Post on 15-Jul-2020
3800
PVC PU
2020 3 3
3800 PVC PU
I
1 .................................................................................................................... 1
1.1 .................................................................................................... 1
1.2 .................................................................................................... 1
1.3 ............................................................................................ 2
1.4 .................................................................................... 3
1.5 .............................................................................. 16
1.6 ...................................................................................... 16
2 ................................................................................................................... 18
2.1 .................................................................................................. 18
2.2 .............................................................................. 24
2.3 .......................................................................................... 32
2.4 .............................................................. 41
2.5 ...................................................................... 44
3 ........................................................................................... 60
3.1 .......................................................................................... 60
3.2 .............................................................. 64
3.3 .............................................................................. 66
3.4 .................................................................................................. 70
3.5 .................................................................................. 74
3.6 .......................................................................................... 77
3.7 .......................................................................................... 87
3.8 ...................................................... 90
4 ....................................................................................... 92
4.1 .......................................................................................... 92
4.2 ...................................................................... 97
4.3 ................................................................................ 108
3800 PVC PU
II
4.4 .................................................................................... 109
5 ..................................................................................... 113
5.1 ..................................................................... 113
5.2 ................................................................ 127
5.3 ................................................................ 131
5.4 ........................................................................ 139
5.5 ........................................................................ 141
5.6 .................................................................... 148
5.7 ............................................................................ 152
5.8 ................................................................................ 158
6 .................................................................... 159
6.1 ............................................ 159
6.2 ........................................ 181
6.3 ........................................ 183
6.4 ........................................................................ 186
6.5 ................................................................ 187
6.6 ........................................................................................ 190
6.7 ................................................................ 199
7 ................................................................................ 202
7.1 ........................................................................................ 202
7.2 ............................................................................ 202
7.3 ........................................................................................ 202
8 ..................................................................................... 205
8.1 ................................................................................................ 205
8.2 .................................................................................... 210
8.3 ............................................................................ 213
8.4 ........................................................................................ 214
3800 PVC PU
III
9 ......................................................................................... 218
9.1 ................................................................................................ 218
9.2 ........................................................................................ 218
9.3 .................................................................................... 219
9.4 ........................................................................................ 219
9.5 ................................................................................ 220
9.6 ........................................................................................ 220
9.7 ........................................................................ 222
9.8 ............................................................................ 222
9.9 .................................................................................................... 222
3800 PVC PU
IV
2.4.1
2.4-2
2.5-1
2.5-2
2.5-3
3.1-1
3.1-2
4.1-1
4.1-2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
3800 PVC PU
V
16 VOCs
17
18
[2016] 16
19 PVC
20
1
2
3800 PVC PU
1
1 1.1
PVC PU
15000
3.5 m2
PVC PU 3800
PVC PU
44 < >
1 “
” “47 ” “ ”
1.2
3800 PVC PU
2
1
2
+
15m
3 250m2
4
5
360m3
1.3
HJ2.1-2016
1.3-1
3800 PVC PU
3
1.3-1
1.4
1.4.1
1.4.1.1
C2925 C3670
1
2
3
1
2
3
1
2
1
2
3
3800 PVC PU
4
[2016] 16 18
90%
PVC
2019
2019
2012 2013
2015
1.4.1.2
1 VOCs
2013 31
VOCs 2013
31
UV
VOCs
VOCs
3800 PVC PU
5
VOCs VOCs
VOCs
2 < >
[2014]128
[2014]128 1
2
l
3 (GB21902-2008)
A
VOCs DPHP DINP
(GB21902-2008) A
VOCs
VOCs
3 < “ ”
> < “
”>
3800 PVC PU
6
VOCs
VOCs VOCs
VOCs VOCs
VOCs
4 “ ” [2017]121
“ ” [2017]121
“ VOCs
VOCs
VOCs VOCs
VOCs
”
VOCs
VOCs
VOCs
5 <
> 2018 122 <
> 2018 115
3800 PVC PU
7
“ VOCs
VOCs 2020
20% ”
VOCs VOCs
VOCs
6 2018-2019
2018-2019
VOCs
VOCs
7 2019.6.26
2019.6.26
VOCs VOCs
VOCs
VOCs
VOCs
VOCs VOCs VOCs VOCs
VOCs
3800 PVC PU
8
VOCs
VOCs
VOCs
8
89 1.4-1
3800 PVC PU
9
1
9
[2019]136 1.4-2 [2019]136
1.4.2
3800 PVC PU
10
CAB1017-2013
GB8410-2006
2016~2020
2016-2020
2016-2020
1.4.3 “ ”
1
1.6km
2
NO2 PM10 PM2.5 O3
2018
3800 PVC PU
11
66.6% 4.1 PM2.5
49 / 9.3%
2020
VOCs 2015 20% PM2.5 2015
20% 44 / 73.9%
2015 25% PM2.5
3
4
1.4-3 1.4-4
1.4-3
1
2
3
4
5
6
3800 PVC PU
12
7
8
9
10
11
12
13
14
15
16
17 2019
18
19 VOCs
20
21
22
23
24
25
26 1
27
28
2020 SO2 NOx VOC 12386.30t 13668.66t 3825.19t 1017.00t
SO2 NOx VOC 2 2020 COD
2107.2 153.7 16.5
2020 8 m3/ 22%
0.5t / 0.38 t 57.9 km2
8.99km
1.4-4
1 1
2 200 /
1000 1000 5000 /
200MWp 200MWp
3
4
1450
3800 PVC PU
13
5 3.4
5.1 1
1.76 120 /
2 80 /
3.4 1.7
2017 12
2017 12 2017 12
74 15
20
15 1 10
L C.I. 11 48 112
113
3
5 3
/
6 DBT TBT
PET 150 /
250 CFCs
2 1 80 /
GB/T12963 2 CIGS CdTe
12% 13% 13% 12% \
18.5% 20%
16.5% 17%
2
4 AT
1
2 SO2 NOx VOC 2
3 VOC
2019
4 2020 COD 4959.26 247.95 46.57
7927.35t 8697.68 2108.26
1
2018 70%
2
3
4 2020 VOCs
5 2018
6 2019 35 /h 65 /h
7 35 /h
3800 PVC PU
14
8 VOCs
9 100m
1 2C2B 15kW h/m2
3C38 20kW h/m2
4C4B 25kW h/m2
5C5B 30 kW h/m2
0.1m3/m
2
2 170kg/m3
3 35[kg/ m2•a ]
280[L/ d ]
37[kg/ m2
a ] 420[L/ d ]
39[kg/ m2•a ] 510[L/ d ]
4 4846.5kgce/t 0.8kgce
1795t/t 17.95t/t 2.24t/t
269t/t 95%
5 / / 1500/1400/1450kgce/t
26t/t
6 0.42kgce/
18.48t/ 80%
7 1.0kgce/m2
1.5kgce/m2
12L/m2
0.33kgce/m2
0.07kgce/kg 10L/m2
0.27kgce/m2
0.06kgce/kg
1.26kgce/m2
0.23kgce/kg
2.5L/m2
0.44 kgce/m2
0.09kgce/kg
2.5L/m2
8 7kW h/kg 40kW
h/kg 40 kW h /
35 kW h / 8 kW h /MWp
4 kW h /MWp 0.6 kW h /kg
1300t/ 1600t/MWp 0.1t/kg
50%
9 100MW 282g/ kW
h 600MW 287g/ kW h 600MW
296g/ kW h 300MW
312g/ kW h 600MW 312 g/ kW h
300MW 318 g/ kW h 200MW
336 g/ kW h +16 g/ kW h
+10 g/ kW h
+7 g/ kW h 600MW 1.49m3/ MW h
300MW 1.55m3/ MW h
10 160kgce/Adt
280kgce/Adt
33m3/Adt 38 m
3/Adt 90%
110 kgce/Adt
200 kgce /Adt 20m3/Adt
23 m3/Adt 90% 250
kgce/Adt APMP 13m3/Adt BCTMP 13 m
3/Adt
90%
420kgce/Adt 400kgce/Adt
80m3/Adt 80m
3/Adt
3800 PVC PU
15
85% 300 kgce/Adt
60m3/Adt
45m3/Adt 85% /
65/140kgce/Adt 45/140kgce/ Adt
7m3/Adt 5m
3/Adt
90% 95%
240kgce/Adt 8m3/t 90%
280 kgce/Adt 13 m3/t 90%
400 kgce/Adt 15m3/t
90% 250kgce/Adt 10m3/t
240 kgce/Adt 8m3/t
250kgce/Adt 8m3/t 90%
320kgce/Adt 14m3/t 90%
11 4.5kgce/kVAh
0.08m3/kVAh 4.2kgce/ kVAh
0.09m3/kVAh 3.8
kgce/kvh 0.13m3/AVAh
1.8kgce/ kVAh 0.02m3/ kVAh 85%
9kgce/ 1m3/
0.4m3/
0.35m3/ 40%
3000kgce/ Ah 80m3/ Ah
80kgce/ Ah 1.2m3/ Ah
70% / 350kgce/ Ah
1.2m3/ Ah 80%
12 1 10 kW h /MWp
8.5kW h/kg 45kW h/kg 1700t/MWp
10% 2 6 8 12
5 4 22.9 18.1 14.9 12.2 12.9L/cm2
6
8 12 5 4 1.30 1.27 1.02 0.490 0.510kW
h/cm2
6 8 12 5 4
29% 25% 20% 50% 50% 3 16L/m2
1.2 kgce/m2
kgce/m2
4
1000t/t 130 m3/t
2019
VOCs 2
COD
3800 PVC PU
16
VOCs VOCs
VOCs
100m
1.4.4
1.5
1
2
3
4
1.6
3800 PVC PU
17
3800 PVC PU
18
2 2.1
2.1.1
1 2014 4 24 2015 1
1
2 2018 12 29
3 2017 6 27 2018
1 1
4 2018 10 26
5 2018 12 29
6 2016 11 7
7 2019 1 1
8 2012 7 1
9 2018 10 26
10 682 2017 10
1
11 2018 4 28
12
[2014]197
13 39 2016 8 1
14 2019
2019 29 2020 1 1
15
[2012]77
3800 PVC PU
19
16
[2012]98
17
[2018]22
18 [2016]31
19 [2015]17
20
[2014]30
21
[2016]150
22
[2015]4
23
[2016]81
24 [2016]81
25 < >
[2017]905
26 < >
[2017]121
27 < >
[2019]53
28
[2017]84
29
[2017]178
30 (2019 )
3800 PVC PU
20
2019 12 20
31
[2018]11
32 3
33 (2018
[2018)1892
34
[2014]197
2.1.2
1 2018 3 28
2 2018 3 28
3 2018 3 28
4 2018 3 28
5 2003 3 18
6 1998 9
7 1997 11 27
8 [2011]1
9
[2011]71
10 2012
[2013]9
11 2012
[2013]183
12 2018.6
13
[2020]1
3800 PVC PU
21
14
[2014]294
15
[2018]122
16
[2014]1
17 < >
[2014]53
18
[2014]104
19
[2014]148
20 119
21
[2014]128
22
[2015]175
23
[2016]169
24 [2016]96
25 < >
[2016]47
26
[2017]30
27
[2018]91
3800 PVC PU
22
28
[2018]91
29 [2016]185
30
[2019]36
31 < “ ” >
[2017]11
32 < 2017
> < 2017 > [2017]39
33
[2017]102
34
[2018]115
35 2018-2019
[2018]114
36 [2003]50
37 < >
[2018]4
2.1.3
1 HJ2.1-2016
2 HJ2.2-2018
3 HJ2.3-2018
4 HJ2.4-2009
5 HJ610-2016
6 HJ19-2011
7 (HJ964-2018)
3800 PVC PU
23
8 HJ169-2018
9 GB34330-2017
10 2017
43
11
12 HJ819-2017
13 GB37822-2019
2.1.4
1
2
3
38
00
PV
CP
U
24
2.2
2.2.
