污染源源强核算技术指南石油炼制工业HJ9822018.pdf

HJ 9822018 Technical guidelines of accounting method for pollution source intensity Petroleum refining industry 2018-11-27 2019-01-01 i .ii 1 .1 2 .1 3 .2 4 .3 5 .7 6 .14 7 .17 8 .22 9 .23 10 .24 A .25 B .28 C .29 D .33 ii AD 20181127 201911 1 1 GB 13223HJ 888GB 13271 2 GB 12348 GB 13223 GB 13271 GB 14554 GB 31570 GB 50015 GB/T 16157 HJ 2.1 HJ 2.2 HJ 2.3 HJ 2.4 HJ/T 55 HJ 75 SO2NOx HJ 76 SO2NOx HJ/T 91 HJ/T 92 HJ/T 353 HJ/T 354 HJ/T 355 HJ/T 356 HJ/T 373 HJ/T 397 2 HJ/T 405 HJ 630 HJ 853 HJ 880 HJ 884 HJ 888 HJ 2045 VOCs 3 3.1 sour water 50 mg/L100 mg/L 3.2 polluted rainwater GB 31570 3.3 volatile organic compounds 3.4 non-methane hydrocarbon 3.5 abnormal discharge 3.6 standard condition 273.15 K101325 Pa 3 3.7 hydrargyrate crude oil 5 g/g 4 4.1 HJ 884 4.2 HJ 2.1HJ 2.2HJ 2.3HJ 2.4GB31570 4.3 GB 31570GB 145541 4.4 4.4.1 1 1 c d 1.2.1.2.3.1.2.3.1.2.4 c d 1.2.1.2.a aa b 1.2.1.d 2.1.2.1.d 2.(a)1.2.1.d 2.1.2.3.1.d 2.3.d ee d (a)1.2.1.2.3.1.2.f 1.2.3.d 5 c 1.2.d d 1.2.3.1.2.a b c d e f 4.4.2 4.4.2.1 (a)4.4.2.2 HJ 880HJ 880 6 4.4.3 4.4.3.1 4.4.3.2 HJ 880HJ 880 4.4.4 4.4.4.1 4.4.4.2 4.4.5 4.4.5.1 4.4.5.2 4.4.6 4.5 4.5.1 1 1niiiDDD 1 7 Dt Dit Dit n 4.5.2 2 1niiDD 2 Dt Dit n 4.6 A 5 5.1 5.1.1 5.1.2 5.1.2.1 3 53.6 10edQBQ 3 Bkg/hm3/h QekW%QdkJ/kgkJ/m3 5.1.2.2 a4 210.2640.018+0.02+0.38+2110001000ddVBQQ 4 Vm3/h Bm3/h 8%QdkJ/m3 b5 0.20.27+2+2110001000ddVBQQ 5 Vm3/h Bkg/h%QdkJ/kg 5.1.2.3 6 2100SWDB 6 Dt Bt WS%5.1.3 5.1.3.1 7 121002+1.2661AVV 7 Vm3/h 2 1CO%2N2%VAm3/h8 2%/-30-20-10 0 10 20 30 40 10 20 30 40 50 60 100 0.00038 0.00061 0.00102 0.00128 0.00154 0.00257 0.00242 0.00302 0.00363 0.00606 0.00355 0.00487 0.00600 0.00712 0.01826 0.00464 0.00697 0.00932 0.01168 0.01405 0.02362 0.00425 0.00844 0.01272 0.01702 0.02138 0.02576 0.04370 0.00733 0.01478 0.02233 0.02999 0.03778 0.04567 0.07850 00ApTVQpT 8 9 pTkPaK p0T0kPaK Qm3/h 5.1.3.2 9 0.8122.03100SWDB 9 Dt WS%Bt10-311231233.780.2420.3130.1810100+VBt 10 V1m3/h11AVVVA8 1CO2%2CO%3O2%th 5.1.3.3 11 9NPt2.0540+0.2+1.25+10510DWWV 11 Dt WNg/g%WPtPtg/g0.20.5 Vm3 5.1.3.4 12 1100D=DDD012 12 Dt D0t D1t D2t%10 5.1.3.5 13 100D=D0 13 Dt D0t%5.1.4 14 21100100SWDB 14 Dt Bt WS%5.1.5 15 136.5142=35.5166DDD0 15 DHClt D0t D1t 5.1.6 5.1.6.1 16 322110022.4100yDQ 16 DSO2kg Qm3 yH2S%5.1.6.2 a17 643213210022.4100yDQ 17 11 DSO2kg Qm3 yH2S%SO2SO3%b18 983213210022.4100100yDQ 18 Dkg Qm3 yH2S%SO2SO3%SO3%5.1.7 19 1100DD 19 Dt Dt%5.2 5.2.1 5.2.2 a10%b c d e30%5.2.3 19 12 5.3 5.3.1 5.3.2 HJ 75 HJ 76HJ/T 373HJ 630HJ 853HJ 880 20-91=10niiiDq 20 Dt iimg/m3 qiim3 n 5.3.3 GB/T 16157HJ/T 397HJ/T 373HJ 630HJ 853HJ 880 21 9110niiiqDtn 21 Dt n iimg/m3 qiim3/h th 5.4 5.4.1 22 3110100DQ 22 Dt kg/tB.1 13 Qt%5.4.2 5.4.2.1 23 31=10niiDQ 23 Dt n Qiim3 i3 3 /3500 mg/L kg/m3 0.6 8803500 mg/L kg/m3 0.111 880 mg/L kg/m3 