HJ 982-2018 污染源源强核算技术指南 石油炼制工业

HJ 982 2018 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 A D 2018 11 27 2019 1 1 1 1 GB 13223 HJ 888 GB 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 SO 2 NO x HJ 76 SO 2 NO x 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/L 100 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 K 101325 Pa 3 3.7 hydrargyrate crude oil 5 g/g 4 4.1 HJ 884 4.2 HJ 2.1 HJ 2.2 HJ 2.3 HJ 2.4 GB31570 4.3 GB 31570 GB 14554 1 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 a a 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 e e 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 (a) HJ 880 HJ 880 6 4.4.3 HJ 880 HJ 880 4.4.4 4.4.5 4.4.6 4.5 4.5.1 1 1 n ii i DDD 1 7 D t D i t D i t n 4.5.2 2 1 n i i DD 2 D t D i t n 4.6 A 5 5.1 5.1.1 5.1.2 3 5 3.610 e d Q B Q 3 B kg/h m 3 /h Q e kW % Q d kJ/kg kJ/m 3 a 4 210.264 0.018 +0.02+0.38+ 211000 1000 dd VB Q Q 4 V m 3 /h B m 3 /h 8 % Q d kJ/m 3 b 5 0.20.27 +2+ 2110001000 dd VB QQ 5 V m 3 /h B kg/h % Q d kJ/kg 6 2 100 S W DB 6 D t B t W S % 5.1.3 7 1 2 100 2+ 1.2661 A V V 7 V m 3 /h 2 1 CO % 2 N 2 % V A m 3 /h 8 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 0 0 A pT VQ pT 8 9 p T kPa K p 0 T 0 kPa K Q m 3 /h 9 0.81 22.03 100 S W DB 9 D t W S % B t 10 -3 1 123 123 3.780.2420.3130.18 10 100+ V Bt 10 V 1 m 3 /h 1 1 A V V V A 8 1 CO 2 % 2 CO % 3 O 2 % t h 11 9 N Pt 2.0540+0.2+1.25+10510 D W WV 11 D t W N g/g % WPt Pt g/g 0.20.5 V m 3 12 1 100 D=DDD 012 12 D t D 0 t D 1 t D 2 t % 10 13 100 D=D 0 13 D t D 0 t % 5.1.4 14 21 100100 S W DB 14 D t B t W S % % 5.1.5 15 1 36.5142 = 35.5166 DDD 0 15 D HCl t D0 t D1 t 5.1.6 16 32 21 10022.4100 y DQ 16 D SO 2 kg Q m 3 y H 2S % % a 17 64 32 1 3210022.4100 y DQ 17 11 D SO 2 kg Q m 3 y H 2S % SO 2 SO 3 % b 18 98 32 1 3210022.4100100 y DQ 18 D kg Q m 3 y H 2S % SO 2 SO 3 % SO 3 % 5.1.7 19 1 100 DD 19 D t D t % 5.2 5.2.1 5.2.2 a 10% b c d e 30% 5.2.3 19 12 5.3 5.3.1 5.3.2 HJ 75 HJ 76 HJ/T 373 HJ 630 HJ 853 HJ 880 20 -9 1 =10 n ii i Dq 20 D t i i mg/m 3 qi i m 3 n 5.3.3 GB/T 16157 HJ/T 397 HJ/T 373 HJ 630 HJ 853 HJ 880 21 9 1 10 n ii i q Dt n 21 D t n i i mg/m 3 q i i m 3 /h t h 5.4 5.4.1 22 3 110 100 DQ 22 D t kg/t B.1 13 Q t % 5.4.2 23 3 1 =10 n i i DQ 23 D t n Q i i m 3 i 3 3 / 3500 mg/L kg/m 3 0.6 8803500 mg/L kg/m 3 0.111 880 mg/L kg/m 3 0.0225 kg/m 3 0.005 24 1 100100 DD 24 D t D t % % 5.4.3 25 1 1 2 n iii i n ii i SQt D Qt 25 D kg n S i kg/m 14 Q i m /h t i i h kg/ m 3 0.054 