NC0005088_Outfall 005 Thermal Mixing Zone Reqt and Rpt_20180227

DUKE
ENERGY®
February 27, 2018
Ms. Teresa Rodriguez
Water Permitting Section
Division of Water Resources
Department of Environmental Quality
State of North Carolina
1617 Mail Service Center
Raleigh, NC 27699-1617
Subject: NPDES Wastewater Permit
Paul Draovitch
Senior Vice President
Environmental, Health & Safety
526 S. Church Street
Mail Code: ECUP
Charlotte, NC 28202
RECEIVED/DENR/DWR
FEB 2 8 2018
Water Resources
Permitting Section
Rogers Energy Complex
Permit #NC0005088
Outfall 005 Thermal Mixing Zone Request and Report
Dear Ms. Rodriguez,
Based on the previous draft NPDES permit issued by the North Carolina Department of
Environmental Quality (NCDEQ) to Duke Energy Carolinas, LLC (Duke) for the Rogers Energy
Complex, Duke contracted with Water Environment Consultants to model the discharge from the
future wastewater treatment system Outfall 005 for temperature. Attached is the thermal mixing
zone report based on the model that was conducted.
The model used multiple conservative values and shows that the wastewater from Outfall 005 will
readily mix with the receiving water. Based on the model results and the projected Outfall 005
daily temperature values, Duke requests that Outfall 005 be limited to a daily maximum limit of
100°F. The model indicates that even at very conservative conditions, the 100°F discharge will
mix with the river, and the instream water quality standard of 89.6°F will be met less than 130
meters downstream from Outfall 005.
Duke appreciates your review of this information for incorporation into the NPDES permit
for Rogers Energy Complex. Should you have any questions or require additional information,
please contact Robert Wylie at 704 382-4669.
Sincere y,
\Pa1 raov'
Senior Vice -President
Environmental, Health and Safety
Attachment:
NPDES Permit NC0005088 Outfall 005 Thermal Mixing Zone Report (2 Copies)

Outfall 005 Thermal Mixing Zone
Duke Energy - Rogers Energy Complex
RECENEDIDENRIDWR
FEB 2 8 2018
Water ReSSect on
permitting
Prepared for:
Duke Energy - Rogers Energy Complex
NPDES Permit #NC0005088
Mooresboro, North Carolina
February 22, 2018
Prepared by:
Water Environment Consultants
Mount Pleasant, South Carolina
_�T

Outfall 005 Thermal Mixing Zone Report
Table of Contents
Executive Summar "'
1 Introduction..........................................................................................................................................1
2 NPDES Outfall 005.................................................................................................................................3
2.1 Outfall 005 Proposed Flow Rate...................................................................................................3
2.2 Outfall 005 Proposed Discharge Temperature
.............................................................................3
2.3 Outfall 005 Proposed Discharge Structure...................................................................................3
3 Ambient Conditions..............................................................................................................................5
3.1 Broad River Physical Characteristics.............................................................................................5
3.2 Ambient Temperature..................................................................................................................5
4 CORMIX Modeling Summary.................................................................................................................7
4.1 Model Inputs.................................................................................................................................7
4.2 Sensitivity Analysis........................................................................................................................8
4.3 Outfall 005 Mixing Zone Results...................................................................................................9
5 References..........................................................................................................................................11
Appendix A. CORMIX Session and Prediction Files................................................................................
A-1
Appendix B. CORMIX CorView Graphics.................................................................................................B-1
1

List of Figures
Figure1-1. Site Location Map......................................................................................................................2
Figure 2-1. Proposed Outfall 005 Discharge Structure (cutout of drawing, reference as shown)...............4
Figure 3-1. 2012 (to highlight rocks and shoals) Broad River Aerial Image at Outfall 005 (GoogleEarth)... 6
Figure 4-1. Modeled River Depth Sensitivity Analysis.................................................................................9
Figure 4-2. CORMIX Model Prediction — Downstream Distance at 89.6°F(GoogleMaps).........................10
List of Tables
Table 3-1. Broad River Temperature Analysis (at USGS Station 02151500) .................................................5
Table 4-1. CORMIX Model Inputs Table........................................................................................................7

Executive Summary
Duke's Rogers Energy Complex (REC) located in Mooresboro, North Carolina previously received a draft
NPDES permit issued by the North Carolina Department of Environmental Quality (NCDEQ) that sets
end -of -pipe limits of 89.6°F at the future Outfall 005, and it is projected that this outfall will not be able
to meet these limits 100% of the time. Therefore, Duke committed to perform a thermal mixing zone
study.
While attempts were made to collect instream bathymetry and velocity data for incorporation into the
model, excessive rain and releases from the upstream hydroelectric generating station cause unsafe
conditions for collecting the field data. In addition, collecting data at these higher flows would have
resulted in further extrapolation of the data down to the 7Q10 low -flow conditions resulting in less
accurate results. Upon discussing these issues with NCDEQ, NCDEQ agreed that performing a
conservative, "desktop" model would suffice.
A CORMIX (Version 10.0) model was developed that predicts that even under extremely conservative
conditions, and discounting additional mixing provided by Suck Creek, that the resulting thermal mixing
zone would be relatively small. The model predicts that at a permitted discharge temperature of 100°F,
the 89.6°F instream standard would be met at a distance less than 130 meters (approximately 427 feet).
Based on the results of the worst-case model included within this report, Water Environment
Consultants (WEC) recommends requesting a 100°F daily maximum permit limitation to replace the
currently proposed 89.6°F requirement. If required, an instream confirmation study may be performed
after the outfall is active to compare field measurements to the model results, and if justified based on
this comparison, NCDEQ may adjust to the temperature permit limitation.
_JAA;l��.��- t
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1 Introduction
Water Environment Consultants (WEC) is submitting this report to Duke Energy Corporation (Duke).
Duke's Rogers Energy Complex (REC) is located at 573 Duke Power Road, Mooresboro, North Carolina,
and REC discharges wastewater to the Broad River under NPDES Permit No. NC0005088. REC (also
known as Cliffside Steam Station) is located immediately adjacent to the Broad River near Cliffside,
North Carolina, and there is currently one primary NPDES outfall that discharges directly to the Broad
River, Outfall 002 (Figure 1-1). This outfall is from the ash basin, and it currently includes all plant
wastewaters.
As part of the future ash basin closure project, a new outfall, Outfall 005, will be constructed for the
discharge from a new wastewater treatment system (WWTS). It will include landfill leachate, holding
basin discharge (storm water runoff from coal, limestone and gypsum storage areas), low volume
wastes, cooling tower blowdown, wastewater from the under -boiler mechanical drag system, treated
sanitary wastewater, holding cell discharge (Unit 5 process water and storm water, Unit 6 storm water
and treated sanitary wastewater), Unit 5 yard sump, Unit 6 process water, water from auxiliary basin,
and decanting and dewatering of ash basin. The FGD WWTS discharge (an internal outfall) and (a
future) heat exchanger effluent will be combined with the WWTS effluent before discharge to the Broad
River.
The North Carolina Department of Environmental Quality (NCDEQ) previously drafted an NPDES permit
that includes Outfall 005, and it includes a temperature limit due to the presence of the high
temperature wastewater streams. The permit sets end -of -pipe temperature limits of 89.6°F at Outfall
005, and it is expected that this proposed outfall will not be able to meet these limits 100% of the time.
A CORMIX (Version 10.0) model was developed to show that the discharge will meet the 89.6°F
requirement (15A NCAC 02B .0211 Fresh Surface Water Quality Standards for Class WS -IV Waters) at a
relatively short distance downstream.

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14
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f t
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_ y Outfall 005 Outfall 002
Site
Location
Source: U.S. Geo logieta"1"Survey - Chesnee, SC -NC (2017) - 7.5 Minute
Prepared for: Prepared by:
�' DUKE Site Location Map Figure:
Rogers Energy Complex
4 ENERGY Mooresboro, North Carolina r r IL 1-1
Figure 1-1. Site Location Map

2 NPDES Outfall 005
As indicated, Outfall 005 will include all plant wastewater streams, and it will discharge into the Broad
River upstream of the current Outfall 002 (Figure 1-1).
2.1 Outfall 005 Proposed Flow Rate
Once constructed and in operation, all plant wastewater streams, as detailed in Section 1, will discharge
through Outfall 005. Several of the wastewater streams will be continuous, while several will be
intermittent, including pumped flows that start/stop throughout the day. The NPDES permit limitations
and the size of the associated mixing zone is based on a long-term daily average discharge flow rate.
Duke and their contracted design engineer (Burns and McDonnell) previously calculated an engineering
estimate of 6.0 million gallons per day (MGD) for Outfall 005. This flow rate has been provided to
NCDEQ for determination of the NPDES limitations for this outfall, and this same value is utilized for
determining the size of the thermal mixing zone.
2.2 Outfall 005 Proposed Discharge Temperature
Duke requested that Burns and McDonnell also determine a worst-case Outfall 005 effluent
temperature (Guinta, 2017). The resulting worst-case, summer, 24-hour, average discharge temperature
of 96.6°F results with both boilers draining simultaneously, but under this condition, the effluent flow
rate is estimated to be approximately 1.7 MGD compared to the long-term daily average of 6.0 MGD. A
recommended 100°F permitted discharge, at the 6.0 MGD flow rate, was modeled to be conservative
and allow a compliance margin of 3.4°F above the worst case temperature estimate.
2.3 Outfall 005 Proposed Discharge Structure
Figure 2-1 shows the proposed Outfall 005 structure as a 36 -inch (to handle peak storm flows) HDPE line
that terminates into a concrete headwall. The headwall will lead to rip rap that will follow the bank
down to the waterline. Based on spatial restrictions within the model, it is assumed that the 6.0 MGD
flow will traverse the bank and enter the Broad River as a 10 -foot wide channel that is 0.5 feet deep.

Figure 2-1. Proposed Outfall 005 Discharge Structure (cutout of drawing, reference as shown)
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Figure 2-1. Proposed Outfall 005 Discharge Structure (cutout of drawing, reference as shown)

3 Ambient Conditions
The Broad River originates upstream of Lake Lure. The middle and lower portion of the Broad River
covers approximately 40 river miles from Lake Lure to the confluence of the Second Broad River directly
across the river from REC. Major tributaries in this section include the Green and the Second Broad
Rivers. These begin in the Mountains, but flow into the Piedmont ecoregion. The Green has been
impounded at two locations to form Lakes Summit and Adger. Both reservoirs are used to produce
hydroelectric power. Lake Summit is used extensively for primary and secondary recreational purposes.
3.1 Broad River Physical Characteristics
The Broad River upstream of REC is a wide, gently sloping, rocky bottomed river with slight elevation
changes at rock shoals. Sand and silt fills the rock voids, primarily in the deeper pools and quiescent
zones. The river is slightly less than 200 feet wide upstream of the station. REC also has a low -head dam
which impounds water in order to ensure supply water to REC. The Second Broad River enters the
Broad River within this impounded area. NPDES Outfall 002 and the future Outfall 005 enter the river
downstream of the dam where the river widens to slightly more than 200 feet. The river has several
sets of rock shoals above and below the proposed Outfall 005 discharge location (Figure 3-1), and the
river bends slightly where Suck Creek enters between Outfalls 005 and 002.
3.2 Ambient Temperature
Duke began measuring and recording ambient temperature at USGS Station 02151500 (Broad River near
Boiling Springs, NC) in 2017 using a temperature probe and an Onset Model U22-001 data logger. The
CORMIX model represents a worst-case condition for achieving the 89.6°F standard; therefore, the
highest individual daily measurement from June to September 2017 was used as the ambient river
temperature. Due to the volume of data, a data analysis summary is provided in Table 3-1. The
maximum daily value from the data set was 86.3°F.
Table 3-1. Broad River Temperature Analysis (at USGS Station 02151500)
June 2017 - September 2017
Average
76.4
°F
95%ile
82.2
°F
99%ile
83.9
°F
Maximum
86.3
°F
5

k
Figure 3-1. 2012 (to highlight rocks and shoals) Broad River Aerial Image at Outfall 005 (GoogleEarth)
AA -4-T
6

4 CORMIX Modeling Summary
This modeling summary describes an application of the Cornell Mixing Zone Expert System (CORMIX,
Version 10.0) software system. CORMIX is used for the analysis, prediction, and design of aqueous toxic
or conventional pollutant discharges into diverse water bodies. The major emphasis is on the geometry
and dilution characteristics of the initial mixing zone, but the system also predicts the behavior of the
discharge plume at larger distances. CORMIX3, a subroutine of the CORMIX system, is for surface
discharges like Outfall 005 into the Broad River. The purpose of the model study is to estimate the
mixing of the effluent in the Broad River and determine the downstream temperature under worst-case
conditions. The goal is to meet the 89.6°F instream temperature standard within a relatively short
distance downstream. This summary describes: 1) The model inputs, 2) Sensitivity analyses of a key
input parameters, 3) The model predictions that estimate distance downstream that the effluent has
been reduced to below 89.6'F.
4.1 ModelInpuL,,
As stated, because weather conditions prevented the collection of river bathymetry and current
measurements that would have allowed more accurate model inputs, conservative assumptions were
utilized to generate a worst-case CORMIX model. Table 4-1 provides the CORMIX model inputs as well
as the basis for each. Also note that CORMIX contains geometrical restrictions on certain inputs, for
example the discharge outfall "channel" depth to width ratio.
Table 4-1. CORMIX Model Inputs Table
Input
Units
Values
Reference/Notes
Effluent
Thermal Discharge
°F 13.7 Worst-case thermal excess (see effluent and ambient
Excess
temperatures below)
Effluent Flow Rate
MGD 6.0 Projected Outfall 005 long-term daily average flow
Effluent Temperature
-F 100 Based on the highest projected 24-hour average, summer
temperature of 96.6°F with both boilers draining
simultaneously (Guinta, 2017) plus a compliance margin
of 3.4°F to account for grab sampling
Ambient
Average Depth
ft
2.5
Most conservative (furthest downstream plume; caused
by opposite bank attachment) value from a sensitivity
analysis of depth from two to five feet (reasonable for
7Q10 conditions) at 0.5 foot increments
Depth at Discharge
ft
3.0
Same as above
Wind Speed
m/s
2
Default CORMIX value; acceptable; minimal affect within
near -field prediction results
Bounded Width
ft
220
Per GoogleEarth; no bathymetry, therefore set and width
and vary depth (for sensitivity analysis per above)
Appearance
-
2
Slight meander
Ambient Flow Rate
cfs
287
Summer 7Q10 from 9/16/16 NPDES permit NC0005088
fact sheet
Friction Factor
n -value
0.030
Manning's n; conservative (discounts pools and shoals)

