* 5 J; I i i ! HI i • S S '. liiiii V 4- (( o o JS . " —- 5; a ^7 fslM I I 2s-3"r §., I II ! i i . s ss = s^ ss s: iiiii i s 1 5 I I f s £ i ,— HHUl IISIIIHIIMi iiiilii*' isiii=ixi f s 1 i ^ § i |l|llll"""*"**"""* s 55siS5 S 55S32 ?5?» 2% ?§SS3=Ss= sastsststsestsaasiisSaSS M%«»««M«*«*v»Mtf»<«*tf»«4»**4m^^» ff?«?fff??f= ; ^ — ^ ^ ~ «:. i«vx s=s=zs3ssssa»asea&8exsa: SS ' »55 - a s s ~ •* I = = ==5 =i a^j -S- 3 'T " I i - = n I |i § I -5555 3l ii
206
Embed
liiii I i - United States Environmental Protection Agency · 5 J; I i i! HI i liiii• S S '.i V 4-o((o JS . " —fslM I - 5; a ^7 I 2s-3"r §.,. sI s I sI = ! i s^ s i s s: iiiii
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
/VC/S CORPORATION AND SUBSIDIARIES STANDARD CALCULATION
CLIENT: BY:
SUBJECT: CHECKED DATE:7/2
r
*+*lt* A-J
Air
NUS CORPORA TION AND SUBS/DIARIES STANDARD CALCULATION
CLIENT:£ 4/£4"&»
SUBJECT:
FILE NO.: ,w?Y/rr**V z>±*
BY:&-r&(»iA &sm + *fS~
CHECKED BY:
rpUtSuJ *
PAGE / OF/2?
DATE:_ / i
CO
CO
«t
ntfOL , A
/V«/S CORPORA TION AND SUBSIDIARIES STANDARD CALCULATIONor/ice/
CLIENT:
SUBJECT:
BY:
CHECKED BY: DATE:7/2 X/
/ -/r -A
7-T.-T
t "IL<O
4R302338
APPENDIX D.2
AIR STRIPPER MODEL OUTPUT FILES
1R302339
•*«•••* A N A L Y S I S O F S T R I P P I N G T O W E R •*«•*«•
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE t 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ft*3
0.0778 lb/ft*38.80E-04 ib/ft.s1.16E-05 Ib/ft.s
74 dyne/en1.00 atm
CONTAMINANT PROPERTIES
NameMolecular veightBoiling pointHolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ft*2/ftA3
0.000435 ft/80.073614 ft/80.000417 ft/s0.0169 1/s4.16443. 5020 ft
....... A N A L Y S I S OF S T R I P P I N G T O W E R •*****•
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation . PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA38.80E-04 lb/ft.81.16E-05 Ib/ft. s
74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular weightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Vinylchloride62.5 g/mol
9 degrees F.0.0653 L/mol3.40000
1904 deg K1.20E-04 ft*2/s8.95E-09 ftA2/s
PACKING PROPERTIES
Name : Jaeger TripacksPacking Material : PlasticNominal Size : 1.00 inchSpecific Area . : 84.7 ftA2/ftA3Critical surface tension : . 33 jdyne/cmPacking depth : IS. Jft vAir friction factor :
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ft*2/ft*3
0.000485 ft/s0.086509 ft/s0.000484 ft/s0.0196 1/s4.83133.1047 ft
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ft*2/ft*3
0.000472 ft/s0.080407 ft/80.000424 ft/s0.0172 1/s4.23603.5411 ft
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ftA2/ftA3
0.000446 ft/s0.075596 ft/s0.000431 ft/s0.0174 1/s4.30293.4860 ft
....... A N A L Y S I S OF S T R I P P I N G T O W E R .......
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation . PAGE : 1/2
PHYSICAL CONSTANTS
Design temperature : 50.0 degrees F.Density of vater : 62.4 lb/ftA3Density of air : 0.0778 lb/ftA3Viscosity of vater : 8.80E-04 Ib/ft.sViscosity of air : 1.16E-05 Ib/ft.sSurface tension of vater : 74 dyne/cmAtmospheric pressure : 1.00 atm
CONTAMINANT PROPERTIES
NameMolecular veightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTU
»»»»»»• A N A L Y S I S O F S T R I P P I N G T O W E R »*•»•••
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA38.80E-04 Ib/ft.s1.16E-05 Ib/ft.s
• 74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular veightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vetted : 47.8 XWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
40.5 ftA2/ftA30.000437 ft/s0.072825 ft/s0.000411 ft/s0.0167 1/s4.11063.-o491 ft
»»•*»»» A N A L Y S I S O F S T R I P P I N G T O W E R »•»*»•*
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperature . : 50.0 degrees F.Density of vater : 62.4 lb/ftA3Density of air : 0.0778 lb/ftA3Viscosity of vater : 8. 80E-04 Ib/ft.sViscosity of air : 1.16E-05 Ib/ft.sSurface tension of vater : 74 dyne/cmAtmospheric pressure : 1.00 atm
CONTAMINANT PROPERTIES
NameMolecular weightBoiling pointHolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
1, 2-Dichloroethane99.0 g/mol183 degrees F.
