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4 A A A A A A A A A A A A

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10 100% [2007]79 [2007]231

11 P P P94~ P P P P38~ P107~ P P P P P96~ P42 1 SO 2 NO P120~ (2) P121 HCl SO (4) P122 NO P121~ P129~130 1 NO X [2006] P P P P160~162

12 P P P109 COD P P P P P242~ P P235

13 m m ~300t/d t/d t/d t/d 1000t [2003] BOT 1

14 t 1 kwh A t/d +20MW [2007]671 2

15 A (1) (2) (3) (4) (5) (6) (7) (8) (9) (1) [1996]36 (2) [2005]

16 (3) [2006] (4) [2007] (5) 2007 (6) 2007 (7) [2007] (8) (9) 27 (10) (11) [2000]120 (12) [2005]40 (13) [2001] (14) [2005] (15) (16)

17 (17) [2005]35 (18) [2005]152 (19) [2006] (20) [2006]82 (21) (22) [2006] (23) [2006]92 (24) ()[2003] (1) (2) (3) [2007] (4) (5) BOT

18 (6) [2007]671 (7) (8) A5 (9) (10) (11) (12) 2006~ (13) (14) (1) HJ/T2.193 (2) HJ/T2.293 (3) HJ/T2.393 (4) HJ/T (5) HJ/T (6) HJ/T (7) HJ/T (8) (9) (10) [2006]82 6

19 (1) (2) (3) (4) (5)

20 [2002] GB GB GB GB m GB

21 * //// SO 2 TSPPM 10 NO 2 HClHFCOPbHgCdH 2 S NH 3 SO 2 PM 10 NO 2 HClCOPbHgCdH 2 S NH 3 H 2 SNH 3 SO 2 phsscodbod 5 T As T Hg T Cd T Pb T Cu Cr 6+ CODNH 3 -NSS phcod P N TDS Leq db(a) ph SO HJ/T

22 NO X SO 2 HCl CO Pb m 3 /h Pim 3 /h Pi Pi Pi NO X NO X NO X m 3 /h Pi m 3 /d 80~120m

23 HJ/T dB(A) 1000m HJ/T / km 2 9km HJ/T

24 HJ/T km 2 SE 6km 4km 5km m 3500m 4300m m m m 5km km 3km

25 km 4km 6km 5km 0.8km 3.5km 2000m 200m 1000m 5km 2 3km TSPPM 10 SO 2 NO 2 CO Pb GB NH 3 H 2 SHClHg TJ36-79 Cd mg/m 3 TSP PM SO NO GB CO Pb () Cd 0.003(24h) 0.01(30min) NH H 2 S 0.01 TJ36-79 HCl Hg pg/m (GB )

26 mg/m 3 µg/m GB SS SL mg/lph ph 6~9 COD BOD P GB T As T Hg T Cd T Pb T Cu Cr /L SS SL GB dB(A)50dB(A)

27 GB/T GB ph mg/l mg/l mg/l (Cu)mg/L ()mg/l mg/l ( N )mg/l 20 9 ( N )mg/l (NH 3 -N)mg/L mg/l mg/l (Hg)mg/L (As)mg/L (Cd)mg/L ()(Cr 6+ )mg/l (Pb)mg/L /L /L mg/kg GB/T ph < ~7.5 >7.5 >

28 1.8.2 GB GB GB DB32/ GB GB GB5086.1~ GB/T ~ GB/T GB HJ/T GB (1) (2) s ~

29 t/d < >300 m m 3m GB/T (3) (1) Kepple Seghers GB ) GB mg/m mg/m mg/m ) 5 mg/m mg/m mg/m 3 < mg/m 3 Hg+Cd mg/m mg/m TEQ ng/m HF mg/m %O 2 1h 5min (2) 17

30 35m GB GB m * kg/h 1 mg/m mg/m mg/m * 50% (3) GB GB GB CJ GB DB32/ mg/L 5mg/L

31 mg/lph [] ph 6~9 COD SS T As T Hg T Cd T Pb T Cu T Cr Cr P (4) GB GB DB32/ CJ m GB dB(A) 55dB(A) 200m 2 GB db(a) (5)

32 Hg mg/l 2 Hg mg/l Pb mg/l 3 4 Cd mg/l Cr mg/l 10 6 Cr 6+ mg/l Cu mg/l 50 8 Zn mg/l 50 9 Be mg/l Ba mg/l As mg/l CaF 2 mg/l CN mg/l %30%0# GBZ HJ/T A mg/m 3 GBZ HCl

33 LD 50 ()mg/kg LD 50 ()mg/kg LC 50 (4h)mg/L <LD <LD <LC <LD <LD <LC TEQpg/m 3 4TEQpg/kg 10% TEQpg/kg km

34 1.9 (m) WNW N W SW E 1100~ E km 2 E km 2 NNE km 2 NNE km 2 NNE N 1900 NE - GB GB GB GB km 2 GB/T km GB

35

36 # 4 # km 2km 2.4km 5.5km 13km ~5.2m 3.8m

37 150~250kPa 200~300kPa 1~4m 5~15m # 4 # 1 # 5 # 0.6km m 20~150m 10~30m ~5 6~8 9~11 12~ mm 25

38 1783mm 604mm 130d % 25d 1996h 1291mm 80% 4.6m/s 28m/s SE NNE mm mm mm 4.6m/s 130d 28m/s 25d SE 1996h NNE 1291mm SE 80% km km km % km 34.38km % 44.32km % 46.00km % m 3 /s 20m 3 /s 0.14m/s IV 12km 26

39 30d 5km 5km () 2km 2~3m ~2003 K 0.003~0.031m/d Q ~0.25m/d 1~5m 27

40 km km *km * 672km km 8.9km [2007]64 28

41 4 70.3km

42 km % % % % 24.5% 35% 32% % 30

43 % % 65.1% 23.1% 25.2% 11.5% 2 13% 16.3% 21.5% ~ ~ ~ t/d ~

44 7 2007~ ~ ~ km 2 105m 2 / (1) 2007~

45 2007~2020 (2) t 3500t ( 60%)( 40%)( 70%)( 30% 3500t t 200 t 33

46 1000t 2007~2020 U [2007]71 A

47 (3) t U t/d

48 90 2 m 3 /d1998~ m 3 /d 7.8 m 3 60% GB %4.2m 3 /s 4860m 50%19.5m 3 /s 1470m DB32/ DB32/ SBR DB32/ ~ m 3 /d 36

49 km 10km 1km 10km 50km 1km km 37

50 / 1.4km 2 1.8km BOT t 38

51 GB TEQ ng/m ~0.100TEQ ng/m 3 BOT 1500t 1500t/d t t 1000t/d CJJ m t 16 39

52 GB DB32/ t 3000 MBR BOT m m [2006]93 40

53 HW MW kwh kwh 855 m t 41

54 A % 24.46% m m m m m m m d8h/ 333d 2 42

55 (1)110KV50Hz kwh/a 1.2 kwh/a (2)/ AA/2B B/2CC/2DD/2 E 10 m 3 /a t/d3350t/d 1000t/d t/d d/a ~1200t/d / t/d 43