Ambient Temperature
°F
86.3
Maximum daily value (conservative) from June to August
2017; Duke Energy's probe and Onset Model U22-001
data logger at USGS Station 02151500
Discharge — CORMIX 3 (surface discharge - channel)
Nearest Bank
right
As seen looking downstream
Depth at Discharge
ft
1.0
Estimate of based on slight drop from discharge channel
into river; minimal affect on prediction results within
range of one to five feet
Bottom Slope
degrees
45
Reasonable estimate; minimal affect on prediction results
within range of zero to 45
Channel Width
ft
10
Estimate based on preliminary discharge headwall design
and 5.0 MGD discharge flow; depth/width aspect ratio
also restricted by CORMIX to 0.05
Channel Depth
ft
0.5
Estimate based on preliminary discharge headwall design
and 5.0 MGD discharge flow; depth/width aspect ratio
also restricted by CORMIX to 0.05
Horiz. Angle (sigma)
degrees
90
Perpendicular to river flow
Mixing Zone
WQ Standard (excess) °F 3.3 89.6°F minus ambient of 86.3°F
Region of Interest ft 2,200 Must be >10 times the modeled channel width
4.2 Sensitivity Analysi.,
Because this "desktop" model is based on limited instream measurements and a proposed outfall
structure, a sensitivity analysis of the model inputs was performed to generate a worst-case model (i.e.,
one where there thermal plume reached furthest downstream). The input with the most significant
affect on the prediction results was the modeled river depth. Sensitivity analyses of other inputs were
performed, but their affect on the model results were relatively insignificant.
The average river depth at 7Q10 conditions could not be measured or estimated; therefore, a range of
depths was modeled. Observations from the plant staff during low -flow conditions support a relatively
shallow river that extends across the entire river width. Local pools and shoals are known to be present
under low -flow conditions, but CORMIX utilizes a rectangular cross-section as the ambient river width
and depth. With a set 7Q10 stream flow, adjusting the model depth primarily affects the resulting
modeled velocity (i.e., the smaller the rectangular area, the higher the model velocity). A range of two
to five feet was selected to represent a reasonable range at 70,10 conditions. At lower velocities, the
plumes momentum may dominate the mixing characteristics allowing the plume to cross the river
allowing mixing with the full river width, while higher velocities may provide more intense initial mixing
but force the plume rapidly downstream. Combinations exist between these depths that also include
the affect of bank attachment, causing decreased mixing as the plume moves downstream. A sensitivity
analysis yielded a worst-case modeled river depth of 2.5 feet across a range of two to five feet (Figure 4-
1).
.. ; _� 8
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140
E 120
a
100
0 80
E 60
a
41
40
3
0 20
C
River Depth vs. Downstream Distance
WQStandard Met
0 1 2 3 4 S 6
Modeled River Depth (ft)
Figure 4-1. Modeled River Depth Sensitivity Analysis
4.3 Outtail 005 Mixing Lone Results
The purpose of the model was to estimate how far downstream the 89.6°F maximum instream standard
would be met. A worst-case model was run that includes multiple layers of conservative assumptions
including but not limited to:
• 100°F discharge at 6.0 MGD,
• Discounted mixing caused by instream rocks/shoals,
• The highest daily ambient temperature,
• Conservative model depth and width at 7Q10 conditions (likely more flow/depth on plant side
of river due to river bend), and
• Additional dilution entering from Suck Creek.
The worst-case model indicates that at a permitted discharge temperature of 100°F, the instream
standard would be met at a distance less than 130 meters (approximately 427 feet). Appendix A
includes the CORMIX model Session and Prediction files, and Appendix B includes graphical
representations of model predictions. As shown in Figure 4-2, the proposed outfall would meet the
instream standard just downstream of Suck Creek. While not shown on Figure 4-2 or necessary for
proving compliance with the instream water quality standards, the prediction results also indicate that
the temperature of the river would be only 0.6°F above ambient when it reaches Outfall 002
(approximately 2,000 feet downstream of Outfall OOS).
v

Figure 42. CORMIX Model Prediction — Downstream Distance at 89.67 (GoogleMaps)
10
: v L�

5 References
Guinta, David. May 22, 2017. Outfall 005 Water Temperature Analysis. Burns and McDonnell.

Appendix A. CORMIX Session and Prediction Files
A-1

CORMIX SESSION REPORT:
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
XXX
CORMIX MIXING ZONE EXPERT SYSTEM
CORMIX Version 10.OGT
HYDR03:Version-10.0.0.0 July,2016
SITE NAME/LABEL: Cliffside/Rogers
DESIGN CASE: Outfall 005 - Thermal
FILE NAME: C:\Egnyte\Shared\l Projects\Duke Energy
(DUKE)\Cliffside-Rogers\Thermal Modeling (DUKE0006)\Outfall 005
Thermal.prd
Using subsystem CORMIX3: Buoyant Surface Discharges
Start of session: 02/19/2018--16:06:06
**************************************************************************
SUMMARY OF INPUT DATA:
AMBIENT PARAMETERS:
Cross-section
Discharge
= bounded
Width
BS
= 67.06 m
Channel regularity
ICHREG
= 2
Ambient flowrate
QA
= 8.13 m^3/s
Average depth
HA
= 0.76 m
Depth at discharge
HD
= 0.76 m
Ambient velocity
UA
= 0.1591 m/s
Darcy -Weisbach friction factor
F
= 0.0773
Calculated from Manning's n
= 0.03
Wind velocity
UW
= 2 m/s
Stratification Type
STRCND
= U
Surface temperature
= 30.17 degC
Bottom temperature
= 30.17 degC
Calculated FRESH -WATER DENSITY
values:
Surface density
RHOAS
= 995.5965 kg/m^3
Bottom density
---------------------------------------------------------------
RHOAB
= 995.5965 kg/m^3
DISCHARGE PARAMETERS:
Discharge located on
Discharge configuration
Distance from bank to outlet
Discharge angle
Depth near discharge outlet
Bottom slope at discharge
Rectangular discharge:
Discharge cross-section area AO
Discharge channel width BO
Discharge channel depth HO
Discharge aspect ratio AR
Discharge flowrate QO
Discharge velocity UO
Discharge temperature (freshwater)
Corresponding density RH00
Surface
Discharge
= right bank/shoreline
= flush discharge
DISTB
= 0 m
SIGMA
= 90 deg
HDO
= 0.30 m
SLOPE
= 45 deg
= 0.464515 m^2
= 3.048 m
= 0.1524 m
= 0.05
= 0.262876 m^3/s
= 0.57 m/s
= 37.78 degC
= 993.0427 kg/m^3
A-2
r��

Density difference
DRHO
= 2.5538 kg/m^3
Buoyant acceleration
GPO
= 0.0252 m/s^2
Discharge concentration
CO
= 13.700000 deg.F
Surface heat exchange coeff.
KS
= 0 m/s
Coefficient of decay
--------------------------------------------------------------------------
KD
= 0 /s
DISCHARGE/ENVIRONMENT LENGTH SCALES:
LQ = 0.68 m Lm = 2.43
m
Lbb = 1.64 m
LM = 2.95 m
--------------------------------------------------------------------------
NON-DIMENSIONAL PARAMETERS:
Densimetric Froude number
FRO
= 4.32 (based on LQ)
Channel densimetric Froude no.
FRCH
= 9.14 (based on HO)
Velocity ratio
--------------------------------------------------------------------------
R
= 3.56
MIXING ZONE / TOXIC DILUTION ZONE / AREA OF INTEREST PARAMETERS:
Toxic discharge = no
Water quality standard specified = yes
Water quality standard CSTD = 3.3 deg.F
Regulatory mixing zone = no
Region of interest = 670.56 m downstream
**************************************************************************
***
HYDRODYNAMIC CLASSIFICATION:
------------------------
FLOW CLASS = SA2
------------------------
Limiting Dilution S = (QA/QO)+ 1.0 = 31.9
**************************************************************************
***
MIXING ZONE EVALUATION (hydrodynamic and regulatory summary):
X -Y -Z Coordinate system:
Origin is located at WATER SURFACE and at centerline of discharge channel:
0 m from the right bank/shore.
Number of display steps NSTEP = 200 per module.
--------------------------------------------------------------------------
NEAR-FIELD REGION (NFR) CONDITIONS
Note: The NFR is the zone of strong initial mixing. It has no regulatory
implication. However, this information may be useful for the discharge
designer because the mixing in the NFR is usually sensitive to the
discharge design conditions.
Pollutant concentration at NFR edge c = 3.6686 deg.F
Dilution at edge of NFR s = 3.7
NFR Location: x = 121.30 m
_ A-3
♦ � Lam-=

(centerline coordinates) y = 37.32 m
z = 0 m
NFR plume dimensions: half -width (bh) = 16.63 m
thickness (bv) = 0.16 m
Cumulative travel time: 738.3808 sec.
--------------------------------------------------------------------------
Buoyancy assessment:
The effluent density is less than the surrounding ambient water
density at the discharge level.
Therefore, the effluent is POSITIVELY BUOYANT and will tend to rise
towards
the surface.
--------------------------------------------------------------------------
FAR-FIELD MIXING SUMMARY:
Plume becomes laterally fully mixed at 212.05 m downstream.
--------------------------------------------------------------------------
PLUME BANK CONTACT SUMMARY:
Plume in bounded section contacts nearest bank at 172.64 m downstream.
Plume contacts second bank at 212.05 m downstream.
************************ TOXIC DILUTION ZONE SUMMARY
************************
No TDZ was specified for this simulation.
********************** REGULATORY MIXING ZONE SUMMARY
***********************
No RMZ has been specified.
However:
The ambient water quality standard was encountered at the following
plume position:
Water quality standard = 3.3 deg.F
Corresponding dilution s = 4.2
Plume location: x = 130.34 m
(centerline coordinates) y = 37.32 m
z = 0 m
Plume dimensions: half -width (bh) = 20.17 m
thickness (bv) = 0.16 m
********************* FINAL DESIGN ADVICE AND COMMENTS
**********************
REMINDER: The user must take note that HYDRODYNAMIC MODELING by any known
technique is NOT AN EXACT SCIENCE.
Extensive comparison with field and laboratory data has shown that the
CORMIX predictions on dilutions and concentrations (with associated
plume geometries) are reliable for the majority of cases and are
accurate
to within about +-50o (standard deviation).
As a further safeguard, CORMIX will not give predictions whenever it
judges
the design configuration as highly complex and uncertain for prediction.
lAnALFC-4 A-4

CORMIX3 PREDICTION FILE:
33333333333333333333333333333333333333333333333333333333333333333333333333
333333
CORMIX MIXING ZONE EXPERT SYSTEM
Subsystem CORMIX3: Buoyant Surface Discharges
CORMIX Version 10.OGT
HYDRO3 Version 10.0.0.0 July 2016
--------------------------------------------------------------------------
--------------------------------------------------------------------------
CASE DESCRIPTION
Site name/label: Cliffside/Rogers
Design case: Outfall 005 - Thermal
FILE NAME: C:\...ermal Modeling (DUKE0006)\Outfall 005
Thermal.prd
Time stamp: 02/19/2018--16:06:06
ENVIRONMENT PARAMETERS (metric units)
Bounded section
BS = 67.06 AS = 51.10 QA = 8.13 ICHREG= 2
HA = 0.76 HD = 0.76
UA = 0.159 F = 0.077 USTAR =0.1563E-01
UW = 2.000 UWSTAR=0.2198E-02
Uniform density environment
STRCND= U RHOAM = 995.5966
DISCHARGE PARAMETERS (metric units)
BANK = RIGHT DISTB = 0.00 Configuration: flush discharge
SIGMA = 90.00 HDO = 0.30 SLOPE = 45.00 deg.
Rectangular channel geometry:
BO = 3.048 HO = 0.152 AO =0.4645E+00 AR =
0.050
UO = 0.566 QO = 0.263 =0.2629E+00
RHO0 = 993.0427 DRHO0 =0.2554E+01 GPO =0.2516E-01
CO =0.1370E+02 CUNITS= deg.F
IPOLL = 1 KS =0.0000E+00 KD =0.0000E+00
FLUX VARIABLES (metric units)
QO =0.2629E+00
MO
=0.1488E+00
JO
=0.6613E-02
Associated length
scales
(meters)
LQ = 0.68
LM
= 2.95
Lm
= 2.43 Lb =
1.64
LQ2D = 0.61
LM2D
= 4.62
Lm2D
= 7.72
NON -DIMENSIONAL PARAMETERS
FRO = 4.32
FRCH
= 9.14
R
= 3.56
FLOW CLASSIFICATION
333333333333333333333333333333333333333333
3 Flow class (CORMIX3) = SA2 3
3 Applicable layer depth HS = 0.76 3
3 Limiting Dilution S=QA/Q0= 31.92 3
_ C A-5