0.0936 L/mol0.05900
1820 deg K9.25E-05 ft*2/s7.21E-09 ftA2/s
PACKING PROPERTIES
Name : Jaeger TripacksPacking Material : PlasticNominal Size : 1.00 inchSpecific Area : 84.7 ftA2/ftA3Critical surface tension : jA dyne/cmPacking depth : 1$ f ftAir friction factor : 28
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ftA2/ftA3
0.000435 ft/s0.072855 ft/s0.000375 ft/s0.0152 1/83.73904.0118 ft
»*•»* NUS Corporation, Pittsburgh PA. ***A*tt7fi o oc«
....... A N A L Y S I S OF S T R I P P I N G T O W E R .......
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA38. 80E-04 Ib/ft.s1.16E-05 Ib/ft.s
74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular veightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ftA2/ftA3
0.000410 ft/s0.068004 ft/s0.000403 ft/s0.0163 1/s4.02753.7244 ft
»»»*•»• A N A L Y S I S OF S T R I P P I N G T O W E R »*»»•»•
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA38.30E-04 Ib/ft.s1.16E-05 Ib/ft.s
74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular weightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ftA2/ftA3
0.000411 ft/s0.067621 ft/s0.000407 ft/s0.0165 1/s4.06843.6869 ft
•»»»»*» A N A L Y S I S OF S T R I P P I N G T O W E R *»•••**
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA3S.80E-04 Ib/ft.s1.16E-05 Ib/ft.s
74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular veightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ft*2/ft*3
0.000408 ft/s0.067922 ft/s0.000370 ft/s0.0150 1/s3.69654.0579 ft
»»*»»»» A N A L Y S I S O F S T R I P P I N G T O W E R *»••»»*
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ft*3
0.0778 lb/ft*38.80E-04 Ib/ft.s1.16E-05 Ib/ft.s
74 dyne/em1.00 atm
CONTAMINANT PROPERTIES
NameMolecular veightBoiling pointHolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ftA2/ftA3
0.000432 ft/s0.073839 ft/s0.000415 ft/s0.0168 1/s4.14482.-5190 ft
*»•»»*» A N A L Y S I S OF S T R I P P I N G T O W E R »**•**•
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA38.30E-04 Ib/ft.s1.16E-05 Ib/ft.s
74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular weightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ftA2/ftA3
0.000396 ft/s0.064133 ft/s0.000390 ft/s0.0158 1/s3.89373.8524 ft
....... A N A L Y S I S OF S T R I P P I N G T O W E R *»»**•*
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA38.80E-04 Ib/ft.s1.16E-05 Ib/ft.s
74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular veightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
»»•»»•• AHA L Y S IS OF S T R I P P I N G T O W E R ***»*•*
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of vaterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA38.80E-04 Ib/ft.s1.16E-05 Ib/ft.s
74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular veightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
1,1-Dichloroethylene97.0 g/mol99 degrees F.
0.0862 L/mol1.40000
1904 deg K9.85E-05 ftA2/s7.58E-09 ftA2/s
PACKING PROPERTIES
Name : Jaeger TripacksPacking Material : PlasticNominal Size : 1-00 inchSpecific Area s 84.7 ftA2/ft*3Critical surface tension : ,33 dyne/cmPacking depth :Air friction factor :
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ftA2/ftA3
0.000446 ft/s0.075936 ft/s0.000443 ft/s0.0179 1/s4.42673.3885 ft
•»•»**» A N A L Y S I S O F S T R I P P I N G T O W E R **•»***
PROJECT : Industrial Lane Site DATE : 6/25/1990
ENGINEER : NUS Corporation PAGE : 1/2
PHYSICAL CONSTANTS
Design temperatureDensity of waterDensity of airViscosity of vaterViscosity of airSurface tension of vaterAtmospheric pressure
50.0 degrees F.62.4 lb/ftA3
0.0778 lb/ftA3S.80E-04 lb/ft.81.16E-05 Ib/ft.s
74 dyne/cm1.00 atm
CONTAMINANT PROPERTIES
NameMolecular weightBoiling pointMolal volume at boiling pointHenry's ConstantTemperature constantMolecular diffusivity in airMolecular diffusivity in vater
Percentage of packing area vettedWetted packing areaTransfer rate constant in vaterTransfer rate constant in airOverall transfer rate constantOverall mass transfer coefficientNTUHTU
47.8 X40.5 ftA2/ftA3
0.000418 ft/s0.068960 ft/s0.000407 ft/s0.0165 1/84.06953.6860 ft
§00 90 a CM ato o <o <o c- e-ta <o c4 GO o a><O C4 O O> US r*
<s
0 O
o
Q
<§
_
4J Db
5 Sor e»
naa£
3«o «
afSIf- 3 *J e —
III*J 41
. . I !•3 «j S 22• • • • rt -2.2o S * S • Si £OO -*G*» Q M —i —<
!§«•§ -32 • t ^5«3| I? | . fi"'""- »"S '•=! ^
' M Q.