56 m 3 5~ m 3 5~7 Kepple-Seghers Kepple-Seghers 350t/d3 500t/d2 30t/(h )3 42.3t/(h )2 9MW( 12MW)2 20MW(N20-3.8) m 3 /d 1540m 3 /d 648m 3 / 648m 3 / 1700m 3 /h4 3500m 3 /h m 3 /h 53.75m 3 /h 45m 3 /d 37.5m 3 /d 130m 3 /d 130m 3 /d 24m 3 /min m 3 /min 0.85MPa 1 24m 3 /min0.85mpa 1868m m m 2 60m m m m t/d 24t/d t/d 24t/d

57 SO t m

58 3.6 [1996]36 [2005] [2006]82 20% 70% [2006] % 46

59 NO X NO X [2006]82 [2005] [2007]

60 % ~14 A22 BOT ~9 1 A m m 2 48

61 m m 2 m m kV m m m m m m m m m

62 m m t/dBasic 350t/d 1000t/dKepple Seghers 350t/d 1100~1200t/d 90t/h30t/h3 90t/h30t/h3 24MW 9MW 12MW2 24MW 9MW 12MW m 3 /h 250m 3 /h 3 325m 3 /h 64m 3 /h 648m 3 / 3600m 3 /h 6800m 3 /h 1700m 3 /h4 6800m 3 /h 1290m 3 /d 72m 3 /d 720m 3 /d 45m 3 /d 10t/h 20t/h 5.4t/h 42m 3 /min m 3 /min0.85mpa 3736m m 2 60m m m m % 18.4 m 3 /h+ + SO 2 75% HCl97% 99.9% m 3 /h++ SO 2 75% HCl97%99.8% GB m 3 /h 200t/d

63 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) (18) (19) (20) (21) (22) (23) (24)

64 (1) 1 2 5~7d (2) 52

65 (3) 90% CaO ~15% 75%97% %

66 (1) BOT t ~1200t 16% 1000t/d ~ t t t %

67 (2) 5~7 20~35t/ 10~15t/ 2 30m 3 45t t 80t ~ % kj/kg kj/kg kj/kg % 6.60% 28.23% 1.56% 10.92% 23.26% 8.46% 36.72% 7.03% 24.22% 0.78% 5.47% 17.97% 7.81% 55

68 % 8.07% 17.05% 0.00% 48.11% 5.19% 46.70% 0.00% 15.48% 1.67% 32.93% 49.93% C% H% N% S% O% ~ ~0.15% 0.15% SO ~ S S% # # g/cm 3 LHVMJ/kg S% (1) 220t (2) 30%30% 74.5t/a73.2t/a (3) CaO 12~15% Ca(OH) 2 / 2880t/a140t/a

69 (t) (t) 1100~ t/ % % %CaO m 3 /h 1 DN m 3 /d 1540m 3 /d t/d t/h t/d t/h t/d t/h t/d 237 / / / (1) 30 4 / / (1) / (3) / 3 (1) (1) / 23 (2) / / ~45 (1)(2)(3)

70 t/d t/h t/d t/h t/d t/h t/d 118 (1) / / (1) / / 3 44 / / 30 / 226 (2) / (3) / 52.8 / ~40 (1)(2)(3) 30t/d t/h 100t/h ~15% t/d [2006] 170 A GB

71 GB GB mg/l < < <0.03 < <0.1 < < <0.1 < CN <0.004 <0.004 GB GB BOT 200t/d CaSO 4 CaO NaCl KCl SiO 2 P 2 O 5 H 2 O % ~ t/d 31t/d #4# t/d350t/d3 59

72 m kg/[h ] SO 2 80% S S 525 S m S S~ t/a A22 S (1) 0.15% 80% (2) 75% 74%

73 (1) 2 3 (2) 80% 90% A35 (3) ~26 1 # 2 # SO 2 NO X HClPbHgCd CO A23 SO 2 >90% 12~15% 18~20% # 3 # SO 2 A mg/m 3 1 # 2 # 3 # 1 # 2 # 1 # 3 # SO NO X HCl

74 / / / CO Pb Hg Cd < / / SO 2 < NO X / / HCl < <3.4 <3.4 / / / / <0.1 <0.020 / / / / CO / / Pb <0.001 <0.001 < / / Hg < <0.030 / / Cd < < < / / <1 <1 <1 <1 <1 <1 (1) TEQng/m SO 2 HCl NO X Pb Hg Cd % % % SO 2 % > t/a (t/a) SO ~3 (1) CO 80% 8~12% SO 2 SO 2 HCl SO 2 (2) SO 2 62

75 PbHgCd (3)SO 2 >85% 86.9~90.2%SO ~9 4 SO 2 NO 2 HCl CO ~ SO 2 NO 2 HCl CO 8 23 ~9 mg/m ~ ~ ~ ~ ~ mg/m ~9 mg/m ~ ~ ~ ~ ~ mg/m mg/m < mg/m ~ ~ ~9.4 K

76 mg/m ~9.24 SO 2 K = K SO2 =0.51 SO 2 90% K NO2 =0.49 K HCl =0.79 K CO =

77 G8 100m G12 G9 G10 100m 100m 100m G mg/m 3 mg/m 3 mg/m 3 G G <10 G <10 <10 G <10 G <10 GB mg/m 3 NH H 2 S GB m

78 (1) 200t/d 30t/d / 3km t/d CODmg/L BOD 5 mg/l SSmg/L mg/l ~ ~5000 ~3000 ~1000 ~ (2) GB DB32/

79 t/a mg/l t/a mg/l t/a COD SS NH 3 -N / COD / ~5000 ~333.5 SS / ~1000 ~66.7 NH 3 -N / ~1000 ~66.7 A22 SS SS SS 100mg/L A ~63.7 db(a) 47.4~60.3dB(A) GB GB BOT

80 t/a t/a t/a SO HCl Pb TEQ mg/a TEQ mg/a 65.8TEQ mg/a COD SS NH 3 -N TP COD ~ SS ~200 ~66.7 NH 3 -N ~133 ~ BOT ~14 SO % SO ~9 1

81 A23 SO % 57.4% SO SO 2 A [2007] [2007]380 A

82 4.3.1 [2003]229 [2007] HClHF HCl HF DB32/ % SO

83 (1) CO 2006 F 1.5~3m/s SO 2 PM 10 HClNO X CO SO 2 PM 10 NO X CO HCl mg/m % mg/m % % (2)