1
2
.2-1
2.2-
1
0
-1S
RD
NC
0
0
0
0
0
0
0
-1
SR
DN
C
0
0
0
0
0
0
0
0
0
0
0
0
-1S
RD
NC
0
0
0
0
0
-1S
RD
NC
0
-1S
RD
NC
0
0
0
0
0
0
-1L
RD
C
0
0
0
-1L
RD
C
-1L
RD
C
-1L
RD
C
-1L
RD
C
-1
LR
DC
0
0
0
0
-1L
RD
C
0
0
-1L
RD
C
0
0
0
0
-1L
RD
C
0
0
0
0
0
0
0
0
0
-1L
RD
C
0
0
0
-2
SR
DC
-1
SR
DC
-1
LIR
DC
-1
LIR
DC
0
0
-1S
IRD
C
0
-1S
RD
NC
0
-1S
RD
C
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-1L
RD
C
0
0
0
0
0
0
0
0
0
0
0
0
0
0
“+”
“-”
“L”
“S”
“0”
“”1
“2”
“3”
“R”
“IR”
“D”
“ID”
“C”
“NC”
25
2.2.2 2.2-2
SO2 NO2 PM10 PM2.5 O3 CO
VOCs DMF
SO2
NOx VOCs
CO
DMF TSP
SO2 NOx
VOCs DMF CO
pH COD BOD5 SS
/
COD
SS
K+
Na+
Ca2+
Mg2+
CO32-
HCO3-
Cl-
SO42-
pH
/ /
LeqdB(A) LeqdB(A) / /
1,1-
1,2- 1,1-
1,2- 1,2-
1,2- 1,1,1,2-
1,1,2,2- 1,1,1-
1,1,2-
1,2,3-
1,2- 1,4-
+
2- [a][a] [b] [k]
[a,h] [1,2,3-cd]
/ / /
/
/ /
2.2.3
2.2.3.1
1
SO2 NO2 NOx PM10 PM2.5 TSP CO
O3 (GB3095-2012) VOCs
HJ2.2-2018 D TVOC
DMF 87
360
3800 PVC PU
26
2.2-3
2.2-3 mg/m3
SO2
0.06
GB3095-2012
24 0.15
1 0.5
NO2
0.04
24 0.08
1 0.2
NOx
0.05
24 0.1
1 0.25
CO 24 4
1 10
O3 8 0.16
1 0.2
PM10 0.07
24 0.15
PM2.5 0.35
24 0.75
TSP 0.2
24 0.3
TVOC 8 0.6 HJ2.2-2018 D
DMF 1 0.2 87 360 [1]
1 0.4
[1] lnCm=0.47lnC -3.595
C
GBZ2.1-2007 300mg/m3
Cm
0.4mg/m3
2
2003 29
GB3838-2002 III
SS SL63-94
2.2-4
27
2.2-4 mg/L pH III
pH 6 9
DO 5
6
COD 20
BOD5 4
SS 30
1.0
1.0
0.2
3
GB/T14848-2017
2.2-5
2.2-5 mg/L pH Ⅰ Ⅱ Ⅲ Ⅳ Ⅴ
pH 6.5 8.5 5.5 6.5
8.5 9.0 <5.5 >9.0
CODMn O2 ≤ 1 2 3 10 >10
≤ 1 2 3 10 >10
≤ 0.02 0.02 0.2 0.5 >0.5
≤ 0.001 0.01 0.05 0.1 >0.1
CaCO3 ≤ 150 300 450 550 >550
≤ 0.001 0.001 0.002 0.01 >0.01
≤ 50 150 250 350 >350
N ≤ 2 5 20 30 >30
N ≤ 0.01 0.1 1 4.8 >4.8
≤ 0.1 0.1 0.1 0.1 >0.1
≤ 0.05 0.05 0.1 1 >1.0
≤ 0.01 0.05 1 1.5 >1.5
≤ 0.05 0.5 1 5 >5.0
≤ 0.005 0.01 0.05 0.1 >0.1
≤ 0.00005 0.00005 0.001 0.001 >0.001
( ) ≤ 0.005 0.01 0.05 0.1 >0.1
≤ 0.005 0.01 0.05 0.1 >0.1
≤ 0.0001 0.001 1 0.01 >0.01
≤ 50 150 250 350 >350
≤ 50 150 250 350 >350
3800 PVC PU
28
Ⅰ Ⅱ Ⅲ Ⅳ Ⅴ ≤ 300 500 1000 2000 >2000
≤ 1.0 1.0 1.0 2.0 >2.0
4
2018 4
3 GB3096-2008 3
20m 4a
3 2 2.2-6
2.2-6 dB(A)
2 60 50
3 65 55
4a 70 55
5
GB36600-2018 2.2-7
2.2-7 mg/kg
CAS
1 7440-38-2 60 140
2 7440-43-9 65 172
3 18540-29-9 5.7 78
4 7440-50-8 18000 36000
5 7439-92-1 800 2500
6 7439-97-6 38 82
7 7440-02-0 900 2000
8 56-23-5 2.8 36
9 67-66-3 0.9 10
10 74-87-3 37 120
11 1,1- 75-34-3 9 100
12 1,2- 107-06-2 5 21
13 1,1- 75-35-4 66 200
14 -1,2- 156-59-2 596 2000
15 -1,2- 156-60-5 54 163
29
CAS
16 75-09-2 616 2000
17 1,2- 78-87-5 5 47
18 1,1,1,2- 630-20-6 10 100
19 1,1,2,2- 79-34-5 6.8 50
20 127-18-4 53 183
21 1,1,1- 71-55-6 840 840
22 1,1,2- 79-00-5 2.8 15
23 79-01-6 2.8 20
24 1,2,3- 96-18-4 0.5 5
25 75-01-4 0.43 4.3
26 71-43-2 4 40
27 108-90-7 270 1000
28 1,2- 95-50-1 560 560
29 1,4- 106-46-7 20 200
30 100-41-4 28 280
31 100-42-5 1290 1290
32 108-88-3 1200 1200
33 + 108-38-3 106-42-3 570 570
34 95-47-6 640 640
35 98-95-3 76 760
36 62-53-3 260 663
37 2- 95-57-8 2256 4500
38 [a] 56-55-3 15 151
39 [a] 50-32-8 1.5 15
40 [b] 205-99-2 15 151
41 [k] 207-08-9 151 1500
42 218-01-9 1293 12900
43 [a h] 53-70-3 1.5 15
44 [1,2,3-cd] 193-39-5 15 151
45 91-20-3 70 700
A
2.2.3.2
1
VOCs DMF
GB21902-2008 5
6
3800 PVC PU
30
GBZ2.1-2007 PC-TWA
GB16297-1996 CO
DB31/933-2015 2.2-8 2.2-9 VOCs
2.2-10
2.2-8 mg/m3
DMF
/ /
50
/ /
/ /
VOCs
150
200 DMF
200
200
10
/ /
/ /
/ /
300[1]
CO 1000
[1] GBZ2.1-2007
PC-TWA
2.2-9 mg/m3
DMF 0.4
VOCs 10
0.5
1.6[1]
[1] GB16297-1996
/ 4 2.2-10 VOCs mg/m3
NMHC 10 6 1h
GB13271-2014
3 2018-2019
31
2.2-11
2.2-11 : mg/m3
20
GB13271-2014
2018-2019
50
50
≤1
GB18483-2001
2 2.2-12
2.2-12
mg/m3
2.0
% 85
2
GB18918-2002 1 A
2.2-13
2.2-13 mg/L pH
pH 6~9 6~9
CODCr 500 50
SS 400 10
45 5 8[1]
8 0.5
70 15
100 1
[1] 12 ≤12
3
GB12348-2008 3 4
2.2-14
3800 PVC PU
32
2.2-14 dB(A)
3 65 55
4 70 55
4
GB18599-2001
GB 18597-2001
2.3
2.3.1
SO2 NOx VOCs DMF TSP
CO HJ2.2-2018
Pi i
i 10% D10%
Pi
Pi— i %
Ci— i 1h
μg/m3
C0i— i μg/m3
C0i GB 3095 1h
i 1 P
Pmax 2.3-1
2.3-1
Pmax≥10%
1%≤Pmax 10%
Pmax<1%
2.3-2 2.3-3
%100ii ��
oiCCP
33
2.3-2
/ /
500000
/K 300
/K 268
□
/m 90
□
/km /
/° /
2.3-3
ug/m3 ug/m3 % D10%
P1 0.65196 450 0.14488 /
P2 6.5196 450 1.4488 /
P3 7.3888 450 1.64196 /
CO 38.2479 10000 0.38248 /
P4 17.385 450 3.86333 /
CO 38.2479 10000 0.38248 /
P5 VOCs 1.3039 1200 0.10866 /
P6
22.301 400 5.65025 /
DMF 4.5637 200 2.2818 /
VOCs 66.934 1200 5.57783 /
P7 VOCs 0.21732 1200 0.001811 /
0.43464 450 0.096586 /
P8 VOCs 0.043464 1200 0.003622 /
P9
SO2 0.54767 500 0.10953 /
NOX 13.19 250 5.276 /
4.0163 450 0.892511 /
77.897 900 8.65522 /
34.9 400 8.725 /
DMF 11.53508 200 5.767538 /
VOCs 90.37582 1200 7.53132 /
CO 10.126 10000 0.10126 /
VOCs 0.75244 1200 0.0627 /
2.3-3
3800 PVC PU
34
Pmax 8.725% 2.3-1
2.3.2
HJ2.3-2018
HJ2.3-2018 1
B
2.3.3
HJ610-2016
“ ”
II
2.3-4
I II III
2.3.4
GB3096-2008 3
3dB(A)
HJ/T2.4-2009
2.3.5
35
2019 2 26 HJ964-2018
A “ ”
Ⅲ
“ ” 3.5 m2(3.5hm
2)
(≤5hm2)
2.3-5
I II III
-
- -
2.3.6
1 P
Q
HJ169-2018 B
B
Q
Q
Q
q1 q2 ... qn— t
Q1,Q2, ...,Qn— t
Q<1
Q≥1 Q 1≤Q<10 10≤Q<100 Q≥100
HJ169-2018 B
Q 2.3-6
3800 PVC PU
36
2.3-6 Q Qn/t Qn/t Q
1
0.9 10 0.09
2 0.6 10 0.06
3 0.2 5 0.03
4
1.9 10 0.19
5 0.4 5 0.08
6 0.3 10 0.03
7 0.5 10 0.05
8 0.1 10 0.01
9 [1] 50 50 1
Q Σ 1.543
[1] HJ169-2018 B B.2 2 3
Q 1 Q 10
M
2.3-7
2.3-7 M M 5
M 5
M=5 M4
P
Q M
P
2.3-8 P
Q M
M1 M2 M3 M4 Q 100 P1 P1 P2 P3
10 Q 100 P1 P2 P3 P4
1 Q 10 P2 P3 P4 P4
P4
2 E
37
E1 E2 E3
HJ169-2018
D D.1
2.3-9
E1 5 km
5 500 m 1000
200 m 200
E2 5 km
1 5 500 m 500 1000
200 m 100
200
E3 5km
1 500 m 500
200m 100
5km 5
E1
E1 E2
E3
HJ169-2018 D D.2
2.3-10
F1
Ⅱ
24h
F2
Ⅲ24h
F3
2.3-11
S1
10km
3800 PVC PU
38
S2
10km
S3 10km
1 2
2.3-12
F1 F2 F3 S1 E1 E1 E2
S2 E1 E2 E3
S3 E1 E2 E3
E3
E1
E2 E3
HJ169-2018 D D.5
D.6 D.7
G D
2.3-13
G1
G2
39
G3
2.3-14
D3 Mb 1.0m K 1.0 10-6
cm/s
D2 0.5m Mb<1.0m K 1.0 10
-6cm/s
Mb 1.0m 1.0 10-6
cm/s K 1.0 10-4
cm/s
D1 D2 D3
D2
2.3-15
G1 G2 G3 D1 E1 E1 E2
D2 E1 E2 E3
D3 E2 E3 E3
E3
3
Ⅰ Ⅱ Ⅲ Ⅳ/Ⅳ+
2.3-16
2.3-16
E P
P1 P2 P3 P4 E1 Ⅳ+ Ⅳ Ⅲ Ⅲ
E2 Ⅳ Ⅲ Ⅲ Ⅱ
E3 Ⅲ Ⅲ Ⅱ Ⅰ
Ⅳ+
Ⅲ P4
E1 Ⅰ P4 E3
Ⅰ P4 E3
3800 PVC PU
40
Ⅲ
4
2.3-17
Ⅳ Ⅲ
Ⅱ Ⅰ
2.3-17 IV IV+ III II I *
*
A
III
5
HJ169-2018
5km
5km
2.3.7
(HJ19-2011)
2.3.8
2.3-18
41
2.3-18
B
2.4
2.4.1
2.4-1
2.4-1
5km
6km2
200m
0.05km
5km
2.4.2
2.4-2 2.4-3 2.4-4 2.4-1
2.4-2
/ m X Y
119.2730 32.1750 1000/3000
E 900
119.2718 32.1750 1000/3000 E 1250
119.4703 32.3213 100/300 E 2200
119.4598 32.3074 100/300 ENE 178
119.2656 32.1812 100/300 ENE 295
119.4600 32.3265 100/300 ENE 1200
119.2720 32.1832 800/2400 NE 890
119.2731 32.1841
1000
NE 1470
119.2731 32.1841
500 NE 1410
119.2731 32.1841
1500
NE 2100
3800 PVC PU
42
/ m X Y
119.4317 32.3127 100/300 NE 2800
119.2657 32.1853 1000/3000 NNE 1276
119.4577 32.3168 300/900 NNE 1668
119.4581 32.3244 200/600 NNE 2750
119.2641 32.1812 100/300 NW 231
119.4501 32.3211 100/300 N 1950
119.4335 32.3267 100/300 NW 1950
119.4281 32.3271
7000
NW 2600
119.4273 32.0.8 100/300 NW 3200
119.2555 32.1845 10/30 NW 1600
119.2535 32.1828 1000/3000 NW 1660
119.4176 32.3199 100/300 NW 2990
119.2523 32.1750 1000/3000 W 1830
119.2518 32.1755 1000/3000 W 2020
119.4186 32.2998 2000
W 2360
119.2757 32.1828 200/600 E 2260
119.4565 32.2891
1000 SE 1510
119.4582 32.2888
500 SE 1680
2.4-3 m
2000 S II
1300 E III
45 N Ⅳ
178 NE / 2
/ / / /
/ / /
GB36600-2018 1
1600 E /
43
2.4-4
5km
m
1 E 900 3000
2 E 1250 3000
3 E 2200 1500
4 ENE 178 300
5 ENE 295 300
6 ENE 2200 1200
7 NE 890 2400
8 NE 1470 1000
9 NE 1410 500
10 NE 2100 1500
11 NE 2800 1000
12 NNE 1276 3000
13 NNE 1668 900
14 NNE 2750 600
15 NNE 4100 500
16 NNE 4150 300
17 NW 231 300
18 N 1950 300
19 N 5000 5000
20 NW 1950 300
21 NW 2600 7000
22 NW 3200 1000
23 NW 3680 5000
24 NW 4000 8000
25 NW 4100 3000
26 NW 4400 3000
27 NW 4500 5000
28 NW 5000 2000
29 NW 4000 2000
30 NW 1600 30
31 NW 1660 3000
32 NW 2900 500
3800 PVC PU
44
33 NW 3800 50
34 NW 3800 300
35 WNW 4000 10000
36 W 1830 3000
37 W 2020 3000
38 W 2369 2000
39 W 3400 6000
40 WSW 3200 5000
41 WSW 3700 2000
42 SW 3400 5000
43 E 2260 600
44 SE 1510 1000
45 SE 1680 500
46 SE 2700 500
500m 900
5km 105380
E E1
2.5
2.5.1 2016-2020
2.5.1.1
1992 1993 10
[1993]52 9.8 km2
1998
1998 10
[1998]42 2009
2009 7 [2009]113
2009 7
[2009]77 11.1 km2
2010 11 29
[2010]135
131.2km2
88.2km2
43.0km2
2019 11
45
[2019]148
2.5.1.2
131.2 km2
88.2 km2
43 km2
2.5.1.3
2015
2016~2018 2018~2020 2040
2.5.1.4
2.5.1.5
1
2
3800 PVC PU
46
10.1 km2
12.7 km2
— S244
2.8 km2
- 3.5 km2
2.3 km2
-
2.2 km2
-
5.4 km2
47
- 14.9 km2
S244 1.7 km2
2.5.1.6
2.5-1 2.5-1
2.5-1 (hm²) (%)
R 1330.1 22.96
R1 31.7 0.55
R2 1287.4 22.22
Rax 11.0 0.19
A 317.6 5.48
A1 52.3 0.90
A2 4.0 0.07
A3 228.8 3.95
A4 3.7 0.06
A5 13.4 0.23
A6 2.7 0.05
A9 12.7 0.22
B 267.1 4.61
B1 187.1 3.23
B2 54.7 0.94
B3 19.2 0.33
B4 6.1 0.11
M 1436.9 24.80
M1 584.4 10.09
M2 696.7 12.03
M3 155.8 2.69
W 91.8 1.58
3800 PVC PU
48
(hm²) (%) S 1374.0 23.72
S1 1355.2 23.39
S3 8.4 0.14
S4 10.4 0.18
U 61.9 1.07
U1 18.9 0.33
U2 34.8 0.60
U3 8.2 0.14
G 913.9 15.78
G1 506.1 8.74
G2 405.9 7.01
G3 1.9 0.03
H11 5793.3 100.00
2.5.1.7
1
LED
2
“ ” “ ”
3
49
4
5
6
“ ”
“ +”
7
3800 PVC PU
50
8
“
”
CAB1017-2013
GB8410-2006
2016~2020
2.5.1.8
1
20
150
Φ200 Φ1200 15 13
2
51
a.
30 m3/d
5 m3/d 10
m3/d 5 m
3/d 10 m
3/d
15.4 10.0
b.
16 m3/d
8 m3/d
2019
c.