333333333333333333333333333333333333333333
MIXING ZONE / TOXIC DILUTION / REGION OF INTEREST PARAMETERS
CO =0.1370E+02 CUNITS= deg.F
NTOX = 0
NSTD = 1 CSTD =0.3300E+01
REGMZ = 0
XINT = 670.56 XMAX = 670.56
X -Y -Z COORDINATE SYSTEM:
ORIGIN is located at the WATER SURFACE and at center of discharge
channel/outlet: 0.00 m from the RIGHT bank/shore.
X-axis points downstream
Y-axis points to left as seen by an observer looking downstream
Z-axis points vertically upward (in CORMIX3, all values Z = 0.00)
NSTEP = 200 display intervals per module
---------------------------------------------------------------------
---------------------------------------------------------------------
BEGIN MOD301: DISCHARGE MODULE
Efflux conditions:
X Y Z S C BV
0.00 0.00 0.00 1.0 0.137E+02 0.15
END OF MOD301: DISCHARGE MODULE
------------------------------------------------------
------------------------------------------------------
BEGIN MOD302: ZONE OF FLOW ESTABLISHMENT
Control volume inflow:
X Y Z S C BV
0.00 0.00 0.00 1.0 0.137E+02 0.15
BH TT
1.52 .00000E+00
BH TT
1.52 .00000E+00
Profile definitions:
BV = Gaussian 1/e (370) vertical thickness
BH = Gaussian 1/e (370) horizontal half -width, normal to trajectory
S = hydrodynamic centerline dilution
C = centerline concentration (includes reaction efects, if any)
TT = Cumulative travel time
Control volume outflow:
87.27
SIGMAE=
X Y Z S C BV BH TT
0.12 2.76 0.00 1.0 0.137E+02 0.22 1.72 .48841E+01
Cumulative travel time = 4.8841 sec ( 0.00 hrs)
END OF MOD302: ZONE OF FLOW ESTABLISHMENT
--------------------------------------------------------------------------
A-6

BEGIN CORSURF (MOD310): BUOYANT SURFACE JET - NEAR -FIELD REGION
Surface jet in shallow crossflow with shoreline -attachment.
Profile definitions:
BV = Gaussian 1/e (370) vertical thickness
BH = Gaussian 1/e (37%) horizontal half -width, normal to trajectory
S = hydrodynamic centerline dilution
C = centerline concentration (includes reaction efects, if any)
TT = Cumulative travel time
X
Y
Z
S
C
BV
BH
TT
0.12
2.76
0.00
1.0
0.137E+02
0.22
1.72
.48841E+01
0.27
3.69
0.00
1.5
0.910E+01
0.32
2.54
.69913E+01
0.45
4.39
0.00
1.7
0.787E+01
0.36
2.84
.89691E+01
0.69
5.08
0.00
1.9
0.705E+01
0.39
3.09
.11271E+02
0.89
5.52
0.00
2.1
0.666E+01
0.41
3.22
.12966E+02
1.22
6.17
0.00
2.2
0.623E+01
0.43
3.38
.15717E+02
1.60
6.79
0.00
2.3
0.592E+01
0.44
3.51
.18683E+02
1.86
7.20
0.00
2.4
0.575E+01
0.45
3.59
.20762E+02
2.29
7.78
0.00
2.5
0.556E+01
0.46
3.72
.24008E+02
2.75
8.35
0.00
2.5
0.540E+01
0.46
3.86
.27382E+02
3.06
8.72
0.00
2.6
0.531E+01
0.45
3.96
.29692E+02
3.56
9.25
0.00
2.6
0.520E+01
0.45
4.10
.33235E+02
4.07
9.77
0.00
2.7
0.511E+01
0.45
4.24
.36861E+02
4.42
10.10
0.00
2.7
0.505E+01
0.44
4.34
.39317E+02
4.96
10.59
0.00
2.8
0.498E+01
0.44
4.48
.43055E+02
5.52
11.06
0.00
2.8
0.491E+01
0.43
4.61
.46849E+02
5.89
11.37
0.00
2.8
0.487E+01
0.43
4.70
.49405E+02
6.47
11.81
0.00
2.8
0.481E+01
0.42
4.84
.53277E+02
7.05
12.25
0.00
2.9
0.476E+01
0.42
4.97
.57189E+02
7.45
12.53
0.00
2.9
0.473E+01
0.41
5.05
.59817E+02
8.05
12.94
0.00
2.9
0.469E+01
0.41
5.18
.63785E+02
8.65
13.34
0.00
2.9
0.465E+01
0.40
5.31
.67783E+02
9.06
13.60
0.00
3.0
0.463E+01
0.40
5.39
.70463E+02
9.68
13.98
0.00
3.0
0.460E+01
0.39
5.51
.74503E+02
10.31
14.35
0.00
3.0
0.456E+01
0.39
5.63
.78565E+02
10.73
14.60
0.00
3.0
0.455E+01
0.38
5.71
.81284E+02
11.36
14.95
0.00
3.0
0.452E+01
0.38
5.83
.85378E+02
12.00
15.30
0.00
3.0
0.449E+01
0.37
5.94
.89489E+02
12.43
15.53
0.00
3.1
0.448E+01
0.37
6.02
.92238E+02
13.07
15.86
0.00
3.1
0.445E+01
0.36
6.13
.96373E+02
13.72
16.19
0.00
3.1
0.443E+01
0.36
6.24
.10052E+03
14.16
16.40
0.00
3.1
0.442E+01
0.36
6.32
.10329E+03
14.82
16.72
0.00
3.1
0.440E+01
0.35
6.42
.10746E+03
15.47
17.03
0.00
3.1
0.438E+01
0.35
6.53
.11164E+03
15.92
17.23
0.00
3.1
0.437E+01
0.34
6.60
.11443E+03
16.58
17.53
0.00
3.1
0.435E+01
0.34
6.71
.11862E+03
17.25
17.82
0.00
3.2
0.434E+01
0.34
6.81
.12281E+03
17.69
18.01
0.00
3.2
0.433E+01
0.33
6.88
.12562E+03
18.36
18.29
0.00
3.2
0.431E+01
0.33
6.98
.12983E+03
` A� A-7

19.03
18.57
0.00
3.2
0.430E+01
0.33
7.08
.13404E+03
19.48
18.75
0.00
3.2
0.429E+01
0.32
7.15
.13686E+03
20.16
19.02
0.00
3.2
0.428E+01
0.32
7.25
.14108E+03
20.84
19.28
0.00
3.2
0.426E+01
0.32
7.35
.14531E+03
21.52
19.54
0.00
3.2
0.425E+01
0.31
7.44
.14954E+03
21.97
19.71
0.00
3.2
0.424E+01
0.31
7.51
.15237E+03
22.65
19.97
0.00
3.2
0.423E+01
0.31
7.60
.15660E+03
23.34
20.21
0.00
3.2
0.422E+01
0.30
7.70
.16085E+03
23.79
20.38
0.00
3.3
0.422E+01
0.30
7.76
.16367E+03
24.48
20.62
0.00
3.3
0.421E+01
0.30
7.85
.16792E+03
25.17
20.86
0.00
3.3
0.420E+01
0.30
7.94
.17217E+03
25.63
21.01
0.00
3.3
0.419E+01
0.29
8.00
.17500E+03
26.32
21.24
0.00
3.3
0.418E+01
0.29
8.09
.17925E+03
27.01
21.47
0.00
3.3
0.417E+01
0.29
8.18
.18351E+03
27.47
21.62
0.00
3.3
0.417E+01
0.29
8.24
.18634E+03
28.16
21.84
0.00
3.3
0.416E+01
0.28
8.33
.19060E+03
28.86
22.06
0.00
3.3
0.415E+01
0.28
8.42
.19485E+03
29.32
22.21
0.00
3.3
0.415E+01
0.28
8.48
.19769E+03
30.01
22.42
0.00
3.3
0.414E+01
0.28
8.56
.20195E+03
30.71
22.63
0.00
3.3
0.413E+01
0.28
8.65
.20621E+03
31.18
22.77
0.00
3.3
0.413E+01
0.27
8.71
.20905E+03
31.87
22.98
0.00
3.3
0.412E+01
0.27
8.79
.21330E+03
32.57
23.18
0.00
3.3
0.411E+01
0.27
8.87
.21756E+03
33.04
23.31
0.00
3.3
0.411E+01
0.27
8.93
.22040E+03
33.74
23.51
0.00
3.3
0.410E+01
0.27
9.01
.22466E+03
34.44
23.71
0.00
3.3
0.409E+01
0.26
9.09
.22892E+03
34.91
23.84
0.00
3.3
0.409E+01
0.26
9.15
.23176E+03
35.61
24.03
0.00
3.4
0.408E+01
0.26
9.23
.23602E+03
36.31
24.22
0.00
3.4
0.408E+01
0.26
9.31
.24028E+03
36.78
24.35
0.00
3.4
0.407E+01
0.26
9.36
.24312E+03
37.48
24.53
0.00
3.4
0.407E+01
0.25
9.44
.24738E+03
38.19
24.71
0.00
3.4
0.406E+01
0.25
9.52
.25164E+03
38.66
24.84
0.00
3.4
0.406E+01
0.25
9.58
.25448E+03
39.36
25.02
0.00
3.4
0.405E+01
0.25
9.65
.25874E+03
40.07
25.19
0.00
3.4
0.405E+01
0.25
9.73
.26299E+03
40.54
25.31
0.00
3.4
0.404E+01
0.25
9.78
.26583E+03
41.24
25.48
0.00
3.4
0.404E+01
0.25
9.86
.27009E+03
41.95
25.66
0.00
3.4
0.403E+01
0.24
9.94
.27434E+03
42.42
25.77
0.00
3.4
0.403E+01
0.24
9.99
.27718E+03
43.13
25.94
0.00
3.4
0.403E+01
0.24
10.06
.28143E+03
43.84
26.11
0.00
3.4
0.402E+01
0.24
10.14
.28569E+03
44.55
26.27
0.00
3.4
0.402E+01
0.24
10.21
.28994E+03
45.02
26.38
0.00
3.4
0.401E+01
0.24
10.26
.29278E+03
45.73
26.54
0.00
3.4
0.401E+01
0.24
10.34
.29703E+03
46.44
26.70
0.00
3.4
0.400E+01
0.23
10.41
.30128E+03
46.91
26.81
0.00
3.4
0.400E+01
0.23
10.46
.30411E+03
47.62
26.97
0.00
3.4
0.400E+01
0.23
10.53
.30836E+03
48.33
27.12
0.00
3.4
0.399E+01
0.23
10.61
.31261E+03
48.81
27.22
0.00
3.4
0.399E+01
0.23
10.65
.31544E+03
49.52
27.38
0.00
3.4
0.398E+01
0.23
10.73
.31969E+03
50.23
27.53
0.00
3.4
0.398E+01
0.23
10.80
.32394E+03
50.70
27.63
0.00
3.4
0.398E+01
0.23
10.84
.32677E+03
51.42
27.78
0.00
3.4
0.397E+01
0.22
10.92
.33101E+03
A-8

52.13
27.92
0.00
3.5
0.397E+01
0.22
10.99
.33526E+03
52.60
28.02
0.00
3.5
0.396E+01
0.22
11.03
.33808E+03
53.32
28.17
0.00
3.5
0.396E+01
0.22
11.10
.34233E+03
54.03
28.31
0.00
3.5
0.396E+01
0.22
11.17
.34657E+03
54.50
28.40
0.00
3.5
0.395E+01
0.22
11.22
.34939E+03
55.22
28.54
0.00
3.5
0.395E+01
0.22
11.29
.35363E+03
55.93
28.68
0.00
3.5
0.395E+01
0.22
11.36
.35787E+03
56.41
28.78
0.00
3.5
0.394E+01
0.22
11.40
.36070E+03
57.12
28.91
0.00
3.5
0.394E+01
0.21
11.47
.36493E+03
57.84
29.05
0.00
3.5
0.394E+01
0.21
11.54
.36917E+03
58.31
29.14
0.00
3.5
0.393E+01
0.21
11.58
.37199E+03
59.03
29.27
0.00
3.5
0.393E+01
0.21
11.65
.37623E+03
59.74
29.41
0.00
3.5
0.393E+01
0.21
11.72
.38046E+03
60.22
29.49
0.00
3.5
0.392E+01
0.21
11.76
.38328E+03
60.94
29.62
0.00
3.5
0.392E+01
0.21
11.83
.38751E+03
61.65
29.75
0.00
3.5
0.392E+01
0.21
11.89
.39174E+03
62.13
29.84
0.00
3.5
0.391E+01
0.21
11.94
.39456E+03
62.85
29.96
0.00
3.5
0.391E+01
0.21
12.00
.39879E+03
63.56
30.09
0.00
3.5
0.391E+01
0.21
12.07
.40302E+03
64.04
30.17
0.00
3.5
0.390E+01
0.20
12.11
.40584E+03
64.76
30.30
0.00
3.5
0.390E+01
0.20
12.18
.41006E+03
65.48
30.42
0.00
3.5
0.390E+01
0.20
12.24
.41429E+03
65.95
30.50
0.00
3.5
0.389E+01
0.20
12.28
.41710E+03
66.67
30.62
0.00
3.5
0.389E+01
0.20
12.35
.42133E+03
67.39
30.74
0.00
3.5
0.389E+01
0.20
12.41
.42555E+03
67.87
30.82
0.00
3.5
0.389E+01
0.20
12.46
.42836E+03
68.59
30.94
0.00
3.5
0.388E+01
0.20
12.52
.43258E+03
69.30
31.06
0.00
3.5
0.388E+01
0.20
12.58
.43680E+03
69.78
31.13
0.00
3.5
0.388E+01
0.20
12.62
.43962E+03
70.50
31.25
0.00
3.5
0.387E+01
0.20
12.69
.44383E+03
71.22
31.36
0.00
3.5
0.387E+01
0.20
12.75
.44805E+03
71.94
31.48
0.00
3.5
0.387E+01
0.19
12.81
.45227E+03
72.42
31.55
0.00
3.5
0.386E+01
0.19
12.85
.45508E+03
73.14
31.66
0.00
3.5
0.386E+01
0.19
12.92
.45929E+03
73.85
31.77
0.00
3.6
0.386E+01
0.19
12.98
.46350E+03
74.33
31.85
0.00
3.6
0.386E+01
0.19
13.02
.46631E+03
75.05
31.95
0.00
3.6
0.385E+01
0.19
13.08
.47052E+03
75.77
32.06
0.00
3.6
0.385E+01
0.19
13.14
.47473E+03
76.25
32.13
0.00
3.6
0.385E+01
0.19
13.18
.47754E+03
76.97
32.24
0.00
3.6
0.384E+01
0.19
13.24
.48175E+03
77.69
32.35
0.00
3.6
0.384E+01
0.19
13.30
.48596E+03
78.17
32.41
0.00
3.6
0.384E+01
0.19
13.34
.48876E+03
78.89
32.52
0.00
3.6
0.384E+01
0.19
13.40
.49297E+03
79.61
32.62
0.00
3.6
0.383E+01
0.19
13.46
.49717E+03
80.09
32.69
0.00
3.6
0.383E+01
0.19
13.50
.49998E+03
80.81
32.79
0.00
3.6
0.383E+01
0.19
13.56
.50418E+03
81.53
32.89
0.00
3.6
0.382E+01
0.18
13.62
.50839E+03
82.01
32.96
0.00
3.6
0.382E+01
0.18
13.66
.51119E+03
82.73
33.06
0.00
3.6
0.382E+01
0.18
13.72
.51539E+03
83.46
33.16
0.00
3.6
0.382E+01
0.18
13.78
.51959E+03
83.94
33.22
0.00
3.6
0.381E+01
0.18
13.82
.52239E+03
84.66
33.32
0.00
3.6
0.381E+01
0.18
13.88
.52659E+03
85.38
33.42
0.00
3.6
0.381E+01
0.18
13.94
.53079E+03
A-9
- 1.1 L�

85.86
33.48
0.00
3.6
0.381E+01
0.18
13.97
.53359E+03
86.58
33.57
0.00
3.6
0.380E+01
0.18
14.03
.53778E+03
87.30
33.67
0.00
3.6
0.380E+01
0.18
14.09
.54198E+03
87.78
33.73
0.00
3.6
0.380E+01
0.18
14.13
.54478E+03
88.50
33.82
0.00
3.6
0.379E+01
0.18
14.19
.54897E+03
89.23
33.92
0.00
3.6
0.379E+01
0.18
14.24
.55317E+03
89.71
33.98
0.00
3.6
0.379E+01
0.18
14.28
.55596E+03
90.43
34.07
0.00
3.6
0.379E+01
0.18
14.34
.56015E+03
91.15
34.16
0.00
3.6
0.378E+01
0.18
14.40
.56435E+03
91.63
34.22
0.00
3.6
0.378E+01
0.18
14.43
.56714E+03
92.35
34.31
0.00
3.6
0.378E+01
0.18
14.49
.57133E+03
93.08
34.39
0.00
3.6
0.378E+01
0.17
14.55
.57552E+03
93.56
34.45
0.00
3.6
0.377E+01
0.17
14.58
.57831E+03
94.28
34.54
0.00
3.6
0.377E+01
0.17
14.64
.58250E+03
95.00
34.62
0.00
3.6
0.377E+01
0.17
14.70
.58669E+03
95.48
34.68
0.00
3.6
0.377E+01
0.17
14.73
.58948E+03
96.21
34.77
0.00
3.6
0.376E+01
0.17
14.79
.59367E+03
96.93
34.85
0.00
3.6
0.376E+01
0.17
14.84
.59785E+03
97.65
34.93
0.00
3.6
0.376E+01
0.17
14.90
.60204E+03
98.13
34.99
0.00
3.6
0.376E+01
0.17
14.94
.60483E+03
98.86
35.07
0.00
3.6
0.375E+01
0.17
14.99
.60901E+03
99.58
35.15
0.00
3.7
0.375E+01
0.17
15.05
.61319E+03
100.06
35.21
0.00
3.7
0.375E+01
0.17
15.08
.61598E+03
100.78
35.29
0.00
3.7
0.375E+01
0.17
15.14
.62016E+03
101.51
35.37
0.00
3.7
0.374E+01
0.17
15.19
.62434E+03
101.99
35.42
0.00
3.7
0.374E+01
0.17
15.23
.62713E+03
102.71
35.50
0.00
3.7
0.374E+01
0.17
15.28
.63131E+03
103.44
35.58
0.00
3.7
0.374E+01
0.17
15.34
.63549E+03
103.92
35.63
0.00
3.7
0.373E+01
0.17
15.37
.63828E+03
104.64
35.71
0.00
3.7
0.373E+01
0.17
15.43
.64246E+03
105.37
35.79
0.00
3.7
0.373E+01
0.17
15.48
.64663E+03
105.85
35.84
0.00
3.7
0.373E+01
0.17
15.52
.64942E+03
106.57
35.91
0.00
3.7
0.372E+01
0.17
15.57
.65359E+03
107.29
35.99
0.00
3.7
0.372E+01
0.16
15.62
.65777E+03
107.78
36.04
0.00
3.7
0.372E+01
0.16
15.66
.66055E+03
108.50
36.11
0.00
3.7
0.372E+01
0.16
15.71
.66473E+03
109.22
36.18
0.00
3.7
0.371E+01
0.16
15.77
.66890E+03
109.71
36.23
0.00
3.7
0.371E+01
0.16
15.80
.67168E+03
110.43
36.31
0.00
3.7
0.371E+01
0.16
15.85
.67586E+03
111.16
36.38
0.00
3.7
0.371E+01
0.16
15.91
.68003E+03
111.64
36.42
0.00
3.7
0.370E+01
0.16
15.94
.68281E+03
112.36
36.50
0.00
3.7
0.370E+01
0.16
15.99
.68698E+03
113.09
36.57
0.00
3.7
0.370E+01
0.16
16.05
.69115E+03
113.57
36.61
0.00
3.7
0.370E+01
0.16
16.08
.69393E+03
114.29
36.68
0.00
3.7
0.369E+01
0.16
16.13
.69810E+03
115.02
36.75
0.00
3.7
0.369E+01
0.16
16.18
.70227E+03
115.50
36.80
0.00
3.7
0.369E+01
0.16
16.22
.70505E+03
116.22
36.86
0.00
3.7
0.369E+01
0.16
16.27
.70922E+03
116.95
36.93
0.00
3.7
0.368E+01
0.16
16.32
.71339E+03
117.43
36.98
0.00
3.7
0.368E+01
0.16
16.36
.71616E+03
118.16
37.04
0.00
3.7
0.368E+01
0.16
16.41
.72033E+03
118.88
37.11
0.00
3.7
0.368E+01
0.16
16.46
.72450E+03
119.36
37.15
0.00
3.7
0.368E+01
0.16
16.49
.72727E+03
_ A-10

120.09
37.22 0.00
3.7 0.367E+01
0.16 16.54 .73144E+03
120.81
37.28 0.00
3.7 0.367E+01
0.16 16.60 .73560E+03
121.30
37.32 0.00
3.7 0.367E+01
0.16 16.63 .73838E+03
Cumulative
travel time =
738.3808 sec
( 0.21 hrs)
END OF CORSURF (MOD310): BUOYANT SURFACE JET - NEAR -FIELD REGION
--------------------------------------------------------------------------
Bank nearest to plume centerline has changed.
Nearest bank is now on LEFT.
--------------------------------------------------------------------------
** End of NEAR -FIELD REGION (NFR) **
--------------------------------------------------------------------------
The initial plume WIDTH/THICKNESS VALUE in the next far -field module will
be
CORRECTED by a factor 1.07 to conserve the mass flux in the far -field!
--------------------------------------------------------------------------
BEGIN MOD341: BUOYANT AMBIENT SPREADING /
Profile definitions:
BV = top -hat thickness,measured vertically
BH = top -hat half -width, measured horizontally from bank/shoreline
S = hydrodynamic average (bulk) dilution
C = average (bulk) concentration (includes reaction effects, if any)
TT = Cumulative travel time
Plume Stage
1 (not
bank attached):
0.17
X
Y
z
S
C
121.30
37.32
0.00
3.7
0.367E+01
121.55
37.32
0.00
3.7
0.366E+01
121.81
37.32
0.00
3.8
0.365E+01
122.07
37.32
0.00
3.8
0.364E+01
122.32
37.32
0.00
3.8
0.363E+01
122.58
37.32
0.00
3.8
0.361E+01
122.84
37.32
0.00
3.8
0.360E+01
123.09
37.32
0.00
3.8
0.359E+01
123.35
37.32
0.00
3.8
0.358E+01
123.61
37.32
0.00
3.8
0.357E+01
123.86
37.32
0.00
3.8
0.356E+01
124.12
37.32
0.00
3.9
0.355E+01
124.38
37.32
0.00
3.9
0.354E+01
124.63
37.32
0.00
3.9
0.353E+01
124.89
37.32
0.00
3.9
0.352E+01
125.15
37.32
0.00
3.9
0.351E+01
125.40
37.32
0.00
3.9
0.350E+01
125.66
37.32
0.00
3.9
0.349E+01
125.92
37.32
0.00
3.9
0.348E+01
126.17
37.32
0.00
4.0
0.347E+01
126.43
37.32
0.00
4.0
0.346E+01
`,
,
BV
BH
TT
0.17
17.80
.73838E+03
0.17
17.87
.73994E+03
0.17
17.94
.74151E+03
0.17
18.01
.74307E+03
0.17
18.08
.74463E+03
0.17
18.15
.74620E+03
0.17
18.22
.74776E+03
0.17
18.29
.74932E+03
0.17
18.35
.75089E+03
0.17
18.42
.75245E+03
0.17
18.49
.75401E+03
0.17
18.56
.75558E+03
0.17
18.63
.75714E+03
0.17
18.69
.75871E+03
0.17
18.76
.76027E+03
0.17
18.83
.76183E+03
0.17
18.90
.76340E+03
0.17
18.96
.76496E+03
0.17
19.03
.76652E+03
0.17
19.10
.76809E+03
0.17
19.16
.76965E+03
A-11

126.69
37.32
0.00
126.94
37.32
0.00
127.20
37.32
0.00
127.46
37.32
0.00
127.71
37.32
0.00
127.97
37.32
0.00
128.23
37.32
0.00
128.48
37.32
0.00
128.74
37.32
0.00
129.00
37.32
0.00
129.25
37.32
0.00
129.51
37.32
0.00
129.77
37.32
0.00
130.02
37.32
0.00
130.28
37.32
0.00
** WATER QUALITY
STANDARD OR
The pollutant
concentration
standard
4.3
0.319E+01
or CCC value
of 0.330E+01
.81030E+03
This is the
spatial
extent
standard
or CCC value.
130.54
37.32
0.00
130.79
37.32
0.00
131.05
37.32
0.00
131.31
37.32
0.00
131.56
37.32
0.00
131.82
37.32
0.00
132.08
37.32
0.00
132.33
37.32
0.00
132.59
37.32
0.00
132.85
37.32
0.00
133.10
37.32
0.00
133.36
37.32
0.00
133.62
37.32
0.00
133.87
37.32
0.00
134.13
37.32
0.00
134.39
37.32
0.00
134.64
37.32
0.00
134.90
37.32
0.00
135.16
37.32
0.00
135.41
37.32
0.00
135.67
37.32
0.00
135.93
37.32
0.00
136.18
37.32
0.00
136.44
37.32
0.00
136.70
37.32
0.00
136.95
37.32
0.00
137.21
37.32
0.00
137.47
37.32
0.00
137.72
37.32
0.00
137.98
37.32
0.00
138.24
37.32
0.00
138.49
37.32
0.00
4.0 0.345E+01
4.0 0.344E+01
4.0 0.343E+01
4.0 0.341E+01
4.0 0.340E+01
4.0 0.339E+01
4.0 0.338E+01
4.1 0.337E+01
4.1 0.336E+01
4.1 0.335E+01
4.1 0.334E+01
4.1 0.333E+01
4.1 0.332E+01
4.1 0.331E+01
4.1 0.330E+01
CCC HAS BEEN FOUND
in the plume falls
0.17
19.23
.77121E+03
0.17
19.30
.77278E+03
0.17
19.36
.77434E+03
0.17
19.43
.77590E+03
0.17
19.50
.77747E+03
0.17
19.56
.77903E+03
0.17
19.63
.78059E+03
0.17
19.69
.78216E+03
0.17
19.76
.78372E+03
0.16
19.83
.78528E+03
0.16
19.89
.78685E+03
0.16
19.96
.78841E+03
0.16
20.02
.78997E+03
0.16
20.09
.79154E+03
0.16
20.15
.79310E+03
**
0.320E+01
0.16
below water quality
in the current prediction interval.
of concentrations exceeding the water quality
4.2
0.329E+01
0.16
20.22
.79466E+03
4.2
0.328E+01
0.16
20.28
.79623E+03
4.2
0.327E+01
0.16
20.35
.79779E+03
4.2
0.326E+01
0.16
20.41
.79935E+03
4.2
0.325E+01
0.16
20.48
.80092E+03
4.2
0.324E+01
0.16
20.54
.80248E+03
4.2
0.323E+01
0.16
20.60
.80404E+03
4.3
0.322E+01
0.16
20.67
.80561E+03
4.3
0.321E+01
0.16
20.73
.80717E+03
4.3
0.320E+01
0.16
20.80
.80873E+03
4.3
0.319E+01
0.16
20.86
.81030E+03
4.3
0.318E+01
0.16
20.92
.81186E+03
4.3
0.317E+01
0.16
20.99
.81342E+03
4.3
0.316E+01
0.16
21.05
.81499E+03
4.3
0.315E+01
0.16
21.11
.81655E+03
4.4
0.314E+01
0.16
21.18
.81811E+03
4.4
0.313E+01
0.16
21.24
.81968E+03
4.4
0.312E+01
0.16
21.30
.82124E+03
4.4
0.311E+01
0.16
21.37
.82280E+03
4.4
0.310E+01
0.16
21.43
.82437E+03
4.4
0.309E+01
0.16
21.49
.82593E+03
4.4
0.308E+01
0.16
21.55
.82749E+03
4.5
0.307E+01
0.17
21.62
.82906E+03
4.5
0.306E+01
0.17
21.68
.83062E+03
4.5
0.305E+01
0.17
21.74
.83218E+03
4.5
0.305E+01
0.17
21.80
.83375E+03
4.5
0.304E+01
0.17
21.87
.83531E+03
4.5
0.303E+01
0.17
21.93
.83687E+03
4.5
0.302E+01
0.17
21.99
.83844E+03
4.6
0.301E+01
0.17
22.05
.84000E+03
4.6
0.300E+01
0.17
22.11
.84156E+03
4.6
0.299E+01
0.17
22.18
.84313E+03
A-12