^C"33 35. ^ 1S:S 2- on* t- • 8 m mi ss H--«o. *>_»! *• .Q . - ———- ^ ^ __^ . - ^——— . __. » ^ §•*
-• S 6 4» M e •• u 3 —««":•*- ** « «< e
. 3SS *'•
A y
4R30237I
V
*
5 5 5 5 5 5 5 5 55 I 5 5 5 5 5 5 S5 5 5 5 S .= S « S b S ~ S5 S tfi 5 4,5.2 S & 5.2 52 54f 4* 4».i » —i * ti * a 4* 4* * ** * 1 1*35 5. His l^il *» *
M ii C —i * 4) «j j M » a » c l j » » o l o i » o c o » u t . *» -^ a * -< O U 4» « *> >» 4* ~< t ) 4 » S O 4 » V i - 4 * O ' t »- - « a < 13 .S « •-< -a -H • — . . _ - - . _ . . ~ -
« 4 t f l « 4 B B 4 » O i O f a .-i 4* B a a « j 4 » ••-•«)a » 0 3 3 Q M 4 t S t - * JS. * T3 & t. » O 4) t.. . • 4 * f a . i p * . a * t t
- 2 3 i 5 »'c .. * - * S,.."* * 7 * s _-* i i*3—1 * 4) 3 U •
* aJ0le5'3.2?S* s 8" **^ «•«**?»• 5 «»**-_»
5 '£*«2 54.«j«J« "'SS'jBS'SaSoSStS *•aa- a-a-a-a-ass-B-sss--^ g8st.«-5sssl^i 5 a-a§g5 |.2fe5 |§S5 s-5 Siw.5-sr;0) a »093Qtt4»«b.h>4|.35BO* O* O 4 » O b. u u 3 B 5 u "° • S 5 ° a 3 » "ao* «£5 v"!* «- *« <» a • *> 4* « 4 o B » (. a » fa o B » a~4 » -^ ua » »4f4J M - W O t On4t'VtOOl4|.ttO*-i4|. <Q4t'>il4|.4^ 4t>» d O • O » M 4*. *J C 4»S 4»« » 4) -4t —I 4> 4»*»t.3o»ooc*J^(*«-H^» j->^(»i.L.4*aso»-a« 4*4|.'53^H4i.4)St)4l'X^^4^4|.fllt) 4t34J4l> «~l4*4>bO4|.»> BQQiW4t-3-.«itl»13Qi.l» VWOI* OJS4» < S - » «OPJ4»
M i _ 13 • ^ 2u M 3 ^ X 2 Z 3 M u HI — i& M tl .« OC^"44f>B 4^44f340 4<>Oi<^44|.eO4(>ai 44>fle!b34tU 3 5 a» 3 . 6 - C 4 » O O C » « E - C 4 t 3 » >. « » 4)b4»BO*— a» « g _ a » b . in* 3. M » • a » rs «s # ** «""« *»MI.-a4»«0 a » U 4J 4* 3 S*««4«.-IU*
• • CO.»4|.MtHj<»3a,M* 3 4t «) •> 4t • - •>M^b4fr 41d4l> *Jb4|.O^^4l>Cdl)4l>O4tf* «-^o o * <o o,£»<euo»«! a* < >.4»&2^4»* iH IB f) J= 4f W •— — r J « « € D O . i J _ _ _ _ ^ _ , _ _ _ ^ . _ _ _ _ _ . . _
4» * 4* » 4*.
S 5 5 5 S So 5 oS5 5 S 5 5 ' 5°. 5 °.55 5 5 5 5 5§ 5 §5S 5 5 5 5 5§ 5 85S 5 S 5 5 5 3 5 55
U9« 4» * » 4 » 4 » 4 » 4»
5 4 * M* 4»
» »
«g So 5o 5o 5 5 «5*« 5°. S* 5=5 5 ^5
> 4t *0 *0* » O*
58 *S ? *4» »-< » ~; » » <M*» O 4* a * 4» S '•» N 4» S 4» 4*
4J 4* » 4^ 1 * 'K» *»* » «
. . _ _ _ _ g _ _ _ j _ - _ _ _ _ g - _ g _ - 4 » J '
4» • 4» ' 4»8<~ 4» —— <t.. »• » >» **H »H- 55 g
4' b *4* * *:I s^ 5
* S 53' * *
5~ S-5-2 55
5 R4*<» -< 4» a 4*S| 5S 585 SM S:« :« 5
» «
5! .5IS
&
4» • 4» H O 4»4» •* 4» < 4»4* • » g 4»5 — 4 * 8 »» « 4t 4»4» B 4» 4»4» < * 4»
* u > « < 0 «
AR302372
i-H
O
•
CD
to
g 2101 s< o
s t-O 0]
s ^CM
-
0
If
•5as
M IB35 5 rH §|I i 1j q > co< ••* B "* wM a o 41 — » oW J2 U b M C-=3 41 < C < CM
sljsl8
CM m »H co• 00 C- CMi-t in
CM *rH
CM « t- CM• rH OO CM
1-1 <O•f ,•
CM in oo fH• * t- CM
rH tOCM .
CM C- CM O• C~ 33 CM
rH toCM •rH
CM -H tO CO• fH 09 rH
fH C~CM •rH
CM tO O OO• * '9> fH
rH D*CM •fH
CM •« f-4 o• oo ft t-irH C* rH^* •fH
CM CO O tO• CM O rH
rH CO rHCM .
• tO O rHrH CO rHCM •rH
CM p* O ^• O rH tH
f-4 O> rHCM .
CM CM CM U> CO• . IO vH rH
rH r+ Of r*CM CM .