15 m3/d
15
20 / 5 / 10 /
5 /
GB 18918-2002 A
6
2.5-2
3
3800 PVC PU
52
220kV 2020 55.6
1.7 220kV 94.5
22.5 220KV 2
220KV 36
110kV 2017-2020 3
110KV 110 1.8-2.1
110 110
110 7 14 76.9
1 35 2 6300
110 1 220 3 35
220 35
4
4
- - -
2000
90%
53
0.1 0.4
5
600 / 480 /
120 / 1
800 /
2
2015 7 2#
2
800 /
130 /
65-75 /
230 /
165.9 / 131.74 /
250
3800 PVC PU
54
252 4
95% 9 400t/h
90%
6
13
S356 200 /
60 km2 6000
30
60 /
50 120 /
GB50337 2003
2.5.1.9
55
2011-2018 2011-2018
76.9%~100% SO2 NO2
PM10 PM2.5
2011 2015 2016
1km
5
2015 18 t/d 2020 26 t/d
3.6
3 7 2600.6MW
1 4 2520MW 2
3 86.6MW 97%
3800 PVC PU
56
2
2.1-1
VOC
20 t/d 6 t/d
GB 18918-2012 A
2016-2020
5
8 2015
8
t/d
6 t/a
2017
57
2020 26 t/d 5.2 t/d
GB 18918-2012 A
2.5.1.10
2.5-2
1
2020
2
3800 PVC PU
58
100m 50m
3
4
5
6
7
2.5.2
2.5-1 2.5-3
59
2.5-1
km2
/
7.7
/ 1.82 1.82 E
1.6km
2.5.3
1
GB3095-2012
2 [2003]50
GB3838-2002
III
3 GB3096-2008
3
2.5-2
2.5-2
GB3095-2012
III GB3838-2002 III
3 GB3096-2008 3
3800 PVC PU
60
3 3.1
3.1.1
3800 PVC PU
2019-321071-36-03-557699
119.44539785°E 32.30373144°N
119.44347739°E 32.30386019°N
119.44545150°E 32.29997635°N
119.44347739°E 32.30026603°N
100
400
300 8 7200
15000 854
5.69%
2021 6
3.1.2
3.1.2.1
3.1-1
3.1-1 (m2) (m2) (m)
PVC 2
1 19500 19500 12
3
20m
PVC 2
PU 1
61
3.1.2.2
3.1-2
3.1-2 m2/ h
1 PVC
/
605 7200
2 PVC 76 7200
3 PU 79 7200
4 PVC * *
=40/160m*1.5m*5mm
2418 7200
5 PVC 304 7200
6 PU 318 7200
CAB1017-2013 GB8410-2006
3.1-3
3.1-3
N ≥350
N ≥200
% ≥20
% ≥120
50N % ≥5
% ≥20
N ≥24
N ≥24
N ≥15
N ≥15
Taber 1000 / ≥4
2000 ≥4
mm/min ≤75mm/min
3.1.3
3.1-4
3.1-4
[1] 2200m
2 1
4400m2 2
3800 PVC PU
62
464 m2 2
6000 m2 3
5000 m2 1
1200 m3 300 m
3*4
200 m2 1
/
31805 t/a
18600 t/a
120 kw·h/a
150 m3/h
1.25 m3/h
10t/h
1 t/h
802 m3/a
50m3/min
/
35m3
35m3
/ /
1 5000m3/h
1 +
76000m3/h
1 +
40000m3/h
1 +
90000m3/h
1
86000m3/h
1
100000m3/h
1 1
33000m3/h
15000m3/h
2 25000m3/h
1 6000m3/h
185m2
250 m2
360m3
[1] 3.1.3.1
63
31805 t/a
3.1.3.2
DN500 DN500
9600t/a
3.1.3.3
120 kW h 10kV
3.1.3.4
150 t/h 10800 m3/a
3.1.3.5
1.25t/h
80% 1t/h
3.1.3.6
0.8MPa 350
3.1.3.7
1t/h 0.8MPa 175
3.1.3.8
1
802 m3/a
2
3800 PVC PU
64
50m3/min 40m
3/min
3.1.4
2 PVC 2 PVC
1 PU
3.1-1
3.1.5
3.1-2
3.2
3.2.1 PVC
3.2.2 PVC
65
3.2.3 PU
3.2.4
3.2-1
G1-1 G1-3 G2-1
G1-2 VOCs
G1-4 G1-5 G1-6
G1-7 G1-8 VOCs
G2-2 G2-3 G2-4
G2-5 G3-1 G3-2
G3-3 G3-4
VOCs CO
G1-9 G2-6 G3-5 VOCs DMF
G1-10 G2-7 G3-6 VOCs DMF
G1-11 VOCs CO
G1-12 G2-8 G3-7 VOCs
G1-13 G2-9 G3-8 VOCs
G1-14 G2-10 G3-9 VOCs
/ / VOCs
/ COD SS
/ COD SS
/ /
A/B S1-1 S1-3 S1-6 S2-1
S3-1 PVC
S1-2 S2-2 S3-2
S1-4
S1-5 S1-9 S1-10
S2-6 S2-7 S3-6 S3-7
S1-7 S2-4 S3-4
S1-8 S2-5 S3-5
S2-3 S3-3
/
/ PVC
/
/
/
/
/
/
3800 PVC PU
66
/
GB34330-2017 6.1
a
b
3.3
3.3.1
3.3-1
3.3-1 t/a
PVC
67
PVC
PU
3800 PVC PU
68
3.3.2
3.3-2 3.3-2
[C2H3Cl]n
1.35-1.46
780℃60g/m
3
/
(2-
)
C6H4(CO
OC10H21)
2
=1 0.965
425℃ 0.01kPa 20
220
345℃
LD50
5000mg/kg
C26H42O4
0.975
280 0
0.001kPa 20 235
-
260℃ /
C26H50O4
=1 0.91
-55 248 1.20kPa
1.2kPa 20 210
/
911 C28H46O4
0.964g/cm3
425.8
227.6
LD50
2000mg/kg
69
C2H4O2N
4
1.65 1.66
180
600g/m
3
LD50:6400mg/k
g
/
=1 0.989
-3 250 299
/
C3H8O =1 0.79 -88.5
80.3 12
399
2.0-12.7%
LD50:5045mg/k
g
C4H8O =1 0.81 -85.9 79.6
-9
404
1.7-11.4%
LD50:3400mg/k
g
C7H14
=1 0.79
-126.4 100.3 -4
250
1.2-6.7%
LD50:2250mg/k
g
C3H7NO
=1 0.94 -61 152.8
58 3.46kPa/60
LD50:4000mg/k
g( )
3.3.3
3.3-3
3.3-3 /
1
PVC
2
3
4
5
6
7
8
9
PVC/PU
10
11
12
13
19
20
3800 PVC PU
70
/
21
22
23
24
25
26
27
28
29
3.4
3.4.1
3.4-1
3.4-1
DPHP 345℃ LD50 5000mg/kg
DINP 260 /
DOS /
911P LD50 2000mg/kg
/
/
LD50:3400mg/kg
LD50:5045mg/kg
LD50:6400mg/kg
B
71
3.4.2
1
3.4-2
3.4-2
1
/
2
CO CO
3.4-3
1
/
2
DPHP
DINP
DOS 911P
/
3800 PVC PU
72
3
3.4-4
3.4-4
1
P1-P8
VOCs
2
3.4.3
1
VOCs
CO CO
73
3.4-1
3.4-1
2
3.4-5
3.4-5
DPHP DINP
VOCs /
3800 PVC PU
74
2.4-3 2.4-4
3.5
3.5.1
3.5-1
3.5-1
t/a t/a PVC 7800 22062
1100
3.885
DPHP 5280 VOCs 8.24
DINP 2970 CO 9.123
DOS 264 351
911P 1056
3.983
80 VOCs 4.656
A 140 CO 0.48
B 260 39
240 VOCs 72.357
514
161
37 13.887
47 800
8 50
PU 150 249
1318 1
187 VOCs 1.622
1913 5.4
500 33.703
5
1
23870 23870
3.5.2 VOCs
VOCs 3.5-2 3.5-1
75
VO
Cs0
.451
:0.1
67
DM
F0.0
29
VO
Cs3
6.92
99.5
46
DM
F2.2
07
VO
Cs7
.821 4.9
54
DM
F1.0
43
VO
Cs1
.5 1.5
VO
Cs2
8.84
37.2
37
DM
F1.7
66
VO
Cs6
.257 3.9
63
DM
F0.8
34
VO
Cs0
.9 0.9
VO
Cs2
VO
Cs7
6.03
6:25.6
31
DM
F5.2
8
VO
Cs4
.362
:1.7
53
DM
F0.2
63
VO
Cs4
.002
:1.3
49
DM
F0.2
78
VO
Cs8
.04:
2.7
38
DM
F0.5
54
PVC
PVC
PUV
OC
s0.6
:0.5
VO
Cs7
2.35
7:2
4.6
46
DM
F4
.98
9
3.5-
1 V
OC
s
t/a
3800 PVC PU
76
3.5-2 VOCs
t/a t/a
PVC
VOCs 36.929
VOCs 8.04
9.546 2.738
DMF 2.207 DMF 0.554
VOCs 7.821
VOCs 4.453
4.954 1.516
DMF 1.043 DMF 0.307
VOCs 1.5
VOCs 72.357
1.5 24.646
PVC
VOCs 28.843 DMF 4.989
7.237
DMF 1.766
VOCs 6.257
3.963
DMF 0.834
VOCs 0.9
0.9
PU VOCs 2
VOCs 0.6
0.5
VOCs 84.85
VOCs 84.85
28.9 28.9
DMF 5.85 DMF 5.85
3.5.3
3.5-1
77
31805 9000
2400
9600+
960012000
1080000
10800
10800
1080000
7200 7200
1800
7200 18600
390 286
55
3.5-1 m3/a
3.6
3.6.1
3.6.1.1
G1-1 G1-3 G2-1 G1-2
G1-4 G1-5 G1-6 G1-7 G1-8 G1-11 G2-2 G2-3 G2-4
G2-5 G3-1 G3-2 G3-3 G3-4 G1-9 G2-6 G3-5 G1-12
G2-8 G3-7 G1-10 G2-7 G3-6 G1-13 G2-9 G3-8
G1-14 G2-10 G3-9
38
00
PV
CP
U
78
3.6-
2
(m3 /h
)
%
(m
g/m
3 ) (k
g/h)
(t
/a)
(mg/
m
3 ) (k
g/h)
(t
/a)
(m
g/ m
3 ) (k
g/h)
(m
) (m
) (℃
)
P1
5
00
0
2
28
.00
1.1
4
8.2
08
1
9
9
2.2
80
0.0
11
0.0
82
5
/ 1
5
0.4
2
5
72
00
h
P2
7
60
00
14
.18
1.0
8
7.7
58
1
+
90
1
.41
8
0.1
08
0.7
76
5
/ 1
5
1.3
2
5
72
00
h
P3
4
00
00
30
.78
1.2
3
8.8
64
1
+
90
3
.07
8
0.1
23
0.8
86
5
/ 1
5
1.0
2
5
72
00
h
CO
1
5.8
4
0.6
3
4.5
61
/ 0
1
5.8
4
0.6
3
4.5
61
10
00
/
P4
9
00
00
32
.14
2.8
9
20
.82
4
1
+
90
3
.21
4
0.2
89
2.0
82
/ /
15
1
.5
25
7
20
0h
C
O
7.0
4
0.6
3
4.5
61
7.0
4
0.6
3
4.5
61
10
00
/
P5
8
60
00
V
OC
s 2
.62
0.2
3
1.6
22
1
9
0
0.2
62
0.0
23
0.1
62
75
/
15
1
.4
25
7
20
0h
P6
1
000
00
3
8.0
3
3.8
0
27
.38
4
1
9
0
3.8
03
0.3
80
2.7
38
15
0
/
15
1
.6
25
7
20
0h
D
MF
7
.70
0.7
7
5.5
43
0.7
70
0.0
77
0.5
54
25
/
VO
Cs
111
.66
11
.17
80
.39
7
11
.16
6
1
.11
7
8
.04
0
75
/
P7
3
30
00
V
OC
s 0
.76
0.0
3
0.1
80
1
9
0
0.0
76
0.0
03
0.0
18
10
0
/ 1
5
0.9
3
0
72
00
h
2
4.4
9
0.8
1
5.8
19
9
9
0.2
45
0.0
08
0.0
58
/ /
P8
1
50
00
V
OC
s 0
.65
9
0.0
1
0.0
2
/ 0
0
.65
9
0.0
1
0.0
2
10
0
/ 1
5
0.6
2
5
20
00
h
P9
2
50
00
SO
2
1.7
8
0.0
4
0.3
20
0
1.7
8
0.0
4
0.3
20
50
/
15
0
.8
10
0
72
00
h
NO
X
41
.60
1.0
4
7.4
88
41
.60
1.0
4
7.4
88
15
0
/
1
2.7
1
0.3
2
2.2
88
12
.71
0.3
2
2.2
88
20
/
P1
0
6
00
0
6
.67
0.0
4
0.0
48
8
5
1.0
00
0.0
06
0.0
07
2
/ 1
2
0.4
2
5
12
00
h
3m
50%
3800 PVC PU
79
3.6.1.2
1
0.912t/a
2
0.862 t/a
3
0.467t/a CO
0.48t/a
4
1.096t/a CO
0.48t/a
5
0.142t/a DMF 0.029t/a
VOCs 0.421t/a
6
1.349t/a DMF
0.278t/a VOCs 4.002t/a
7
VOCs 0.18t/a
8
0.647t/a VOCs 0.02t/a
9
VOCs 0.025 t/a
0.03 t/a
3800 PVC PU
80
10
11
0.4‰
8.635t/a 0.003 t/a
3.6-3
3.6-3 t/a m2 m
1
3.983
32264 12
2 1.816
3 DMF 0.307
4 VOCs 4.653
5 CO 0.48
6 VOCs 0.003 250 5
3.6.2
1
400 300
2014 100L/
·d 12000 m3/a 0.8
9600m3/a COD SS
400mg/L 300mg/L 35mg/L 3mg/L 45mg/L 100mg/L
2
1.25t/h
80% 0.25t/h 1800 t/a
COD SS 40mg/L 40mg/L
3
7200 t/a COD SS 30mg/L
3800 PVC PU
81
30mg/L
3.6-4
3.6-4
m3/a
mg/L mg/L t/a
mg/L t/a
9600
COD 400 3.840
+
300 2.880 /
/
SS 300 2.880 150 1.440 /
35 0.336 30 0.288 /
3 0.029 3 0.029 /
45 0.432 40 0.384 /
100 0.960 50 0.480 /
1800 COD 40 0.072
/ 40 0.072 /
SS 40 0.072 40 0.072 /
7200
COD 30 0.216 /
30 0.216 /
SS 30 0.216 30 0.216 /
18600
COD 222 4.128
/
170 3.168 500
SS 170 3.168 93 1.728 400
18 0.336 15 0.288 45
2 0.029 2 0.029 8
23 0.432 21 0.384 70
52 0.960 26 0.480 100
3.6.3
3.6-5
3.6-5
/ dB(A) m dB(A)
1 2 80 45
25
2 2 80 45 25
3 2 80 45 25
4 2 80 45 25
5 4 85 76 25
6 2 80 45 25
7 2 80 45 25
8 2 75 50 25
3800 PVC PU
82
/ dB(A)
dB(A)
9 2 80 25 25
10 3 80 22 25
11 7 80 45 25
12 7 80 60 25
13 2 80 50 25
14 1 80 40 25
15 2 85 60 25
16 20 75 35 25
17 2 90 50 25
18 2 85 50 25
19 8 70 50 25
20 3 75 50 25
3.6.4
3.6.4.1
GB34330-2017
3.6-6
3.6-6
(t/a)
1 A 1 √ /
GB34330-20
17
2 B 160 √ /
3 249 √ /
4 1 √ /
5
800 √ /
6 1 √ /
7 50 √ /
8 10 √ /
9 VOCs 10.6 √ /
3800 PVC PU
83
(t/a)
10
PVC 13.887 √ /
11
5 √ /
12
10 √ /
13
0.2 √ /
14
2 √ /
15
0.5 √ /
16
5 √ /
17
60 √ /
3.6.4.2
2016
2017 43
3.6-7
3.7-8
1 A
PVC
A 1t/a
2 B
DOS 991P
B 160t/a
3
PVC
249t/a
3800 PVC PU
84
4
1t/a
5
800t/a
6
1t/a
7
50t/a
8
10t/a
9
2007
27 5 200~300mg/g
200mg/g
1.622t/a 10.6t/a