138.75
37.32
0.00
4.6
0.298E+01
0.17
22.24
.84469E+03
139.01
37.32
0.00
4.6
0.297E+01
0.17
22.30
.84625E+03
139.27
37.32
0.00
4.6
0.296E+01
0.17
22.36
.84782E+03
139.52
37.32
0.00
4.6
0.295E+01
0.17
22.42
.84938E+03
139.78
37.32
0.00
4.7
0.294E+01
0.17
22.48
.85094E+03
140.04
37.32
0.00
4.7
0.293E+01
0.17
22.54
.85251E+03
140.29
37.32
0.00
4.7
0.292E+01
0.17
22.61
.85407E+03
140.55
37.32
0.00
4.7
0.291E+01
0.17
22.67
.85563E+03
140.81
37.32
0.00
4.7
0.290E+01
0.17
22.73
.85720E+03
141.06
37.32
0.00
4.7
0.289E+01
0.17
22.79
.85876E+03
141.32
37.32
0.00
4.7
0.289E+01
0.17
22.85
.86032E+03
141.58
37.32
0.00
4.8
0.288E+01
0.17
22.91
.86189E+03
141.83
37.32
0.00
4.8
0.287E+01
0.17
22.97
.86345E+03
142.09
37.32
0.00
4.8
0.286E+01
0.17
23.03
.86502E+03
142.35
37.32
0.00
4.8
0.285E+01
0.17
23.09
.86658E+03
142.60
37.32
0.00
4.8
0.284E+01
0.17
23.15
.86814E+03
142.86
37.32
0.00
4.8
0.283E+01
0.17
23.21
.86971E+03
143.12
37.32
0.00
4.9
0.282E+01
0.17
23.27
.87127E+03
143.37
37.32
0.00
4.9
0.281E+01
0.17
23.33
.87283E+03
143.63
37.32
0.00
4.9
0.280E+01
0.17
23.39
.87440E+03
143.89
37.32
0.00
4.9
0.279E+01
0.17
23.45
.87596E+03
144.14
37.32
0.00
4.9
0.278E+01
0.17
23.51
.87752E+03
144.40
37.32
0.00
4.9
0.278E+01
0.17
23.57
.87909E+03
144.66
37.32
0.00
5.0
0.277E+01
0.17
23.63
.88065E+03
144.91
37.32
0.00
5.0
0.276E+01
0.17
23.69
.88221E+03
145.17
37.32
0.00
5.0
0.275E+01
0.17
23.75
.88378E+03
145.43
37.32
0.00
5.0
0.274E+01
0.17
23.81
.88534E+03
145.68
37.32
0.00
5.0
0.273E+01
0.17
23.87
.88690E+03
145.94
37.32
0.00
5.0
0.272E+01
0.17
23.93
.88847E+03
146.20
37.32
0.00
5.0
0.271E+01
0.17
23.99
.89003E+03
146.45
37.32
0.00
5.1
0.270E+01
0.17
24.05
.89159E+03
146.71
37.32
0.00
5.1
0.270E+01
0.17
24.11
.89316E+03
146.97
37.32
0.00
5.1
0.269E+01
0.17
24.16
.89472E+03
147.22
37.32
0.00
5.1
0.268E+01
0.17
24.22
.89628E+03
147.48
37.32
0.00
5.1
0.267E+01
0.17
24.28
.89785E+03
147.74
37.32
0.00
5.1
0.266E+01
0.17
24.34
.89941E+03
147.99
37.32
0.00
5.2
0.265E+01
0.17
24.40
.90097E+03
148.25
37.32
0.00
5.2
0.264E+01
0.17
24.46
.90254E+03
148.51
37.32
0.00
5.2
0.264E+01
0.17
24.52
.90410E+03
148.76
37.32
0.00
5.2
0.263E+01
0.17
24.58
.90566E+03
149.02
37.32
0.00
5.2
0.262E+01
0.17
24.63
.90723E+03
149.28
37.32
0.00
5.2
0.261E+01
0.17
24.69
.90879E+03
149.53
37.32
0.00
5.3
0.260E+01
0.17
24.75
.91035E+03
149.79
37.32
0.00
5.3
0.259E+01
0.17
24.81
.91192E+03
150.05
37.32
0.00
5.3
0.258E+01
0.17
24.87
.91348E+03
150.30
37.32
0.00
5.3
0.258E+01
0.17
24.92
.91504E+03
150.56
37.32
0.00
5.3
0.257E+01
0.17
24.98
.91661E+03
150.82
37.32
0.00
5.4
0.256E+01
0.17
25.04
.91817E+03
151.07
37.32
0.00
5.4
0.255E+01
0.17
25.10
.91973E+03
151.33
37.32
0.00
5.4
0.254E+01
0.17
25.16
.92130E+03
151.59
37.32
0.00
5.4
0.253E+01
0.17
25.21
.92286E+03
151.84
37.32
0.00
5.4
0.253E+01
0.17
25.27
.92442E+03
152.10
37.32
0.00
5.4
0.252E+01
0.17
25.33
.92599E+03
A-13

152.36
37.32
0.00
5.5
0.251E+01
0.17
25.39
.92755E+03
152.61
37.32
0.00
5.5
0.250E+01
0.17
25.44
.92911E+03
152.87
37.32
0.00
5.5
0.249E+01
0.17
25.50
.93068E+03
153.13
37.32
0.00
5.5
0.248E+01
0.17
25.56
.93224E+03
153.38
37.32
0.00
5.5
0.248E+01
0.17
25.61
.93380E+03
153.64
37.32
0.00
5.6
0.247E+01
0.17
25.67
.93537E+03
153.90
37.32
0.00
5.6
0.246E+01
0.17
25.73
.93693E+03
154.15
37.32
0.00
5.6
0.245E+01
0.17
25.79
.93849E+03
154.41
37.32
0.00
5.6
0.244E+01
0.17
25.84
.94006E+03
154.67
37.32
0.00
5.6
0.244E+01
0.17
25.90
.94162E+03
154.92
37.32
0.00
5.6
0.243E+01
0.17
25.96
.94318E+03
155.18
37.32
0.00
5.7
0.242E+01
0.17
26.01
.94475E+03
155.44
37.32
0.00
5.7
0.241E+01
0.17
26.07
.94631E+03
155.69
37.32
0.00
5.7
0.240E+01
0.17
26.13
.94787E+03
155.95
37.32
0.00
5.7
0.240E+01
0.17
26.18
.94944E+03
156.21
37.32
0.00
5.7
0.239E+01
0.18
26.24
.95100E+03
156.46
37.32
0.00
5.8
0.238E+01
0.18
26.30
.95256E+03
156.72
37.32
0.00
5.8
0.237E+01
0.18
26.35
.95413E+03
156.98
37.32
0.00
5.8
0.236E+01
0.18
26.41
.95569E+03
157.23
37.32
0.00
5.8
0.236E+01
0.18
26.46
.95725E+03
157.49
37.32
0.00
5.8
0.235E+01
0.18
26.52
.95882E+03
157.75
37.32
0.00
5.9
0.234E+01
0.18
26.58
.96038E+03
158.00
37.32
0.00
5.9
0.233E+01
0.18
26.63
.96194E+03
158.26
37.32
0.00
5.9
0.233E+01
0.18
26.69
.96351E+03
158.52
37.32
0.00
5.9
0.232E+01
0.18
26.74
.96507E+03
158.77
37.32
0.00
5.9
0.231E+01
0.18
26.80
.96663E+03
159.03
37.32
0.00
6.0
0.230E+01
0.18
26.86
.96820E+03
159.29
37.32
0.00
6.0
0.229E+01
0.18
26.91
.96976E+03
159.54
37.32
0.00
6.0
0.229E+01
0.18
26.97
.97132E+03
159.80
37.32
0.00
6.0
0.228E+01
0.18
27.02
.97289E+03
160.06
37.32
0.00
6.0
0.227E+01
0.18
27.08
.97445E+03
160.31
37.32
0.00
6.0
0.226E+01
0.18
27.13
.97601E+03
160.57
37.32
0.00
6.1
0.226E+01
0.18
27.19
.97758E+03
160.83
37.32
0.00
6.1
0.225E+01
0.18
27.25
.97914E+03
161.08
37.32
0.00
6.1
0.224E+01
0.18
27.30
.98070E+03
161.34
37.32
0.00
6.1
0.223E+01
0.18
27.36
.98227E+03
161.60
37.32
0.00
6.2
0.223E+01
0.18
27.41
.98383E+03
161.85
37.32
0.00
6.2
0.222E+01
0.18
27.47
.98540E+03
162.11
37.32
0.00
6.2
0.221E+01
0.18
27.52
.98696E+03
162.37
37.32
0.00
6.2
0.221E+01
0.18
27.58
.98852E+03
162.62
37.32
0.00
6.2
0.220E+01
0.18
27.63
.99009E+03
162.88
37.32
0.00
6.3
0.219E+01
0.18
27.69
.99165E+03
163.14
37.32
0.00
6.3
0.218E+01
0.18
27.74
.99321E+03
163.39
37.32
0.00
6.3
0.218E+01
0.18
27.80
.99478E+03
163.65
37.32
0.00
6.3
0.217E+01
0.18
27.85
.99634E+03
163.91
37.32
0.00
6.3
0.216E+01
0.18
27.91
.99790E+03
164.16
37.32
0.00
6.4
0.215E+01
0.18
27.96
.99947E+03
164.42
37.32
0.00
6.4
0.215E+01
0.18
28.01
.10010E+04
164.68
37.32
0.00
6.4
0.214E+01
0.18
28.07
.10026E+04
164.93
37.32
0.00
6.4
0.213E+01
0.18
28.12
.10042E+04
165.19
37.32
0.00
6.4
0.213E+01
0.18
28.18
.10057E+04
165.45
37.32
0.00
6.5
0.212E+01
0.18
28.23
.10073E+04
165.71
37.32
0.00
6.5
0.211E+01
0.18
28.29
.10088E+04
_ A-14

165.96
37.32
0.00
6.5
0.211E+01
0.18
28.34
.10104E+04
166.22
37.32
0.00
6.5
0.210E+01
0.18
28.39
.10120E+04
166.48
37.32
0.00
6.6
0.209E+01
0.18
28.45
.10135E+04
166.73
37.32
0.00
6.6
0.208E+01
0.18
28.50
.10151E+04
166.99
37.32
0.00
6.6
0.208E+01
0.18
28.56
.10167E+04
167.25
37.32
0.00
6.6
0.207E+01
0.19
28.61
.10182E+04
167.50
37.32
0.00
6.6
0.206E+01
0.19
28.66
.10198E+04
167.76
37.32
0.00
6.7
0.206E+01
0.19
28.72
.10214E+04
168.02
37.32
0.00
6.7
0.205E+01
0.19
28.77
.10229E+04
168.27
37.32
0.00
6.7
0.204E+01
0.19
28.83
.10245E+04
168.53
37.32
0.00
6.7
0.204E+01
0.19
28.88
.10260E+04
168.79
37.32
0.00
6.8
0.203E+01
0.19
28.93
.10276E+04
169.04
37.32
0.00
6.8
0.202E+01
0.19
28.99
.10292E+04
169.30
37.32
0.00
6.8
0.202E+01
0.19
29.04
.10307E+04
169.56
37.32
0.00
6.8
0.201E+01
0.19
29.09
.10323E+04
169.81
37.32
0.00
6.8
0.200E+01
0.19
29.15
.10339E+04
170.07
37.32
0.00
6.9
0.200E+01
0.19
29.20
.10354E+04
170.33
37.32
0.00
6.9
0.199E+01
0.19
29.25
.10370E+04
170.58
37.32
0.00
6.9
0.198E+01
0.19
29.31
.10385E+04
170.84
37.32
0.00
6.9
0.198E+01
0.19
29.36
.10401E+04
171.10
37.32
0.00
7.0
0.197E+01
0.19
29.41
.10417E+04
171.35
37.32
0.00
7.0
0.196E+01
0.19
29.47
.10432E+04
171.61
37.32
0.00
7.0
0.196E+01
0.19
29.52
.10448E+04
171.87
37.32
0.00
7.0
0.195E+01
0.19
29.57
.10464E+04
172.12
37.32
0.00
7.0
0.194E+01
0.19
29.63
.10479E+04
172.38
37.32
0.00
7.1
0.194E+01
0.19
29.68
.10495E+04
172.64
37.32
0.00
7.1
0.193E+01
0.19
29.73
.10511E+04
Cumulative
travel time
=
1051.0627 sec
( 0.29
hrs)
--------------------------------------------------------------------------
Plume is ATTACHED
to
LEFT bank/shore.
Plume width
is now
determined
from LEFT bank/shore.
Plume Stage
2 (bank
attached):
X
Y
Z
S
C
BV
BH
TT
172.64
67.06
0.00
7.1
0.193E+01
0.19
59.47
.10511E+04
172.83
67.06
0.00
7.1
0.193E+01
0.19
59.50
.10523E+04
173.03
67.06
0.00
7.1
0.192E+01
0.19
59.54
.10535E+04
173.23
67.06
0.00
7.1
0.192E+01
0.19
59.58
.10547E+04
173.42
67.06
0.00
7.2
0.191E+01
0.19
59.62
.10559E+04
173.62
67.06
0.00
7.2
0.191E+01
0.19
59.66
.10571E+04
173.82
67.06
0.00
7.2
0.190E+01
0.19
59.70
.10583E+04
174.02
67.06
0.00
7.2
0.190E+01
0.19
59.74
.10595E+04
174.21
67.06
0.00
7.2
0.190E+01
0.19
59.78
.10607E+04
174.41
67.06
0.00
7.2
0.189E+01
0.19
59.82
.10619E+04
174.61
67.06
0.00
7.3
0.189E+01
0.19
59.85
.10631E+04
174.80
67.06
0.00
7.3
0.188E+01
0.19
59.89
.10643E+04
175.00
67.06
0.00
7.3
0.188E+01
0.19
59.93
.10655E+04
175.20
67.06
0.00
7.3
0.187E+01
0.20
59.97
.10667E+04
175.39
67.06
0.00
7.3
0.187E+01
0.20
60.01
.10679E+04
175.59
67.06
0.00
7.3
0.186E+01
0.20
60.05
.10691E+04
175.79
67.06
0.00
7.4
0.186E+01
0.20
60.09
.10703E+04
A-15