00 1 «O.H tO M• 1 • O rH
C- 1 r- rHO OrH f»
H
11fjgii ij c$
* W CO *•
^.s srH COCM •
CM CM i-4
CM *i-t
CM cn ^1H CO *CM *i-l
CM e~ co c-. t- m J a1-4 CO -< Cl» • 6« c/fH O Cl
P* 8£CM (0 OO
fH COCM •rH
CM <O O O. r* in CO
CM •
CM to co a>• co m CMCM «
CM 00 10 CO• U9 in CM
fH CM •rH
CM rH CO C~• OO <O CM
t4 U> rH <O• O tO CM
rH U9CM *rH
e* f> » «. m to CMi-t .*H
ni» en *•. U* <O CMsi
H
S 1.a 3b M
gSo <
• — > IIS S CO HJ H - III 0! O IIJ O O IIS * 0 II. -^11
II
CM f-4• CO
1-1 CM» .rH
CM CO
1-4 CMCM .1-4
CM m• mrH CMCM .rH
rH CMCM .
CM .-1
CM u>
2^CM rH• CO
f-4 .01
f4
11
g 8
• oi
2027
====S===S
3
enCM
fHCO
CMco
co
CM
*
1s
rH .1
a]6- ~G
41aoUrHa)OIH
a3•r4Ba
s
i 41
1 34
aICd
b
3.41
X
•
CO
'a
1
b1hJ
***43E
•3m
SCM
CO
8§
s
§§
e ooegto
0
'0 O O
o o
§o
to <oto<O CMCM O
O O
inor c*
S
£CdE- >.
f
05 "c O CM3 —S41 '
• ^z: fao 41 v
£ z ° <~
3« 4 A -HO31 - ** *
-is »• a
i CM a>oo o> ena> in 4-1
fa . » f • -Of* 5
00e-
fa 41 41
% 99•1 O O
e *fa o o
M -O TJ*» O rH rH
Jm o • -n n3 A3 • fctfc-1*j .
B' O OJ * - >« JJ O * £ MM £>J«nO • *J *J o in__ ?*;: ?s* I i:: i
1 4 ) B
« ¥~ * -2 T*^i^ «ao" 1 £ S««M • 5e7
rS 2 & 9O T* 2 °
5!!S! *12 g *m JS z ra SMB. as H i
flR30237i»
5 5 5 5 5 5 5 5 55 5 5 5 5 5 5 5 5
* 5 5 5 5 * * *» 4» » 4» 4 » - a * + > 4 » f a 4 r r H 4 »4» 4» 44- TJ 44- 4»9 4 » b « O 4 r r H »
2 2 2.3 5 rSSt S & S ^ S ' S 52 5 2 b 2 a2 v 2 « 5 t j » b 22 2 «• 2 S —*> 2 >4» S.*j » S .2 S * MO 2» -e * a c ca 4» 3 44. a 44. E t 4 » ~4ta-r4 * <J —I 4»- O944.«|.r4 » rt 4J »
, _ 4» 4) -H » 41 II J 01 4» OJ 4 t e - J « 4 t « ! < J 1 4 4 . . . ^ _ ^ .4» E- 44 rH a 4»-HO O 44 «J - >i 4» •-< < J 4 » 3 O 4 * < M - 4 4 O - H
-" - — " ~ —— 44.rHTJrH4»rHT4-r<4tSO<4.bin44*l"H4 » a o b 4 » a i s e 4 » e 44- 41 CM 44 •-• 444- O44.*
44
4r
44
5 5 14rs» "»3 fa 5S 2 f'ift J-b5»-15*-5u» *4» 3.S B » O.J3 t. U » C«I44-|.t;04»j:«>4»-444- O C 73 ~- 44 • «1 .- » 3 3 4 » a « - - l 4 r C O 4 » a» U S 5 Oi» 3 - » - l = 4 4 . O < » C 4 4 . « f r - C 4 > « 4»>>4 » « 4 ) X - H a i 4 4 . < l o 3 4 » b 4)44/3 3 44 • M 44 -H2.HIO «S2«.SS!?5 **«'.15 * Ss ? 2 o — 2 |5'H'~IQ'44.*^*' 44 4» 4 4 * 5
b 4441 44 4) 91 ftb 44 *> Ol b 44""-ii
4»"""t"~""4T.~''""»~"W5~""*""»""i~""4r
5 5 S 5 S 2 . Si 8 iS84» 4» 44. 44 O 44 O 44
4» » » 4* S 44 O*4» 44 4» 44 44 3 44 O 444* 44 4» 44 44 CM 44 CM 444* 4» 44) 44) 4» 4» . 4»44 44 4» 44- 4» 44) . 4»
* 5 S 5 44 44 . S O * S*--«: : : : s so s 08»* H §" * * * * - »«* * ^S " 5 » ft 44 ft ft ft ft44 44 44 44 44 44 44 44 4444 4» 44) 4» 4» * 4» 44. ' 44-44444444444444>»44444»4444)4444444»444444444444444r4444444444444444* 4fr * 4t 44 44- 44> 44 4>
5 *« ' I« *S Si Si S S SJ44 O 44 O 44 44 O«4>O 44 Q 44. 4* O«44 O 4 » O » 4* CM 41'4» CM 4 » C M 4 » . 4» rH4l'
ooooo oooo ooooo cotot0ooco**oo oo mincMco o ooOOOOO OOOO OOOOO tOrHrHOOOrHatO OO to CM rH «•• to OOto to oo to o tooooom ootomtoto mot0>toco«Mc»co too CMOOC-CM n oo1-4 rHCM rH *? rn e- rH oocMcM«-«oinc~««» m p- tocomco co min
.- CO f H i - l i - l CM CMrH
u_ _ _ _ _ _j o o o ooooo momcoo o oo m o o ooa 4i <s> ooooo oooo 22§22 £? 2 <?. 2 <= * «« «3 58 ao
o o o £-1 —i mmm O in M 4t -^ a™*CM CM CM «• J 5-O