0.0225 kg/m3 0.005 5.4.2.2 24 1100100DD 24 Dt Dt%5.4.3 25 112niiiiniiiSQtDQt 25 Dkg n Sikg/m 14 Qim/h tiih kg/m30.054 6 6.1 26 11nmijijDDD,26 Dt D,iit n D,jjt m 6.2 6.2.1 6.2.2 6.2.2.1 27,1,nVOCs iTOC iiiTOC iWFDetWF 27 Dkg nB.3 eTOC,iiTOC10000 kg/h4 WFVOCs,ii%WFTOC,iiTOC%tiih 15 4 TOCeTOC /kg/h/1 0.028 2 0.03 3 0.064 4 0.073 5 0.074 6 0.085 7 0.073 6.2.2.2 a28=1000LLQD 28 Dt/a LLkg/m3/0.215 kg/m30.410 kg/m3 Qm/a LL29-4=1.20 10273.15TvapLSPMLT 29 S0.60.5 PTTPa Mvapg/mol T LL30=LAGLLL 30 LA0.040 kg/m3 LG31 1.02=0.1020.0640.42273.15GMLPT 31 PTkPa Mg/mol T b32 1100100DD 32 Dt/a Dt/a 16%6.2.2.3 a 3335=+SWDEE 33 23654SSLROVESEDHHHW K K 34 5.614WVVANPBLAEM P QK K KRT 35 3640=+RWDFDDEEEE 36*nRRaRbVCEKK vDP M K 37 0.9431SLCCWDQC WN FEDD 38*FFVCEF P M K 39 2*DDDVCEK S D P M K 40 VOCs1 b 41=1100DD 41 Dkg/h Dkg/h%6.2.3 42 VOCs=100D D 42 Dt DVOCst%6.2.4 43 1=+nitDWr 43 17 Dt n 5 th rh/5 Wt 5 2.59 10-2 t/1.6310-4 t/t 6.3 6.3.1 5.2.2 6.3.2 19 6.4 VOCs 7 7.1 7.1.1 7.1.2 7.1.2.1 44 12345678d=d+d+dddddd 44 d m3 d1m3 d2m3 18 d3m3 d4m3 d5m3 d6m3 d7m3 d8m345 811000nsSiiFd=H 45 Fsm2 Hsimm15 mm30 mm n 46 d=dd 46 dm3 d m3 dm3 7.1.2.2 47+100d=W 47 dm3%0.5%5%8%10%Wt 7.1.2.3 a48 123456+100100100100d=WWWWWW 48 dt%1%2%W1t%2%W2t%1%W3t W4t8 kg/t11 kg/t12 kg/t 19 W5t;%2%W6t b49 12345678+100100d=WWWWWWWW 49 dt W1t3%5%2%4%0.3%W2t%2%3%W3t W4t W5t W6t W7t W8t c50 1234+100d=WWWW 50 dt W1t%6%10%4%8%W2t W3t W4t 221432NSWWWW425114NWWW 221432NSWWWW425132SWWW WN%WS%d51 1234+d=WWWW 51 dt W1t W2t W3t W4t 20 7.1.2.4 52 1234567d=d+d+ddddd 52 dm3 d1m3 d2m3 d3m3 d4m3 d5m3 d6m3 d7m3 7.1.3 53 ycgsD=DDDD 53 Dt Dyt Dct Dgt Dst 6 6 yD=D yD=D ygsD=DDD ycD=DD ygsD=DDD 7.1.4 54 01100DD 54 Dt D0t%21 7.2 7.2.1 7.2.2 5.2.2 7.2.3 54 7.3 7.3.1 7.3.2 HJ/T 353HJ/T 354HJ/T 355HJ/T 356HJ/T 373HJ 630HJ 853HJ 880 55 6=110niiiDq 55 Dt nd iimg/L qiim3/d 7.3.3 HJ/T 91HJ/T 92HJ/T 373HJ 630HJ 853HJ 880 56 6110niiiDQn 56 Dt n iimg/L 22 Qim3 7.4 7.4.1 57=d cS 57 dt ct/t St 7.4.2 58 6010DcS 58 D0t cg/t St 7.4.3 54 8 8.1 C8.2 23 9 9.1 9.1.1 59 D=DDDDD 59 Dt Dt Dt Dt Dt Dt60 1DDD=60 Dt%9.1.2 61 D=DD 61 Dt Dt Dt 9.1.3 HJ 2045 9.2 5.2.2 9.3 9.4 62=d cS 62 dt ct/t24 St 10 10.1 10.2 10.3 28 B B.1 kg/104 m3 18.71 kg/t 2010-6N kg/t 0.204 kg/t 0.695 kg/t 0.695 kg/t 0.021 (a)kg/t 0.0122 NB.2 B.2 150/m3/t 65 m3/t 81 B.3 /29 C C /dB(A)/85 85 90 90 8090 90 85 90 90 90 90 90 8590 90 85 85 90 90 90 8590 90 85 85 90 90 90 8590 90 99 95 95 8595 90 90 85 90 30 /dB(A)/90 8590 90 8590 90 85 90 90 95 8590 90 85 85 95 8590 90 85 8590 90 85 85-92 90 90 93 9296 8590 90 85 85 98 8590 90 98 8590 90 85-92 98 8590 90 MTBE 8590 95 85 31 /dB(A)/85 85 8590 90 90 90 87 85 95 85 95 85 87 93 93 95 95 90 93 95 95 90 90 RDS 90 90 85 85 85 85 85 85 85 85 85 85 85 85 85 85 85 C4 85 85 32 /dB(A)/85 85 85 85 85 85 85 85 85 85 85 33 D D.1 +D.2 34 D.3