TREATMENT WETLANDS - CHAPTER 4 pot
TREATMENT WETLANDS - CHAPTER 4 pot
... Norway 60N 5 6 .4 3.07 320 100 209 0. 94
Grand Lake, Minnesota 47 N 4 8.0 2.73 330 100 215 0. 94
NERCC 2, Minnesota 47 N 4 7.9 2.72 330 100 215 0.96
NERCC 1, Minnesota 47 N 4 8.0 2.77 325 100 2 14 0.95
Minoa, ... 20
T,nC
28 .43 28.29 28 .41
July—Open Water 70 60 40 20
T,nC
29.55 29.67 29.66
October—Open Water 70 60 40 20
T,nC
24. 94 25.08 25.13
V
F
Systems
Water Depth
(cm)...
Fate of Pharmaceuticals in the Environment and in Water Treatment Systems - Chapter 4 potx
... 2[1 ,4, 7,10-tetraaza -4 , 7-bis(carboxymethyl )-1 0-( 2-hydroxypropyl)cyc
lododecyl]acetic acid, gadolinium salt (Gd[HP-DO3A]) and 2-( 1 ,4, 7,10-tetraaza -4 , 7-
bis(carboxymethyl )-1 0-( [N-carboxymethyl)-N- ( 4- cyclohexylphenyl)carbamoyl]me
thyl)cyclododecyl)acetic ... and kinetic
studies on complexes of 1 0-[ 2,3-dihydroxy-(1-hydroxymethyl)-propyl ]-1 ,4, 7,10-tet
-...
TREATMENT WETLANDS - CHAPTER 1 potx
... Heavy Metals 43 8
Copper 43 8
Nickel 44 4
Lead 44 7
Cadmium 45 3
Chromium 45 7
Zinc 46 2
Mercury 46 6
11.8 Metalloids 47 0
Arsenic 47 0
Boron 47 3
Selenium 47 5
Summary 48 0
Chapter 12 Pathogens 48 3
12.1 Indicator ... Variability 143
5.3 Volatilization 144
Nitrous Oxide 144
Methane 146
Carbon Dioxide 147
Greenhouse Effects 148
5 .4 Oxidation-Reduction Potential 149
Re...
TREATMENT WETLANDS - CHAPTER 3 potx
... phospho-
rus concentration was 12 mg/L, and the approximate annual temperature range was from 10–23°C. (Data from Hocking (1989a) Australian
Journal of Marine and Freshwater Research 40 : 42 1 44 4.)
© ... especially willows, are opportunistic invad-
ers in some constructed treatment wetlands (Figure 3.33).
© 2009 by Taylor & Francis Group, LLC
84 Treatment Wetlands
sulde g...
TREATMENT WETLANDS - CHAPTER 9 potx
... 20 1.5 25 1.022 4 2.8–7.3 11.7
4. 2 1.5
Warangal India 36.5 4. 0 570 3 1.5 66 1.081 — 4 23.1 6 .4 4 .4
New Hanover North Carolina 132.0 66.0 716 2 1.5 4. 5 1.078 10 3.3 4. 2 19 .4 4.5 0 .4
Median
1.5 21.0 ... it would be appro-
priate to utilize monthly k-values:
k
j
jTN,
4. 2 2 .4 4.0 24. 3 13.7 m/yr
123 4
11 9.
6
7.1 4. 4 7.0 14. 0 6.9 m/yr
78
TN,
5
11 6k
j
j
.
9910...
TREATMENT WETLANDS - CHAPTER 12 pot
... 1 .4 7-
log. For different virus classications, this is broken down as
coliphage (2.52-log), somatic coliphage (1. 1 4- log), F coli-
phage (0 .41 -log), MS-2 (1.78-log), and enterovirus (4. 00-log). ... cm)
HLR HRT P-value HLR HRT P-value
2 .43 cm/d 3 .4 d 6 2 .43 cm/d 7 .4 d 6
log
10
Reduction k (m/yr) k
V
(d
−1
) log
10
Reduction k (m/yr) k
V
(d
−1
)
Total coliforms 4. 0 1 94...
TREATMENT WETLANDS - CHAPTER 18 pot
... Standard Deviations
among Wetlands
Parameter Inlet
Outlet (N = 4)
No IDZ
Outlet (N = 2)
One IDZ
pH 7.50 7.11 7.25
0.05 0.03
DO 2.35 0.15 0.19
0.12 0.06
NH
4
-N 148 84 78
46
TKN 2 04 107 102
76
TSS 653 ...
would have been detrimental to the inlet zone of the 4. 7-ha
follow-on wetlands. Table 7.8 indicates that it is easily pos-
sible to settle river-borne solids in just a few da...
TREATMENT WETLANDS - CHAPTER 19 pot
... 198 47 19.1 (0.8 42 .2)
Show Low, Arizona 2 84 42 13.8 (7.8–21.7)
Collins, Mississippi 4. 5 35 7.2 (5.9–8.5)
Ocean Springs, Mississippi 22 35 10 .4 (6 .4 14. 5)
Orlando Easterly, Florida 49 4 141 0.29 ... unaffected natu-
ral wetlands. Information collected for NADB v.2 indicates
TABLE 19.1
Progression of Two Side-by-Side Wetlands at the Olentangy River Wetlands Park over a Start-U...
TREATMENT WETLANDS - CHAPTER 20 pot
... 3
Exit
Tank 4
Exit
Tank 5
Exit
Tank 6
Exit
Tank 7
System
Out
Net ow m
3
/d 20.0 19.1 18.2 17.3 16 .4 15.5 14. 6 13.7 13.7
Precipitation m
3
/d 0.331 0. 047 0. 047 0. 047 0. 047 0. 047 0. 047 0. 047 —
ET ... m
3
/d 6.620 0. 946 0. 946 0. 946 0. 946 0. 946 0. 946 0. 946 —
Inltration m
3
/d 0.013 0.002 0.002 0.002 0.002 0.006 0.002 0.002 —
HLR, q m/d 0.030 0.202 0.192 0.183 0.173 0.1 64...
TREATMENT WETLANDS - CHAPTER 21 pot
... Francis Group, LLC
746 Treatment Wetlands
better control of the ow distribution (Brix, 1998). A sche-
matic of this is shown in Figure 21.8.
For small-scale wetlands, ow-splitting approaches ... assumed to function as 2 PTIS (aerated wetlands are
addressed in more detail in Chapter 24) . The spatially vari-
able ow P-k-C* model previously introduced in Chapters 17
and 20 is uti...