn—i—img/m3qi—im3/ht—h5.45.4.1223110100DQ22D—t—kg/tB.113Q—t—%5.4.25.4.2.12331=10niiDQ23D—tn—Qi—im3—i33/>3500mg/Lkg/m30.6880~3500mg/Lkg/m30.111<880mg/Lkg/m30.0225kg/m30.0055.4.2.2241100100DD24D—tD—t—%—%5.4.325112niiiiniiiSQtDQt25D—kgn—Si—kg/m³14Qi—m³/hti—ih—kg/m30.05466.12611nmijijDDD,26D—tD,i—itn—D,j—jtm—6.26.2.16.2.26.2.2.127,,1,nVOCsiTOCiiiTOCiWFDetWF27D—kg—n—B.3eTOC,i—iTOC10000kg/h4WFVOCs,i—i%WFTOC,i—iTOC%ti—ih154TOCeTOC/kg/h/10.02820.0330.06440.07350.07460.08570.0736.2.2.2a28=1000LQLD28D—t/aLL—kg/m3/0.215kg/m30.410kg/m3Q—m³/aLL29-4=1.2010273.15TvapLSPMLT29S—0.60.5PT—TPaMvap—g/molT—LL30LL=LLAG30LA—0.040kg/m3LG—311.02=0.1020.0640.42273.15GMLPT31P—TkPaM—g/molT—b321100100DD32D—t/aD—t/a16—%—%6.2.2.3a33~35D=+EESW3323654ESDHSHLHROWVKKES345.614WVVANPBLAEMPQKKKRT3536~40D=+EREWDEEFD36n*ERKRaKRbVCvDPMK370.9431SLCCWDQCWNFEDD38*EFFFPMKVC392*EDKDDVCSDPMK40VOCs1b41=1100DD41D—kg/hD—kg/h—%6.2.342=VOCs100DD42D—tDVOCs—t—%6.2.4431=+nitDWr4317D—tn——5t—hr—h/—5W—t52.59×10-2t/·1.63×10-4t/t6.36.3.15.2.26.3.2196.4VOCs77.17.1.17.1.27.1.2.14412345678d=d+d+dddddd44d—m3d1—m3d2—m318d3—m3d4—m3d5—m3d6—m3d7—m3d8—m345810001nsSiiFd=H45Fs—m2Hs—imm15mm~30mmn—46d=dd46d—m3d—m3d—m37.1.2.247+100d=W47d—m3—%0.5%—%5%~8%10%W—t7.1.2.3a48123456++100100100100d=WWWWWW48d—t—%—%1%~2%W1—t—%2%W2—t—%1%W3—tW4—t8kg/t11kg/t~12kg/t19W5—t;—%2%W6—tb491+2345++678100100d=WWWWWWWW49d—tW1—t3%5%2%~4%—%0.3%W2—t—%2%~3%W3—tW4—tW5—tW6—tW7—tW8—tc501+234++100d=WWWW50d—tW1—t—%6%~10%4%~8%W2—tW3—tW4—t221432WNSWWW425114WWWN221432WNSWWW425132WWWSWN—%WS—%d51d=W1+W234++WW51d—tW1—tW2—tW3—tW4—t207.1.2.4521234567d=d+d+ddddd52d—m3d1—m3d2—m3d3—m3d4—m3d5—m3d6—m3d7—m37.1.353D=DyDcDDgs53D—tDy—tDc—tDg—tDs—t66D=DyD=DyD=DyDDgsD=DDycD=DyDDgs7.1.45401100DD54D—tD0—t—%217.27.2.17.2.25.2.27.2.3547.37.3.17.3.2HJ/T353HJ/T354HJ/T355HJ/T356HJ/T373HJ630HJ853HJ880556=110niiiDq55D—tn—di—img/Lqi—im3/d7.3.3HJ/T91HJ/T92HJ/T373HJ630HJ853HJ880561610niiDQin56D—tn—i—img/L22Qi—m37.47.4.157d=cS57d—tc—t/tS—t7.4.25860DcS1058D0—tc—g/tS—t7.4.35488.1C8.22399.19.1.159D=DDDDD59D—tD—tD—tD—tD—tD—t601DDD=60D—t—%9.1.261D=DD61D—tD—tD—t9.1.3HJ20459.25.2.29.39.462d=cS62d—tc—t/t24S—t1010.110.210.328BB.1kg/104m318.71kg/t20×10-6×Nkg/t0.204kg/t0.695kg/t0.695kg/t0.021(a)kg/t0.0122NB.2B.2150/m3/t65m3/t81B.3/————————29CC/dB(A)/<85<85—909080~90908590<90—90909085~909085<85—90909085~909085<85—90909085~909099959585~959090<85—9030/dB(A)/9085~909085~9090<85—90909585~909085<859585~9090<8585~90908585-92—90909392~9685~909085<859885~90909885~909085-929885~9090MTBE85~90958531/dB(A)/<85<8585~909090908785958595—858793939595—9093—95959090RDS9090858585858585858585858585858585C4858532/dB(A)/858585858585858585858533DD.1++++—D.234D.3
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