Environmental Engineering Reference
In-Depth Information
Kodavanti et al. ( 1998 ) c
ROFA (FL power plant)
-
-
Infl ammatory cellular response
L. Precip #1
(s)21.2 (1,300)
(s)13.9 (62,000)
(s)18.0 (95,000)
(hcl)39.0 (2,400)
(hcl)5.0 (22,000)
(hcl)25.4 (130,000)
T. Precip #1
(s)0.0-
(s)0.5 (2,200)
(s)33.0 (170,000)
Infl ammatory cellular response
(hcl)114.0 (7,000)
(hcl)6.0 (27,000)
(hcl)11.7 (62,000)
L. Precip #2
(s)4.7 (280)
(s)14.2 (63,000)
(s)20.6 (110,000)
Infl ammatory cellular response
(hcl)17.7 (1,100)
(hcl)16.0 (72,000)
(hcl)36.9 (190,000)
T. Precip #2
(s)2.0 (120)
(s)0.1 (450)
(s)0.0
-
Infl ammatory cellular response
(hcl)133.0 (8,200)
(hcl)0.2 (890)
(hcl)0.3 (1,600)
Ash Pit #1
(s)0.0
-
(s)0.3 (1,300)
(s)25.5 (130,000)
Infl ammatory cellular response
(hcl)12.4 (770)
(hcl)10.2 (46,000)
(hcl)91.0 (480,000)
Ash Pit #2
(s)0.0
-
(s)0.5 (2,200)
(s)35.0 (180,000)
Infl ammatory cellular response
(hcl)14.7 (910)
(hcl)10.6 (47,000)
(hcl)117.8 (620,000)
Air Heater #1
(s)0.0
-
(s)1.1 (4,900)
(s)21.3 (110,000)
Infl ammatory cellular response
(hcl)10.9 (670)
(hcl)14.0 (63,000)
(hcl)63.3 (330,000)
Air Heater #2
(s)0.2 (12)
(s)3.8 (17,000)
(s)11.8 (62,000)
Infl ammatory cellular response
(hcl)13.7 (850)
(hcl)12.2 (55,000)
(hcl)105.4 (560,000)
Fire Box #1
(s)0
-
(s)0.5 (2,200)
(s)38.6 (200,000)
Infl ammatory cellular response
(hcl)7.3 (450)
(hcl)7.9 (35,000)
(hcl)113.4 (600,000)
Fire Box #2
(s)0
(s)0.7 (3,100)
(s)35.6 (190,000)
Infl ammatory cellular response
(hcl)10.9 (670)
(hcl)10.9 (49,000)
(hcl)100.9 (530,000)
Kodavanti et al. ( 2001 ) d
ROFA (FL power plant)
51.3 (3,200)
0.4 (770)
36.6 (160,000)
58.2 (310,000)
-
Infl ammatory cellular response
(continued)
 
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