10
13.887t/a
11
5.4 t/a
3800 PVC PU
85
12
10 t/a
13
2 0.2t/a
14
2 t/a
15
0.5t/a
16
+ 5t
17
400
0.5kg
300 60t/a
3.6-7
(t/a)
1 A
2016
/ / / 1
2 B
T/In HW49 900-041-49 160
3
T HW12 900-299-12 249
4
T/In HW49 900-041-49 1
5
/ / / 800
6
T HW12 900-299-12 1
3800 PVC PU
86
(t/a)
7
/ / / 50
8
/ / / 10
9
VOCs T/In HW49 900-041-49 10.6
10
PVC / / / 13.887
11
T/I HW06 900-404-06 5.4
12
T/In HW49 900-041-49 10
13
T HW13 900-015-13 0.2
14
T,I HW08 900-249-08 2
15
T HW49 900-044-49 0.5
16
T HW09 900-007-09 5
17
/ / / 60
3.6-8
(t/a)
1 B
HW49 900-041-49 160
T/In
2 HW12 900-299-12 249
T
3 HW49 900-041-49 1
T/In
4 HW12 900-299-12 1
T
5 HW49 900-041-49 10.6
VOCs
VOCs T/In
6
HW06 900-404-06 5.4
T/I
7 HW49 900-041-49 10
T/In
8
HW13 900-015-13 0.2
2
T
9 HW08 900-249-08 2
T,I
3800 PVC PU
87
(t/a)
10
HW49 900-044-49 0.5
T
11 HW09 900-007-09 5
T
3.6.5
3.6-9
30min
3.6-9
kg/h mg/m3 h
P1
1.14 228.0
≤0.5 ≤1
P2 1.08 14.18
P3 1.23 30.78
CO 0.63 15.84
P4 2.89 36.15
CO 0.63 7.04
P5 VOCs 0.23 2.62
P6
3.8 38.03
DMF 0.77 7.70
VOCs 11.17 111.66
P7 VOCs 0.03 0.76
0.81 24.49
P8 VOCs 0.01 0.659
3.7
2016 21
38
00
PV
CP
U
88
4.7-
1
Ⅰ
Ⅱ
Ⅲ
Y
I
1
0.2
5
/
0.4
98
%
0
2
/
0.2
0.2
3
0.4
0.4
4
0.2
5
*
m3/1
04m
0
.5
≤5
≤10
≤1
5
2.5
1≤5
0
.5
5
*
tce/
10
4m
0
.5
≤1.5
≤1
.8
≤2.5
0
.85
≤1.5
0
.5
6
0.2
*
m3/1
04m
0
.3
≤4
≤8
≤12
1
.46
≤4
0.3
7
*
kg
/10
4m
0
.2
≤1.2
≤2
.4
≤3.6
0
.02
≤1.2
0
.2
8
*
kg
/10
4m
0
.2
≤0.0
6
≤0.1
2
≤0.1
8
0.0
2≤0
.06
0.2
9
*
kg
/10
4m
0
.3
≤40
0
≤45
0
≤50
0
6.8
≤40
0
0.3
10
0.1
5
%
0
.5
≥80
≥70
≥60
97
≥80
0.5
11
0.5
≥9
8 ≥9
5 ≥9
0
0.5
12
0.1
5
*
0.0
9
0
.09
13
0.0
7
0.0
7
14
0.0
7
GB
18
59
9G
B1
85
97
0.0
7
15
0.0
7
0.0
7
16
0.0
7
GB
/T2
40
01
0
.07
38
00
PV
CP
U
89
Ⅰ
Ⅱ
Ⅲ
Y
I
17
0.0
7
GB
/T2
33
31
0
.07
18
0.0
7
0
.07
19
0.0
7
0
.07
20
0.0
7
GB
17
16
7G
B2
47
89
GB
17
16
7
GB
24789
0
.07
21
0.0
7
0.0
7
22
*
0
.07
0.0
7
23
*
0
.07
0.0
7
24
0.0
7
0.0
7
25
0.0
7
0
.07
0.0
7
YI
90
85
3800 PVC PU
90
3.8
3.8-1
3.8-1 t/a
18600 0 18600 18600
COD 4.128 0.960 3.168 0.930
SS 3.168 1.440 1.728 0.186
0.336 0.048 0.288 0.093
0.029 0 0.029 0.009
0.432 0.048 0.384 0.279
0.960 0.480 0.480 0.019
53.762 47.589 / 6.173
SO2 0.32 0 / 0.32
NOx 7.488 0 / 7.488
CO 9.123 0 / 9.123
27.384 24.646 / 2.738
DMF 5.543 4.989 / 0.554
VOCs 82.219 73.980 / 8.24
3.983 0 / 3.983
CO 0.48 0 / 0.48
1.816 0 / 1.816
DMF 0.307 0 / 0.307
VOCs 4.656 0 / 4.656
60 60 / 0
A 1 1 / 0
800 800 / 0
50 50 / 0
10 10 / 0
13.887 13.887 / 0
B 160 160 / 0
249 249 / 0
1 1 / 0
1 1 / 0
10.6 10.6 / 0
10 10 / 0
5.4 5.4 / 0
0.2 0.2 / 0
2 2 / 0
3800 PVC PU
91
0.5 0.5 / 0
5 5 / 0
3800 PVC PU
92
4
4.1
4.1.1
119°19.1'
119°32.1' 32°20.8' 32°27.8'
4.1-1
4.1.2
6.6
3
149.5
56 64m 75m
4.1.3
1
3800 PVC PU
93
300km 8910 m3
13590 m3
1954
6760 m3
1978 92600m3/s
4620 m3/s 28700 m
3/s 7
9 40 12 2
10%
1.5km 4.0km
4.0km
10km
1km 30km
2
15.5km 9km
6.5km 185m 0.5m
3
“ ” “
”
27.7km 50m 2.0 2.4m
3800 PVC PU
94
4
630km2
323km2
25.7km
6.3km
10 15m 4 6m 4.42m
3.5m 300 450m3/s
37.5 23
5
6.2km
3.3
2.4m 2.9m 4.5m
6.0m 1:2 1:4 6.0m ≥6m
2.8m Ⅳ
1km 4.1-2
4.1.4
14.8 2172.3
79% 1411 222
1049.4
1991 1710.4 1978 389.2
115 6~9
614.2 58%
6 7 22 248.8
1991 848.9 1978 0 1991
928.9 4.1-1
3800 PVC PU
95
4.1-1
14.3 15.1
30.7
-1.9
39.5
-17.7
1016hpa
1046.2hpa
79%
76%
992.6mm
26.6mm
95.2mm
18cm
E EN 18%
ES 13%
3.5m/s
343Pa
1
7 4.1-3
3800 PVC PU
96
4.1-3
4.1.5
:
Q3
30m
40m 15 20m
5 12m
4.1.6
4 11
27 101 78.24% 15.50% 0.81%
5.45% 1.88%
3800 PVC PU
97
4.2
4.2.1
4.2.1.1
2018
2018
4.2-1
4.2-1
μg/m3
μg/m3
%
SO2 13 60 21.67
24 98 30 150 20.0
NO2 38 40 95.0
24 98 84 80 105.0
PM10 90 70 128.57
24 95 200 150 133.33
PM2.5 49 35 140.0
24 95 120 75 160.0
CO / / / /
24 95 1400 4000 35
O3 8h / / / /
8h 90 181 160 113.13
NO2 PM10 PM2.5 O3
4.2.1.2
2018
4.2-2
3800 PVC PU
98
4.2-2
( ) μg/m3 μg/m3 %
%
X Y
32.375
100N
119.3
9480
8E
SO2
60 13 / /
24 98
150 30 25.3 0
NO2
40 38 / /
24 98
80 84 142.5 3.6
PM2.5
35 49 / /
24 95
75 120 300 17.8
PM10
70 90 / /
24 95
150 200 212 13.7
CO 24 95
4000 1400 50 0
O3 8
90 160 181 172.5 17.8
2018 SO2 CO
NO2 142.5% PM10 212%
PM2.5 300% O3 172.5%
4.2.1.3
1
4.2-3 2.4-1
4.2-3
m
G1 119.4445 32.3021
DMF
/ /
G2 119.2518 32.1754 SW 1600
G3 119.2518 32.1754
TVOC SW 2020
G4 119.2648 32.1734 S 850
2
G1 G2 DMF
3800 PVC PU
99
2019 12 25 ~12 31 7 DMF
4 1h
G3 G4 TVOC
2019 4 15 ~2019 4 21 3
HJ2.2-2018
3
GB3095 2012
4
4.2-4
4.2-4 mg/m3
mg/m3 mg/m3 % %
G1 119.4
445
32.30
21
0.4
ND / 0 0
G2 119.2
518
32.17
54 ND / 0 0
G1 119.4
445
32.30
21 DMF
0.2
ND / 0 0
G2 119.2
518
32.17
54 ND / 0 0
G3 119.2
518
32.17
54 TVOC
1.2
0.532-0.773 64 0 0
G4 119.2
648
32.17
34 0.562-0.765 63.75 0 0
0.00067mg/m3
DMF 0.02mg/m3
4.2.2
3800 PVC PU
100
4.2.2.1
1
3
2017-2035 2018 9
17 ~19 3
HJ2.3-2018
4.2-5 4.1-2
4.2-5
4.2-5
W1
500m pH COD BOD5 SS
W2
W3 1000m
2
pH COD BOD5 SS
3
2018
9 17 ~19 3
4
HJ/T91-2002
5
4.2-6
4.2.2.2
1
pH COD BOD5 SS
2
3800 PVC PU
101
GB3838-2002
SS SL63-94
2
Sij i j
Cij i j mg/L
Csj i mg/L
DO
DOj — j mg/L
DOs — mg/L
DOf — mg/L
T — ℃
pH
SPHj pH j
pHj j pH
pHSu pH
pHSd pH
Sij 1
sjijij / CCS �
TDO
��
6.31
468f
0.7p0.7
p0.7j
Sd
j
jp ��
�� pH
HH
S H
7.0pH7.0pH7.0pH
S jSu
jjpH �
��
3800 PVC PU
102
4
4.2-6
4.2-6 mg/L pH pH BOD5 SS COD
W1
7.31 1.8 15 3.2 7 0.178 0.11
7.41 2.3 28 3.7 12 0.222 0.14
0.21 0.58 0.93 0.62 0.60 0.22 0.70
% 0 0 0 0 0 0 0
W2
7.01 2.2 11 3.6 9 0.482 0.17
7.28 3.1 14 5.1 14 0.58 0.18
0.14 0.78 0.47 0.85 0.70 0.58 0.90
% 0 0 0 0 0 0 0
W3
7.27 2.1 15 3.5 8 0.138 0.13
7.33 2.4 23 4.2 8 0.291 0.16
0.17 0.60 0.77 0.70 0.40 0.29 0.80
% 0 0 0 0 0 0 0
4.2-7
GB3838-2002 III SS
SL63-94
4.2.3
2019 4 18 3
4.2.3.1
1
6 2.4-2
4.2-7
D1 N 890m K+
Na+
Ca2+
Mg2+
CO32-
HCO3-
Cl-
SO42-
pHD2 NW 1350m
3800 PVC PU
103
D3 NW 1100m
( )
D4 NW 850m
D5 NW 1100m
D6 NW 1300m
2
2019 4 18 1
3
GB/T14848-2017 B
4
4.2-8 4.2-9
4.2.3.2 4.2-8
D1 D2 D3
pH 7.54 Ⅰ 8.05 Ⅰ 8.14 Ⅰ
2.70 Ⅱ 0.419 Ⅰ 0.074 Ⅰ mg/L
ND Ⅱ 0.097 Ⅳ ND Ⅱ mg/L
3.1 Ⅳ 6.4 Ⅳ 8.8 Ⅳ mg/L
0.437 Ⅳ 0.453 Ⅳ 0.291 Ⅳ mg/L
44.4 Ⅰ 102 Ⅱ 41.4 Ⅰ mg/L
0.284 Ⅰ 0.199 Ⅰ 0.192 Ⅰ mg/L
0.0067 Ⅳ 0.0039 Ⅳ 0.0036 Ⅳ mg/L
504 Ⅳ 411 Ⅲ 385 Ⅲ mg/L
678 Ⅲ 578 Ⅲ 623 Ⅲ mg/L
87.5 Ⅱ 1.56 Ⅰ 16.3 Ⅰ mg/L
K+ 0.96 / 5.15 / 5.37 / mg/L
Na+ 54.2 / 48.5 / 48.5 / mg/L
Ca2+
119 / 139 / 212 / mg/L
Mg2+
16.5 / 28.5 / 31.0 / mg/L
CO32-
ND / ND / ND / mmol/L
HCO3- 7.12 / 5.12 / 4.86 / mmol/L
3800 PVC PU
104
D1 D2 D3
ND Ⅰ 6.0 Ⅱ 9.0 Ⅱ ug/L
ND Ⅰ ND Ⅰ ND Ⅰ ug/L
ND Ⅱ 0.011 Ⅲ 0.025 Ⅲ mg/L
ND Ⅰ 0.35 Ⅰ 5.92 Ⅱ ug/L
ND Ⅰ 0.01 Ⅰ ND Ⅰ ug/L
ND Ⅰ 1.46 Ⅳ 1.12 Ⅳ mg/L
0.07 Ⅲ 0.36 Ⅳ 0.26 Ⅳ mg/L
“ND”
GB/T14848-2017 Ⅳ
4.2-9 m m
D1 1.1 D4 0.8
D2 1.0 D5 0.9
D3 0.9 D6 0.6
4.2-10
HCO3-
Ca2+
+Na+
0.5294g/L 4-A
4.2-10 mg/L meq/L / %
K+ 3.482 0.09 1.07
Na+ 55.948 2.43 29.11
Ca2+
83.906 4.2 50.2
Mg2+
19.678 1.64 19.62
Cl- 81.24 2.29 20.62
SO42-
50.7 1.06 9.58
CO32-
0.6 0.02 0.18
HCO3- 467.626 7.67 69.5
4.2.4
4.2.4.1
1
4
3800 PVC PU
105
1 Ld A Ln A
3.1-2
2
2019 1 15 -16 2 A
1
3
GB3096-2008
4.2.4.2
1
2
GB3096-2008 3
GB3096-2008 4a
178 GB3096-2008 2
3
4.2-11
4.2-11 dB A
N1 2019.12.25 54 43
2019.12.26 53 42
N2 2019.12.25 60 46
2019.12.26 61 48
N3 2019.12.25 62 53
2019.12.26 63 54
N4 2019.12.25 59 41
2019.12.26 58 47
N5 2019.12.25 54 41
2019.12.26 56 43
GB3096-2008 2 65 55 /
GB3096-2008 3 60 50 /
GB3096-2008 4a 70 55 /
3800 PVC PU
106
4.3-9
4.2.5
4.2.5.1
1
3 3 T1-T3
0.2m 4.2-12
4.2-12
T1
0.2m GB36600—2018
T2
T3
2
1,1-
1,2- 1,1- -1,2- -1,2-
1 2- 1,1,1,2- 1,1,2,2,-
1,1,1- 1,1,2- 1,2,3-
1,2- 1,4- +
2- [a] [a] [b]
[k] [a,h] [1,2,3-cd]
3
2019 12 24
4.3.5.2
1
GB36600-2018
2
3800 PVC PU
107
4.2-13 mg/kg pH
T1 T2 T3
0.12m 0.2m 0.2m
5.56 8.95 8.2 900
0.08 0.13 0.13 65
0.02 0.04 0.04 5.7
11.8 17.4 12.1 18000
12 15 14 800
0.392 0.14 0.2 60
0.09 0.11 0.12 38
ND ND ND 2.8
ND ND ND 0.9
ND ND ND 37
1,1- ND ND ND 9
1,2- ND ND ND 5
1,1- ND ND ND 66
-1,2- ND ND ND 596
-1,2- ND ND ND 54
ND ND ND 616
1,2- ND ND ND 5
1,1,1,2- ND ND ND 10
1,1,2,2- ND ND ND 6.8
ND ND ND 53
1,1,1- ND ND ND 840
1,1,2- ND ND ND 2.8
ND ND ND 2.8
1,2,3- ND ND ND 0.5
ND ND ND 0.43
ND ND ND 4
3800 PVC PU
108
T1 T2 T3
0.12m 0.2m 0.2m
ND ND ND 270
1,2- ND ND ND 560
1,4- ND ND ND 20
ND ND ND 28
ND ND ND 1290
ND ND ND 1200
+ ND ND ND 570
ND ND ND 640
0.2 ND ND 76
ND ND ND 260
2- ND ND ND 2256
[a] ND ND ND 15
[a] ND ND ND 1.5
[b] ND ND ND 15
[k] ND ND ND 151
ND ND ND 1293
[a,h] ND ND ND 1.5
[1,2,3-cd] ND ND ND 15
ND ND ND 70
4.2-15
GB36600-2018
4.3
2.4-1 2.4-1~ 2.4-3
38
00
PV
CP
U
10
9
4.4
4.4.
