Fact Sheet
The U.S. Environmental Protection Agency (EPA)
Proposes to Reissue a National Pollutant Discharge Elimination System
(NPDES) Permit to Discharge Pollutants Pursuant to the Provisions of the Clean
Water Act (CWA) to:
Washington Beef LLC
Toppenish Plant
Public Comment Start Date: February 10, 2023
Public Comment Expiration Date: March 27, 2023
Technical Contact: Brian Nickel
800-424-4372, ext. (within Alaska, Idaho, Oregon, and
Washington)
EPA Proposes to Reissue the NPDES Permit
EPA proposes to reissue the NPDES permit for the facility referenced above. The draft
permit places conditions on the discharge of pollutants from Washington Beef to waters of
the United States. In order to ensure protection of water quality and human health, the permit
places limits on the types and amounts of pollutants that can be discharged from the facility.
This Fact Sheet (FS) includes:
Ś information on public comment, public hearing, and appeal procedures
Ś a listing of proposed effluent limitations and other conditions for the facility
Ś a map and description of the discharge location
Ś technical material supporting the conditions in the permit
CWA § 401 Certification
Since this facility discharges to tribal waters and the Tribe does not have Treatment as a State
(TAS), EPA is the certifying authority for the permit. See FS Section VI.C. Comments
regarding the intent to certify should be directed to the EPA technical contact listed above.
Clean Water Act §40 1(a)(2) Review
CWA Section 401(a)(2) requires that, upon receipt of an application and 401 certification,
EPA notify a neighboring State or Tribe with TAS when EPA determines that the discharge
may affect the quality of the neighboring State/Tribe's waters. As stated above, EPA is the
certifying authority and is accepting comment regarding the intent to certify this permit.
Once EPA reviews any comments received regarding the intent to certify and has signed a
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final certification, EPA will determine whether the discharge may affect a neighboring
jurisdiction's waters. 33 U.S.C. § 1341(a)(2).
Public Comment
Persons wishing to comment on, or request a Public Hearing for, the draft permit may do so
in writing by the expiration date of the Public Comment period. A request for a Public
Hearing must state the nature of the issues to be raised as well as the requester's name,
address, and telephone number. All comments and requests for Public Hearings must be in
writing and should be submitted to EPA as described below.
We request that all comments on EPA's proposed permits or requests for a public hearing be
submitted via email to Brian Nickel (Nickel.Brian@epa.gov). If you are unable to submit
comments via email, please call 206-553-6251.
After the Public Notice expires, and all comments have been considered, EPA's regional
Director for the Water Division will make a final decision regarding permit issuance. If no
substantive comments are received, the tentative conditions in the draft permit will become
final, and the permit will become effective upon issuance. If substantive comments are
received, EPA will address the comments and issue the permit. The permit will become
effective no less than 30 days after the issuance date, unless an appeal is submitted to the
Environmental Appeals Board within 30 days pursuant to 40 CFR 124.19.
Documents are Available for Review
The draft NPDES permit, fact sheet and other information can be downloaded from the
internet at https://www.epa.gov/npdes-permits/about-region-10s-npdes-permit-program.
The draft Administrative Record for this action contains any documents listed in the
References section. The Administrative Record or documents from it are available
electronically upon request by contacting Brian Nickel.
For technical questions regarding the fact sheet, contact Brian Nickel at 206-553-6251 or
Nickel.Brian@epa.gov. Services can be made available to persons with disabilities by
contacting Audrey Washington at (206) 553-0523.
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Table of Contents
ACRONYMS 7
I. BACKGROUND INFORMATION 9
A. General Information 9
B. Permit History 9
C. Tribal Consultation 9
II. FACILITY INFORMATION 9
A. General Facility Information 9
B. Outfall Description 10
C. Effluent Characterization 10
D. Compliance History 11
III. RECEIVING WATER 11
A. Water Quality Standards (WQS) 12
1. Designated Beneficial Uses 12
B. Receiving Water Quality 13
1. Water Quality Limited Waters 14
2. Low Flow Conditions 15
IV. EFFLUENT LIMITATIONS AND MONITORING 16
A. Basis for Effluent Limits 20
1. Pollutants of Concern 21
2. Technology-Based Effluent Limits (TBELs) 21
3. Water Quality-Based Effluent Limits (WQBELs) 24
B. Monitoring Requirements 35
1. Effluent Monitoring 35
2. Surface Water Monitoring 36
3. Electronic Submission of Discharge Monitoring Reports 37
V. OTHER PERMIT CONDITIONS 38
A. Compliance Schedules 38
B. Quality Assurance Plan 40
C. Best Management Practices Plan 40
D. Environmental Justice 40
E. Standard Permit Provisions 41
VI. OTHER LEGAL REQUIREMENTS 41
A. Endangered Species Act 41
B. Essential Fish Habitat 41
C. CWA § 401 Certification 42
D. Antidegradation 42
E. Permit Expiration 44
VII. REFERENCES 44
APPENDIX A. FACILITY INFORMATION 47
APPENDIX B. WATER QUALITY DATA 50
Treatment Plant Effluent Data 50
Receiving Water Data 115
Chemistry 115
Stream Flow 167
APPENDIX C. REASONABLE POTENTIAL AND WQBEL FORMULAE 168