175.99
67.06
0.00
7.4
0.186E+01
0.20
60.13
.10715E+04
176.18
67.06
0.00
7.4
0.185E+01
0.20
60.16
.10727E+04
176.38
67.06
0.00
7.4
0.185E+01
0.20
60.20
.10739E+04
176.58
67.06
0.00
7.4
0.184E+01
0.20
60.24
.10751E+04
176.77
67.06
0.00
7.5
0.184E+01
0.20
60.28
.10763E+04
176.97
67.06
0.00
7.5
0.183E+01
0.20
60.32
.10775E+04
177.17
67.06
0.00
7.5
0.183E+01
0.20
60.36
.10787E+04
177.37
67.06
0.00
7.5
0.183E+01
0.20
60.40
.10799E+04
177.56
67.06
0.00
7.5
0.182E+01
0.20
60.43
.10811E+04
177.76
67.06
0.00
7.5
0.182E+01
0.20
60.47
.10823E+04
177.96
67.06
0.00
7.6
0.181E+01
0.20
60.51
.10835E+04
178.15
67.06
0.00
7.6
0.181E+01
0.20
60.55
.10847E+04
178.35
67.06
0.00
7.6
0.180E+01
0.20
60.59
.10859E+04
178.55
67.06
0.00
7.6
0.180E+01
0.20
60.63
.10871E+04
178.74
67.06
0.00
7.6
0.180E+01
0.20
60.67
.10883E+04
178.94
67.06
0.00
7.6
0.179E+01
0.20
60.70
.10895E+04
179.14
67.06
0.00
7.7
0.179E+01
0.20
60.74
.10907E+04
179.34
67.06
0.00
7.7
0.178E+01
0.20
60.78
.10919E+04
179.53
67.06
0.00
7.7
0.178E+01
0.20
60.82
.10931E+04
179.73
67.06
0.00
7.7
0.178E+01
0.20
60.86
.10943E+04
179.93
67.06
0.00
7.7
0.177E+01
0.20
60.90
.10955E+04
180.12
67.06
0.00
7.7
0.177E+01
0.20
60.94
.10967E+04
180.32
67.06
0.00
7.8
0.176E+01
0.20
60.97
.10979E+04
180.52
67.06
0.00
7.8
0.176E+01
0.20
61.01
.10991E+04
180.72
67.06
0.00
7.8
0.176E+01
0.20
61.05
.11003E+04
180.91
67.06
0.00
7.8
0.175E+01
0.20
61.09
.11015E+04
181.11
67.06
0.00
7.8
0.175E+01
0.21
61.13
.11027E+04
181.31
67.06
0.00
7.9
0.174E+01
0.21
61.17
.11039E+04
181.50
67.06
0.00
7.9
0.174E+01
0.21
61.20
.11051E+04
181.70
67.06
0.00
7.9
0.174E+01
0.21
61.24
.11063E+04
181.90
67.06
0.00
7.9
0.173E+01
0.21
61.28
.11075E+04
182.10
67.06
0.00
7.9
0.173E+01
0.21
61.32
.11087E+04
182.29
67.06
0.00
7.9
0.172E+01
0.21
61.36
.11099E+04
182.49
67.06
0.00
8.0
0.172E+01
0.21
61.40
.11111E+04
182.69
67.06
0.00
8.0
0.172E+01
0.21
61.44
.11123E+04
182.88
67.06
0.00
8.0
0.171E+01
0.21
61.47
.11135E+04
183.08
67.06
0.00
8.0
0.171E+01
0.21
61.51
.11147E+04
183.28
67.06
0.00
8.0
0.171E+01
0.21
61.55
.11159E+04
183.47
67.06
0.00
8.1
0.170E+01
0.21
61.59
.11171E+04
183.67
67.06
0.00
8.1
0.170E+01
0.21
61.63
.11183E+04
183.87
67.06
0.00
8.1
0.169E+01
0.21
61.67
.11195E+04
184.07
67.06
0.00
8.1
0.169E+01
0.21
61.70
.11207E+04
184.26
67.06
0.00
8.1
0.169E+01
0.21
61.74
.11219E+04
184.46
67.06
0.00
8.1
0.168E+01
0.21
61.78
.11231E+04
184.66
67.06
0.00
8.2
0.168E+01
0.21
61.82
.11243E+04
184.85
67.06
0.00
8.2
0.168E+01
0.21
61.86
.11255E+04
185.05
67.06
0.00
8.2
0.167E+01
0.21
61.90
.11267E+04
185.25
67.06
0.00
8.2
0.167E+01
0.21
61.93
.11279E+04
185.45
67.06
0.00
8.2
0.166E+01
0.21
61.97
.11291E+04
185.64
67.06
0.00
8.3
0.166E+01
0.21
62.01
.11303E+04
185.84
67.06
0.00
8.3
0.166E+01
0.21
62.05
.11315E+04
186.04
67.06
0.00
8.3
0.165E+01
0.21
62.09
.11327E+04
186.23
67.06
0.00
8.3
0.165E+01
0.21
62.12
.11339E+04
-AA _ A-16
I.I L��

186.43
67.06
0.00
8.3
0.165E+01
0.21
62.16
.11351E+04
186.63
67.06
0.00
8.3
0.164E+01
0.21
62.20
.11363E+04
186.82
67.06
0.00
8.4
0.164E+01
0.22
62.24
.11375E+04
187.02
67.06
0.00
8.4
0.164E+01
0.22
62.28
.11387E+04
187.22
67.06
0.00
8.4
0.163E+01
0.22
62.32
.11399E+04
187.42
67.06
0.00
8.4
0.163E+01
0.22
62.35
.11411E+04
187.61
67.06
0.00
8.4
0.162E+01
0.22
62.39
.11423E+04
187.81
67.06
0.00
8.5
0.162E+01
0.22
62.43
.11435E+04
188.01
67.06
0.00
8.5
0.162E+01
0.22
62.47
.11447E+04
188.20
67.06
0.00
8.5
0.161E+01
0.22
62.51
.11459E+04
188.40
67.06
0.00
8.5
0.161E+01
0.22
62.54
.11471E+04
188.60
67.06
0.00
8.5
0.161E+01
0.22
62.58
.11483E+04
188.80
67.06
0.00
8.5
0.160E+01
0.22
62.62
.11495E+04
188.99
67.06
0.00
8.6
0.160E+01
0.22
62.66
.11507E+04
189.19
67.06
0.00
8.6
0.160E+01
0.22
62.70
.11519E+04
189.39
67.06
0.00
8.6
0.159E+01
0.22
62.73
.11531E+04
189.58
67.06
0.00
8.6
0.159E+01
0.22
62.77
.11543E+04
189.78
67.06
0.00
8.6
0.159E+01
0.22
62.81
.11555E+04
189.98
67.06
0.00
8.7
0.158E+01
0.22
62.85
.11567E+04
190.17
67.06
0.00
8.7
0.158E+01
0.22
62.89
.11579E+04
190.37
67.06
0.00
8.7
0.158E+01
0.22
62.93
.11591E+04
190.57
67.06
0.00
8.7
0.157E+01
0.22
62.96
.11603E+04
190.77
67.06
0.00
8.7
0.157E+01
0.22
63.00
.11615E+04
190.96
67.06
0.00
8.8
0.157E+01
0.22
63.04
.11627E+04
191.16
67.06
0.00
8.8
0.156E+01
0.22
63.08
.11639E+04
191.36
67.06
0.00
8.8
0.156E+01
0.22
63.12
.11651E+04
191.55
67.06
0.00
8.8
0.156E+01
0.22
63.15
.11663E+04
191.75
67.06
0.00
8.8
0.155E+01
0.22
63.19
.11675E+04
191.95
67.06
0.00
8.8
0.155E+01
0.22
63.23
.11687E+04
192.15
67.06
0.00
8.9
0.155E+01
0.22
63.27
.11699E+04
192.34
67.06
0.00
8.9
0.154E+01
0.22
63.31
.11711E+04
192.54
67.06
0.00
8.9
0.154E+01
0.23
63.34
.11723E+04
192.74
67.06
0.00
8.9
0.154E+01
0.23
63.38
.11735E+04
192.93
67.06
0.00
8.9
0.153E+01
0.23
63.42
.11747E+04
193.13
67.06
0.00
9.0
0.153E+01
0.23
63.46
.11759E+04
193.33
67.06
0.00
9.0
0.153E+01
0.23
63.49
.11771E+04
193.53
67.06
0.00
9.0
0.152E+01
0.23
63.53
.11783E+04
193.72
67.06
0.00
9.0
0.152E+01
0.23
63.57
.11795E+04
193.92
67.06
0.00
9.0
0.152E+01
0.23
63.61
.11807E+04
194.12
67.06
0.00
9.1
0.151E+01
0.23
63.65
.11819E+04
194.31
67.06
0.00
9.1
0.151E+01
0.23
63.68
.11831E+04
194.51
67.06
0.00
9.1
0.151E+01
0.23
63.72
.11843E+04
194.71
67.06
0.00
9.1
0.150E+01
0.23
63.76
.11855E+04
194.90
67.06
0.00
9.1
0.150E+01
0.23
63.80
.11867E+04
195.10
67.06
0.00
9.2
0.150E+01
0.23
63.84
.11879E+04
195.30
67.06
0.00
9.2
0.149E+01
0.23
63.87
.11891E+04
195.50
67.06
0.00
9.2
0.149E+01
0.23
63.91
.11903E+04
195.69
67.06
0.00
9.2
0.149E+01
0.23
63.95
.11915E+04
195.89
67.06
0.00
9.2
0.148E+01
0.23
63.99
.11927E+04
196.09
67.06
0.00
9.2
0.148E+01
0.23
64.02
.11939E+04
196.28
67.06
0.00
9.3
0.148E+01
0.23
64.06
.11951E+04
196.48
67.06
0.00
9.3
0.147E+01
0.23
64.10
.11963E+04
196.68
67.06
0.00
9.3
0.147E+01
0.23
64.14
.11975E+04
_ f A-17
-':�v LSC-''