CM
I <t
CM (
§OOO OOOO OOOOO CO<OrHcnOCOr>OO OO O in t» o O Oo O o oooo ooooo ootooocoocnincMO oo t~ to 1-4 CM o to> « oo to O to oo oo O eg to o to to CM oo <-< to *• to in p. o oo oo •» to o> o oloomcooo co oo CM ** tocooo^* CMp»oOrHe»cnQOe*O too en to co CM o corH rHin fH p- rH rH CO COCMVrHinO) rHCM
0 o o co CM o in CM gO O COC-rH VOCO Oo m m <i r« CM to o» 1-1 m
tO •*• C* HTO^* CM C* CO i-lCO
o eoo fr* e*. m CM o CM ao CM m to CM m o co co *• in o e* o» o eo co to *r cocoin rH CM rH rH » r H i n r H r H r H CMrH * r H r H ^ C O r H r H
CO rH
• • • ••• •.« ••§O O tO i-l rH tO rH rH min
O O rH rHm m<o *> »rH
§00000 oooo ooooo in^***rHinir)CMCM oo mincMcM o ooOOOOO OOOO OOOOO CM CM CM O fH !•> rH rH OO rH c- fH rH O OO
aK.|03p^t>>i>lM j- «• »• *m»mmtm*<**imt~m'*—^ *» * , *-* ^ ^ „«» *-. rf . *—» . - „_ - ,* 1.- »Z O 2 «- 3 —. M JT ~l •—»—* . .i*-*- — ^ -.-»*-» O r-i «4 CO ^ IA «O t* CO O> O *•* 04 CO HT O>-^a:QC90He^>'£ I rH CM CO m <O e* OO O» rHrHrHrH rH^rHrHrHrH CM CM CM CM CM C4
,. . . t. Ua.< co o o o w ed 04 « A o TJ » «H M«~H H 4 J3 a. *A o-«a • > ***•
1R302377
41 41u a
41
3«o ~
ja
41
s
b4)
tT-Ha08
*> JSCO 4)
IOOOOOOOOI
§o o o o o•o oo to to o) i
oCM
into§§:~~ « rH rH CO
CM
CMincoco
l O Op O in 3 O 'in CP 3' 3
rH
0000,§§§§S§§.
§
ine-
o o m oH OS CO rHco co o meo f in 4>
00 OS O)oo coCO HT
«inCOoin
§rHint>
c- O OOJ rH COCM * CMCM rH O>cn oo con CM CMCM
CM»inCOCOrH
CO OrH rHCM «rin I-He- ooCO CM
CM«*••»C-toof— 1
oorHtoCM00
t- » l o «o in -Hco en l d» •* co rno> CM i CM co co e>CM rH 1 V O O mrn en i o *• oo CMcn CM l CM to v coCM 1 CO f
1
§§§§§§§§§§§to o <*«r
§§0000000004*
e"0oooc§*o$ooSo *>o o o o o <_ocM»gao^> oCM
322
> CM V CM OO CM V CM
•rH .H OC CL. (B« -rt> TJ a
CM §S t!»"»g ,2
3r> 4) O
"e fa u*$<
41 CM
I 4*
-H Z O O CO < —
! I 33»HC«« I J . w w~ " ~ " « 8 22
4J 4J ** > 4J » rH 4> 4)a a 4 u a , —< ..H33 * 3 * *"""
133 l.JB I
•n 4» 4> «X rH rH rH • >iHCO J3 J3 J3 3 *>
eO
O 68 43y o —8-as 5£. sU -4 4J 4J
b 00
BB B*
s • "S3• 41 *J •4) TJ .n 4>*J 4) S rHM t«» 4) CO 4
wlSII" &&__-«". " ~ » g s _-»«-s ».:« 7 -P«z o • - - - -
-.£-. t, fa-,V B 'rt MH "H*» I a a s•2.S*» 5 3 3 3 5 » fa
11'•g
2»R2- -M *.fl OtJ »«H «J»U3 -»-».--«
toCM
o*. ""^ 081°. * *N"" wO M • t> 4)in 3.
O • OrH«n«» O 4) rn
rH bm * 41 ao. . * %•B -H B V 410 fa fa O rH fa «H
8 [ b « • 4 141 & B 0
4) b b O —I b .- *J -H -H C• Q O V Q U H l« rH • 4J «H
3-8^1 pel | oo?5355 «2«a. x f,
/IR302378
INDUSTRIAL LANE SITENorthampton County, PennsylvaniaGroundwater Extraction, Sand Filter, Air Stripper,Granular Activated Carbon, Discharge To Lehigh RiverBackground Cleanup LevelsAlternative No. 3A(04MIL4e)
II II• — ii m u: s ca u c- ne- - n c- ni a: o u CM uI O O II rH II4 ——— 'II II
II II
en rn t-.1-4 mC~ rHrH •in
a> e» oo. rH in
C« rHa> •
O> CO rH. CM tO
C- rHcn .HT
A at HT• CM tO
C rHa> «
a> us c-• co jot«* rHcn *
cn CM 4,.• t c»
C* rHi-t .in
at at, •*C- rHat *
ate- aa. in t»t- rHat **0» * CO
at *
at tn to. e- co* *.• at >I*1
M
** 15in 5& S§ §• S Sg 1g|§*
9 S •< ~» rH M CO HT
1W30238I
3'1.t
41
3»-4
|
1CJ41i
ii3!!'s«
iii
ill3 itia !IIii-ij i» i•ii•0, Ia i
" !