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APPENDIX D. REASONABLE POTENTIAL AND WQBEL CALCULATIONS 173
APPENDIX E, REASONABLE POTENTIAL AND EFFLUENT LIMIT CALCULATIONS FOR
NUTRIENTS 179
Overview 179
Dual Nutrient Control 179
Status of Water Quality 179
Status of Water Quality in Wanity Slough 179
Status of Water Quality in Spencer Lateral 180
Applicable Water Quality Criteria 180
Narrative Criterion 180
Use of Narrative Criteria in NPDES Permits 180
Reasonable Potential to Cause or Contribute to WQS Violations 181
Nutrient Concentrations and Loads 181
Effluent Limit Calculation 183
APPENDIX F. ESSENTIAL FISH HABITAT ASSESSMENT 185
A. Listing of EFH Species in the Facility Area 185
B. Description of the Facility and Discharge Location 185
C. EPA's Evaluation of Potential Effects to EFH 185
APPENDIX G. CWA § 401 CERTIFICATION 187
List of Tables
Table 1: General Facility Information 9
Table 2: Effluent Characterization 10
Table 3: Receiving Water Data for Wanity Slough 13
Table 4: Receiving Water Quality Data for Spencer Lateral (Irrigation Season) 14
Table 5: Critical Low Flows in Wanity Slough 15
Table 6: Existing Permit - Effluent Limits and Monitoring Requirements for Outfall 002 17
Table 7: Existing Permit - Effluent Limits and Monitoring Requirements for Outfall 008 17
Table 8: Draft Permit - Effluent Limits and Monitoring Requirements for Outfall 002 18
Table 9: Draft Permit - Effluent Limits and Monitoring Requirements for Outfall 008 19
Table 10: Effluent Limit Guidelines 22
Table 11: Production-normalized Effluent Limits 22
Table 12: Technology-based Effluent Limits 23
Table 13: Mixing Zones for Wanity Slough 25
Table 14: Mixing Zones for Spencer Lateral (Irrigation Season) 25
Table 15: Applicable Water Quality Criteria 26
Table 16: Performance-based Monitoring Reductions 36
Table 17: Surface Water Monitoring for Wanity Slough in Draft Permit 37
Table 18: Surface Water Monitoring for Spencer Lateral in Draft Permit (irrigation season).... 37
Table 19: New WQBEL Comparison to Performance 38
Table 20: Effluent Data for Total Nitrogen, Ammonia, Dissolved Oxygen, and Turbidity 50
Table 21: E. coli Geometric Mean, Effluent 80
Table 22: Flow, Effluent, Monthly Average 83
Table 23: Oil and Grease Concentration, Effluent, Daily Maximum 86
Table 24: Oil and Grease Load, Effluent, Daily Maximum 89
Table 25: Oil and Grease Concentration, Effluent, Monthly Average 91
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Table 26: Oil and Grease Load, Monthly Average, Effluent 94
Table 27: pH, Minimum, Effluent 96
Table 28: pH, Maximum, Effluent 99
Table 29: Salinity, Effluent 101
Table 30: Total Suspended Solids Concentration, Effluent, Maximum 102
Table 31: Total Suspended Solids Concentration, Effluent, Monthly Average 105
Table 32: Total Suspended Solids Load, Maximum, Effluent 108
Table 33: Total Suspended Solids Load, Effluent, Monthly Average Ill
Table 34: Whole Effluent Toxicity 113
Table 35: Upstream Ammonia in Wanity Slough 115
Table 36: Upstream BODs in Wanity Slough 116
Table 37: Upstream Turbidity in Wanity Slough 117
Table 38: Upstream Dissolved Oxygen in Wanity Slough May - September 118
Table 39: Upstream Dissolved Oxygen in Wanity Slough October - April 119
Table 40: Downstream Dissolved Oxygen in Wanity Slough May - September, Permittee Data
121
Table 41: Downstream Dissolved Oxygen in Wanity Slough October - April, Permittee Datal22
Table 42: Downstream DO from the Water Quality Portal 124
Table 43: Upstream E. coli in Wanity Slough 125
Table 44: Upstream Nitrate plus Nitrite in Wanity Slough 128
Table 45: Downstream pH in Wanity Slough May - September 128
Table 46: Downstream pH in Wanity Slough October - April 129
Table 47: Upstream pH in Wanity Slough May - September 129
Table 48: Upstream pH in Wanity Slough October - April 131
Table 49: Upstream Temperature in Wanity Slough in April 132
Table 50: Upstream Temperature in Wanity Slough May - September 133
Table 51: Downstream Temperature in Wanity Slough May - September 140
Table 52: Downstream Temperature in Wanity Slough October - April 148
Table 53: Upstream Total Dissolved Solids in Wanity Slough 149
Table 54: Upstream Total Nitrogen in Wanity Slough 150
Table 55: Upstream Total Phosphorus in Wanity Slough 150
Table 56: Downstream Total Phosphorus in Wanity Slough, Zero Outfall 002 Flow 150
Table 57: Downstream Total Phosphorus in Wanity Slough, Nonzero Outfall 002 Flow 151
Table 58: Downstream Total Nitrogen in Wanity Slough, Nonzero Outfall 002 Flow 151
Table 59: Downstream Total Nitrogen in Wanity Slough, Zero Outfall 002 Flow 152
Table 60: Upstream Turbidity in Wanity Slough 153
Table 61: Upstream Ammonia, BOD5 and Turbidity in Spencer Lateral 153
Table 62: Upstream pH in Spencer Lateral 154
Table 63: Upstream Temperature in Spencer Lateral, May - September 155
Table 64: Upstream Temperature in Spencer Lateral in April 162
Table 65: Upstream Dissolved Oxygen in Spencer Lateral, May - September 163
Table 66: Wanity Slough Flow Data from Legacy STORET 167
Table 67: Wanity Slough Flow Data from USGS NWIS 167
Table 68: Reasonable Potential and WQBEL Calculations for Outfall 002 May - September. 173
Table 69: Reasonable Potential and WQBEL Calculations for Outfall 002, Ammonia, October -
April 174
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Table 70: Reasonable Potential and WQBEL Calculations for Outfall 008 May - September. 175