84 D-E A-B E A-B u 10 m/s 1.5u <u u <u SO PM C f mg/m 3 NO X CO HCl X f0 m X f m (P) SO C f mg/m 3 PM NO X CO HCl X f0 m X f m (P) (P) m 574mSO 2 PM 10 NO X CO HCl 7.54%5.8%37.33%0.91% 1.4% 2006 NW NNWN NNE (3) 35m 550~ (4) 18.17%NO X 5%NO X

85 SO 2 PM 10 NO X CO HCl mg/m % mg/m % / mg/m % mg/m % / (5)

86 DB32/ DB32/ DB32/ dB(A) 10.3dB(A) 5.3dB(A) 1000m 200m 200m (1) +/+ (2) (3) GB (4) 74

87 SO 2 SO 2 214~259mg/m 3 236mg/m 3 260mg/m SO 2 161~195mg/m 3 179mg/m 3 SO 2 SO 2 58~70mg/m 3 64mg/m 3 SO / 3km COD 85%COD 3.5~5 mg/l 5000mg/L 75

88 SO 2 2NO X 2 SCR

89 2 1.25MW kwh kwh 855 m t 77

90 m m m m 2 m m / 4 m m / 6 m / m BOT

91 Kepple Seghers Kepple Seghers 350t/d 500t/d

92 ~15000m 3 5~7d 1000t/d 500t/d2 Kepple-Seghers 84.6/h 42.3t/h2 20MW 20MW1 N SCR m 3 /d 684m 3 / 7000m 3 /h 3500m 3 /h2 260t/hmax 11m 3 /d 11t/h 9.9m 3 /d 1 30m 3 /min 24m 3 /min 0.85MPa 3736m m 2 60m 2 60m m m 2 10 m m 2 ++ ~200t/d ~24t/d 80

93 * 1 500t/d 2 I 500t/[d ] 2 DCS 2 I 3 2 I 4 P 0 4.1MPat III 6 SCR 2 III ~12000rpm 2 I I 9 2 I * I II III Kepple Seghers (1) 2000t (2) 5~7d 81

94 15000m 3 7d 2% 2 2 (3) s (4) 82

95 3 O 2 40t/[d ] 180 (5) MPa t/h 0.85t/h 83.75t/h 3.8MPa395 N QF

96 1 (6) SCR +++ SCR NO X NO X 60% SO 2 HClHF 8000~12000rpm SO 2 80% HCl 97% 2 500t/d 1 350t/d 80m m 3 /[h ] 6000Pa 2m 10.4m/s 20m SO 2 84

97 HClNO X O 2 CO (7) t/d 1 150m 3 3d 1 (8) t/d 2 500t/d 85

98 35~45t/ 15~20t/ 2 30m 3 45t 5 80t (1) 30%30% 74.5t/a73.2t/a (2) SCR 450t/a 900t/a (3) CaO 12~15% Ca(OH) 2 / 5554t/a133t/a (t) (t) 1100~ t/ 80 30% % ~ %CaO

99 % kcal/kg5415.7kJ/kg ~ / kj/kg kcal/kg % % % kJ/g1000kcal/kg 8374kJ/kg 2000kcal/kg 6699kJ/kg1600kcal/kg A

100 5.2.5 C H N S O Cl A* W* LHV* % kJ/kg *AWLHV A t/h 10% Max: t/d

101 t/h MPa400 N20 t/h t/h MPa294 t/h MPa294 t/h 24.3 kwh (1) Kepple Seghers Kepple Seghers (a) CO NO X GB S1000 1S 850~950 CO NO X Kepple Seghers SIGMA 89

102 (b) CO 2S (c) NO X (d) (2) SCR +++ NO X 60%SO 2 85%HCl 97%99.8% GB (3) (a) 90

103 (b) (c) (1) (2) MBR+ (3) 91

104 (1) 13.3 t/a 5.3 (2)

105 10 m t 0.8 t/a (3) 8t/a t/d500t/d SO m kg/[h ] 93

106 S S 500 S m S~2.2 S100 (1) 0.15% 80% (2)85% (3) 1000t/d500t/d t/a m S

107 / / HQC3A 1 QTJ YZP JS500 1 PSHA PSH SJ T 1 1m / m 3 10 m /m 3 t t 180kg m m m m m m 3 <1 <1 138kg kWh 25 kwh 50 kwh 95

108 (1) SCR ++/+ 96

109 / % m 3 /h mg/m % <30 kg/h SO 2 mg/m % <260 kg/h NO X mg/m % <400 kg/h HCl mg/m % <50 kg/h mg/m <2 kg/h mg/m 3 <60 <150 CO kg/h Hg+Cd mg/m <0.07 <0.1 kg/h Pb mg/m <0.07 <1.6 kg/h As+Ni mg/m <0.07 <1.0 kg/h TEQng/m 3 4 <0.1 <0.1 µg/h (1) 1 (2)5.2.5 (3) (4) 1.476TEQng/m

110 m D2.0m2 10.4m/s 150~ m 3 /[h ] CO Hg Cd Pb As 1~5TEQng/m 3 0.1~ ~ ~ ~1.5 mg/m 3 10~ ~ ~ ~ ~ O 2 11% mg/m 3 kg/h t/a mg/m 3 kg/h t/a < µg/h 188mg/a 2 SO CO < NO X Hg+Cd < HCl Pb < As+Ni < (2) (a) 2TEQng/m 3 (b) 10% NO X COPbHg+Cd 98

111 % mg/m kg/h SO 2 mg/m kg/h NO X mg/m kg/h HCl mg/m kg/h 9.85 mg/m 3 2 kg/h mg/m 3 350~500 CO kg/h Hg+Cd mg/m kg/h Pb mg/m kg/h As+Ni mg/m kg/h TEQng/m TEQug/h (3) 6TEQng/m m TEQng 10m 6TEQng/m (1) 99

112 [NH 3 ]<3.79mg/m 3 [H 2 S]<0.30mg/m NH 3 H 2 S kg/h kg/h kg/h kg/h 2 NH 3 H 2 S 0.31mg/m mg/m m 3 /h NH kg/h0.0048kg/h 95% 5% NH 3 H 2 S NH 3 H 2 S kg/h m 2 m NH H 2 S (2) 100

113 NH 3 H 2 S (3) NH 3 H 2 S 0.049kg/h0.0051kg/h m GB mg/m 3 1.5t/a m 3 /d

114 t/d % BODCOD BODCODSS BODCOD t/d CODmg/L BOD 5 mg/l SSmg/L mg/l ~ COD SS NH 3 -N TP t/a t/a / HW

115 5.4.4 GB dBA 55dBAGBZ m m * *

116 5.4.5 t/a / / SO NO X HCl Pb mg/a mg/a 188mg/a COD 4.56 > <0.67 SS 2.37 > <0.22 NH 3 -N 0.32 > <0.056 TP > < COD > SS > NH 3 -N > m 104