196.88
67.06
0.00
9.3
0.147E+01
0.23
64.18
.11987E+04
197.07
67.06
0.00
9.3
0.147E+01
0.23
64.21
.11999E+04
197.27
67.06
0.00
9.4
0.146E+01
0.23
64.25
.12011E+04
197.47
67.06
0.00
9.4
0.146E+01
0.23
64.29
.12023E+04
197.66
67.06
0.00
9.4
0.146E+01
0.23
64.33
.12035E+04
197.86
67.06
0.00
9.4
0.145E+01
0.23
64.36
.12047E+04
198.06
67.06
0.00
9.4
0.145E+01
0.23
64.40
.12059E+04
198.25
67.06
0.00
9.5
0.145E+01
0.24
64.44
.12071E+04
198.45
67.06
0.00
9.5
0.144E+01
0.24
64.48
.12083E+04
198.65
67.06
0.00
9.5
0.144E+01
0.24
64.52
.12095E+04
198.85
67.06
0.00
9.5
0.144E+01
0.24
64.55
.12107E+04
199.04
67.06
0.00
9.5
0.144E+01
0.24
64.59
.12119E+04
199.24
67.06
0.00
9.6
0.143E+01
0.24
64.63
.12131E+04
199.44
67.06
0.00
9.6
0.143E+01
0.24
64.67
.12143E+04
199.63
67.06
0.00
9.6
0.143E+01
0.24
64.70
.12155E+04
199.83
67.06
0.00
9.6
0.142E+01
0.24
64.74
.12167E+04
200.03
67.06
0.00
9.6
0.142E+01
0.24
64.78
.12179E+04
200.23
67.06
0.00
9.7
0.142E+01
0.24
64.82
.12191E+04
200.42
67.06
0.00
9.7
0.141E+01
0.24
64.85
.12203E+04
200.62
67.06
0.00
9.7
0.141E+01
0.24
64.89
.12215E+04
200.82
67.06
0.00
9.7
0.141E+01
0.24
64.93
.12227E+04
201.01
67.06
0.00
9.7
0.141E+01
0.24
64.97
.12239E+04
201.21
67.06
0.00
9.8
0.140E+01
0.24
65.00
.12251E+04
201.41
67.06
0.00
9.8
0.140E+01
0.24
65.04
.12263E+04
201.60
67.06
0.00
9.8
0.140E+01
0.24
65.08
.12275E+04
201.80
67.06
0.00
9.8
0.139E+01
0.24
65.12
.12287E+04
202.00
67.06
0.00
9.8
0.139E+01
0.24
65.15
.12299E+04
202.20
67.06
0.00
9.9
0.139E+01
0.24
65.19
.12311E+04
202.39
67.06
0.00
9.9
0.139E+01
0.24
65.23
.12323E+04
202.59
67.06
0.00
9.9
0.138E+01
0.24
65.27
.12335E+04
202.79
67.06
0.00
9.9
0.138E+01
0.24
65.30
.12347E+04
202.98
67.06
0.00
9.9
0.138E+01
0.24
65.34
.12359E+04
203.18
67.06
0.00
10.0
0.137E+01
0.24
65.38
.12371E+04
203.38
67.06
0.00
10.0
0.137E+01
0.24
65.42
.12383E+04
203.58
67.06
0.00
10.0
0.137E+01
0.24
65.45
.12395E+04
203.77
67.06
0.00
10.0
0.137E+01
0.25
65.49
.12407E+04
203.97
67.06
0.00
10.0
0.136E+01
0.25
65.53
.12419E+04
204.17
67.06
0.00
10.1
0.136E+01
0.25
65.57
.12431E+04
204.36
67.06
0.00
10.1
0.136E+01
0.25
65.60
.12443E+04
204.56
67.06
0.00
10.1
0.136E+01
0.25
65.64
.12455E+04
204.76
67.06
0.00
10.1
0.135E+01
0.25
65.68
.12467E+04
204.95
67.06
0.00
10.1
0.135E+01
0.25
65.72
.12479E+04
205.15
67.06
0.00
10.2
0.135E+01
0.25
65.75
.12491E+04
205.35
67.06
0.00
10.2
0.134E+01
0.25
65.79
.12503E+04
205.55
67.06
0.00
10.2
0.134E+01
0.25
65.83
.12515E+04
205.74
67.06
0.00
10.2
0.134E+01
0.25
65.87
.12527E+04
205.94
67.06
0.00
10.3
0.134E+01
0.25
65.90
.12539E+04
206.14
67.06
0.00
10.3
0.133E+01
0.25
65.94
.12551E+04
206.33
67.06
0.00
10.3
0.133E+01
0.25
65.98
.12563E+04
206.53
67.06
0.00
10.3
0.133E+01
0.25
66.02
.12575E+04
206.73
67.06
0.00
10.3
0.133E+01
0.25
66.05
.12587E+04
206.93
67.06
0.00
10.4
0.132E+01
0.25
66.09
.12599E+04
207.12
67.06
0.00
10.4
0.132E+01
0.25
66.13
.12611E+04
-AA4=
A-18
.v L�

207.32
67.06
0.00
10.4
0.132E+01
0.25
66.17
.12623E+04
207.52
67.06
0.00
10.4
0.132E+01
0.25
66.20
.12635E+04
207.71
67.06
0.00
10.4
0.131E+01
0.25
66.24
.12647E+04
207.91
67.06
0.00
10.5
0.131E+01
0.25
66.28
.12659E+04
208.11
67.06
0.00
10.5
0.131E+01
0.25
66.31
.12671E+04
208.31
67.06
0.00
10.5
0.130E+01
0.25
66.35
.12683E+04
208.50
67.06
0.00
10.5
0.130E+01
0.25
66.39
.12695E+04
208.70
67.06
0.00
10.5
0.130E+01
0.25
66.43
.12707E+04
208.90
67.06
0.00
10.6
0.130E+01
0.25
66.46
.12719E+04
209.09
67.06
0.00
10.6
0.129E+01
0.25
66.50
.12731E+04
209.29
67.06
0.00
10.6
0.129E+01
0.26
66.54
.12743E+04
209.49
67.06
0.00
10.6
0.129E+01
0.26
66.58
.12755E+04
209.68
67.06
0.00
10.6
0.129E+01
0.26
66.61
.12767E+04
209.88
67.06
0.00
10.7
0.128E+01
0.26
66.65
.12779E+04
210.08
67.06
0.00
10.7
0.128E+01
0.26
66.69
.12791E+04
210.28
67.06
0.00
10.7
0.128E+01
0.26
66.72
.12803E+04
210.47
67.06
0.00
10.7
0.128E+01
0.26
66.76
.12815E+04
210.67
67.06
0.00
10.8
0.127E+01
0.26
66.80
.12827E+04
210.87
67.06
0.00
10.8
0.127E+01
0.26
66.84
.12839E+04
211.06
67.06
0.00
10.8
0.127E+01
0.26
66.87
.12851E+04
211.26
67.06
0.00
10.8
0.127E+01
0.26
66.91
.12863E+04
211.46
67.06
0.00
10.8
0.126E+01
0.26
66.95
.12875E+04
211.66
67.06
0.00
10.9
0.126E+01
0.26
66.98
.12887E+04
211.85
67.06
0.00
10.9
0.126E+01
0.26
67.02
.12899E+04
212.05
67.06
0.00
10.9
0.126E+01
0.26
67.06
.12911E+04
Cumulative
travel
time =
1291.0988
sec
(
0.36 hrs)
Plume is LATERALLY
FULLY MIXED
at
the end of
the buoyant spreading
regime.
END OF MOD341: BUOYANT AMBIENT SPREADING
--------------------------------------------------------------------------
--------------------------------------------------------------------------
BEGIN MOD361: PASSIVE AMBIENT MIXING IN UNIFORM AMBIENT
Vertical diffusivity (initial value) = 0.239E-02 m^2/s
Horizontal diffusivity (initial value) = 0.596E-02 m^2/s
Profile definitions:
BV = Gaussian s.d.*sgrt(pi/2) (46%) thickness, measured vertically
= or equal to water depth, if fully mixed
BH = Gaussian s.d.*sgrt(pi/2) (46%) half -width,
measured horizontally in Y -direction
S = hydrodynamic centerline dilution
C = centerline concentration (includes reaction efects, if any)
TT = Cumulative travel time
Plume Stage 2 (bank attached):
X
Y
Z
212.05
67.06
0.00
214.34
67.06
0.00
216.63
67.06
0.00
S
C
BV
BH
TT
10.9
0.126E+01
0.26
67.06
.12911E+04
10.9
0.125E+01
0.26
67.06
.13051E+04
11.0
0.125E+01
0.26
67.06
.13190E+04
A-19

218.93
67.06
0.00
11.0
0.125E+01
0.26
67.06
.13330E+04
221.22
67.06
0.00
11.0
0.124E+01
0.26
67.06
.13469E+04
223.51
67.06
0.00
11.1
0.124E+01
0.26
67.06
.13609E+04
225.80
67.06
0.00
11.1
0.124E+01
0.26
67.06
.13749E+04
228.10
67.06
0.00
11.1
0.123E+01
0.27
67.06
.13888E+04
230.39
67.06
0.00
11.1
0.123E+01
0.27
67.06
.14028E+04
232.68
67.06
0.00
11.2
0.123E+01
0.27
67.06
.14168E+04
234.97
67.06
0.00
11.2
0.122E+01
0.27
67.06
.14307E+04
237.27
67.06
0.00
11.2
0.122E+01
0.27
67.06
.14447E+04
239.56
67.06
0.00
11.3
0.122E+01
0.27
67.06
.14586E+04
241.85
67.06
0.00
11.3
0.121E+01
0.27
67.06
.14726E+04
244.15
67.06
0.00
11.3
0.121E+01
0.27
67.06
.14866E+04
246.44
67.06
0.00
11.4
0.120E+01
0.27
67.06
.15005E+04
248.73
67.06
0.00
11.4
0.120E+01
0.27
67.06
.15145E+04
251.02
67.06
0.00
11.4
0.120E+01
0.27
67.06
.15285E+04
253.32
67.06
0.00
11.5
0.119E+01
0.27
67.06
.15424E+04
255.61
67.06
0.00
11.5
0.119E+01
0.27
67.06
.15564E+04
257.90
67.06
0.00
11.5
0.119E+01
0.28
67.06
.15703E+04
260.19
67.06
0.00
11.6
0.118E+01
0.28
67.06
.15843E+04
262.49
67.06
0.00
11.6
0.118E+01
0.28
67.06
.15983E+04
264.78
67.06
0.00
11.6
0.118E+01
0.28
67.06
.16122E+04
267.07
67.06
0.00
11.7
0.117E+01
0.28
67.06
.16262E+04
269.36
67.06
0.00
11.7
0.117E+01
0.28
67.06
.16402E+04
271.66
67.06
0.00
11.7
0.117E+01
0.28
67.06
.16541E+04
273.95
67.06
0.00
11.8
0.116E+01
0.28
67.06
.16681E+04
276.24
67.06
0.00
11.8
0.116E+01
0.28
67.06
.16820E+04
278.53
67.06
0.00
11.8
0.116E+01
0.28
67.06
.16960E+04
280.83
67.06
0.00
11.9
0.115E+01
0.28
67.06
.17100E+04
283.12
67.06
0.00
11.9
0.115E+01
0.28
67.06
.17239E+04
285.41
67.06
0.00
12.0
0.115E+01
0.29
67.06
.17379E+04
287.70
67.06
0.00
12.0
0.114E+01
0.29
67.06
.17519E+04
290.00
67.06
0.00
12.0
0.114E+01
0.29
67.06
.17658E+04
292.29
67.06
0.00
12.1
0.114E+01
0.29
67.06
.17798E+04
294.58
67.06
0.00
12.1
0.113E+01
0.29
67.06
.17937E+04
296.87
67.06
0.00
12.1
0.113E+01
0.29
67.06
.18077E+04
299.17
67.06
0.00
12.2
0.113E+01
0.29
67.06
.18217E+04
301.46
67.06
0.00
12.2
0.112E+01
0.29
67.06
.18356E+04
303.75
67.06
0.00
12.2
0.112E+01
0.29
67.06
.18496E+04
306.04
67.06
0.00
12.3
0.112E+01
0.29
67.06
.18636E+04
308.34
67.06
0.00
12.3
0.111E+01
0.29
67.06
.18775E+04
310.63
67.06
0.00
12.4
0.111E+01
0.30
67.06
.18915E+04
312.92
67.06
0.00
12.4
0.110E+01
0.30
67.06
.19054E+04
315.21
67.06
0.00
12.4
0.110E+01
0.30
67.06
.19194E+04
317.51
67.06
0.00
12.5
0.110E+01
0.30
67.06
.19334E+04
319.80
67.06
0.00
12.5
0.109E+01
0.30
67.06
.19473E+04
322.09
67.06
0.00
12.6
0.109E+01
0.30
67.06
.19613E+04
324.38
67.06
0.00
12.6
0.109E+01
0.30
67.06
.19753E+04
326.68
67.06
0.00
12.6
0.108E+01
0.30
67.06
.19892E+04
328.97
67.06
0.00
12.7
0.108E+01
0.30
67.06
.20032E+04
331.26
67.06
0.00
12.7
0.108E+01
0.30
67.06
.20171E+04
333.55
67.06
0.00
12.8
0.107E+01
0.30
67.06
.20311E+04
335.85
67.06
0.00
12.8
0.107E+01
0.31
67.06
.20451E+04
338.14
67.06
0.00
12.8
0.107E+01
0.31
67.06
.20590E+04
_ A-20