6 6.1 26 11 nm ij ij DDD , 26 D t D ,i i t n D ,j j t m 6.2 6.2.1 6.2.2 27 , , 1 , n VOCsi TOCi i i TOCi WF Det WF 27 D kg n B.3 e TOC,i i TOC 10000 kg/h 4 WF VOCs,i i % WF TOC,i i TOC % t i i h 15 4 TOC e TOC /kg/h/ 1 0.028 2 0.03 3 0.064 4 0.073 5 0.074 6 0.085 7 0.073 a 28 = 1000 L LQ D 28 D t/a L L kg/m 3 / 0.215 kg/m 3 0.410 kg/m 3 Q m /a L L 29 -4 =1.2010 273.15 Tvap L SPM L T 29 S 0.6 0.5 P T T Pa M vap g/mol T L L 30 = LAG LLL 30 L A 0.040 kg/m 3 L G 31 1.02 =0.1020.0640.42 273.15 G M LP T 31 P T kPa M g/mol T b 32 1 100100 DD 32 D t/a D t/a 16 % % a 33 35 =+ SW DEE 33 2 365 4 S SLROVES EDHHHWKK 34 5.614 W VVANPB LA EMPQKKK RT 35 36 40 =+ RWDFD DEEEE 36 * n RRaRb VC EKKvDPMK 37 0.943 1 SL CC WD QCW NF E DD 38 * FFVC EFPMK 39 2* DDDVC EKSDPMK 40 VOCs 1 b 41 =1 100 DD 41 D kg/h D kg/h % 6.2.3 42 VOCs = 100 DD 42 D t D VOCs t % 6.2.4 43 1 =+ n i t DW r 43 17 D t n 5 t h r h/ 5 W t 5 2.59 10 -2 t/ 1.63 10 -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 44 12345678 d=d+d+dddddd 44 d m 3 d 1 m 3 d 2 m 3 18 d 3 m 3 d 4 m 3 d 5 m 3 d 6 m 3 d 7 m 3 d 8 m 3 45 8 1 1000 n s S i i F d=H 45 F s m 2 H s i mm 15 mm30 mm n 46 d=dd 46 d m 3 d m 3 d m 3 47 + 100 d=W 47 d m 3 % 0.5% % 5%8% 10% W t a 48 123456 + + 100100100 100 d=WWWWWW 48 d t % % 1%2% W 1 t % 2% W 2 t % 1% W 3 t W 4 t 8 kg/t 11 kg/t 12 kg/t 19 W 5 t; % 2% W 6 t b 49 12345678 + + 100100 d=WWWWWWWW 49 d t W 1 t 3% 5% 2%4% % 0.3% W 2 t % 2%3% W 3 t W 4 t W 5 t W 6 t W 7 t W 8 t c 50 1234 + 100 d=WWWW 50 d t W 1 t % 6%10% 4%8% W 2 t W 3 t W 4 t 22 1432 NS WWWW 42 51 14 N WWW 22 1432 NS WWWW 42 51 32 S WWW W N % W S % d 51 1234 + d=WWWW 51 d t W 1 t W 2 t W 3 t W 4 t 20 52 1234567 d=d+d+ddddd 52 d m 3 d 1 m 3 d 2 m 3 d 3 m 3 d 4 m 3 d 5 m 3 d 6 m 3 d 7 m 3 7.1.3 53 ycgs D=DDDD 53 D t D y t D c t D g t D s t 6 6 y D=D y D=D ygs D=DDD yc D=DD ygs D=DDD 7.1.4 54 0 1 100 DD 54 D t D 0 t % 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 353 HJ/T 354 HJ/T 355 HJ/T 356 HJ/T 373 HJ 630 HJ 853 HJ 880 55 6 =1 10 n ii i Dq 55 D t n d i i mg/L qi i m 3 /d 7.3.3 HJ/T 91 HJ/T 92 HJ/T 373 HJ 630 HJ 853 HJ 880 56 6 1 10 n i i i DQ n 56 D t n i i mg/L 22 Q i m 3 7.4 7.4.1 57 = dcS 57 d t c t/t S t 7.4.2 58 6 0 10 DcS 58 D 0 t c g/t S t 7.4.3 54 8 8.1 C 8.2 23 9 9.1 9.1.1 59 D=DDDDD 59 D t D t D t D t D t D t 60 1 DD D= 60 D t % 9.1.2 61 D=DD 61 D t D t D t 9.1.3 HJ 2045 9.2 5.2.2 9.3 9.4 62 = dcS 62 d t c t/t24 S t 10 10.1 10.2 10.3 28 B B.1 kg/10 4 m 3