117 NO X % NO X 60% t MBR+ GB m t 105

118 2 t 80% SO 2 SO 2 440t/a 226.6t/aSO % 73.9% 0.13% 0.15% SO 2 236mg/m 3 179mg/m 3 SO 2 SO 2 64mg/m 3 SO t/a 7.08t/h 1 2.5t/h 9.58t/h12~17%CaO 0.15%85% SO 2 179mg/m 3 64mg/m t/a 126.6t/a 44.13%

119 t/d / % m 3 /h mg/m % <30 kg/h SO 2 mg/m % <260 kg/h NO X mg/m % <400 kg/h HCl mg/m % <50 kg/h mg/m <2 kg/h mg/m 3 <60 <150 CO kg/h <14.81 Hg+Cd mg/m <0.07 <0.1 kg/h < Pb mg/m <0.07 <1.6 kg/h < As+Ni mg/m <0.07 <1.0 kg/h < TEQng/m 3 4 <0.1 <0.1 TEQµg/h m 1.6m m/s 150~ m 3 /[h ]

120 O 2 11% mg/m 3 kg/h t/a mg/m 3 kg/h t/a < µg/h 197.5mg/a 2 SO CO < NO X Hg+Cd < HCl Pb < As+Ni < S S 525 S m S S~2.3 S105 (1) 0.15% 80% (2)85% (3) 1050t/d350t/d t/a 108

121 t/h 100t/h ~15% % t/d t/h 200t/h ~15% % t/d 109

122 t/a SO NO X / HCl / / Pb / / / 102.7mg 197.5mg / 188mg 385.5mg 188mg / COD SS NH 3 -N TP COD SS NH 3 -N t/d 2 500t/d SCR + +/+ 80m 1 350t/d SO 2 NO X 40% 110

123 MBR

124 () P i Qi = C 0i Q i C 0 i P n = P i j i= 1 i=1,2,j P = k P n n= 1 n=1,2,k K i = Pi P n 100% K n = P P n 100%

125 SO 2 NO X 0.5mg/m 3 0.9mg/m mg/m % NO X SO %32.39% COD 20mg/L0.5mg/L1.0mg/L0.2mg/L %COD 37.90% 49.71% 55.01% COD 113

126 t/a SO 2 NO X HCl () []* *

127 PSO 2 P P PNO X PHCl ΣPn Kn 10 9 m 3 /a 10 9 m 3 /a 10 9 m 3 /a 10 9 m 3 /a 10 9 m 3 /a 10 9 m 3 /a % () [] ΣPi10 9 m 3 /a Ki%

128 t/a t/a COD () ) ( []

129 P COD P P P ΣPn Kn 10 3 m 3 /a 10 3 m 3 /a 10 3 m 3 /a 10 3 m 3 /a 10 3 m 3 /a % () ) ( [] ΣPi10 3 m 3 /a Ki%

130 # G 1 # G 2 # G 3 # G 4 # G 5 # G m NW ~6300 NNE ~1200 SWW ~2000 NEE ~2000 SW ~ G 1 # G 2 # G 3 # # G 4 # G 5 G 6 # SO 2 TSPPM 10 NO 2 HClHFPb HgCdH 2 SNH 3 SO 2 TSPPM 10 NO 2 HClHFPb HgCdH 2 SNH 3 SO 2 TSPPM 10 NO 2 HClHFPb HgCdH 2 SNH 3 SO 2 TSPPM 10 NO 2 HClHFPb HgCdH 2 SNH 3 H 2 SNH 3 SO 2 TSPPM 10 NO 2 SO 2 NO 2 18h 1 4 TSPPM 10 12h min 5d 118

131 (1) ~27 SO 2 TSPPM 10 NO 2 HClHFPbHgCdH 2 S NH 3 H 2 SNH 3 SO 2 TSPPM 10 NO (2) SO 2 TSPPM 10 NO HClHFPbHgCd SH NH 3 H 2 S A

132 / / TSPmg/m PM 10 mg/m % SO 2 mg/m NO 2 mg/m HClmg/m % HFmg/m 3 ND 0 Pbmg/m 3 ND Hgmg/m 3 ND / Cdmg/m 3 ND 0 H 2 Smg/m NH 3 mg/m TEQpg/m 3 / / TSPmg/m % PM 10 mg/m % SO 2 mg/m NO 2 mg/m HClmg/m HFmg/m 3 ND 0 Pbmg/m 3 ND Hgmg/m 3 ND / Cdmg/m 3 ND 0 H 2 Smg/m NH 3 mg/m TEQpg/m / TSPmg/m PM 10 mg/m % SO 2 mg/m NO 2 mg/m HClmg/m % HFmg/m 3 ND 0 Pbmg/m Hgmg/m 3 ND / Cdmg/m 3 ND 0 H 2 Smg/m NH 3 mg/m TEQpg/m 3 / / TSPmg/m % PM 10 mg/m % SO 2 mg/m 3 ND NO 2 mg/m HClmg/m 3 ND HFmg/m 3 ND 0 Pbmg/m 3 ND Hgmg/m 3 ND / Cdmg/m 3 ND 0 H 2 Smg/m NH 3 mg/m TEQpg/m / 120

133 1 TSPmg/m % PM 10 mg/m % SO 2 mg/m 3 ND NO 2 mg/m HClmg/m 3 ND / HFmg/m 3 ND 0 Pbmg/m 3 ND Hgmg/m 3 ND / Cdmg/m 3 ND 0 H 2 Smg/m NH 3 mg/m TEQpg/m / TSPmg/m % PM 10 mg/m % SO 2 mg/m NO 2 mg/m HClmg/m 3 / / HFmg/m 3 / / Pbmg/m 3 / / Hgmg/m 3 / Cdmg/m 3 / / H 2 Smg/m 3 ND 0 NH 3 mg/m 3 ND TEQpg/m 3 / / (1)SO mg/m 3 HCl 0.01mg/m 3 (HF)0.001mg/m 3 Pb0.0005mg/m 3 Hg mg/m 3 Cd mg/m 3 H 2 S0.002mg/m 3 NH mg/m 3 (2)ND 1/2 (3) (1) TSP 0.110~0.810mg/m 3 PM ~0.365mg/m 3 TSP TSPPM 10 (2) SO 2 NO 2 1 ND~0.495 mg/m ~0.190mg/m 3 SO 2 NO ~0.147mg/m ~0.099mg/m 3 SO 2 1

134 NO 2 1 SO 2 NO X NO X 248~369 mg/m 3 NO t/aSO 2 438t/a / SO 2 144t/a SO 2 438t/a SO t/a NO X 355.5t/a SO t/aNO X 345.7t/a SO 2 247t/aNO X 694.1t/a SO 2 191t/aNO X 7.1t/a SO 2 NO 2 (3) H 2 SNH 3 ND~0.006mg/m 3 ND~0.19mg/m 3 HFHgCd (4) HCl ND-0.053mg/m 3 5% 4 HCl HCl 122