Table 71: Reasonable Potential and WQBEL Calculations for Outfall 008, October - April... 176
Table 72: Reasonable Potential and WQBEL Calculations for Temperature for Outfall 002... 177
Table 73: Reasonable Potential Calculations for Temperature for Outfall 008 178
List of Figures
Figure 1: Acute Total Ammonia Criteria 28
Figure 2: Chronic Unionized Ammonia Criteria 29
Figure 3: Location Map 47
Figure 4: Aerial Photo with Approximate Outfall Locations 48
Figure 5: Flow Diagram 49
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Acronyms
1Q10
1 day, 10-year low flow
7Q10
7-day, 10-year low flow
AML
Average Monthly Limit
ASR
Alternative State Requirement
AWL
Average Weekly Limit
BA
Biological Assessment
BAT
Best Available Technology economically achievable
BCT
Best Conventional pollutant control Technology
BE
Biological Evaluation
BO or BiOp
Biological Opinion
BOD5
Biochemical oxygen demand, five-day
BMP
Best Management Practices
BPT
Best Practicable Treatment
°C
Degrees Celsius
CFR
Code of Federal Regulations
CFS
Cubic Feet per Second
CV
Coefficient of Variation
CWA
Clean Water Act
DMR
Discharge Monitoring Report
DO
Dissolved oxygen
EFH
Essential Fish Habitat
EPA
U.S. Environmental Protection Agency
ESA
Endangered Species Act
FR
Federal Register
HUC
Hydrologic Unit Code
IC
Inhibition Concentration
ICIS
Integrated Compliance Information System
lbs/day
Pounds per day
LTA
Long Term Average
mg/L
Milligrams per liter
mL
Milliliters
ML
Minimum Level
jig/L
Micrograms per liter
mgd
Million gallons per day
MDL
Maximum Daily Limit or Method Detection Limit
MF
Membrane Filtration
MPN
Most Probable Number
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N
Nitrogen
NO A A
National Oceanic and Atmospheric Administration
NOEC
No Observable Effect Concentration
NPDES
National Pollutant Discharge Elimination System
O&M
Operations and maintenance
POTW
Publicly owned treatment works
QAP
Quality assurance plan
RP
Reasonable Potential
RPM
Reasonable Potential Multiplier
RWC
Receiving Water Concentration
SIC
Standard Industrial Classification
ss
Suspended Solids
s.u.
Standard Units
TKN
Total Kjeldahl Nitrogen
TMDL
Total Maximum Daily Load
TRC
Total Residual Chlorine
TRE
Toxicity Reduction Evaluation
Technical Support Document for Water Quality-based Toxics Control
1 OJJ
(EPA/505/2-90-001)
TSS
Total suspended solids
TUc
Toxic Units, Chronic
USFWS
U.S. Fish and Wildlife Service
USGS
United States Geological Survey
uv
Ultraviolet
WD
Water Division
WET
Whole Effluent Toxicity
WLA
Wasteload allocation
WQBEL
Water quality-based effluent limit
WQS
Water Quality Standards
WWTP
Wastewater treatment plant
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I. Background Information
A. GENERAL INFORMATION
This fact sheet provides information on the draft NPDES permit for the following
entity:
Table 1: General Facility Information
NPDES Permit #:
WA0050202
Applicant:
Washington Beef LLC
Toppenish Plant
Type of Ownership
Private
Physical Address:
201 Elmwood Road
Toppenish, WA 98948
Mailing Address:
P.O. Box 832
Toppenish, WA 98948
Facility Contact:
Sherry R. Byers-Eddy, WWTP Manager
Sherry.Byers@abfoodsusa.com
509-865-0664
Facility Location:
46.374194°N 120.320806°W
Receiving Waters
Wanity Slough (Outfall 002)
Spencer Lateral (Outfall 008)
Facility Outfall
002: 46.369883°N 120.320567°W
008: 46.370789°N 120.324994°W
B. PERMIT HISTORY
The most recent NPDES permit for the Toppenish Plant was issued on December 12,
2009, became effective on February 1, 2010, and expired on January 31, 2015. An
NPDES application for permit issuance was submitted by the permittee on July 16,
2014. EPA determined that the application was timely and complete. Therefore,
pursuant to Title 40 Code of Federal Regulations (CFR) 122.6, the permit has been
administratively continued and remains fully effective and enforceable.
C. TRIBAL CONSULTATION
EPA is offering government-to-government consultation with the Yakama Nation.
EPA has also shared a preliminary draft pf the permit and fact sheet with the Yakama
Nation on October 28, 2022.
11. Facility Information
A. GENERAL FACILITY INFORMATION
Washington Beef LLC owns and operates the Toppenish Plant located in Toppenish,
WA, on the Yakama Nation (YN) Reservation. The Toppenish Plant is a complex
slaughterhouse, which includes a live animal holding area, rendering, meat processing,
hide brining, blood drying, and boxed meat warehousing and shipping.
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A block diagram of the treatment process is shown in Figure 5, in Appendix A. The
headworks of the treatment process includes a rotary drum screen and two primary
dissolved air flotation (DAF) units. This portion of the treatment process receives
wastewater from the facility's slaughtering, rendering, fabrication processing, and
value-added products processing operations. Wastewater treated by the two primary
DAFs is combined with sanitary wastewater and wastewater from the hide brining
process and flows to the anaerobic basin and then to the barrier basin. Following the
barrier basin, the wastewater is subjected to aerobic treatment in two sequencing batch
reactors, which provide biochemical oxygen demand (BOD) removal, nitrification, and
denitrification of the wastewater. Following the sequencing batch reactors, wastewater
flows to an aerated surge basin, then to a tertiary dissolved air flotation unit, ultraviolet
disinfection (with chlorine disinfection as a backup) and then to discharge through
Outfalls 002 or 008.