1
HJ2
.2-2
01
8
4.4
-14
.4-2
4.4
-3
4.1-
1
m
m
m
/s
℃
h
kg
/h
SO
2 N
Ox
D
MF
VO
Cs
CO
1
P1
119
.44
49
3
2.3
03
1
15
0.4
11
.0
25
720
0
0
.01
1
/ /
/ /
/ /
2
P2
119
.44
49
3
2.3
02
7
15
1.3
1
5.9
2
5
720
0
0
.10
8
/ /
/ /
/ /
3
P3
119
.44
49
3
2.3
02
6
15
1.0
1
4.1
2
5
720
0
0
.12
3
/ /
/ /
/ 0
.63
4
4
P4
119
.44
49
3
2.3
02
5
15
1.5
1
4.1
2
5
720
0
0
.28
9
/ /
/ /
/ 0
.63
4
5
P5
119
.44
49
3
2.3
02
3
15
1.4
1
5.5
2
5
720
0
/
/ /
/ /
0.0
23
/
6
P6
119
.44
49
3
2.3
02
1
15
1.6
13.8
2
5
720
0
/
/ /
0.3
8
0.0
77
1.1
17
/
7
P7
119
.44
45
3
2.3
02
1
15
0.9
14.4
3
0
720
0
0
.00
8
/ /
/ /
0.0
03
/
8
P8
119
.44
45
3
2.3
02
4
15
0.6
14.7
3
0
2000
/
/ /
/ /
0.0
1
/
9
P9
119
.44
47
3
2.3
02
1
15
0.7
14.7
100
720
0
0
.31
8
0.0
44
1.0
4
/ /
/ /
38
00
PV
CP
U
11
0
4.1-
2
m
m
m
° m
h
kg/h
DM
F V
OC
s C
O
1
119
.44
3
5
32
.30
0
6
6
148
206
/ 1
2
720
0
0
.55
3
0.2
52
0
.04
3
0.6
47
0
.06
7
2
119
.44
5
3
32
.30
3
3
6
60
10
/ 5
720
0
/
/ /
0.0
00
4
/
4.
1-3
kg
/h
mg/
m3
h
P1
1.1
4
228.0
0
≤0.5
≤1
P2
1.0
8
14.1
8
P3
1.2
3
30.7
8
CO
0.6
3
15.8
4
P4
2.8
9
32.1
4
CO
0.6
3
7.0
4
P5
VO
Cs
0.2
3
2.6
2
P6
3.8
38.0
3
DM
F
0.7
7
7.7
0
VO
Cs
11.1
7
111.6
6
P7
VO
Cs
0.0
3
0.7
6
0.8
1
24.4
9
P8
VO
Cs
0.0
1
0.6
5
3800 PVC PU
111
4.4.2
B
HJ2.3-2018
GB8978-1996 GB/T31962-2015
A GB18918-2002
1 A
1
5 m3/d “
”
2
10 m3/d A
2/O
15 m3/d
3
5 m3/d A
2/O 3 m
3/d
2 m3/d
3800 PVC PU
112
A
2014 6
2014 2015 3 5
20 /
20 / 15 /
2018 2018 4787.6
COD 654.32t/a 98.15t/a
3800 PVC PU
113
5 5.1
5.1.1
HJ 2.2-2018 8.1
A AERSCREEN
5.1.2
5.1-1 5.1-2
5.1-3
38
00
PV
CP
U
11
4
5.1-
1
m
m
m
/s
℃
h
kg
/h
SO
2 N
Ox
D
MF
VO
Cs
CO
1
P1
119
.44
49
3
2.3
03
1
15
0.4
11
.0
25
720
0
0
.01
1
/ /
/ /
/ /
2
P2
119
.44
49
3
2.3
02
7
15
1.3
1
5.9
2
5
720
0
0
.10
8
/ /
/ /
/ /
3
P3
119
.44
49
3
2.3
02
6
15
1.0
1
4.1
2
5
720
0
0
.12
3
/ /
/ /
/ 0
.63
4
4
P4
119
.44
49
3
2.3
02
5
15
1.5
1
4.1
2
5
720
0
0
.28
9
/ /
/ /
/ 0
.63
4
5
P5
119
.44
49
3
2.3
02
3
15
1.4
1
5.5
2
5
720
0
/
/ /
/ /
0.0
23
/
6
P6
119
.44
49
3
2.3
02
1
15
1.6
13.8
2
5
720
0
/
/ /
0.3
8
0.0
77
1
.11
7
/
7
P7
119
.44
45
3
2.3
02
1
15
0.9
14.4
3
0
720
0
0
.00
8
/ /
/ /
0.0
03
/
8
P8
119
.44
45
3
2.3
02
4
15
0.6
14.7
3
0
2000
/
/ /
/ /
0.0
1
/
9
P9
119
.44
47
3
2.3
02
1
15
0.7
14.7
100
720
0
0
.31
8
0.0
44
1.0
4
/ /
/ /
5.1-
2
m
m
m
° m
h
kg/h
DM
F V
OC
s C
O
1
119
.44
3
5
32
.30
0
6
6
148
206
/ 1
2
720
0
0
.55
3
0.2
52
0
.04
3
0.6
47
0
.06
7
2
119
.44
5
3
32
.30
3
3
6
60
10
/ 5
720
0
/
/ /
0.0
00
4
/
38
00
PV
CP
U
11
5
5.1-
3
m
m
m
/s
℃
h
kg
/h
SO
2 N
Ox
D
MF
VO
Cs
CO
1
P1
119
.44
49
3
2.3
03
1
15
0.4
11
.0
25
720
0
1.1
4
/ /
/ /
/ /
2
P2
119
.44
49
3
2.3
02
7
15
1.3
1
5.9
2
5
720
0
1.0
8
/ /
/ /
/ /
3
P3
119
.44
49
3
2.3
02
6
15
1.0
1
4.1
2
5
720
0
1.2
3
/ /
/ /
/ 0.6
3
4
P4
119
.44
49
3
2.3
02
5
15
1.5
1
4.1
2
5
720
0
2.8
9
/ /
/ /
/ 0.6
3
5
P5
119
.44
49
3
2.3
02
3
15
1.4
1
5.5
2
5
720
0
/
/ /
/ /
0.2
3
/
6
P6
119
.44
49
3
2.3
02
1
15
1.6
13.8
2
5
720
0
/
/ /
3.8
0.7
7
11
.17
/
7
P7
119
.44
45
3
2.3
02
1
15
0.9
14.4
3
0
720
0
0.8
1
/ /
/ /
0.0
3
/
8
P8
119
.44
45
3
2.3
02
4
15
0.6
14.7
3
0
2000
/
/ /
/ /
0.0
1
/
3800 PVC PU
116
5.1-4(a)-(i)
5.1-4(a) P1 P2
/m P1 P2
μg/m3 μg/m3
10 0.055776 0.01239 0.11206 0.02490
25 0.42998 0.09555 1.4384 0.31964
50 0.56805 0.12623 5.6805 1.26233
57 0.65196 0.14488 6.5196 1.44880
75 0.53843 0.11965 5.3843 1.19651
100 0.64279 0.14284 6.4278 1.42840
125 0.57626 0.12806 5.7626 1.28058
150 0.50829 0.11295 5.0829 1.12953
175 0.44553 0.09901 4.4553 0.99007
200 0.39167 0.08704 3.9167 0.87038
500 0.14433 0.03207 1.4433 0.32073
1000 0.059382 0.01320 0.59382 0.13196
1500 0.034457 0.00766 0.34457 0.07657
2500 0.020125 0.00447 0.17126 0.03806
0.65196 0.14488 6.5196 1.44880
D10 /m 10% 10%
5.1-4(b) P3
/m P3 CO P3
μg/m3 μg/m3
10 0.16035 0.03563 0.830047 0.00830
25 2.184 0.48533 11.3054 0.11305
50 6.4379 1.43064 33.3256 0.33326
57 7.3888 1.64196 38.2479 0.38248
75 6.1022 1.35604 31.5879 0.31588
100 7.2849 1.61887 37.7101 0.37710
125 6.5309 1.45131 33.807 0.33807
150 5.7606 1.28013 29.8196 0.29820
175 5.0494 1.12209 26.1381 0.26138
200 4.4389 0.98642 22.9778 0.22978
500 1.6358 0.36351 8.46767 0.08468
1000 0.673 0.14956 3.48376 0.03484
1500 0.39051 0.08678 2.02146 0.02021
2500 0.19409 0.04313 1.0047 0.01005
7.3888 1.64196 38.2479 0.38248
3800 PVC PU
117
/m P3 CO P3
μg/m3 μg/m3
D10 /m 10% 10%
5.1-4(c) P4
/m P4 CO P4
μg/m3 μg/m3
10 0.26331 0.05851 0.830047 0.00830
25 2.9141 0.64758 11.3054 0.11305
50 15.148 3.36622 33.3256 0.33326
57 17.385 3.86333 38.2479 0.38248
75 14.358 3.19067 31.5879 0.31588
100 17.141 3.80911 37.7101 0.37710
125 15.367 3.41489 33.807 0.33807
150 13.554 3.01200 29.8196 0.29820
175 11.881 2.64022 26.1381 0.26138
200 10.445 2.32111 22.9778 0.22978
500 3.8489 0.85531 8.46767 0.08468
1000 1.5835 0.35189 3.48376 0.03484
1500 0.91885 0.20419 2.02146 0.02021
2500 0.45668 0.10148 1.0047 0.01005
17.385 3.86333 38.2479 0.38248
D10 /m 10% 10%
5.1-4(d) P5 P6
/m VOCs P5 DMF P6
μg/m3 μg/m3
10 0.019748 0.001646 0.062384 0.031192
25 0.21855 0.018213 0.5913 0.295650
50 1.1361 0.094675 3.9763 1.988150
57 1.3039 0.108658 4.5637 2.281850
75 1.0769 0.089742 3.769 1.884500
100 1.2856 0.107133 4.4995 2.249750
125 1.1525 0.096042 4.0338 2.016900
150 1.0166 0.084717 3.558 1.779000
175 0.89107 0.074256 3.1187 1.559350
200 0.78334 0.065278 2.7417 1.370850
500 0.28866 0.024055 1.0103 0.505150
1000 0.11876 0.009897 0.41567 0.207835
3800 PVC PU
118
/m VOCs P5 DMF P6
μg/m3 μg/m3
1500 0.068914 0.005743 0.2412 0.120600
2500 0.034251 0.002854 0.11988 0.059940
1.3039 0.108658 4.5637 2.281850
D10 /m 10% 10%
5.1-4(e) P6
/m P6 VOCs P6
μg/m3 μg/m3
10 0.30895 0.077238 0.91496 0.076247
25 2.9283 0.732075 8.6724 0.722700
50 19.692 4.923000 58.319 4.859920
57 22.601 5.650250 66.934 5.577830
75 18.665 4.666250 55.278 4.606500
100 22.283 5.570750 65.993 5.499420
125 19.977 4.994250 59.162 4.930170
150 17.621 4.405250 52.185 4.348750
175 15.445 3.861250 45.741 3.811750
200 13.578 3.394500 40.212 3.351000
500 5.0035 1.250880 14.818 1.234830
1000 2.0586 0.514650 6.0965 0.508042
1500 1.1945 0.298625 3.5376 0.294800
2500 0.59369 0.148423 1.7582 0.146517
22.601 5.650250 66.934 5.577830
D10 /m 10% 10%
5.1-4(f) P7
/m P7 VOCs P7
μg/m3 μg/m3
10 0.014686 0.00326 0.0073428 0.00061
25 0.17508 0.03891 0.08754 0.00730
50 0.3787 0.08416 0.18935 0.01578
57 0.43464 0.09659 0.21732 0.01811
75 0.35895 0.07977 0.17947 0.01496
100 0.42852 0.09523 0.21426 0.01786
125 0.38417 0.08537 0.19208 0.01601
150 0.33886 0.07530 0.16943 0.01412
175 0.29702 0.06600 0.14851 0.01238
3800 PVC PU
119
/m P7 VOCs P7
μg/m3 μg/m3
200 0.26111 0.05802 0.13056 0.01088
500 0.096222 0.02138 0.048111 0.00401
1000 0.039588 0.00880 0.019794 0.00165
1500 0.022971 0.00510 0.011486 0.00096
2500 0.011417 0.00254 0.0057085 0.00048
0.43464 0.09659 0.21732 0.01811
D10 /m 10% 10%
5.1-4(g) P8
/m VOCs P8
μg/m3
10 0.0037184 0.00031
25 0.028665 0.00239
50 0.03787 0.00316
57 0.043464 0.00362
75 0.035895 0.00299
100 0.042852 0.00357
125 0.038417 0.00320
150 0.033886 0.00282
175 0.029702 0.00248
200 0.026111 0.00218
500 0.0096222 0.00080
1000 0.0039588 0.00033
1500 0.0022971 0.00019
2500 0.0013417 0.00011
0.043464 0.00362
D10 /m 10%
5.1-4(h) P9
/m
SO2 P9 NOx P9 P9
μg/m3 μg/m3 μg/m3
10 0.069752 0.01395 1.6799 0.67196 0.51152 0.11367
25 0.40987 0.08197 9.8711 3.94844 3.0057 0.66793
50 0.52781 0.10556 12.711 5.08440 3.8706 0.86013
63 0.54767 0.10953 13.19 5.27600 4.0163 0.89251
75 0.52698 0.10540 12.691 5.07640 3.8645 0.85878
100 0.48229 0.09646 11.615 4.64600 3.5368 0.78596
3800 PVC PU
120
/m
SO2 P9 NOx P9 P9
μg/m3 μg/m3 μg/m3
125 0.45069 0.09014 10.854 4.34160 3.3051 0.73447
150 0.3984 0.07968 9.5949 3.83796 2.9216 0.64924
175 0.34401 0.06880 8.2848 3.31392 2.5227 0.56060
200 0.29601 0.05920 7.1289 2.85156 2.1707 0.48238
500 0.15798 0.03160 3.8047 1.52188 1.1585 0.25744
1000 0.15124 0.03025 3.6424 1.45696 1.1091 0.24647
1500 0.12399 0.02480 2.9862 1.19448 0.90928 0.20206
2500 0.080493 0.01610 1.9385 0.77540 0.59029 0.13118
0.54767 0.10953 13.19 5.27600 4.0163 0.89251
D10
/m 10%
10%
10%
5.1-4(i)
/m TSP
μg/m3 μg/m3
10 41.878 4.65311 18.763 4.69075
25 47.593 5.28811 21.323 5.33075