135 24.73t/a 4 HCl 25.5t/a HCl A HCl HCl 21.23t/a HCl 9.41t/aHCl 11.82t/a HCl (5) Pb ND~0.0037mg/m 3 Pb 0.14 Pb (6) 0.026~0.274TEQ pg/m / / TSP PM SO NO HCl HF Pb H 2 S NH TSPPM 10 >1 <1 123

136 SO 2 NO X t/a1082.9t/a648t/a4 HCl SO 2 TSPPM 10 NO X HCl R 1 # R 2 # R 3 # m 500m 3500m phsscodbod 5 T As T Hg T Cd T Pb T Cu Cr 6+ A (1) (2006)()(013) phss CODBOD 5 T As T Hg T Cd T Pb T Cu Cr 6+ (2) ~10 3 CODNH 3 -N TP 124

137 A25 A ph P ph (ph 7.0)(pH 7.0) P i C i S i P i i C i i mg/l S i i mg/l

138 ph COD BOD ND ND ND-0.03 ND # / R 1 % / S ij / ND ND # / R 2 % / S ij / ND ND # / R 3 % / S ij / SS T As T Hg T Cd T Pb T Cu ND ND ND ND ND ND >16000 # R 1 % 100 / / / S ij 3.53 / / / ND ND ND ND ND >16000 # R 2 % 100 / / / S ij 2 / / / ND ND ND ND ND ND >16000 # R 3 % 100 / / / S ij 1.69 / / / 0.03mg/L 0.01mg/L 0.001mg/L 0.001mg/LT As 0.001mg/LT Hg mg/LT Cd mg/LT Pb 0.001mg/L 0.004mg/L 0.05mg/L 126

139 (1) R # 2 500mR # m CODBOD 5 SS (2) R # 1 100m CODBOD 5 SS (3) ~10 (4) DB32/ ~5m phcod TDS P N 127

140 W 1 # W 2 # W 3 # phcod P N TDS GB/T GB A phcod Cr 6+ P N (1)W 1 # <2m>1m 0.8m (2)W 2 # 3.3m 0.6m (3)W 3 # 2.8m 1.5m TDS

141 W 1 # W 2 # W 3 # ph COD ND ND / / / ND / / ND ND ND ND ND # W ND ND ND ND ND # W ND ND ND ND ND ND # W TDS ND ND >1600 # W ND >1600 # W ND ND >1600 # W mg/L 0.001mg/L 0.01mg/L 0.001mg/LT As 0.001mg/L T Hg mg/LT Cd mg/LT Pb 0.001mg/L 0.1mg/L 0.025mg/L GB/T ~ V 129

142 (1) 1988~ (2) cm/s m A GB

143 ~ db(a) Z1 Z2 Z3 Z4 Z5 Z6 Z7 Z GB dB(A) 20~25 db(a) () 1 5 G 1 # ~G 5 # 100m 1 ph # E 1 # E 2 # E 3 ph # E 4 # E 5 # E 6 # E 7 100m ph

144 ~30cmmg/kg ph # E # E # E # E # E 5 / / / / / / / / # E 6 / / / / / / / / 37.0 # E GB ph # E 1 # E 2 # E 3 # E 4 # E 5 / / / / / / / / / # E 6 / / / / / / / / / # E GB

145 2 3 # 4 # m m 10-30m 1:4 1:2 5-6m m 133

146 km 24h m/s m/s N NNE NE NEE E SEE SE SSE 5 % % S SSW SW SWW W NWW NW NNW C 5 % % Pasquill 6 ABCDEF D 47.99% E 17.22%A 134

147 1 9.0% 4 3.0% 1.6% 7 2.0% %

148 A B C D E F HJ/T A Dh = a U E Fh = b f = 2Ω sin ϕ h mu 10 10m m/s 6m/s 6m/sf rad/sφ a s b s HJ/T A B C D E F a s / / b s / / / / A B C D E F / / / s s 10 U / 10 f / f 136

149 % m/s N NNE NE ENE E ESE SE SSE S SSW SW WSW W WNW NW NNW C Total A < < B C < D > < E < F

150 (1) m (2) 10m 10m 100m200m300m m 100m 200m 300m (3) 300m 300m U z = U 10 Z 10 P U z Zm m/s 138

151 U 10 10m m/s P P AB C D EF P (4) D 47.99% m < ~ ~300 % K/100m K/100m % K/100m K/100m m >102 >68 1) 2) Q 0.35P Q T / T Q h kj/s P a hpa Q v m 3 /s h = a v s T = T s Ta TK T s K T a K 8103kJ/s7717kJ/s 139

152 H HJ/T (1) Q h 2100kJ/sT n K H = 1 n H n Q H U Hm n 0 n 1 n 2 n 0 n 1 n n 0 n 1 n 2 Q h kj/s n 0 n 1 n 2 Q h /3 2/ /3 2/ Q h T35K kJ/sQ h 2100kJ/s H = H H ( H 2 H1 )( Qh 1700) / 400 ( V D Q )/ U 0.048( Q 1700) / U = s h V s m/sd m H 2 m Q h 1700kJ/s T35K H = 2 ( 1.5V D Q ) U (2) H = Q 1/ 3 h 3 1/ 3 ( / ) 1/ dt dz + U a h 0 h s h / dt a /dz K/m (3)H H = 5.50Q 1/ 4 h 3/ 8 ( dt / dz ) a dt a /dz 0.01K/m dT a /dz0.01k/m dt a /dz=0.01k/m dt a /dz K/m H U U m/s 140

153 m 3~5m 294.8m 200m 100m ~9 80m 4.6m/s 65m 145m NNENNNWNWNWWW HJ/T (1) U m/s XYZ 24h cmg/m 3 Q 2 Y exp U 2π σ yσ z 2σ y 141 c = 2 A F

154 A ( z H ) exp 2 2σ z ( z + H ) + exp 2σ z 2 = e e 2 Qmg/s Xm Y m Zm A σ y m σ z m Um/s 2 2 ( 2nh He) ( 2nh + He) 2 = + k F = exp + exp 2 2 n k 2σ z 2σ z hm n k=4 H e m H e =H+H H H σ y σ z σ α1 y = γ 1 X, σ z = γ X α 1 α 2 γ 1 γ 2 (2) U 10 <1.5m/s X XY Z 24h c L mg/m 3 2 α 2 c L ( x, y) = ( 2π ) 2Q 3 2 γ 02 2 η A G 142

155 γ 01 η = ( X + Y + 2 γ U / 2 01 s G = e γ 1+ 2π Se 2 H e / 2 { Φ( S) } ) Φ( S) = 1 2π s 2 t 2 e dt UX S = γ 01 η γ 01 γ 02 HJ/T HJ/T (1) U m/s L Q H C 2 2 Q H Y A exp exp 2 πuσ yσ z 2σ Y 2σ Z = 2 α 3 4 σ y = γ 3( X + X 0 y ) σ ( z = γ 4 X + X 0Z ) X 0Y Y mx 0Z Z mx 0Y X 0Z α σ y ( X 0 y ) = L 4.3 σ Z ( X 0 Z ) = H 2.15 CX0mg/m 3 143