Some treated wastewater is re-used internally. The fact sheet dated September 30, 2009
stated that the facility had the capability to land-apply its effluent, but Washington Beef
is not currently doing so.
B. OUTFALL DESCRIPTION
Outfall 002 discharges to Wanity Slough, downstream of Fort Road and upstream of
U.S. Highway 97 (near the intersection with Larue Road).
Outfall 008 discharges to Spencer Lateral just west of U.S. Highway 97 between Fort
Road and East Elm Street (State Route 22).
C. EFFLUENT CHARACTERIZATION
To characterize the effluent, EPA evaluated the facility's application form, discharge
monitoring report (DMR) data, and additional data provided by Washington Beef. The
effluent quality is summarized in Table 2. Effluent data for both outfalls are combined
because there are no differences in the wastewater sources or treatment process for
wastewater discharged through either outfall. Data are provided in Appendix B.
Table 2: Effluent Characterization
Parameter
Units
Minimum
Average
Maximum
Standard
Deviation
Sou ree
Alkalinity
mg/L as
CaC03
120
152
184
22
3
Ammonia, total as N
mg/L
0.07
0.33
8.18
0.63
1
Ammonia, total as N
lb/day
0.19
1.89
51.8
3.93
1
Dissolved Oxygen
mg/L
6.80
7.35
9.30
0.46
1
E. coli (monthly geometric
mean)
#/100 ml
1
19.1
108
21.3
2
Flow (monthly average)
mgd
0.084
0.684
0.916
0.093
2
Nitrate-Nitrite as N
mg/L
5.40
44.2
126
23.4
1
Oil and grease (daily maximum)
mg/L
1.40
2.70
9.10
1.30
2
Oil and grease (daily maximum)
lb/day
1.60
15.9
39.5
7.59
2
Oil and grease (monthly average)
mg/L
1.40
1.78
3.30
0.41
2
Oil and grease (monthly average)
lb/day
1.00
9.97
20.4
2.92
2
PH
s.u.
6.5
8.42
2
Salinity3
mg/L
2000
2290
2700
172
3
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Parameter
Units
Minimum
Average
Maximum
Standard
Deviation
Sou ree
Temperature (May - September)
°C
23.1
29.3
36.0
1.7
1
Temperature (April 1-15)
°C
22.9
28.0
31.0
1.6
2
Temperature (Winter)
°c
22.4
25.8
4
Total Nitrogen
mg/L
8.91
60.8
141
28.7
1
Total Nitrogen
lb/day
44.6
339
981
164
1
TSS (daily maximum)
mg/L
4.70
28.0
77.1
17.6
2
TSS (daily maximum)
lb/day
11.0
167
564
113
2
TSS (monthly average)
mg/L
2.20
12.3
36.0
6.84
2
TSS (monthly average)
lb/day
4.00
71.9
217
42.4
2
Turbidity
NTU
1.11
5.73
29.4
3.59
1
Whole Effluent Toxicity
TUc
1.0
4.6
16
5.3
3
Sources:
1. Data from permittee 2017 - 2022
2. Discharge monitoring report data 2010 - 2022
3. Whole effluent toxicity test reports March 2012 - June 2014
4. NPDES permit application (July 2014)
Notes:
a. For most purposes, the terms total dissolved salt content and salinity are equivalent (USEPA, 1986a).
D. COMPLIANCE HISTORY
Overall, the facility has had a good compliance record. The most recent effluent limit
violation was for the percentage of E. coli samples exceeding 200 colonies per 100 ml.
The prior permit requires that no more than 10% of all samples collected for the month
shall exceed 200 colonies/100 ml. This limit was exceeded in July 2022, when 17% of
the samples exceeded 200 colonies per 100 ml.
EPA inspected the facility on August 23, 2022. Areas of concern noted during the
inspection were the E. coli limit exceedance discussed above; monitoring and
recordkeeping for the permit's narrative requirement prohibiting discharge of floating
solids, visible foam or oily wastes; annual review and certification of the BMP Plan,
effluent sample preservation and holding times for E. coli samples; and the facility's
quality assurance plan. By September 23, 3022, the facility had made several changes
to address the concerns identified in during the inspection, including plans to conduct
and document visual monitoring of the outfalls, changes to its E. coli sample collection
and preservation procedures, revisions to the quality assurance plan.
Additional compliance information for this facility, including compliance with other
environmental statutes, is available on Enforcement and Compliance History Online
(ECHO). The ECHO web address for this facility is: https://echo.epa.gov/detailed-
facilitv-report?fid=l 10000576430
III. Receiving Water
In drafting permit conditions, EPA must analyze the effect of the facility's discharge on the
receiving water. The details of that analysis are provided in the Water Quality-Based
Effluent Limits (WQBEL) section below. This section summarizes characteristics of the
receiving water that impact that analysis.
This facility discharges to Wanity Slough through Outfall 002 and to Spencer Lateral
through Outfall 008 near the City of Toppenish, WA.
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Although Spencer Lateral is an irrigation conveyance, field reconnaissance by an EPA
inspector on May 26, 2009 demonstrated Spencer Lateral is a tributary to Wanity Slough
via a piped connection. Field reconnaissance by an EPA inspector on July 6, 2005
demonstrated that, during the irrigation season, water in Spencer Lateral that is not used for
irrigation drains to the Yakima River via Subdrain 35.