50 56.59 6.28778 25.354 6.33850
75 64.553 7.17256 28.922 7.23050
100 71.537 7.94856 32.051 8.01275
125 76.988 8.55422 34.493 8.62325
133 77.897 8.65522 34.9 8.72500
150 75.376 8.37511 33.771 8.44275
175 64.933 7.21478 29.092 7.27300
200 55.738 6.19311 24.972 6.24300
500 17.793 1.97700 7.9719 1.99298
1000 7.0902 0.78780 3.1766 0.79415
1500 4.1092 0.45658 1.841 0.46025
2500 2.078 0.23089 0.93101 0.23275
77.897 8.65522 34.9 8.72500
D10 /m 10% 10%
5.1-4(j)
/m DMF VOCs
μg/m3 μg/m3
10 6.201252 3.100626 48.58598 4.048832
3800 PVC PU
121
/m DMF VOCs
μg/m3 μg/m3
25 7.047439 3.52372 55.21713 4.60143
50 8.379788 4.189894 65.65497 5.471251
75 9.55903 4.779515 74.89345 6.241121
100 10.59298 5.296492 82.99581 6.916315
125 11.40021 5.700106 89.31579 7.442986
133 11.53508 5.767538 90.37582 7.531318
150 11.16176 5.580879 87.4522 7.287683
175 9.615061 4.80753 75.3337 6.277811
200 8.253394 4.126697 64.6659 5.388825
500 2.634792 1.317396 20.64316 1.720261
1000 1.049917 0.524958 8.225892 0.685495
1500 0.608483 0.304245 4.767384 0.397279
2500 0.307704 0.153855 2.410877 0.200909
11.53508 5.767538 90.37582 7.531318
D10 /m 10% 10%
5.1-4(k)
/m CO VOCs
μg/m3 μg/m3
10 6.0014 0.06001 0.57001 0.04750
25 6.714 0.06714 0.71035 0.05920
50 7.768 0.07768 0.75244 0.06270
75 8.6758 0.08676 0.42319 0.03527
100 9.4067 0.09407 0.21737 0.01811
125 9.9866 0.09987 0.13974 0.01165
133 10.126 0.10126 0.10044 0.00837
150 9.8682 0.09868 0.077111 0.00643
175 8.3453 0.08345 0.061838 0.00515
200 7.0649 0.07065 0.05114 0.00426
500 2.1795 0.02180 0.014229 0.00119
1000 0.86182 0.00862 0.0054839 0.00046
1500 0.49859 0.00499 0.0031449 0.00026
2500 0.25364 0.00254 0.0015623 0.00013
10.126 0.10126 0.75244 0.06270
D10 /m 10% 10%
3800 PVC PU
122
GB3095-2012
5.1-5
5.1-5 ug/m3
m %
P1 68.89 57 15.3089
P2 64.978 57 14.4396
P3 74.323 57 16.5162
CO 38.2479 57 0.38248
P4 174.51 57 1.41258
CO 38.2479 57 0.38248
P5 VOCs 13.664 57 1.138
P6
111.11 57 27.777
DMF 43.775 57 22.535
VOCs 634.137 57 52.845
P7 VOCs 1.5212 57 0.12767
48.897 57 10.866
P8 VOCs 0.43464 57 0.03622
P9
SO2 0.54767 63 0.109534
NOx 13.19 63 5.276
4.0163 63 0.892511
P6 VOCs 52.845mg/m3
5.1.3
HJ2.2-2018
5.1.4
(GB/T13201-91)
3800 PVC PU
123
:
Cm—— mg/m3
L—— m
r—— m
A B C D——
(GB/T 13201-91) 5
Qc—— kg/h
3.6m/s
5.1-6
5 m/s
L m L≤1000 1000 L≤2000 L 2000
Ⅰ Ⅱ Ⅲ Ⅰ Ⅱ Ⅲ Ⅰ Ⅱ Ⅲ
A
2 400 400 400 400 400 400 80 80 80
2 4 700 470 350 700 470 350 380 250 190
4 530 350 260 530 350 260 290 190 140
B 2 0.01 0.015 0.015
2 0.021 0.036 0.036
C 2 1.85 1.79 1.79
2 1.85 1.77 1.77
D 2 0.78 0.78 0.57
2 0.84 0.84 0.76
100m 50m 100m
1000m 100m
5.1-7
5.1-7
m2 kg/h mg/m3
m
32264
0.553 0.9 39.078 50
100 0.249 0.4 13.849 50
DMF 0.043 0.2 3.462 50
VOCs 0.642 1.2 17.388 50
2 0.51= ( +0.25 )c Dc
m
Q BL r LC A
3800 PVC PU
124
2 / / 3
m
CO 0.067 10 0.038 50
VOCs 250 0.0004 1.2 0.051 50 50
100m 50m
5.1.5
1
2 100m
3
5.1-8 /
μg/m3 /
kg/h /
t/a
1 P1 2280 0.011 0.082
2 P2 1418 0.108 0.776
3 P3
3078 0.123 0.886
4 CO 15838 0.634 4.561
5 P4
3214 0.289 2.082
6 CO 7039 0.634 4.561
7 P5 VOCs 262 0.023 0.162
8
P6
3803 0.38 2.738
9 DMF 770 0.077 0.554
10 VOCs 11166 1.117 8.040
11 P7
VOCs 76 0.003 0.018
12 245 0.008 0.058
13 P8 VOCs 659 0.01 0.02
14
P9
SO2 1778 0.044 0.320
15 NOx 41600 1.040 7.488
16 12711 0.318 2.288
6.173
SO2 0.32
3800 PVC PU
125
/μg/m3
/kg/h
/t/a
NOx 7.488
2.738
DMF 0.554
VOCs 8.222
CO 9.123
6.173
SO2 0.32
NOx 7.488
2.738
DMF 0.554
VOCs 8.24
CO 9.123
5.1-9
t/a μg/m3 1
2.2-2
900 3.983
2 400 1.816
3 DMF 200 0.307
4 VOCs 1200 4.653
5 CO / 0.48
5 VOCs 1200 0.003
3.983
1.816
DMF 0.307
VOCs 4.656
CO 0.48
5.1-10 / t/a
1 10.156
2 SO2 0.320
3 NOx 7.488
4 4.554
5 DMF 0.861
6 VOCs 12.896
3800 PVC PU
126
/ t/a
7 CO 9.603
4
5.1-11
5.1-11
□ √ □
=50 km□ 5 50 km□ =5 km√
SO2 +NOx ≥2 000 t/a□ 500 2000 t/a□ 500 t/a√
SO2 NO2 PM10 PM2.5 CO
O3
TVOC DMF
PM2.5□
PM2.5√
√ □ D√ √
□ √ □
2018
□ √ √
□ √
√
√
□
□ □
√
AERMOD
□
ADMS
□
AUSTAL2000
□
EDMS/AEDT
□
CALPUFF
□
□
□
≥ 50 km□ 5 50 km □ = 5 km□
/ PM2.5 □
PM2.5 □
C ≤100%□ C 100% □
C ≤10%□ C 10% □
C ≤30%□ C 30% □
1 h
/ h
C ≤100% □ C 100%□
C □ C □
k ≤−20% □ k −20% □
3800 PVC PU
127
PM10 SO2 NOx
DMF TVOC CO
√
√ □
√
√ □
/ / m
SO2: 0.32 t/a NOx 7.488 t/a 10.156 t/a VOCs 12.88 t/a
“□” “√”“ ”
5.2
HJ2.3-2018
B
1
+
2
62m /d
COD SS
5 /
5.2-1
5.2-1
1
COD
SS
/
/ DW0
01
3800 PVC PU
128
5.2-2
5.2-2
(°)
/t/a
/ mg/L 1
DW
001
119.444
797E
32.3036
02N 1.86
24h
COD 500
2 SS 400
3 45
4 70
5 8
6
100
5.2-3
5.2-3
/ mg/L
1
DW 001
COD
≤500
2 SS ≤400
3 ≤45
4 ≤8
5 ≤70
6 ≤100
5.2-4
5.2-4 / mg/L / t/d / t/a
1
DW001
COD 170 0.01056 3.168
2 SS 93 0.00576 1.728
3 15 0.00096 0.288
5 2 0.00010 0.029
21 0.00128 0.384
6 26 0.00160 0.480
COD 3.168
SS 1.728
0.288
0.029
0.384
0.480
3800 PVC PU
129
5.2-5
5.2-5
√ □
□ □ □ □ □
□ □ √
□ √ □ □ □ □
□ □√ pH □ □
□ □
□ □ □ □ □
□ □ A □ B √ □ □ □
□ □ □ □
□
□ □ □ □ □
□ □
□ √ □ □
□ □ √ □
□ □ √
□ 40% □ 40% □
□ □ □ □ □ □ □ □
□ □
□
□ √ □ □ □ □ √ □
pH COD
BOD5 SS
3
10.5 km / km2
pH COD BOD5 SS
□ □ √ □ □
□ □ □ □
□ √ □ □
□ □ √ □
□ √ □
□ □ □ □ □ □
□ □ □
□
√
□
3800 PVC PU
130
□
□
□
/ km / km2
/
□ □ □ □
□ □ □ □
□
□ □ □
□ □
□
□
□ □ □
□ □
□ □
□
□
□
□
□
□
□
□
□
/ t/a / mg/L
COD 0.930 50
SS 0.186 10
0.093 5
0.009 0.5
0.279 15
0.019 0.5
/
t/a / mg/L
/ / / / /
/ m
3/s / m
3/s / m
3/s
/ m / m / m
√ □ □ □
□ □
3800 PVC PU
131
□ □ √ √ □ □
/ 1
/ pH COD BOD5 SS
√
√ □
“□” √ “ ” “ ”
5.3
5.3.1
5.3.1.1
—
—
—
5.3.1.2
1
�
�
30~50m
3800 PVC PU
132
2
N2
Q1
5.3.1.3
E1f
700m
5.3.1.4
2
3 Ca2+
51.7-53.8% HCO3-
73.2-76.1% HCO3-Ca
24 2.3-2.8
3800 PVC PU
133
1.0
5.3.2
5.3.2.1
1.0~3.1
3.92 5.78m 1.86m
5.3.2.2
1 : ,
5
1A : ,
2-1 ~ : ~
~ , ,
2-1A : , ,
2-2 ~
3800 PVC PU
134
2-3 :
, ,
2-4
2-5 : , - , ,
5.3.2.3
1
2
—
3
5.3-1
5.3-1
Kv Kh
cm/s
1 6.15E-07 3.41E-06
1A 5.00E-06
2-1 ~ 7.70E-05 1.52E-04 ~
2-1A 2.58E-04 4.98E-04
2-2
2.24E-04 4.37E-04
3800 PVC PU
135
4
7~8 12 3
2.84
5.3.3
HJ 610-2016
1
6km2
2
HJ610-2016 9.3
100 1000
20
3
HJ 610-2016
3800 PVC PU
136
4
COD SS
COD
COD
60~90% 2004
COD
COD 5
COD 400mg/L
CODMn 80mg/L
3.5×5.0×2.0m
2L/(m2
d) 35 L/d
10 350L/d
5
3800 PVC PU
137
HJ 610-2016
100 1000 20
HJ610-2016
x— m
t— d
C(x, t)—t x g/L
C0— g/L
u— m/d
DL— m2/d
Erfc( )—
u DL
a.
0.776
n 0.5
b.
u=V/n V=KI HJ610-2016 B.1
3800 PVC PU
138
K 1m/d I
0.001 0.002m/d
c.
— Klozts 1980
DL
DL=αL*u*m
αL u m
Klozts m 1.05
30m
DL= =30×0.002×1.05=0.063m2/d
(GB/T 14848-2017) Ⅲ
5.3-2
5.3-2
Um/d
DL
m2/d C0
mg/L 0.002 0.063 60
5.3-3
5.3-3
1 3 5 10 20 30 50 150 120
100d 47.422 25.027 10.315 0.34 1.45E-06 0 0 0 0
15.81 8.34 3.44 0.11 0.00 0 0 0 0
1000d 56.571 49.517 42.414
26.02
8 6.095 0.718 0.0007 0 0
18.86 16.51 14.14 8.68 2.03 0.24 0 0 0
20 59.172 57.441 55.617
50.70
5 39.919 29.056 11.886 0.0003 0
19.72 19.15 18.54 16.90 13.31 9.69 3.96 0 0
5.5-3 CODMn
uL ��
3800 PVC PU
139
CODMn
CODMn 100d 1000d
20 20m 50m 150m
6
CODMn
20
150m /
5.4
5.4.1
3.6-5
5.4.2
(HJ/T2.4-2009)
3800 PVC PU
140
1
i
A
2 (Leqg)
i A LAi T
ti j A LAj T
tj
3 (Leq )
HJ2.4-2009
5.4.3
5.4-1
5.4-1 dB(A)
N1 38.9 53.5 42.5 53.6 44.1 65 55
N2 30.6 60.5 47 60.5 47.1 70 55
1 2
410lg
4� � �� � �
p WQL =L
r R
� � 10.1
1
1
10lg 10�
� � �� p
NL
p ij
L T =
� � � � � �2 6�p i p1i iL T =L T - TL
� � 10lgW p2L =L T + s
0.10.1
1 1
110lg 10 10
� �
� � �� �� �
� � �� �� � AjAi
N MLL
eqg i ji j
L = t tT
� �0.1 0.110lg 10 10� �eqg eqbL L
eqL
3800 PVC PU
141
N3 38.3 62.5 53.5 62.5 53.6 70 55
N4 32.3 58.5 44 58.5 44.3 70 55
N5 23.4 55 42 55 42.1 60 50
2
5.5
5.5.1
B HW49 HW13 HW49
HW13 HW49 HW06 HW49
HW13 HW08 HW49
HW09 A
5.5-1
5.5-1
t/a 1 A
/ / / 1
2 / / / 800
3 / / / 50
4 / / / 10
5 PVC / / / 13.887
6 B
T/In HW49 900-041-49 160
7 T HW12 900-299-12 249
3800 PVC PU
142
t/a
8 T/In HW49 900-041-49 1
9 T HW12 900-299-12 1
10 VOCs T/In HW49 900-041-49 10.6
11 T/I HW06 900-404-06 5.4
12 T/In HW49 900-041-49 10
13
T HW13 900-015-13 0.2
14 T,I HW08 900-249-08 2
15 T HW49 900-044-49 0.5
16 T HW09 900-007-09 5
17
/ / / 60
5.5.2
GB18599-2001 2013
(GB18597-2001) 2013
1 185m2
1 250m2
444.72t
50t 250m2
250t
1
A
3800 PVC PU
143
2
B
12~18t/m2
1.5-10
15t/m2
6 7
3800 PVC PU
144
GB18597-2001
10-10
cm/s
GB18599-2001
3
60t
5.5.3
1
2
3
3800 PVC PU
145
4
B
a. / /
/ /
b. /
c. /
/
3800 PVC PU
146
a.
b.
c.
d.
e.
f.
g.
h.
i.