156 Qmg/m 2 s Um/s Hm σ y σ z y z γ 1 γ 2 α 3 α 4 Xm (2) U 10 <1.5m/s C ( x, y) = η G 1 2Q 3 2 2π γ o2 2 η A G G = e u s se 2γ o π Φ( s) 2 η = x 2 + y 2 2 γ o + 2 γ 1 o2 He 2 Φ( s) = 1 2π e 2 l 2 dt s = ux γ o1 η γ 01 η = ( X + X0) + y + He 2 γ

157 U ( X + X ) 0 S = γ 01 η X = max( X 0 y, X 0 0 Z ) X y = 0 LU 4.30γ 01 X Z = 0 HU 2.15γ 02 X 0y X 0z y z X h f C f (mg/m 3 ) c f Q Y A exp 2π Uh f σ yf 2σ = 2 yf 2 Φ ( P) P = ( h f H e )/ σ z σ yf = σ f + H / 8 Φ( S) = 1 2π s 2 t 2 e dt UX S = γ 01 η 2 η = ( X 2 + Y 2 γ + γ H e ) = H + f h f 145 X f h 2 ( h + H h ) = A 2 A = ρ c U / 4K h f a f p = H + pσ c 3 ( 0.99( d / ) ) 10 K c = exp θ dz ρ a g/m 3 c p J/gKdθ/dz K/m z f

158 h 100m :0014:0020:00 3 1h C d 1 N ( X, Y ) = C ( X, Y ) C h X,Yi X,Ymg/m 3 N i= 1 C ( x, y,0) = a i= 1 h C d ( x, y,0) C a (x,y,0)x,ymg/m 3 C d (x,y,0) x,ymg/m t/d500t/d2 1050t/d350t/d min 146

159 (1) (2) m m m 3 /h C 150~ ~160 SO 2 kg/h kg/h NO 2 kg/h CO kg/h HCl kg/h Hg+Cd g/h Pb g/h As+Ni g/h µgteq/h (1)(2) NH 3 H 2 S NH 3 H 2 S kg/h m 2 m NH H 2 S NH H 2 S NH 3 H 2 S SO 2 NO 2 COPbPM 10 TSPSO 2 H 2 SNH

160 1095 A (1) F 1.5~3m/s 28.1%NO X (2)0<=U<0.5m/s BDEF 0.5<=U< 1.5m/s DEF NO X 38.92% 148

161 mg/m 3 µg/m 3 pg/m 3 m NO X PM 10 SO 2 CO Pb/Hg/Cd X Y NNE 1.8 B NNE 1.8 B N 1.9 B NNE 1.8 B NNE 2.6 B NNE 2.3 B NNE 1.4 A NW 2.6 B WNW 2.8 B N 1.7 B % / 2.46 / / / / mg/m 3 µg/m 3 pg/m 3 m NO X PM 10 SO 2 CO Pb/Hg/Cd X Y 1 14 NNE 1.8 B NNE 1.8 B N 1.9 B NNE 1.8 B NNE 2.6 B NNE 2.3 B NNE 1.4 A NW 2.6 B WNW 2.8 B N 1.7 B % / 9.54 / / / / 149

162 mg/m 3 µg/m 3 pg/m 3 m NO X PM 10 SO 2 CO Pb/Hg/Cd X Y 1 14 NNE 1.8 B NNE 1.8 B NNE 1.8 B N 1.9 B NNE 2.3 B NE 2.5 B NWW 2.8 B NW 2.6 B NNE 1.4 A N 1.7 B % / 7.24 / / / / mg/m 3 µg/m 3 pg/m 3 m NO X PM 10 SO 2 CO Pb/Hg/Cd X Y 1 14 NNE 1.8 B NNE 1.8 B NNE 1.8 B N 1.9 B NNE 2.3 B NE 2.5 B NWW 2.8 B NW 2.6 B NNE 1.4 A N 1.7 B % / 3.4 / / / / 150

163 (3) % SO PM NO X E W 5.47 HCl CO / / Pb SO PM NO X N S 4.19 HCl CO / / Pb SO PM NO X W E 4.01 HCl CO / / / / Pb SO PM NO X SW NE 8.78 HCl CO / / Pb SO PM NO X NWW SEE 7.66 HCl CO / / / / Pb TEQpg/m 3 Pb ug/m 3 mg/m 3 151

164 mg/m 3 µg/m 3 pg/m 3 NO X PM 10 SO 2 CO Pb km %NO X km 3 14 SO 2 PM 10 NO X ~

165 NO X PM 10 SO 2 CO Pb / / / / / / / / / / / / / / / / / / / 0 TEQpg/m 3 Pb ug/m 3 mg/m SO 2 NO 2 HClCO Pb ~ NO X PM 10 SO 2 CO Pb m 762mSSW TEQpg/m 3 Pb ug/m 3 mg/m NO X PM 10 SO 2 CO Pb TEQpg/m 3 Pb ug/m 3 mg/m 3 153

166 SO mg/m %NO X mg/m % D-E A-B E A-B u 10 m/s C f mg/m 3 Pb ug/m 3 pg/m 3 C f mg/m 3 Pb ug/m 3 pg/m 3 (P) 1.5u <u SO NO X CO HCl Pb X f0 m X f m (P) SO NO X CO HCl Pb X f0 m X f m 574 (P) m 574mSO 2 NO X COHClPb 2.56%16.71%0.04% 2%0.03% 2006 NW NNWN NNE 154

167 % SO PM NO X E W 5.47 HCl CO / / Pb SO PM NO X N S 4.19 HCl CO / / Pb SO PM NO X W E 4.01 HCl CO / / / / Pb SO PM NO X SW NE 8.78 HCl CO / / Pb SO PM NO X NWW SEE 7.66 HCl CO / / / / Pb

168 SO 2 TSP Pb mg/m 3 mg/m 3 mg/m 3 ug/m 3 pg/m 3 C max X max 854SSW C max X max 854SSW C max X max 1000S C max X max 854SSW C max X max 762SSW C max X max 762SSW C max X max 100S C max X max 990SE C max X max 990SE C max S X max TSP 2.7 TSP TSP SO 2 mg/m 3 mg/m 3 mg/m 3 pg/m

169 SO 2 TSP Pb TEQpg/m 3 C max mg/m X max m 854SSW HCl TSP HCl 0.05mg/m 3 7.5mg/m pg/m mSSW 360mSSW 762mSSW 574m 854mSSW pg/m pgTEQ/m 3 0.1% % 157

170 pgTEQ/m pgteq/m 3 60kg 16kg pg/kg mg/a pg/a 5.47% % % mg/a 8.78% % % TEQpg/kg 3.7% ~7d