Wanity Slough is a tributary to Marion Drain, which is a tributary to the Yakima River.
The Yakima River is a tributary to the Columbia River, which is an interstate river.
Therefore, since Wanity Slough and Spencer Lateral are tributaries to an interstate
waterbody, they are waters of the United States.1
A. WATER QUALITY STANDARDS (WQS)
CWA § 301(b)(1)(C) requires the development of limitations in permits necessary to
meet WQS. 40 CFR 122.4(d) requires that the conditions in NPDES permits ensure
compliance with the WQS of all affected States. A State's WQS are composed of use
classifications, numeric and/or narrative water quality criteria and an anti-degradation
policy. The use classification system designates the beneficial uses that each water
body is expected to achieve, such as drinking water supply, contact recreation, and
aquatic life. The numeric and narrative water quality criteria are the criteria deemed
necessary to support the beneficial use classification of each water body. The anti-
degradation policy represents a three-tiered approach to maintain and protect various
levels of water quality and uses.
The facility is located near the City of Toppenish and discharges to tribal waters on the
YN Reservation. The YN applied for the status of Treatment as a State (TAS) in 1994
from EPA for purposes of the CWA, and the current permit used YN WQS as a basis
for permit limits. However, to date, EPA has not acted on the TAS submission nor does
the Tribe have EPA-approved WQS. If the YN is granted TAS, and when it has WQS
approved by EPA, those tribal WQS will be used to determine effluent limitations in
the permit.
In the meantime, the Washington WQS were used as reference for setting permit limits
and to protect downstream uses in the Yakima River, which is part of the waters of the
State of Washington. The Yakima River is about 10.2 stream miles downstream of the
discharges via Wanity Slough and Marion Drain.
1. Designated Beneficial Uses
This facility discharges to Wanity Slough and Spencer Lateral in the Lower
Yakima watershed (HUC 17030003).
Neither Wanity Slough nor Spencer Lateral has specific use designations in the
Washington WQS (WAC 173-201A-602, Table 602). The WQS state that all
surface waters of the state not named in Table 602 are to be protected for the
designated uses of: salmonid spawning, rearing, and migration; primary contact
recreation; domestic, industrial, and agricultural water supply; stock watering;
wildlife habitat; harvesting; commerce and navigation; boating; and aesthetic
values (WAC 173-201A-600).
1 https://www.epa.gov/wotus/current-implementation-waters-united-states
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The Yakima River is designated for these same uses in Table 602 of the WQS.
B. RECEIVING WATER QUALITY
The water quality for the receiving waters is summarized in Table 3 and Table 4. All
available water quality data for Spencer Lateral (Table 4) were provided by the
permittee.
Table 3: Receiving Water Data for Wanity Slough
Parameter
Units
Minimum
Average
Maximum
Standard
Deviation
Count
Source
Alkalinity, upstream
mg/L as
CaCOs
56
97
2
3
Ammonia, upstream
mg/L
0.01
0.08
0.35
0.05
41
1,2
BOD5, upstream
mg/L
2
2.2
5.3
0.74
36
1
Dissolved oxygen, May -
Sep., AM, downstream
mg/L
6.09
8.15
10.95
1.11
65
1
Dissolved oxygen, May -
Sep., AM, upstream
mg/L
5.4
8.0
11.0
1.2
65
1
Dissolved oxygen, May -
Sep., PM, downstream
mg/L
5.70
8.68
12.40
1.47
61
1
Dissolved oxygen, May -
Sep., PM, upstream
mg/L
5.6
8.6
11.3
1.3
62
1
Dissolved oxygen, October -
April, AM, downstream
mg/L
4.99
7.94
11.40
1.54
91
1
Dissolved oxygen, October -
April, AM, upstream
mg/L
4.6
7.9
11.8
1.4
91
1
Dissolved oxygen, October -
April, PM, downstream
mg/L
4.95
8.64
11.10
1.17
89
1
Dissolved oxygen, October -
April, PM, upstream
mg/L
5.2
8.5
11.5
1.2
89
1
E. coli, upstream3
#/100 ml
1
53.1
(median)
>200.5
149 (IQR)
155
1
Nitrate + Nitrite, upstream
mg/L
0.144
0.310
0.440
0.129
6
2
pH, downstream, May -
September
s.u.
7.08
8.04
11.5
1.05
41
2
pH, downstream, October -
April
s.u.
6.40
7.70
10.2
0.90
26
2
pH, upstream, May -
September
s.u.
5.62
6.66
(median)
8.12
0.72
(IQR)
71
1,2
pH, upstream, October -
April
s.u.
5.20
7.07
(median)
7.67
0.60
(IQR)
87
1
Temperature, April, upstream
°c
10.1
14.0
18.9
2.3
42
1
Temperature, May - Sep.,
downstream
°C
11.0
18.4
23.4
2.2
489
1,2
Temperature, May - Sep.,
upstream
°C
12.0
18.3
23.1
2.1
451
1,2
Temperature, October -
April., downstream
°C
1.3
12.5
20.9
3.0
74
1,2
Total dissolved solids,
upstream
mg/L
85
141
2
3
Total Nitrogen, upstream
mg/L
0.510
0.613
0.690
0.076
4
2
Total Phosphorus, upstream
Hg/L
47
65
85
13
6
2
Turbidity, upstream
NTU
0.81
3.76
15.4
3.00
37
1,2
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Parameter
Units
Minimum
Average
Maximum
Standard
Deviation
Count
Source
Sources:
1. Data from permittee
2. Water quality portal
3. USGS NWIS Station #12505470
Notes:
a. 28 of 155 E. coli results were reported as
'greater than" values. Thus, an accurate average and standard deviation cannot
be calculated. The median value has been reported instead the average, and the interquartile range has been reported instead
of the standard deviation.
