气体吸附分离技术与大气污染防治环境保护
1 前言 随着人类工业化程度的不断提高,人类向自己赖以生成的环境中排放的有害物质在不断地增多,保卫地
2022-10-17
催化剂
\评价条件
|
反应温度
(℃)
|
空速
(h-1)
|
入口
(NOx)
|
出口
(NOx)
|
脱硝率
(%)
|
SL-TN-01
|
200
|
4000
|
500
|
138
|
72.4
|
250
|
4000
|
500
|
28
|
94.4
|
|
300
|
4000
|
500
|
8
|
98.4
|
|
350
|
4000
|
500
|
1
|
99.8
|
|
SL-TN-02
|
150
|
4000
|
500
|
199
|
60.2
|
200
|
4000
|
500
|
23
|
95.4
|
|
250
|
4000
|
500
|
1
|
99.8
|
|
300
|
4000
|
500
|
1
|
99.8
|
|
300
|
4000
|
1000
|
10
|
99
|
|
300
|
4000
|
1500
|
347
|
76.9
|
|
低温SCR
|
100
|
4000
|
500
|
22
|
95.6
|
150
|
4000
|
500
|
1
|
99.8
|
|
200
|
4000
|
500
|
1
|
99.8
|
|
250
|
4000
|
500
|
4
|
99.2
|
|
150
|
4000
|
1000
|
68
|
93.2
|
|
150
|
4000
|
1500
|
150
|
90
|
|
150
|
4000
|
2000
|
318
|
84.1
|
|
200
|
2000
|
1500
|
3
|
99.8
|
反应温度
(℃)
|
入口NO浓度(ppm)
|
出口NO浓度(ppm)
|
脱硝率
(%)
|
280
|
1250
|
97
|
92.24
|
280
|
1500
|
182
|
87.87
|
300
|
1250
|
46
|
96.32
|
300
|
1500
|
176
|
88.27
|
350
|
1500
|
121
|
91.93
|
|
|
时间
|
空速
(h-1)
|
反应温度
(℃)
|
进口NOx
(ppm)
|
出口NOx
(ppm)
|
脱硝率
(%)
|
备 注
|
12/22
|
5000
|
292
|
2240
|
105
|
95.31
|
|
12/24
|
5000
|
293
|
2240
|
102
|
95.45
|
|
12/26
|
5000
|
270
|
2336
|
67
|
97.13
|
|
12/28
|
5000
|
273
|
2290
|
45
|
98.04
|
|
12/30
|
5000
|
278
|
2255
|
42
|
98.14
|
|
01/05
|
5000
|
268
|
2406
|
44
|
98.17
|
|
01/10
|
5000
|
270
|
2300
|
32
|
98.61
|
|
01/15
|
5000
|
272
|
2133
|
36
|
98.31
|
|
01/20
|
5000
|
275
|
2441
|
42
|
98.28
|
|
01/22
|
5000
|
271
|
2429
|
46
|
98.11
|
|
01/24
|
5000
|
277
|
2336
|
34
|
98.55
|
|
01/26
|
5000
|
272
|
2267
|
31
|
98.63
|
|
01/28
|
5000
|
270
|
2328
|
36
|
98.45
|
|
01/30
|
5000
|
271
|
2406
|
38
|
98.42
|
|
02/01
|
5000
|
274
|
2436
|
36
|
98.52
|
|
02/03
|
5000
|
270
|
2250
|
28
|
98.76
|