5.5.4
B HW49 HW12 HW49
HW13 HW49 HW06 HW49
HW13 HW08 HW49
HW09 A
3800 PVC PU
147
2
JS1081OOI127-12
HW02 HW04 HW06
HW08 / / HW09
HW11 HW12 HW13
HW16 HW17 HW34 HW35
HW37 HW39 HW40
HW45 HW49 900-039-49 900-041-49
900-042-49 900-045-49 900-046-49 900-047-49 900-999-49 HW50
261-151-50 261-152-50 261-154-50 261-166-50 261-168-50 261-170-50
261-172-50 261-174-50 261-176-50 261-183-50 263-013-50 271-006-50
275-009-50 276-006-50 900-048-50 22500
JS1003OOI1570
HW02 HW03 HW04
HW05 HW06 HW07
HW08 / / HW09
HW11 HW12 HW13
HW14 HW16 HW17
HW34 HW35 HW37
HW38 HW39 HW40 HW45
HW49 900-039-49 900-041-49 900-042-49 900-046-49
900-047-49 900-999-49 HW50 261-151-50 261-152-50
261-183-50 263-013-50 271-006-50 275-009-50 276-006-50 30000
/
3800 PVC PU
148
JSYZ108400C012-2
HW49 900-044-49 20000 /
HW06 HW08 HW12 HW13 HW49
685.03t/a
2% 1.5%
HW49
0.002% HW49
5.6
5.6.1
HJ 964-2018
50
1
3800 PVC PU
149
5.6-1 2015 8
5.6-2 2018 12
3800 PVC PU
150
2
3
2.5-1
4
5.6-3
5.6-3
3800 PVC PU
151
5.6.2
VOCs DMF COD SS
5.6-1 5.6-2
5.6-1
√ √
1
2
5.6-2 / a b
VOCs VOCs
COD SS
/ /
a
b
5.6.3
3800 PVC PU
152
5.6.3.1
GB36600-2018 GB15618-2018
5.6.3.2
5.6.4
5.7
5.7.1
1
HJ169-2018 E.1 5.7-1
5.7-1
/
/ /
10mm 1.00×10-4/a
10min 5.00×10-6/a
5.00×10-6/a
3800 PVC PU
153
10mm 1.00×10-4/a
10min 5.00×10-6/a
5.00×10-6/a
10mm 1.00×10-4/a
10min 1.25×10-8/a
1.25×10-8/a
1.00×10-8/a
≤75mm
10% 5.00×10-6/ m·a
1.00×10-6/ m·a
75mm<
≤150mm
10% 2.00×10-6/ m·a
3.00×10-7/ m·a
>150mm
10% 50mm 2.40×10-6/ m·a
1.00×10-7/ m·a
10% 50m 5.00×10-4/ m·a
1.00×10-4/a
10% 50mm 3.00×10-7/h
3.00×10-8/h
10% 50mm 4.00×10-5/h
4.00×10-6/h
2
5.7-2
5.7-2
5.00×10-6/a
/
5.00×10-6/a
DPHP DINP
5.00×10-6/a
/
5.00×10-6/a CO
3
DPHP
CO DPHP CO
3800 PVC PU
154
5.7.2
DPHP 10min
CO 1
10% DPHP 3%
CO HJ169-2018 F.3 /
DPHP
G =2330qCQ
G — kg/s
C— 75%
q— 1.5%~6.0% 3%
Q— t/s
DPHP CO 0.307kg/s
5.7-3
5.7-3
(kg/s) /min 1 DPHP DPHP CO 0.307 60
5.7.3
5.7.3.1
1
DPHP
AFTOX
5.7-4
5.7-4
/ 119.44539785E
/ 32.30373144N
DPHP
3800 PVC PU
155
/ m/s 1.5
/ 25
/% 50
F
/m 0.03
/m /
2
5.7-5
5.7-5 -1/ mg/m3 -2 mg/m3
380 95
5.7-6
5.7-6
m
s mg/m3 10 30 0
50 60 0.99
100 90 60
150 150 61.3
200 180 43.7
250 240 30.5
300 270 21.9
350 330 16.3
400 360 12.5
450 390 9.8
500 450 7.9
600 540 5.4
700 600 3.9
800 690 2.8
900 780 2
3800 PVC PU
156
m
s mg/m3 1000 990 1.5
1100 1230 1.2
1200 1320 0.98
1300 1440 0.85
1400 1500 0.77
1500 1650 0.72
1600 1800 0.68
1700 1830 0.64
1800 1980 0.61
1900 2040 0.58
2000 2070 0.55
2500 2550 0.45
3000 3000 0.38
5.7-7 mg/m3
(min) 5min 10min 15min 20min 25min 30min
1 0.65 29.5 0.001 0.021 0.14 0.4 0.6 0.65
2 0.52 38.5 0.000 0.004 0.033 0.13 0.3 0.44
3 0.4 58 0.000 0.000 0.004 0.021 0.069 0.15
5.7.3.2
CO -1 -2
5.7.4
5.7.5
3800 PVC PU
157
5.3.3
5.7-9
DMF
/t 0.99 3.34 0.55 50
500m >500 5km >5
200m /
F1 □ F2□ F3 √
S1□ S2 □ S3 √
G1 □ G2 □ G3√
D1□ D2 √ D3□
Q Q<1 □ 1≤Q<10� 10≤Q≤100□ Q≥100 □
M M1□ M2 □ M3 □ M4√
P P1□ P2 □ P3 □ P4√
E1 √ E2□ E3□
E1□ E2□ E3√
E1 □ E2□ E3√
Ⅳ+□ Ⅳ □ Ⅲ√ Ⅱ □ Ⅰ □
□ � □ □
√ √
√ / √
√ √ √
□ √ □
SLAB□ AFTOX/ □
-1 / m
-2 / m
/ / h
/ d
/ / d
3800 PVC PU
158
‟ □” ‟ ʺ
5.8
3800 PVC PU
159
6 6.1
6.1.1
1 15m P1
1 +
15m P2
1 +
15m P3
1 +
15m P4
1
15m P5
1
15m P6
1
15m P6
15m
P7 15m
P8 15m P9
P10
6.1-1
3800 PVC PU
160
6.1-1
G1-1 G1-3
G2-1
90% 1
15m P1
G1-2 G1-4
G1-5 G1-6
G1-7 G1-8
90%
1
+
15m P2
G1-11
95%
1
+
15m P3
G2-2 G2-3
G2-4 G2-5 95%
1
+
15m P4
G1-12 G2-8 90% DMF
VOCs
1
15m P5
G1-9
G1-10
G2-6 G2-7
90/95% DMF
VOCs
1
15m P6
G1-13 G2-9
90% VOCs
1
1
15m P7
G1-14
G2-11 100% VOCs /
15m P8
/ 100% SO2 NOX
2
15m P9
/ / 1
P10
3800 PVC PU
161
6.1-1
1 P1
1 +
1 P6
P2
1 + P3
1 + P4
1 P5
1 +
P8
P9
P10
P7
6.1-1
GB21902-2008 GB21902-2008
“
A” A GB21902 GB21902 -2008
6.1-2
3800 PVC PU
162
6.1-2
GB21902-2008
≥0.4m/s
≥0.6m/s
+
≥0.4m/s
≥0.6m/s
+
+
+
+
+
VOCs
+
VOCs
6.1.2
6.1.2.1
1
1 15m P1
11 /
5000m3/h 0.4m
200-300Pa 300-500Pa
500-800 Pa
350Pa
350+500 850Pa
1 5000m3/h
3800 PVC PU
163
0.4m/s
90%
2
6.1-3
6.1-3 μm ℃ % 0.1 300 99
0.05 300 85-95
0.01 300 99
0.05-100 400 50-99
5 400 50-90
2009
99%
6.1-4 60
1.4m/s
119.4m2
300-500Pa
1000
1.55m
5000m3/h
3800 PVC PU
164
3
99% P1 2.28mg/m3
GB21902-2008 5
6.1.2.2
1
1 + 15m P2
15.9 /
76000m3/h 1.3m
200-300Pa +
200-300Pa 400-600 Pa
400Pa
400+400 800Pa
76000m3/h 2
11000m3/h 2 27000m
3/h
0.4m/s
90%
2
2013.07
+ +
90%
3800 PVC PU
165
+
30~50
6.1-5 +
1 FS-03 1 /
2 1
1. Q235
2.
3.
3
CCtr-10/CCtr-30 3
1. Q235
2.
3.
4.
15
1. 122Kg
2. 50.7m2
3. 2156mm*800mm*100mm
4.
5.
20 1.
5 1
1. Q235
2.
3.
6
HESP-25KHH 1
1. Q235
2.
3.
1 1. SUS201
2.
SPP-24K 2
1. 380V/3
2. 30.5KV
3. 20KHz
4. 90%
5. 90%
6.
7.
8.
9.
10.
11.
12.
3800 PVC PU
166
7 1 1. Q235
8
1 1. Q235
1 1.
9 4-72 14C 55kW 1
1. 1910-1511Pa
2. 61225-85696m³/h
3.
12 WTtr-C 1 1. SUS304
12 EC-50 1
1.
2.
3.
4.
5.
6.
13 RCC-200 1 1.
3
+
90% P2
1.418 mg/m3
GB21902-2008 5
6.1.2.3
1
CO
1
+ 15m P3
14.1 /
40000m3/h 1.0m
200-300Pa +
200-300Pa 400-600 Pa
380Pa
380+400 780Pa
40000m3/h 2
3800 PVC PU
167
20000m3/h
0.4m/s
95%
2
6.1-6 +
1 FS-03 1 /
2 1
1. Q235
2.
3.
3
CC-10/CC-30 3
1. Q235
2.
3.
4.
10
1. 122Kg
2. 50.7m2
3. 2156mm*800mm*100mm
4.
5.
12 1.
4 1
1. Q235
2.
3.
5
HESP-40K 1
1. Q235
2.
3.
1 1. SUS201
2.
SPP-24K 1
1. 380V/3
2. 30.5KV
3. 100KHz
4. 90%
5. 90%
6.
7.
8.
9.
10.
11.
12.
6
1 1. Q235
1 1.
3800 PVC PU
168
7 4-72 10C 22kW 1
1. 1679-1328Pa
2. 29283-40990m³/h
3.
8 WTC 1 1. SUS304
9 EC-50 1
1.
2.
3.
4.
5.
6.
10 RCC-200 1 1.
3
+
90% P3
3.078mg/m3
GB21902-2008 5
6.1.2.4
1
CO
1 + 15m P4
14.15 /
90000m3/h 1.5m
200-300Pa +
200-300Pa 400-600 Pa
500Pa
500+400 900Pa
90000m3/h 1
90000m3/h
3800 PVC PU
169
0.4m/s
95%
2
6.1-7 +
1 FS-03 1 /
2 1
1. Q235
2.
3.
3
CCtr-10/CCtr-30 3
1. Q235
2.
3.
4.
24
1. 122Kg
2. 50.7m2
3. 2156mm*800mm*100mm
4.
5.
32 1.
4 1
1. Q235
2.
3.
5
HESP-30KHH 1
1. Q235
2.
3.
1 1. SUS201
2.
SPP-24K 2
1. 380V/3
2. 30.5KV
3. 20KHz
4. 90%
5. 90%
6.
7.
8.
9.
10.
11.
12.
6 1 1. Q235
7
1 1. Q235
1 1.
3800 PVC PU
170
8 4-72 14C 90kW 1
1. 1969-1729Pa
2. 90000m³/h
3.
11 WTtr-C 1 1. SUS304
12 EC-50 1
1.
2.
3.
4.
5.
6.