Table 4: Receiving Water Quality Data for Spencer Lateral (Irrigation Season)
Parameter
Units
Minimum
Average
Maximum
Standard
Deviation
Count
Ammonia, upstream
mg/L
0.07
0.13
0.79
0.17
18
Turbidity, upstream
NTU
1.54
8.64
46.1
10.7
19
BOD5, upstream
mg/L
2.0
2.0
2.9
0.74
19
pH, upstream
s.u.
5.57
6.97
(median)
10.09
0.71
(IQR)
78
Temperature, May - Sep.,
upstream
°C
12.0
18.9
26.5
2.5
445
Temperature, April., upstream
°C
9.3
14.0
19.0
2.4
38
Dissolved oxygen, October
and April, AM, upstream
mg/L
7.00
8.55
9.90
0.81
13
Dissolved oxygen, October
and April, PM, upstream
mg/L
7.80
9.25
11.28
1.10
12
Dissolved oxygen, May -
Sep., AM, upstream
mg/L
5.20
8.24
10.70
1.18
65
Dissolved oxygen, May -
Sep., PM, upstream
mg/L
6.40
9.03
11.65
1.12
64
E. coli, upstream1
#/100 ml
4.2
109.1
(median)
490
99.3
(IQR)
77
Notes:
1. 10 of 77 E. coli results were reported as "greater than" values. Thus, an accurate average and standard
deviation cannot be calculated. The median value has been reported instead the average, and the interquartile
range (IQR) is reported instead of the standard deviation. The true maximum may be greater than 490
organisms per 100 ml.
1. Water Quality Limited Waters
Neither Wanity Slough nor Spencer Lateral have been assessed under a
303(d)/305(b) assessment program. Wanity Slough flows to Marion Drain, which
flows into the Yakima River about 10.2 miles downstream of the facility. Water in
Spencer Lateral reaches the Yakima River either via Wanity Slough or via
Sub drain 35.
At the point where Subdrain 35 enters the Yakima River near Granger, the Yakima
River is listed as impaired for polychlorinated biphenyl congeners (PCBs), dioxin,
and certain pesticides (4,4'-DDE, 4,4'-DDT). At the point where Marion Drain
enters the Yakima River near Granger, the Yakima River is listed as impaired for
polychlorinated biphenyl congeners (PCBs), dioxin, and certain pesticides (4,4'-
DDE, 4,4'-DDT, dieldrin). Further downstream, the Lower Yakima River is
impaired for bacteria and dissolved oxygen (DO).
The only total maximum daily load (TMDL) applicable to the Yakima River
downstream of Marion Drain to address these impairments is a TMDL for the
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target parameter of total DDT using the surrogate parameter of total suspended
solids (TSS). This TMDL did not impose wasteload allocations (WLAs) on point
source discharges since agricultural practices were identified as the principal
source of sediment loading to the river and its tributaries.
The Toppenish Plant may in the future receive WLAs in TMDLs to address the
impairments discussed above. However, currently, there are no WLAs applicable
to the Toppenish Plant.
2. Low Flow Conditions
Critical low flows for Wanity Slough are summarized in Table 5. Low flows are
defined in Appendix D.
To account for seasonal variations in flow, temperature, and the receiving waters'
sensitivity to nutrient discharges, EPA has chosen to calculate seasonal water
quality-based effluent limits for both outfalls for the irrigation season (May -
September) and the non-irrigation season (October - April). In Spencer Lateral,
there is no flow upstream of the discharge during the non-irrigation season,
therefore, seasonal limits were used to account for the lack of dilution during the
non-irrigation season. Water temperatures are warmer during the irrigation
season, which make the receiving waters more vulnerable to discharges of heat,
ammonia and nutrients. Seasonal limits are used to account for this.
Since limited flow data were available for Wanity Slough (72 flow measurements
taken between 1974 and 1989, see Table 67 and Table 68) and since the seasonal
flow differences are small, EPA is using the annual flows for Wanity Slough for
all water quality-based permitting calculations. However, there are seasonal limits
in the permit for Outfall 002 which are due to factors other than flow, such as pH
and temperature.
Table 5: Critical Low Flows in Wanity Slough
Flows
Annual
Flows (cfs)
Irrigation Season
Flows (May -
Sep)
Non-Irrigation
Season Flows
(Oet. - April)
1Q10
15
15
19
7Q10
25
26
24
30Q5
28
29
27
Harmonic Mean
57
57
56
Source: Legacy STORET station YAV131 (operated by U.S. Bureau of
Reclamation, 1974 - 1981, n = 68) and USGS NWIS stations 12505480 and
12505482 (1986 - 1989, n = 4)
The only flow information EPA could locate for Spencer Lateral was in Habitat
Limiting Factors: Yakima River Watershed: Water Resource Inventory Areas 3 7
- 39 Final Report (Haring, 2001), which stated that Spencer Lateral withdraws 41
CFS from Wanity Slough. EPA will assume the harmonic mean flow rate of
Spencer Lateral during the irrigation season (roughly May - September) is 41
CFS.
The Technical Support Document for Water Quality-based Toxics Control
(USEPA, 1991)(TSD) states, on Page 88, that 54 of 60 streams analyzed had a
Fact Sheet: WA0050202 - Washington Beef LLC
Page 15 of 187
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harmonic mean flow that was greater than or equal to 2.5 times the 7Q10 flow and
40 of 60 streams had a harmonic mean flow equal to or greater than 3.5 times the
7Q10. The TSD concludes that the harmonic mean flow can be estimated as 3
times the 7Q10.