a!•3 !e? tS3 11
1fa i
• j1J1• |
? i* !
i
jj !CO 1
ii
8§S S iCM4MC4 • M*••*! C.e» e-CO IO44) t» ••
tO tO in rH rHCO
- §inrH
CO CO rH
§11149 tO
in rH rH
O O
§otom
S§'
o o oo o o§o
00m
§!§o o o§o o0 U9in ia *»rH
§§
0 Ooo to
ESS
glO rH A oIO 00 CO O
m *~ m 5
n to to e- QSrH rH CO Pen o> 40 nCO CM CM rH O
in O m m OCM U9 t0 O Ofr. O» CM O rHm f ta o t-rH CM rH
Ut « HT rH U)CM CM CM t- —1
co m co co 10
o o in ui 10r-* m co co into in ic to CO
CO S- Oen in CMV rH in
Sm CM> rH
» 4> CMvow.V rH
CO w 9rH CO IOCM l> COUt . H»
O4VI
cn
o jn oatO rH rH
in CM CMC- rH rH
rH rH
2CM4— t
J J«
o e» » o i
CM
i w m ce O o tI Cn O O CO rH
JS «ii&-.c a-He v. 4)£§£
g -IS-3S358|g•* s .U 3
B fa
sss:ssO t O O O I
O O u> <O> in rn (
CO
rH 10
O O OOOOOO^* ^OOOm
CO «CMfH COCOCO fH COCO . 00 O CO CM CO rH(0 40 IOi rH ."4) ,
S 2SS SSCO 4»in toCO C4 'in u>
CM co r> i mm~•oooo oaoooooooo i t~ — t- co <- — -• o CM o ooooOininoooirH at at to t , __. . - _ _o3S2ooo> oin SS"SS«c5S 2 SgScM n S 2 ! § m «»S.281
CO m rH Im O to
• CM
HJI mo o10 inCM Wm CM
o
'§
o us co o^ 10 S o... •4O rH 4 in
omcMM o o oooooooooCMC>rHrH OO inOOOOOOOO
tO " rH rH OO H4>OOtaOtnOOO9in mot— mt— o & oCM -r at Hpiapomm to e-
a s §§ §§§§§§§§§C M r H
§ge5!'.COM ecocMcocnSirH rH CO <
S§
B a :A >» I O O O rH CM OOOOOOOOO OOOOOW O O CM CM O CM4) w i m m r. laoomominoco o o o o co CM CM o rn TH rnfa 9ie>4M e\»«nO>rHOO»OtO>rH CM CM CM CO rH O< CM CM co CM to to« mmmt- to
Ioa S 5 &• *» *>•*•* . •*• o • •-8 . ^ tS _ I Si
g 22
Z O X 4( O3»"S*1 fa 48l 41 TS >. - I 41 C -HifJII?*ii^i§
'o l,* c
I I I I - 22§f§g-T g-7 £*»• -"B_ 2
as -H slss:: v 15 v B fa -s55 Si!- *!»•-*»£*> 3 .* 04 .3 CM O 4» 4J . . X g
•^ ^j »^ v v O.1 »,! 323 S3- i*=s-3i --
• •5 +>c *J 4i *5 M£2 « « ca <n 03 05 o• • ~H cn 4 a a a aco
12 if *I-^£"8l =l=§3 3 I l?..8"-"-Sig-c B-H&£5g. «2«23l^8S55|^S '"•3OT,2&feiiH:!..3::iBO 04J30PU •ag-OO05«is"> *> O fa *J*>03334lfa-H-H ^4*£fH ••••» • (H > • C-H4)-HbbU>a>O3O*>fa4J •>«! < ^ M r H r H ^ S « 5 « a S « « « 4 l f a X r H « « S S S O « 4 JSo Qea»>i*rHrHrH-4rHua>a«4)>aa»aaB*>o4>*>4<»«oefaHHS4 a-4C4)4»4)4iux;-j|.-.c:iK-H-...4)&oa.*o5<nQOOoa:J:si 52Sft**"*i f**f*!l!l!lj:i'3*———c-s~ ~j2 w2«S"• 2'o5"4TC'ii)S 4S 1 j"o?"?*5U ^ «««»*" ^H*-r>
4 H 4
II -SI4) 41
ri •4J *>
£ 2&c?.-• £&fe3 -58-3 ££•££ ^<3£
INDUSTRIAL LANE SITENorthampton County, PennsylvaniaGroundwater Extraction/Discharge To Easton Area POTWBackground Cleanup LevelsAlternative No. 3B(0&MIL4d)
1.2 -a .28 "§•* "8,, .28-s •«•-.•t.-icc».- = e4» oee44 See0) a 3 • » b 3 9 44 •- 4344)44-43.a 3 O «4r 4) O «*44 b O «• 44 fa O M•aab44 Eab44 u a u 44 «&bfa B O 44 B Q 4 4 a B O 4 4 a B O£-3£8 feal8 b5£8 b<S.£J( 44 a 44 4) 44 4)
«• 44 C 44 B 44 BS 44 -H 44-4 44 -HH* 44 ** 44 ** 44 .41 44 h 44 b 44 X.fa 44 O 44 0 44 rHO 44 i 44 & 44 .