171 NH 3 H 2 S NH 3 H 2 S 50m 23 50m 500m 159

172 m GB mg/m NH 3 H 2 S 2.0mm HDPE (1) TEQpg/m 3 0.6TEQpg/m 3 (2)

173 130m 130m (1) D 0.5m/s ~ NH 3 H 2 S m NH 3 H 2 S m

174 NH 3 H 2 S m ~3 NH 3 110m H 2 S 80m NH 3 170m H 2 S 200m (2) NH 3 H 2 S 200m

175 400m GB m 500m H 2 S 0.4t/a 139m 800m 800m / m / t/d 0 NH 3 H 2 S t/d NH 3 H 2 S / / t/d 1000t/d m 1000m 163

176 1.2km GB m 80m 80m SO 2 NO 2 PbPM m 150% H 153m H e 273m WNWWNWNNWN NENEEE SEESESSE 80m 80m

177 SO 2 NO X HCl 350t/d 500t/d 50%85%HCl 97% 99.8% 2006 (1)SO 2 NO X HClCO Pb (2) SO 2 HClPb SO 2 Pb HCl 2.7 TSP (3) H 2 SNH 3 165

178 (4) NH 3 H 2 S 300m 300m 400m 1000m (5) % t/a t/a COD NH 3 -N TP COD NH 3 -N TP t/a COD 249t/a 73.5%NH 3 -N 130t/a 97.4% 166

179 33.75t/d 80t/d 120t/d t/d 80t/d t/d 0.39% 6~7 m 3 /d COD t/d GB t/d 8 t/d (1) 4.2m 3 /s90% 4860m (2) 19.5m 3 /s 50% 1470m (3) 167

180 dB(A) db(a) 1m m * *

181 r a b r ra/ a/b/ L(r)L(r 0 )-10log(r/r 0 )-L r>b/ L(r)L(r 0 )-20log(r/r 0 )-L L10lg(10 0.1Li ) Lr r A db(a) Lr0 r0 A db(a) L db(a) Rm r0 1m L A db(a) Li i db(a) N Z1Z dB(A)

182 db(a) Z Z Z Z Z Z Z Z dB(A) 80m 110dB(A) 71.9dB(A) 50dB(A) 30dB(A) 30dB(A) dB(A) m 10dB(A) m 170

183 t/d 24t/d A GB HW (1) 13.3 t 10 m 3 (2) HW17HW18 HW21-24HW30HW31-34HW (3) 171

184 (1) (2) + HW

185 7.5.2 / HDPE cm/s a 1cm HDPE 7.6 BOT m 173

186 SO 2 NO 2 174

187 SO 2 80m g/m 2 2.0mmHDPE % 4860m 50% 1470m COD 175

188 (1) 49580m 2 (2) ~9.30m 7.70m 7.50m 5670m m m m m m m m m 3 176

189 (1) 49580m m t/[km 2 a] t (2) 1.857hm t/[km 2 a]1 28t (3) 177

190 428t 400t 28t (1) (2) (1) cm 60cm 178

191 (2) 18570m 2 30% SO 2 (3) 1560m 2 (4) (1) 1200m 3.3m 179

192 Q=0.32m 3 /s m 3 /s 10min 0.1mm 2 15m1.2m 1.6mC15 (2) 0.20hm 2 1.0m 1:1~1: m 2100m 180

193 (3) 49580m 2 2 (28.8m 3 ) 49580m m 181

194 a

195 4.6m/s 150m 150m 40% 60m C X H Y CONOx C X H Y CO NOx g/km g/h

196 db(a) db(a) 1 100~ ~ ~ ~ ~ GB L p = L p0 20 lg r r 0 L 184

197 L p L p0 r(m)r0(m)db(a)l db(a)l L p GB L p A / db(a) db(a) m m 75/55 100~ ~ / 120~ ~ /55 90~100 10~ ~ ~ /55 85~90 10~ m362m 200m m 562.3m 316.2m 1000m 185

198

199

200 ~500t/d ~200t/d 100~200t/d 2~4 500~900m 2 /t ~100m 2 /t 110~150m 2 /t 9~12 20~24 12~ kJ/kg 40% 20~ ~60 15%-25% 30%~40%, ph //t % % / /t( )

201 90 HDPE BOT 500~

202 1200t/d % ( )( ) () 190

203 ~

204 kepple Seghers t/d HC1 HFSO 2 NO X (1)

205 Ca(OH) %~80% (2) Ca(OH) 2 Ca(OH) 2 SO 2 HC1 90% 99% (3) SO 2 HC1 NaOH Ca(OH) 2 193

206 HC1 95% SO 2 80% (4) Hg SO 2 <300 <200 <60 HCl <80 <30 <30 <30 <20 <10 (5)NO X SCR NOx NOx 60% NOx NOx, 3 194

207 SNCRSCR NOx SO 2 NOx N 2 O 2 NH 3 NOx SNCR 30%~50% SCR NO X N SNCR 927~1093 NOx N 2 H 2 O SCR NO X SCR

208 DCS DCS 10kV (1) kwh 1 kwh 4.04 t/a (2) m 3 /d m 3 /d 270m 3 /d 30m 3 /d 98.9% m 3 /d m 3 /d 600m 3 /d 99% (3)

209 9.1.6 t/d kcal/kg 1200~ ~ ~ ~ ~ ~1300 % <0.12 <0.05 <0.05 < kwh/t 280~ ~ ~ ~ / / 45 % 22~25 15~18 12~15 17~19 13~16 10~14 t/a kg/t ~ * kg/t TEQng/m ~ ~0.04 / ~ mg/m 3 <10 3~8 / 2~ SO 2 mg/m 3 70~100 <30 40~ ~67 64 NO X mg/m 3 280~350 / / 130~ HClmg/m 3 30~40 20~40 40~60 <50 <50<3.3 <50<10 COmg/m 3 3~4 0 / 20~50 <60 <60 SO 2 kg 0.395~0.564 < ~ ~ kg < ~0.08 / 0.023~ HClkg 0.369~ ~ ~ ~0.567 <0.019 <0.056 TEQ ng 113~ ~226 / ~ * 85% SO 2 197

210 9.1.6 (1) (2) (3) SO 2 SO 2 75% (4) (5) CO CO (6) (1) SO 2 (2) 1 SO 2 198

211 (3)

212 9.2 (1) 3.5 (2) (3) 200

213 () HJ/T (1) 201

214 HCl CO NH 3 H 2 S HJ/T A v% LC501807ppm 4 HJ/T A HJ/T A LC50444pm 2002 C16C (20) % BHJ/T A 1 3 HClCONH 3 H 2 S CONH 3 H 2 S (2) 30m 3 60m 3 45 HClCONH 3 H 2 S HJ/T A 2 3 GB