Since the irrigation flow in Spencer Lateral is from a man-made diversion, EPA
assumes that the flow rate in Spencer Lateral is relatively consistent during the
irrigation season. Thus, EPA will estimate the 7Q10 flow of Spencer Lateral by
dividing the 41 CFS withdrawal rate by 2.5. This is close to the ratio of the
harmonic mean to the estimated 7Q10 Wanity Slough (57:25 or 2.28:1, Table 5).
Thus, the estimated 7Q10 flow rate in Spencer Lateral is:
41 CFS h- 2.5 = 16.4 CFS
The 1Q10 is estimated as the 7Q10 divided by 1.3 (USEPA, 1986b), or 12.6 CFS,
and the 30Q5 is estimated as the 7Q10 multiplied by 1.1, or 18 CFS (USEPA,
1991).
According to surface water monitoring data submitted with the permit application,
during the non-irrigation season (roughly October - April), there is no flow in
Spencer Lateral upstream from the Toppenish Plant discharge.
Effluent Limitations and Monitoring
Table 6 and Table 7 below present the existing effluent limits and monitoring requirements
in the current Permit. Table 8 and Table 9 below, present the effluent limits and monitoring
requirements proposed in the draft permit.
The draft permit includes several changes to the effluent limitations and monitoring
requirements, which are as follows:
New effluent limits for total phosphorus for Outfall 002 from April - October.
New effluent limits for temperature for Outfall 002 for June, July, and August.
New effluent limits for whole effluent toxicity (WET).
New effluent limits for nitrate + nitrite for Outfall 008.
A new minimum effluent limit for dissolved oxygen saturation (the prior effluent
limit for dissolved oxygen concentration is retained and applies in addition to the
saturation limit).
More stringent effluent limits for total nitrogen for Outfall 002 from April -
October.
The E. coli limits now require that no more than 10% of samples exceed 320 CFU
or MPN per 100 mL, instead of 200 colonies per 100 mL, consistent with
Washington's E. coli criteria.
WA0050202 - Washington Beef LLC
Page 16 of 187
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Table 6: Existing Permit - Effluent Limits and Monitoring Requirements for Outfall 002
Effluent Limitations
Monitoring Requirements
Parameter
Units
Average
Monthly
Max i in n in
Daily
Mini ill n ill
Daily
Range
Sample
Frequency
Sample
Type
Outfall Flow
mgd
Daily
Recording
Biochemical Oxygen Demand
mg/1
30
45
3/week
24-hour composite
(BOD5)
lbs/day
400.3
600.5
Total Suspended Solids
mg/1
39
78
3/week
24-hour composite
(TSS)
lbs/day
520
1040
Oil and Grease
mg/L
10
15
2/week
Grab
lbs/day
133.4
200.2
E. coli Bacteria1
# / 100ml
100
see note 2
3/week
Grab
pH
s.u.
6.5-8.5
3/week
Grab
Dissolved Oxygen3
mg/1
6.8
3/week
Grab
Total Nitrogen
mg/L
134
194
3/week
24-hour composite
lbs/day
1788
2587.5
Total Ammonia as N3,4
mg/L
2.9
11.2
3/week
24-hour composite
lbs/day
38.7
149.5
Turbidity3
NTU
12.4
50.3
3/week
Grab
Total Residual Chlorine5
lig/L
9.5
19.0
Daily
Grab
Temperature
April 15 - September 30 each
°C
Daily
Grab
year
Whole Effluent Toxicity
(WET) - Chronic6
TUc
Quarterly
24-hour composite
1. The average monthly limit for E. coli is expressed as a geometric mean.
2. No more than 10% of all samples collected for the month shall exceed 200 colonies/100 ml.
3. See Part I.A.5 for compliance schedule for turbidity and dissolved oxygen, and the average monthly limit for ammonia.
4. Reporting is required within 24-hours if the maximum daily limit is violated.
5. EPA test methods can accurately measure total residual chlorine to 20 |ig/L, therefore the permittee will be considered in compliance with
the permit limits as long as the sample result is less than 20 |ig/L. Chorine only needs to be monitored when the chlorination/dechlorination
unit is being used by the facility.
6. Quarterly testing shall start two years from the effective date of the permit, and continue until 10 valid samples are collected. One test shall
occur in each of the following quarters: January - March; April - June; July -September; and October - December. See Part I. B. for
additional information.
Table 7: Existing Permit - Effluent Limits and Monitoring Requirements for Outfall 008
Effluent Limitations
Monitoring Requirements
Parameter
Units
Average
Maximum
Minimum
Range
Sample
Sample
Monthly
Daily
Daily
Frequency
Type
Outfall Flow
mgd
Daily
Recording
Biochemical Oxygen Demand
mg/1
30
45
3/week
24-hour composite
(BOD5)
lbs/day
400.3
600.5
Total Suspended Solids
mg/1
39
78
3/week
24-hour composite
(TSS)
lbs/day
520
1040
Oil and Grease
mg/L
10
15
2/week
Grab
lbs/day
133.4
200.2
E. coli Bacteria1
# / 100ml
100
see note 2
3/week
Grab
Fact Sheet: WA0050202 - Washington Beef LLC Page 17 of 187
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Parameter
Units
Effluent Limitations
Monitoring Requirements
Average
Monthly
Max i in n in
Daily
Mini ill n ill
Daily
Range
Sample
Frequency
Sample
Type
pH
s.u.