1 I3 1S I1« S2 83 82
444444in 4>
V 4444
rH 3 44rH b 44
,5500 rH 4re 44
ial
son i
tori
ed for years
************
Post Re.ed
be per fora
**********
44
44O 44O 44• 44O 44§44
44O 4404 44
4444444444
44§44
44* 44§44
44•4* 44CM 44CO 44
44444444
§ 8O 44O 44CO 44V 440 44rn 44
44
8844
NNUAL
T ********
0 *i i4444444444
rH
OrH
cn
00
e.
to•
44 ?44 O» 001 Qo> J1">4•J CO
1 1g s*Gj3 &H
2 §8' § <CO3 S
1 1w OT
g CM
faHfJrH
SOifH
£&11-H O
ISrSB ">. 41
-*J5 - sH 4.4J 3-H x o a co, zCO 41 S 30 S13 fa a £Cd 3 41 3 . 5
oo in• 00CM min .
CM
eo 11CM tOC— 4
CM
co inCM toin ••«•CM
00 B»
CM toin •^CM
CO rH• rH
CM 0in .CM
oo to• 11CM e»m .
CM
CO Ii• CO
CM C*
1"CM
CO CO• CM
CM 00m .CM
CM 00in 411CM '
00 CO P.CM CM OIIO tO 4
CM CM
CM M CM. .IOin in o>» iiCM M
3092.8
MS2.I
JNT RATEs5X
I
i« oi25
inCOrH
eorHinrH
CMCOinrH
rHtoIOrH
11JJrH
0
00rH
atCOatfH
atrHaCM
atrHrHCM
inCMCMCM
toinCOCM
S
ia
COCM
CMCM
rHCM
OCM
atrH
oo
e»rH
torH
inrH
rH
rH)
CMrH
eo to• CM
CM COm •CM
00 CMCM COin 4CM
eo at• mCM COm •CM
00 «-CM CO
11CM
CO to. atCM COin 411CM
eo toCM 11in •CM
OO tO4 CO
CM 1>m rHPCM
CO 00. inCM 1«in 4CM
00 rH• CO
CM 11C~ 4
CM
00 10.
at *CM
CO »04 O
CM *IOCM
OS t". mCM mm .CM
1I->
S00
at5200
rH0000
CMCOat
rHat
0CMO1-4
attoorH
COCMrHrH
atoorHrH
OlCOCM
§
H
M
s
\i
ineo
^i .CO
COCO
CMCO
rHCO
0
atCM
aoCM
CM
10CM
IOCM
CM
•00 rHCM rHe- .CM
00 Ol• rH
CM .mCM
ISCM rHin 4i"CM
00 rH• CM
CM 'mK .CM
CO CM• CM
CM .mCM
CO rH• CO
CM CMP" 41CM
eo co4
CM CMin f11CM
eo m• mCM CMin 411CM
".8CM CMm. .CM
CM CMm .HPCM
00 10• atCM CMe- .
OO 4-4. CO
CM rin11CM
AHm•14
IfH
00HP
toto
eo00
inrHm
om
rHe-m
too>in
inCMtO
into
at
04)CMfr-
I
•*;
i3
ns- — ii•j z x sa u< Cd CH . ||IH 03 as o iio w o o n£g.*oj|
II
in11
,
CO
CM
,•4
OHp
ateo
eoCO
CO
toCO
00 rH. rH
CM rH
4TCM
oo e«4 rH
CM rHm r11CM
00 CO• CM
CM rHin .HPCM
eo en• CM
CM rHIO .CM
eo in4 CO
CM rHm •HPCM
00 CM
CM rHe- 411CM
oo cn• i>CM rHm 411CM
co e-4 inCM 4-4in .CM
00 li4 tO
CM rHliCM
2452. B
RATE-5X
.173
fH
uoo nrH IICO II*P II
"iiu
oCM
t«09CM
S3
<0CO
rHCOCO
rHmCO
i
meoCO
3
*CM
N
in
^302385
•"< ** 4*
.388o Co••a
I I Ǥ" " " S3 o g
- - l x-§ " «; 2 " » °
iii M
° 2 S9SSSS9 2222 OOOOO COOI^COCMOOOCMOO O O O C-ltOI'OOOtOOOOOpO
tO § inCO rH to rH rH UJ vH^rnrH CO rHrHrHininCMtO€4 rH C4 04 CM rHiacOrHtftOkrHO-^CMCO CO rH rH
§ 0 0 Sl!,! o o o o o oo o . »as to cMiiaa oot o ^ i t - O O r H H p . O I > C O r « < l >rH 4T rH CO
O OOOO'O OOOO- 9OOOO mp1-«CMOOOCM1i OO OlO1iOOO«OCO) Oo ooooo oooo o Jo oo coojrcoincMiiOrHO oo coatooinoooco to> <o 00 < 4M f «* »•• c* ••• o^-ifHn^^roiioQO-r «a r* o-tv-t^-iinflDcota^i oCO M ^H *-4 ^
>OOOO OOOO OOOOO COOOOOOO O OO CMOOOO O O OO> o o o o oooo ooooo q>mocMCM«io CM oo o^iinio ta o oo>l>.mCMO CMODCMin tOCMtnO^i OCMCOt»p-t0IO C4 OCO rHCMCMCDCO ta IP COCO
eo r* ** "*
§ I I §l o m'S "
§ § § SS8 SS§ §§• 4 4 4 4 r • • • . .