215 // t q/q t t q/q 45 / 10 / HCl 32.49kg/h CO 3.45kg/h NH kg/h 40 0 < <0.1 H 2 S kg/h (3) (4) HCl CO NH 3 H 2 S HJ/T HJ/T km 28km 2 203

216 HJ/ A HJ/ A HClCO NH 3 H 2 S HClCONH 3 H 2 S ()()

217 (1) (2)()() (3) (4) (5) (6) (7) m 3 500m /a 205

218 110-7 /a ()() m 3 3d650m

219 (1) (2) 2~4d (3) HJ/T Q ( x x 0) ( y y0) ( z = 0) c( x, y,0) exp exp exp 3 / (2π ) σ xσ yσ z 2σ x 2σ y 2σ z c( x, y,0) (x,y)mg/m 3 x0 y 0 z 0 Q σ x σ y σ z mσ x = σ y TEQpg/m 3 4TEQpg/kg 10% TEQpg/kg 207

220 TEQpg/m TEQpg m m 3 D 0.5m/s y y m 3 60kg 130m 0.4TEQpg/kg kg kg m TEQpg TEQpg TEQpg TEQpg/kg TEQpg/kg HCl TSP HCl 0.05mg/m 3 7.5mg/m 3 0.4

221 (1) (2) (1) (2) (3) (4) (5) 209

222 (1) (2) (3) (4) (5) (1) m (2) (3) / m 6h

223 (1) (2) (3) (1) (2) (3) (4) (5) m (1) (2) 211

224

225

226 (1) (2) (3) (4)

227 (5) (6)

228 HC1 2 Kepple Seghers CO 20m 850 2S 3 T 850 2S 216

229 (1) NOx 60% NOx NOx, 3 SNCRSCR NOx SO 2 NOx N 2 O 2 NH 3 NOx SCR SNCR ASCRSelective Catalytic Reduction 90% 280~420 NOx N 2 H 2 O 217

230 4NO+4NH 3 +O 2 4N 2 +6H 2 O 6NO+4NH 3 5N 2 +6H 2 O 6NO 2 +8NH 3 7N 2 +12H 2 O 2NO 2 +4NH 3 +O 2 3N 2 +6H 2 O NH 3 ( V 2 O 5 -TiO 2 ) NOx NH 3 N 2 H 2 O ( 3~4 ) SCR SO 2 (NH 4 ) 2 SO 4 NH 4 HSO 4 SCR 218

231 BSNCRSelective NonCatalytic Reduction NH 3 NOx N 2 H 2 O SNCR NOx 927~1093 NOx N 2 H 2 O SNCR 6NO+4NH 3 5N 2 +6H 2 O 950 (NH 4 ) 2 CO+O 2 2NH 2 +CO+2H 2 O NH 2 +NON 2 +H 2 O CO+NON 2 +CO NH 3 NO NOx 4NH 3 +5O 2 4NO+6H 2 O

232 SNCR SCR SCR m 3 SCR 50~80 5~10+/ m 3 /[h ] 82300m 3 /[h ] /a60% (2) 220

233 5-10 CaO Ca(OH) 2 SOxHCl Ca(OH) 2 (3) CO HClCuCl 2 CO CO 221

234 6 CO 200 (4) Hg (5) 99.9 Ca(OH) 2 PLC () 222

235 /a % % (1) (2) (3) (4) 223

236 T 850 2S 97.5% % 6m/s t/d 30t/h 2 9MW 1000t

237 t/d 40% MBR+ GB t 3000 MBR MBR MBR COD1.5 mg/lbod6000mg/lnh 3 -N3000mg/L 225

238 A t/d 0.39% COD 226

239 /a 360 /a 1.5 /a % 1.54% 11.3 (1) (2) (3) (4) (5) (6) GB m GB

240 HW /a 65 /a 228

241 711 /a 13.39% 6.02% m 3 /a 3 /a 11.6 BOT % 17.15% 39.69% 229

242 % % % GB GB GB

243 SO 2 CODNH 3 NTP

244 12.4 t/a SO NO X HCl gTEQ 0.188gTEQ gTEQ COD SS NH 3 -N TP / / / % 99.8%HCl 97% DB32/ t/a 80000t/a t/a COD 73.5%NH 3 -N 97.4% ~7 t/d~7.8 t/d 8 t/d 232

245 2004 COD 1752t/aNH 3 -N438t/a t COD1703.8tNH 3 -N420.5t 2006 CODNH 3 -N DN32/ CODNH 3 -NTP 8.275t/a0.690t/a0.069t/a 10 t/d COD 8500t DB32/ SO t/a120.4t/a SO t/a247.0t/a SO 2 85% SCR NOx 60% SO 2 NOx 191t/a 7.1t/a SO 2 SO %2006 SO 2 5% 2007 SO 2 5% 233

246 SO 2 222t/a SO 2 136t SO 2 86t SO 2 5% SO 2 SO 2 A

247 /10~1/ t/d 1000t/d ([2006]28 ) /9/other shtml

248 ~ A [2002]

249 /+1 20MW+10 m 3 /a BOT BOT 2 500t/d m t/d 10 m t /3 Kepple-Seghers 2000SO 2 NO 2 HClPb 2007 MBR %97% 99.8% ~ 950 2s 3 237

250 A. B. C. D t A. B. C. 3 A. B. 4 A. B. C. D. E. F. 5 A. B. C. 6 A. B /10~1/5 A. B m 3 A. B. C. D. 9350t/d3 1 A. B. C. D. E. 10/ A. B. C. D. E. 11 A. B. C. D. E. 12 A. B. C. D

251 % 77 44% 18~30 31~40 41~ % % % % % % % % % % 21 12% A A A B B B B B A B C A A A A C C C # A C A B B

252 A 25 3 A C # C 28 2 A C C C 32 2 A A A A A 37 24# B A C A C A A B C C C A A C D A A A A A B A A B A 62 3 A C A A A A A A A

253 A A A A A A A A A A A A A A 85 B 86 A 87 A 88 A 89 A A A A C C 95 7 A C B D D B C C C C C 106 C 107 C 108 B 109 B 110 C C C C A A A A 241

254 A D D A A B A A A A A A A A A A # B B B B B B C A A A A A A A A C 150 ~~ C C 152 ~~ C C C C B A A A C 161 A # A A A 242

255 A A C A A A A A A B B A B C D E F % % % % % % % % % % % %

256 /+120MW %97% 99.8% ~ 950 2s Kepple-Seghers 2000SO 2 NO 2 HClPb 2007 MBR+ 244

257 (1) 4 A37 245

258 % (1) (2) (3) (4)

259 MW 60 t t 8% 60 t 5 m

260 kwh t 5% 12% BOT t/d t 1100~1200t 2/3 248

261 [2007] (1) (2) (3) (4) (5)

262 km 4km 7 1.5km () 8 3.5km 3.2km m m 3 110kV 250m

263 TSPPM 10 2 SO 2 SO 2 251