13 RCC-200 1 1.
3
+
90% P2
3.214 mg/m3
GB21902-2008 5
6.1.2.5
1
VOCs
1 15m P5
15.5 /
86000m3/h 1.4m
200-300Pa 200-300Pa
400-600 Pa
500Pa
500+400 900Pa
86000m3/h 2
13000m3/h 5 12000m
3/h
0.4m/s
90%
2
3800 PVC PU
171
1000ppm VOCs
2013.07 VOCs 90%
6.1-8 8
0.5-1.0m/s
300-450Pa
86000m3/h
=5000*3600*3000mm
1
3
VOCs 90% P5
VOCs 0.262mg/m3
GB21902-2008 5
6.1.2.6
1
VOCs
VOCs
3800 PVC PU
172
1
15m P6
13.8 /
100000m3/h 1.6m
200-300Pa 200-350Pa
400-650 Pa
600Pa
600+400 1000Pa
100000m3/h 1
4000m3/h 2 12000m
3/h 3 14000m
3/h 2 15000m
3/h
0.4m/s
90% 95%
2
6.1-9
1000ppm VOCs
VOCs 96.79% VOCs
3800 PVC PU
173
90%
VOCs 2019
VOCs 10 m
3/h 2017
VOCs 12 m
3/h 2018
VOCs 6 m
3/h (2018 )
6.1-3
CO2 H2O
6.1-10 /
1
1 30KW-7 1
2 TFD-2 1.0m³/min 1
3 1.0m³/min 1
4 PSA 20m³/h 1
5 CG-0.6 1.0MPa 2
3800 PVC PU
174
/ 6 TGL-2 ≤3um 1
7 THT-2 ≤1um 1
8 TFC-2 ≤0.01um 1
9 30m³/h RS485 1
10 DN25 1
11 DN25 1
12 DN25 1
13 DN40 1
14 PLC 1
15 1
1 OZ-M-1000A 2
2 PC-8WC 1
3 2T/h 5um 1
4 1
1 3300* 3000* 6000mm 1
2 Φ20*20 5.0 M
3 OZ-VOC-107 3.0 M³
4 100*100 6.0 M³
5 Q=50m3/h H=20m 2
6 PH RS 485 2
7 50L 5bar 3
8 1000L PE 2
1 800*600*2000 PLC 1
2 304 1
3 1
4 / 1
3
VOCs 96.79%
90% P6 DMF VOCs
3.803mg/m3
0.77mg/m3
11.166mg/m3
GB21902-2008 5 DB31/933-2015
3800 PVC PU
175
6.1.2.7
1
VOCs
+ 15m P7
14.41 /
33000m3/h 0.9m
200-300Pa 100-200Pa
200-300Pa 400-800 Pa
400Pa
400+400 800Pa
33000m3/h 3
11000m3/h
0.4m/s
90%
2
VOCs
VOCs
99% 90%
6.1-11
20
1.4m/s
30m2
100-200Pa
1000
1m
3800 PVC PU
176
33000m3/h
1
0.5-1.0m/s
200-300Pa
33000m3/h
1
3
99%
VOCs 90% P7 VOCs
0.076mg/m3
0.245mg/m3
GB21902-2008 5
6.1.2.8
1
VOCs 15m P7
14.74 /
15000m3/h 0.6m
200-300Pa
300Pa
300+200 500Pa
15000m3/h 1
15000m3/h
0.4m/s
100%
2
VOCs VOCs
3800 PVC PU
177
6.1.2.8 6.1-12
1 25% 25%
2 1mg/m3
3 1.2m/s 1.2m/s
4 40℃ 30℃
5 90%
90%
6
7
6.1.2.9
+
6.1.3 6.1-13
(m) (m) (m3/h) (℃) (m/s) P1 15 0.4 5000 25 11.0
P2 15 1.3 76000 25 15.9
P3 CO 15 1.0 40000 25 14.1
P4 CO 15 1.5 90000 25 14.1
P5 VOCs 15 1.4 86000 25 15.5
P6
DMF VOCs 15 1.6 100000 25 13.8
P7 VOCs 15 0.9 33000 30 14.4
P8 VOCs 15 0.6 15000 30 14.7
P9 SO2 NOX 15 0.7 15000 100 14.7
3800 PVC PU
178
P1~P9 9 15m
GB21902-2008 “
15m”
200m 5m 50%
HJ2000-2010 5.3.5
15m/s
20m/s 25m/s 11.0~15.9m/s
6.1.3
1
2
3
4
GB37822-2019
3800 PVC PU
179
6.1-14 GB37822-2019 VOCs
VOCs
VOCs
VOCs
VOCs
VOCs
VOCs
VOCs
VOCs
VOCs
VOCs
VOCs 10% VOCs
VOCs
VOCs
VOCs
VOCs
VOCs VOCs
VOCs 3
VOCs
3
VOC
VOCs
VOCs
VOCs
VOCs VOCs
2000
VOCs VOCs
2000
VOCs
500
3800 PVC PU
180
VOCs mol/mol
8
VOCs
VOCs
VOCs
VOCs
GB16297
NMHC 2kg/h
VOCs 80%
VOCs
90%
VOCs
/
pH
3
3
VOCs GB16297
GB37822-2019
GB21902-2008
HJ819
HJ819
8.4
GB37822-2019
6.1.5
1
6.1-13
6.1-15 /
1 20
+ 3 290
1 60
1 200
3800 PVC PU
181
/
+ 1 10
/ / 1
2 20
1 1
602
2
200KW 300 0.83 /kwh 115 /
9t/a 0.7 /
6.3
1 5 / /
5 /
127 /
602 /
15000 4.01% 127 / 10000 1.27%
6.2
6.2.1
6.2.1.1
+
1
3800 PVC PU
182
—
60%~80%
1 35m3
9600m3/a 32m
3/d 35m
3
2
1 35m3
9600m3/a 32m
3/d 35m
3
6.2.1.2
6.2-1 COD SS
+ 400 300 35 3 45 100
300 150 30 3 40 50
3800 PVC PU
183
COD SS % 25 50 14 0 11 50
500 400 45 8 70 100
6.2.2
62m3/d
5 /
6.3
6.3.1
1
2
3
3800 PVC PU
184
4
6.3.2
(GB18599-2001)
(GBl8598-2001)
6.3-1
Mb≥6.0 K≤1×10-7 cm/s
+ +
+ +
Mb≥1.5 K≤1×10-7 cm/s
6.3-1
3800 PVC PU
185
6.3-1
6.3.3
HJ610-2016
1
6.3.4
1
3800 PVC PU
186
2
6.4
75-90dB
A
1
3800 PVC PU
187
2
25dB A
3
4
GB12348-2008 3
6.5
2017 43
[2018]18
6.5.1
A
B
6.5.2
185m2
250m2
2500m3
3800 PVC PU
188
444.72t/a
50t 6.5-1
6.5-1
m2 t
1
B HW49 900-041-49
250
250
1
2 HW12 900-299-12 1
3 HW49 900-041-49 1
4 HW12 900-299-12 1
5 HW49 900-041-49 1
6 HW06 900-404-06 1
7 HW49 900-041-49 1
8 HW13 900-015-13 1
9 HW08 900-249-08 1
10 HW49 900-044-49 1
11 HW09 900-007-09 1
GB18599-2001 2013
(GB18597-2001) 2013
2019 327
1
GB15562-1995
VOCs VOCs
GB37822-2019
VOCs 2kg/h VOCs
VOCs 2kg/h VOCs
3800 PVC PU
189
1m ≤10-7cm/s
2mm 2mm ≤10-10cm/s
2
6.5.3
HJ2025
2019 327
1
HJ2025-2012 B
3800 PVC PU
190
2
6.5.4
1
B
5.5.4
2
444.72t/a 311
/ 10000 3.11%
6.6
6.6.1
3800 PVC PU
191
5
1
2
3
4
6.6.2
1
2
3800 PVC PU
192
2 360m3
6.6-1
1
2
6.6-1
3
—
300m3
V1=300m3
— m3
25L/s 1
� �1 2 3 4 5maxV = V V V V V� � � �
� �1 2 3 maxV V V� �
1 2 3V V V� �
1V
2V
3800 PVC PU
193
=90m3
— m3
300m3
— m3
0
— m3
992.6mm 120 q 8.27mm
2.16 m2
1
267m3
V = V1+V2-V3 max+V4+V5= 300+90-300 +0+267=357 m3
360 m3
357m3
360m3
6.6.3
(GB18599 2001)
(GBl8598-2001)
2V
3V
4V
4V
5V
5V
3800 PVC PU
194
6.6.4
1
2
100mm
3
6.6.5
1
2
3800 PVC PU
195
3
6.6.6
1
2
6.6.7
1
2
3
4
3800 PVC PU
196
5
6
7
8
6.6.8
1
2
3
4
3800 PVC PU
197
5
6
7
6.6.9
6.6.10
1
2
24
3800 PVC PU
198
3
4
“ ”
6.6.11
[2015]4
6.6-1
6.6-1
1
2
3
4
5
6
7 /
— — —
8
1
3800 PVC PU
199
2
3
9
10
11
12
13
6.6.12
6.6-2
6.6-2
( )
1
5
2
8
3 2
4
11
5
3
6 1 360m3
50
7
1 1
8 3
83 /
6.7
15000 864 5.76%
6.7-1
38
00
PV
CP
U
20
0
6.7-
1
15
00
0m
3/h
V
OC
sD
MF
GB
21902
-2008
5
GB
Z2.1
-2007
CO
DB
31/9
33-2
015
GB
13
27
1-2
01
43
2018
-2019
602
1+
76000
m3/h
C
O
1+
40
00
0m
3/h
C
O
1+
90000
m3/h
V
OC
s 1
860
00
m3/h
D
MF
VO
Cs
1
10
00
00
m3/h
V
OC
s 1
1
33000m
3/h
V
OC
s 15000
m3/h
S
O2
NO
X
225000
m3/h
16
00
0m
3/h
G
B18483
-2001
CO
DS
S
3
5m
33
5m
3
5
GB
12
34
8-2
00
83
1
0
250
m2
100
185
m2
/
/
2
38
00
PV
CP
U
20
1
/
/
2
360
m3
83
1
0
10
1P
5P
6V
OC
s
5
0
“”
/
/
100m
50m
/
CO
D
/
/
/
8
64
3800 PVC PU
202
7 7.1
7.1-1
7.1-1
SO2 NO2 CO
O3
GB3095-2012 PM10 PM2.5
Pmax
8.725% ≤100%
GB3838-2002 Ⅲ
GB3096—2008 3/4a
44.1~53.6dB(A)
53.6~62.5dB(A)
GB12348-2008 3/4
GB3096-2008 2
GB/T14848-93 Ⅳ
GB36600-2018
7.2 15000 864
5.76% 10
1
7.3
3800 PVC PU
203
7.3.1
864 6.7-1
7.3.2
1
GB18918-2002 A
3800 PVC PU
204
2
3800 PVC PU
205
8
8.1 8.1.1
1
1
2
3
4
“ ”
5
6
7
8
9
3800 PVC PU
206
10
8.1.2
1 “ ”
2
3
4
3800 PVC PU
207
6
7
8.1.3
“ ”
GB15562.1-1995 GB15562.2-1995
1
3800 PVC PU
208
1 800mm
150mm
2
10
P5 P6 VOCs
3
4
5
2m 1m
8.1.4
3800 PVC PU
209
38
00
PV
CP
U
21
0
8.2
8.2
-1 8
.2-2
8.2
-1
6.1
73
t/a
VO
Cs
8. 2
4
t/a
2.7
38
t/
aD
MF
0. 5
54 t
/aN
Ox 7
.488t/
aS
O2 0
.32
t/a
CO
9.1
23
t/a
3.9
83 t
/aV
OC
s 4
.65
6 t
/a
1.8
16 t
/aD
MF
0.3
07 t
/a C
O
0.4
8t/
a
18
60
0t/
a
CO
D 3
.168
t/a
SS
1.7
28
t/a
0.2
88
t/
a0.0
29
t/a
0.3
84
0.4
8 t
/a
18600t/
a
CO
D 0
. 93 t
/aS
S 0
.186
t/a
0.0
93
t/
a0.0
09
t/a
0.2
79 t
/a
0.0
19 t
/a
444
.72
t/
a
87
4.8
87
t/a
60
t/a
0
250
m2
36
0m
3
8.2-
2
m
g/m
3
kg
/h
t/a
m
g/m
3
kg
/h
1
P
1
15
m
0.4
m
2.2
8
0.0
11
0.0
82
5
/
VO
Cs
DM
F
GB
21
90
2-2
00
85
GB
Z2
.1- 2
00
7
CO
DB
31
/93
3-2
01
5
1
+
P2
15
m
1.3
m
1.4
18
0.1
08
0.7
76
5
/
1
+
P3
15
m
1.0
m
3.0
78
0.1
23
0.8
86
5
/
CO
1
5.8
38
0.6
34
4.5
61
10
00
1
+
P4
15
m
1.5
m
3.2
14
0.2
89
2.0
82
/
/
CO
7
.03
9
0.6
34
4.5
61
10
00
V
OC
s 1
P
5
15
m
1.4
m
0.2
62
0.0
23
0.1
62
7
5
/
38
00
PV
CP
U
211
m
g/m
3
kg
/h
t/a
m
g/m
3
kg
/h
1
P
6
15
m
1.6
m
3.8
03
0.3
80
2.7
38
15
0
/
GB
13
27
1-2
01
43
20
18
-20
19
DM
F
0.7
70
0.0
77
0.5
54
25
/
VO
Cs
11
.16
6
1
.11
7
8
.04
0
75
/
V
OC
s
P7
15
m
0.9
m
0.0
76
0.0
03
0.0
18
1
00
/
0.2
45
0.0
08
0.0
58
/ /
V
OC
s /
P8
15
m
0.6
m
0.6
59
0.0
1
0.0
2
1
00
/
SO
2
2
P
9
15
m
0.6
m
1.7
78
0.0
44
0.3
20
50
/
NO
X
41
.60
0
1.0
40
7.4
88
50
/
1
2.7
11
0.3
18
2.2
88
20
/
P
10
/ 1.0
00
0.0
06
0.0
07
2
/
GB
18483-2
00
1
+ /
/
/ /
96
00
/ /
CO
D
17
0
/ 3
.16
8
50
0
/
SS
9
3
/ 1
.72
8
40
0
/
1
5
/ 0
.28
8
45
/
2
/
0.0
29
70
/
2
1
/ 0
.38
4
8
/
2
6
/ 0
.48
0
10
0
/
B
/
/ /
/ 0
/ /
/ G
B1
85
99
20
01
GB
18
59
72
00
1
38
00
PV
CP
U
21
2
m
g/m
3
kg
/h
t/a
m
g/m
3
kg
/h
A
/
/ /
/ 0
/ /
/
/ /
/ /
0
/ /
/
/ /
/ /
/ /
/ /
GB
12
34
7-2
00
83
/4
3800 PVC PU
213
8.3 8.3.1
8.3-1
8.3-1 t/a
53.762 47.589 / 6.173 / 6.173
SO2 0.320 0.000 / 0.320 / 0.320
NOx 7.488 0.000 / 7.488 / 7.488
CO 9.123 0.000 9.123 9.123
27.384 24.646 / 2.738 / 2.738
DMF 5.543 4.989 / 0.554 / 0.554
VOCs 82.219 73.98 / 8.24 / 8.24
3.983 0 / 3.983 / 3.983
CO 0.48 0 / 0.48 / 0.48
1.816 0 / 1.816 / 1.816
DMF 0.307 0 / 0.307 / 0.307
VOCs 4.656 0 / 4.656 / 4.656
9600 0 9600 9600 9600 9600
COD 4.128 0.960 3.168 0.930 3.168 0.930
SS 3.168 1.440 1.728 0.186 1.728 0.186
0.336 0.048 0.288 0.093 0.288 0.093
0.029 0.000 0.029 0.009 0.029 0.009
0.432 0.048 0.384 0.279 0.384 0.279
0.960 0.480 0.480 0.019 0.480 0.019
60 60 0 0 / 0
874.887 874.887 0 0 / 0
444.72 444.72 0 0 / 0
8.3.2
1 COD
2 VOCs SO2 NOX
3
8.3.3
1
3800 PVC PU
214
6.173 t/a VOCs 8.24 t/a
2.738 t/a DMF 0.554 t/a NOx 7.488t/a SO2 0.32 t/a CO 9.123t/a
3.983 t/a VOCs 4.656 t/a 1.816 t/a DMF
0.307 t/a CO 0.48t/a
[2014]148 VOCs 2 1.5
NOX CO
2
18600t/a COD 3.168 t/a SS 1.728 t/a 0.288 t/a
0.029 t/a 0.384 0.48 t/a
18600t/a COD 0.93 t/a SS 0.186 t/a 0.093 t/a
0.009 t/a 0.279 t/a 0.019 t/a
COD
SS
3
8.4
8.4.1
38
00
PV
CP
U
21
5
8.4.
1.1
H
J81
9-2
01
7
HJ8
20
-20
17
8.4
-1
8.4-
1
P1
1
V
OC
sD
MF
GB
21902
-2008
5
GB
Z2.1
-2007
CO
DB
31/9
33-2
015
GB
13271
-2014
3
2018
-2019
VO
Cs
DM
F
GB
21902
-2008
6
GB
16
29
7-1
99
6V
OC
s
GB
37822
-2019
P2
1
P3
C
O
1
P4
C
O
1
P5
D
MF
1
VO
Cs
P6
D
MF
1
VO
Cs
P7
V
OC
s 1
P8
V
OC
s 1
P9
N
OX
1
SO
2
1
D
MF
VO
Cs
pH
SS
CO
D
A dB
(A)
G
B12348
-2008
3/4
a
3800 PVC PU
216
8.4.1.2
1
DMF VOCs CO 1
1
pH
K+
Na+
Ca2+
Mg2+
Cl-
SO42-
CO32-
HCO3-
8.4.2
DMF VOCs CO
pH COD
8.4.3
1
8.4-2
8.4-2
P1 2 3
P2
3800 PVC PU
217
P3 CO
P4 CO
P5 VOCs
P6 DMF VOCs
P7 VOCs
P8 VOCs
P9 SO2 NOX
DMF VOCs CO
2
8.4-3
8.4-3
pH SS COD
2 4
3
4 N1~N4
2
3800 PVC PU
218
9
“ ” “
” “ ”
9.1
15000
3.5 m2
PVC PU 3800
PVC PU 400
300 24
9.2
1
2018
PM10 PM2.5 NO2 O3
2
GB3838-2002 Ⅲ
3
GB3096-2008 3/4a
GB3096-2008 2
4
GB/T14848-93 IV
5
3800 PVC PU
219
GB36600-2018
9.3
18600t/a COD 3.168 t/a SS 1.728
t/a 0.288 t/a 0.029 t/a 0.384 0.48 t/a
18600t/a COD 0.93 t/a SS
0.186 t/a 0.093 t/a 0.009 t/a 0.279 t/a 0.019 t/a
6.173 t/a VOCs 8.24
t/a 2.738 t/a DMF 0.554 t/a NOx 7.488t/a SO2 0.32 t/a CO 9.123t/a
3.983 t/a VOCs 4.658 t/a 1.816
t/a DMF 0.307 t/a CO 0.48t/a
9.4
1
5.57783%
8.725%
100m 50m
2
3800 PVC PU
220
3
4
(GB12348-2008) 3
(GB12348-2008) 4
GB3096-2008 2
5
9.5
4
9.6
1
1 15m P1
3800 PVC PU
221
1 +
15m P2
1 +
15m P3
1 +
15m P4
1
15m P5
1
15m P6
1
15m P6
15m
P7 15m
P8 15m P9
P10
100m 50m
2
+
GB18918-2002 A
3
3800 PVC PU
222
4
5
9.7
864 5.76% “ ”
9.8
9.9
3800 PVC PU
223