O 22 lOrHrH IO rH rH in U9
§00000 oooo ooooo inovHprHioomcacM oo oiirnino'mcMcM o ooOOOOO O .O O 5 OOOOO mOCMCMOrHCMC-rHrH . ® « C»CMt-i-iC44>rHrH O OO
'a O CS O C5 O O OOOO OOOOO U9COCOCOCOU9IO*rHrH COU> ACOCOinto'rHrH O OO- o ooooS oooS ooooo CM n co S Sco co to 11 oo o eo 11 eo in veouttooo CM CM0 ^i «-CO
§00000 oooo OOOOO okinomininin o oo tomminin o o oooooSS oooo oeooS eo i- in ao co m CM to oo in oo co in CM <o o ooo ooooo oooo ooooo cMHptomtoeorH CM CMU> a»intooorH CM o inin§00000000000000 rH rH into rH r H i o C O C Oinininooooooooooo f c o r n r ni n c o B t a . c M t 0 o t o ^ * C M t n c o i e m o t « (
CM rH » inrHCO rH
§§ - § 8 § § §§§ § § s § s
b. b. Ob Ob tt. b. Ik. a. tt. Cb >. Cb £&>>>•ij j _i -a »a J j j j j m j 03 u u
OCMOOO» o o toOO O — CM rH CM CM rH CM CM rH rH CM CM rH rH CMin m rnor
O O O OOOOOOOO O O O OOOOOOo o o o o 5 o o o o co o o 5 o o o o o e<MCMOOCM
5 5 5 5 S 5 S(-1.1- f. f- S
1-5 ii Q. *j *.» *j •*•* u o o U »~4to. « w « w-iC -H 41 fa B B — ~npM & — 2'"* M
o -HO a q p CO > ^ H C « B « B B «•i M O S B 3 • • • 3 3 4 < C M H M M I 4 M Has so 5o4ic.aa.H-rj-Hi£« _4 .^ .^ -4
3 • a-H l£2*)llfc.B-4 _« I -4 -H -4 -I -H ——j<. EB 4 2 B - a c *» e — - _ * « g g <• «
S S! CM CM <M CM
AR30238S
fa41en
b 414) U*J 4)
:j_
! 5i i
I
cn
>j
§O O O O O O O iao o m o to m o iCM "r 01 eo e>i at o i»_».»i04.iotcocM<ni
00eo O 00001o o O m iI>incMrHrHinrHrHHpa>OCM rH
oocototoatcoeoinooOOCM^iCOCOeOrHrHHpatOrH rH CM
CM CO 00 rH Ot- HP eo m oto CM m HP cotO rH C» CM 11in atCM
O
CO
co co ooin HT coCM CM m
m
i
CO
at
§CO
HP co mm to CMCM m CMCM 11 0000 O toIO CO CMCM
oCO
li COeo too m
toto
eoo
CM lili Oo inin inm CMCM eoCO
to atli Oin
eo
i to c~i "> eo11* in
toc»3oo
§§§§§§§§§§§•^cooomoioioooo
•«* to <5) *F«ru3iaoor-t
§§§§§§§§§§§
§
3 222
I CM li CM OO CM li CM
l~4 ~1 *•!
222JO 41 41 41 If
3 §§§ 5. _aoo a fafa418
^J *. ° ** SJ>° 5 ««M»< «
SH^* £.8 | g"*
i^epyv. ?S757C'SSt.7c;2.-7! gt'Sg S 2iJ 3 ^ s -.jfao«o45asr-a- i "215.85-3^ ? 3*- *o b fa 5 -H « 7 «. , i S i i t i ^ o s f a Jio
a 3
Ifa 41 41
I II
u- § 13
INDUSTRIAL LANE SITENorthampton County, PennsylvaniaGroundwater Extractioni Sand Filter, Air Stripper,Granular Activated Carbon, BeinjectionBackground Cleanup LevelsAlternative No. 4(OAMIL4f)
?i-5^!i. i i i r s s i i , i i ! I I 2i5 8 8 8 3 S 8 8 ! 5 5 8 8 5 5 34r.4>»............. .................... .........44t4.44«T»4IW
| 0cM3S SS' 8 SS SS SS 5 SS SS 8 SS S I §3. OC4.4 .. . .. .. .. . .. .4. ..4. .... 4» J Z I . O . . . » O . O . O . *O .0. .O. -.0.44_<~CM440 44 44 44.3 *2 »S » 44.1 44 § . 44 S S S 83I Is I 1 If
» » S t » » » » 4 4 4 4 4 4
-HO-<0
b » X 3 J * CM 4' 44 .00 . O . O . . O 41'a . G i z c u a t . n 4. . . .11 .CM . . « «•. fH -E X •< . « > . . .O . rH . . rH •44 rH 4»