340.43
67.06
0.00
12.9
0.106E+01
0.31
67.06
.20730E+04
342.72
67.06
0.00
12.9
0.106E+01
0.31
67.06
.20870E+04
345.02
67.06
0.00
13.0
0.106E+01
0.31
67.06
.21009E+04
347.31
67.06
0.00
13.0
0.105E+01
0.31
67.06
.21149E+04
349.60
67.06
0.00
13.0
0.105E+01
0.31
67.06
.21288E+04
351.89
67.06
0.00
13.1
0.105E+01
0.31
67.06
.21428E+04
354.19
67.06
0.00
13.1
0.104E+01
0.31
67.06
.21568E+04
356.48
67.06
0.00
13.2
0.104E+01
0.31
67.06
.21707E+04
358.77
67.06
0.00
13.2
0.104E+01
0.32
67.06
.21847E+04
361.06
67.06
0.00
13.3
0.103E+01
0.32
67.06
.21987E+04
363.36
67.06
0.00
13.3
0.103E+01
0.32
67.06
.22126E+04
365.65
67.06
0.00
13.4
0.103E+01
0.32
67.06
.22266E+04
367.94
67.06
0.00
13.4
0.102E+01
0.32
67.06
.22405E+04
370.23
67.06
0.00
13.4
0.102E+01
0.32
67.06
.22545E+04
372.53
67.06
0.00
13.5
0.102E+01
0.32
67.06
.22685E+04
374.82
67.06
0.00
13.5
0.101E+01
0.32
67.06
.22824E+04
377.11
67.06
0.00
13.6
0.101E+01
0.32
67.06
.22964E+04
379.41
67.06
0.00
13.6
0.101E+01
0.33
67.06
.23103E+04
381.70
67.06
0.00
13.7
0.100E+01
0.33
67.06
.23243E+04
383.99
67.06
0.00
13.7
0.999E+00
0.33
67.06
.23383E+04
386.28
67.06
0.00
13.8
0.995E+00
0.33
67.06
.23522E+04
388.58
67.06
0.00
13.8
0.992E+00
0.33
67.06
.23662E+04
390.87
67.06
0.00
13.9
0.989E+00
0.33
67.06
.23802E+04
393.16
67.06
0.00
13.9
0.985E+00
0.33
67.06
.23941E+04
395.45
67.06
0.00
14.0
0.982E+00
0.33
67.06
.24081E+04
397.75
67.06
0.00
14.0
0.979E+00
0.33
67.06
.24220E+04
400.04
67.06
0.00
14.0
0.975E+00
0.34
67.06
.24360E+04
402.33
67.06
0.00
14.1
0.972E+00
0.34
67.06
.24500E+04
404.62
67.06
0.00
14.1
0.968E+00
0.34
67.06
.24639E+04
406.92
67.06
0.00
14.2
0.965E+00
0.34
67.06
.24779E+04
409.21
67.06
0.00
14.2
0.962E+00
0.34
67.06
.24919E+04
411.50
67.06
0.00
14.3
0.958E+00
0.34
67.06
.25058E+04
413.79
67.06
0.00
14.3
0.955E+00
0.34
67.06
.25198E+04
416.09
67.06
0.00
14.4
0.951E+00
0.34
67.06
.25337E+04
418.38
67.06
0.00
14.5
0.948E+00
0.35
67.06
.25477E+04
420.67
67.06
0.00
14.5
0.945E+00
0.35
67.06
.25617E+04
422.96
67.06
0.00
14.6
0.941E+00
0.35
67.06
.25756E+04
425.26
67.06
0.00
14.6
0.938E+00
0.35
67.06
.25896E+04
427.55
67.06
0.00
14.7
0.935E+00
0.35
67.06
.26036E+04
429.84
67.06
0.00
14.7
0.931E+00
0.35
67.06
.26175E+04
432.13
67.06
0.00
14.8
0.928E+00
0.35
67.06
.26315E+04
434.43
67.06
0.00
14.8
0.924E+00
0.35
67.06
.26454E+04
436.72
67.06
0.00
14.9
0.921E+00
0.36
67.06
.26594E+04
439.01
67.06
0.00
14.9
0.918E+00
0.36
67.06
.26734E+04
441.30
67.06
0.00
15.0
0.914E+00
0.36
67.06
.26873E+04
443.60
67.06
0.00
15.0
0.911E+00
0.36
67.06
.27013E+04
445.89
67.06
0.00
15.1
0.908E+00
0.36
67.06
.27153E+04
448.18
67.06
0.00
15.2
0.904E+00
0.36
67.06
.27292E+04
450.47
67.06
0.00
15.2
0.901E+00
0.36
67.06
.27432E+04
452.77
67.06
0.00
15.3
0.898E+00
0.36
67.06
.27571E+04
455.06
67.06
0.00
15.3
0.894E+00
0.37
67.06
.27711E+04
457.35
67.06
0.00
15.4
0.891E+00
0.37
67.06
.27851E+04
459.64
67.06
0.00
15.4
0.888E+00
0.37
67.06
.27990E+04
A-21

461.94
67.06
0.00
15.5
0.884E+00
0.37
67.06
.28130E+04
464.23
67.06
0.00
15.6
0.881E+00
0.37
67.06
.28270E+04
466.52
67.06
0.00
15.6
0.877E+00
0.37
67.06
.28409E+04
468.81
67.06
0.00
15.7
0.874E+00
0.37
67.06
.28549E+04
471.11
67.06
0.00
15.7
0.871E+00
0.38
67.06
.28688E+04
473.40
67.06
0.00
15.8
0.867E+00
0.38
67.06
.28828E+04
475.69
67.06
0.00
15.9
0.864E+00
0.38
67.06
.28968E+04
477.98
67.06
0.00
15.9
0.861E+00
0.38
67.06
.29107E+04
480.28
67.06
0.00
16.0
0.857E+00
0.38
67.06
.29247E+04
482.57
67.06
0.00
16.0
0.854E+00
0.38
67.06
.29387E+04
484.86
67.06
0.00
16.1
0.851E+00
0.38
67.06
.29526E+04
487.15
67.06
0.00
16.2
0.847E+00
0.39
67.06
.29666E+04
489.45
67.06
0.00
16.2
0.844E+00
0.39
67.06
.29805E+04
491.74
67.06
0.00
16.3
0.841E+00
0.39
67.06
.29945E+04
494.03
67.06
0.00
16.4
0.837E+00
0.39
67.06
.30085E+04
496.32
67.06
0.00
16.4
0.834E+00
0.39
67.06
.30224E+04
498.62
67.06
0.00
16.5
0.831E+00
0.39
67.06
.30364E+04
500.91
67.06
0.00
16.6
0.828E+00
0.40
67.06
.30504E+04
503.20
67.06
0.00
16.6
0.824E+00
0.40
67.06
.30643E+04
505.49
67.06
0.00
16.7
0.821E+00
0.40
67.06
.30783E+04
507.79
67.06
0.00
16.8
0.818E+00
0.40
67.06
.30922E+04
510.08
67.06
0.00
16.8
0.814E+00
0.40
67.06
.31062E+04
512.37
67.06
0.00
16.9
0.811E+00
0.40
67.06
.31202E+04
514.67
67.06
0.00
17.0
0.808E+00
0.40
67.06
.31341E+04
516.96
67.06
0.00
17.0
0.804E+00
0.41
67.06
.31481E+04
519.25
67.06
0.00
17.1
0.801E+00
0.41
67.06
.31621E+04
521.54
67.06
0.00
17.2
0.798E+00
0.41
67.06
.31760E+04
523.84
67.06
0.00
17.2
0.794E+00
0.41
67.06
.31900E+04
526.13
67.06
0.00
17.3
0.791E+00
0.41
67.06
.32039E+04
528.42
67.06
0.00
17.4
0.788E+00
0.42
67.06
.32179E+04
530.71
67.06
0.00
17.5
0.785E+00
0.42
67.06
.32319E+04
533.01
67.06
0.00
17.5
0.781E+00
0.42
67.06
.32458E+04
535.30
67.06
0.00
17.6
0.778E+00
0.42
67.06
.32598E+04
537.59
67.06
0.00
17.7
0.775E+00
0.42
67.06
.32737E+04
539.88
67.06
0.00
17.8
0.771E+00
0.42
67.06
.32877E+04
542.18
67.06
0.00
17.8
0.768E+00
0.43
67.06
.33017E+04
544.47
67.06
0.00
17.9
0.765E+00
0.43
67.06
.33156E+04
546.76
67.06
0.00
18.0
0.762E+00
0.43
67.06
.33296E+04
549.05
67.06
0.00
18.1
0.758E+00
0.43
67.06
.33436E+04
551.35
67.06
0.00
18.1
0.755E+00
0.43
67.06
.33575E+04
553.64
67.06
0.00
18.2
0.752E+00
0.44
67.06
.33715E+04
555.93
67.06
0.00
18.3
0.749E+00
0.44
67.06
.33854E+04
558.22
67.06
0.00
18.4
0.745E+00
0.44
67.06
.33994E+04
560.52
67.06
0.00
18.5
0.742E+00
0.44
67.06
.34134E+04
562.81
67.06
0.00
18.5
0.739E+00
0.44
67.06
.34273E+04
565.10
67.06
0.00
18.6
0.736E+00
0.44
67.06
.34413E+04
567.39
67.06
0.00
18.7
0.732E+00
0.45
67.06
.34553E+04
569.69
67.06
0.00
18.8
0.729E+00
0.45
67.06
.34692E+04
571.98
67.06
0.00
18.9
0.726E+00
0.45
67.06
.34832E+04
574.27
67.06
0.00
19.0
0.723E+00
0.45
67.06
.34971E+04
576.56
67.06
0.00
19.0
0.719E+00
0.45
67.06
.35111E+04
578.86
67.06
0.00
19.1
0.716E+00
0.46
67.06
.35251E+04
581.15
67.06
0.00
19.2
0.713E+00
0.46
67.06
.35390E+04
A-22

583.44
67.06
0.00
19.3
0.710E+00
0.46
67.06
.35530E+04
585.73
67.06
0.00
19.4
0.707E+00
0.46
67.06
.35670E+04
588.03
67.06
0.00
19.5
0.703E+00
0.47
67.06
.35809E+04
590.32
67.06
0.00
19.6
0.700E+00
0.47
67.06
.35949E+04
592.61
67.06
0.00
19.7
0.697E+00
0.47
67.06
.36088E+04
594.90
67.06
0.00
19.8
0.694E+00
0.47
67.06
.36228E+04
597.20
67.06
0.00
19.8
0.690E+00
0.47
67.06
.36368E+04
599.49
67.06
0.00
19.9
0.687E+00
0.48
67.06
.36507E+04
601.78
67.06
0.00
20.0
0.684E+00
0.48
67.06
.36647E+04
604.07
67.06
0.00
20.1
0.681E+00
0.48
67.06
.36787E+04
606.37
67.06
0.00
20.2
0.678E+00
0.48
67.06
.36926E+04
608.66
67.06
0.00
20.3
0.674E+00
0.48
67.06
.37066E+04
610.95
67.06
0.00
20.4
0.671E+00
0.49
67.06
.37205E+04
613.24
67.06
0.00
20.5
0.668E+00
0.49
67.06
.37345E+04
615.54
67.06
0.00
20.6
0.665E+00
0.49
67.06
.37485E+04
617.83
67.06
0.00
20.7
0.662E+00
0.49
67.06
.37624E+04
620.12
67.06
0.00
20.8
0.659E+00
0.50
67.06
.37764E+04
622.41
67.06
0.00
20.9
0.655E+00
0.50
67.06
.37904E+04
624.71
67.06
0.00
21.0
0.652E+00
0.50
67.06
.38043E+04
627.00
67.06
0.00
21.1
0.649E+00
0.50
67.06
.38183E+04
629.29
67.06
0.00
21.2
0.646E+00
0.51
67.06
.38322E+04
631.58
67.06
0.00
21.3
0.643E+00
0.51
67.06
.38462E+04
633.88
67.06
0.00
21.4
0.640E+00
0.51
67.06
.38602E+04
636.17
67.06
0.00
21.5
0.636E+00
0.51
67.06
.38741E+04
638.46
67.06
0.00
21.6
0.633E+00
0.52
67.06
.38881E+04
640.75
67.06
0.00
21.7
0.630E+00
0.52
67.06
.39021E+04
643.05
67.06
0.00
21.8
0.627E+00
0.52
67.06
.39160E+04
645.34
67.06
0.00
22.0
0.624E+00
0.52
67.06
.39300E+04
647.63
67.06
0.00
22.1
0.621E+00
0.53
67.06
.39439E+04
649.93
67.06
0.00
22.2
0.618E+00
0.53
67.06
.39579E+04
652.22
67.06
0.00
22.3
0.615E+00
0.53
67.06
.39719E+04
654.51
67.06
0.00
22.4
0.611E+00
0.53
67.06
.39858E+04
656.80
67.06
0.00
22.5
0.608E+00
0.54
67.06
.39998E+04
659.10
67.06
0.00
22.6
0.605E+00
0.54
67.06
.40138E+04
661.39
67.06
0.00
22.8
0.602E+00
0.54
67.06
.40277E+04
663.68
67.06
0.00
22.9
0.599E+00
0.55
67.06
.40417E+04
665.97
67.06
0.00
23.0
0.596E+00
0.55
67.06
.40556E+04
668.27
67.06
0.00
23.1
0.593E+00
0.55
67.06
.40696E+04
670.56
67.06
0.00
23.2
0.590E+00
0.55
67.06
.40836E+04
Cumulative
travel time
=
4083.5767 sec
(
1.13 hrs)
Simulation limit based on maximum specified distance = 670.56 m.
This is the REGION OF INTEREST limitation.
END OF MOD361: PASSIVE AMBIENT MIXING IN UNIFORM AMBIENT
--------------------------------------------------------------------------
--------------------------------------------------------------------------
CORMIX3: Buoyant Surface Discharges End of Prediction
File
33333333333333333333333333333333333333333333333333333333333333333333333333
333333
A-23
T T U -r,

Appendix B. CORMIX CorView Graphics

Y
•
River Width (m)
y� X (UA)
Modeled Plume ISO View
Discharge Excess (°F)
0.10 0.20 0.41 0.83 1 68 3.41 6.91 14.00
Outfall 005 Thermal
Row Clan: SA2 Orign: Water Su(ace
CORMIX3 Smiiabon Length units in maters
Distortion Scale: Y:X .1 LX .120
Msualizabon up to X .150 m let of R01 X . 671 m)
— — — awsne Cert&W)e
End of Now Reid Rwon MFR)
Camra Module Borndary (MOD)
160
X
4p
B-2

UA (n
River Width (rT
Modeled Plume Plan View
-10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160
v Downstream Distance (m)
•
IZ X (UA)
�—a
OudWI 005 Thermal
Discharge Excess ('F) — — — akm* Certedine
Fk7w Gave: SA2 Qui: Wakx Surface _
0.10 0.20 0.41 0.83 1.68 3.41 6.91 14.010 CORMIX3 srmlata, Length �,re. meters End of Now Field Region MFRi
= _ _ Corr, Ma&e IMOD)
Digitation Scale: Y:% =1 ZX-0.01Yrouaizaticn up to % • 15o m kwi d RR
01 X = 6 it m;
.X
B-3
i=� L�

Concentration Excess vs. Downstream Distance Concentration Excess (T
16
14
12
10
X
Lu
C
O p
8
CO
r,
4
3.3
0
0 100 130 200 300 400 500 600 700 800
Downstream Distance (m)
B-4

Water Environment Consultants
P.O. Box 2221
Mount Pleasant, SC 29465
[phone]
. •• —
.wo,