health and safety plan solid waste management unit assessment

TABLE 66-3
EQUILIRRIUN PAPllOWlYt OF POTENTIAL
DIESEL FUEL HYDROCARBONS IN MODEL EYVIROYHEYTS‘
SA TURAlEO
COHPOUYD
Log K K b
on
oc
WC
UYSATURAYEO lOPSOl
(Xl
soil Yater Air
OEEP SOILd
(Xl
boil
Mater
octane 5.18 (a)
Dodecrne 7.06 (1)
lrimethylpentme 4.67 (1)
frimethylcyctohexane 5.02 (h)
fri,methylbenzeneo 3.65 fh)
Naphthaleno 3.50 (a)
Hethylnaphthstenos 3.87 (e)
Anthraceno 4.45 (0)
73,000 2.96 .
5.5 x lo6 7.4
36,000 1.9-3.3
50,500 1.6
-3
2,150
5 x 1o*4
3,570
13,500
962 4.82 a 10.)
4.4 x 1o*5
5.9 x 10
97.4 0.01 2.6 99.7 0.3
99.9 0.0001 0.09 99.9 0.004
94.7 0.01 5.3 99.3 0.7’
98.0 0.01 2.0 99.5 0.5
99.6 0.2 0.2 90.0 10.0
99.4 0.5 0.03 80.2 19.8
99.6 0.1 0.01 93.7 6.3
99.9 0.04 0.0003 98.3 1.7
‘Celculetions based on hockey’s equilibrium partioning model (34,35,363; see Introduction in Volume 1 for description of model and
l nvironmentel conditions chosen to reprorent an unoaturatod topsoil snd saturated deep soil. Catculrted percentages shoutd be
considorod es rough estimates and used only for general Ruidrnce.
bReference 652.
‘Taken from Referonce 74 unless otherwise specified. Units equal atm-m3/mOt.
d Used sorption coofficiont.K
P
= 0.001 x Koc.
‘Roforonco 29.
f Arthur 0. Little, Inc., estimate according to equations provided fn Reference 31.
4, RRoference 10.
\
:
h Reference 31.