6.5-8.5
3/week
Grab
Dissolved Oxygen3
mg/1
6.8
3/week
Grab
Total Nitrogen
mg/L
134
194
3/week
24-hour composite
lbs/day
1788
2587.5
Total Ammonia as N3-4
mg/L
2.3
9.1
3/week
24-hour composite
lbs/day
30.7
121.4
Total Residual Chlorine5
lig/L
9.0
18.0
Daily
Grab
Turbidity3
NTU
12.4
44.2
3/week
Grab
Temperature
April 15 - September 30 each
year
°C
Daily
Grab
Whole Effluent Toxicity
(WET) - Chronic6
TUc
Quarterly
24-hour composite
1. The average monthly limit for E. coli is expressed as a geometric mean.
2. No more than 10% of all samples collected for the month shall exceed 200 colonies/100 ml.
3. See Part I.A.5 for compliance schedule for turbidity and dissolved oxygen, and the average monthly limit for ammonia.
4. Reporting is required within 24-hours if the maximum daily limit is violated.
5. EPA test methods can accurately measure total residual chlorine to 20 ng/L, therefore the permittee will be considered in compliance with its
effluent limits as long as the sample result is less than 20 |ig/L. Chorine only needs to be monitored when the chlorination/dechlorination unit
is being used by the facility.
6. Quarterly testing shall start two years from the effective date of the permit, and continue until 10 valid samples are collected. One test shall
occur in each of the following quarters: January - March; April - June; July -September; and October - December. See Part I. B. for
additional information.
Table 8: Draft Permit - Effluent Limits and Monitoring Requirements for Outfall 002
Parameter
Units
Effluent Limitations
Monitoring Requirements
Average
Monthly
Maximum
Daily
Minimum
Daily
Range
Sample
Frequency
Sample
Type
Outfall Flow
mgd
Daily
Recording
Biochemical Oxygen Demand
(BOD5)
mg/1
30
45
1/week
24-hour composite
lbs/day
400.3
600.5
Total Suspended Solids
(TSS)
mg/1
42.8
85.7
1/week
24-hour composite
lbs/day
572
1143
Oil and Grease
mg/L
10
15
1/month
Grab
lbs/day
133.4
200.2
E. coli Bacteria
# / 100ml
100
Note 1
3/week
Grab
PH
s.u.
6.5-8.5
3/week
Grab
Dissolved Oxygen
mg/1
6.8
3/week
Grab
%of
saturation
90
Total Nitrogen (April 1 -
October 31, final)
mg/L
3.80
9.05
3/week
24-hour composite
lbs/day
24.3
57.8
Total Nitrogen (April 1 -
October 31, interim)
mg/L
134
194
3/week
24-hour composite
lbs/day
1788
2587.5
Total Nitrogen (November 1 -
March 31)
mg/L
134
194
3/week
24-hour composite
lbs/day
1788
2587.5
mg/L
0.547
1.30
3/week
24-hour composite
Fact Sheet: WA0050202 - Washington Beef LLC Page 18 of 187
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Parameter
Total Phosphorus (April 1 -
October 31, final)
Units
Effluent Limitations
Monitoring Requirements
Average
Monthly
Maximum
Daily
Minimum
Daily
Range
Sample
Frequency
Sample
Type
lbs/day
3.54
8.32
Total Phosphorus (November 1-
March 31)
mg/L
Report
Report
1/month
24-hour composite
Total Ammonia as N (May 1-
September 30)
mg/L
1.27
5.16
3/week
24-hour composite
lbs/day
9.70
39.4
Total Ammonia as N (October 1-
April 30)
mg/L
2.90
8.0
3/week
24-hour composite
lbs/day
22.1
89.8
Nitrate + Nitrite
mg/L
Report
Report
3/week
24-hour composite
Total Residual Chlorine
lig/L
9.5
19.0
Daily
Grab
lbs/day
0.13
0.25
Turbidity
NTU
12.4
50.3
1/week
Grab
Floating solids, visible foam, oily
wastes
See permit Part I.B.2.
1/week
Visual
Chloride
mg/L
Report
1/quarter
24-hour composite
Sulfate
mg/L
Report
1/quarter
24-hour composite
Temperature (June 1-30)
°C
31.2
Continuous
Recording
Temperature (July 1-31)
°C
23.6
Continuous
Recording
Temperature (August 1-31)
°C
23.6
Continuous
Recording
Temperature (September 1 -
May 31)
°C
Report
Continuous
Recording
Whole Effluent Toxicity
(WET) - Chronic (final)
TUc
5.3
10.0
1 /quarter
24-hour composite
Whole Effluent Toxicity
(WET) - Chronic (interim)
TUc
13.4
25.9
1 /quarter
24-hour composite
Notes:
1. No more than 10 percent of all samples obtained within the month shall exceed 320 CFU or MPN per 100 mL.
Table 9: Draft Permit - Effluent Limits and Monitoring Requirements for Outfall 008
Parameter
Units
Effluent Limitations
Monitoring Requirements
Average
Monthly
Maximum
Daily
Minimum
Daily
Range
Sample
Frequency
Sample
Type
Outfall Flow
mgd
Daily
Recording
Biochemical Oxygen Demand
(BOD5)
mg/1
30
45
1/week
24-hour composite
lbs/day
400.3
600.5
Total Suspended Solids
(TSS)
mg/1
42.8
85.7
1/week
24-hour composite
lbs/day
572
1143
Total Dissolved Solids
(TDS) (May - September, final)
mg/1
1742
1995
3/week
24-hour composite
lbs/day
13308
15240
Total Dissolved Solids
(TDS) (October - April, final)
mg/1
500
558
3/week
24-hour composite
lbs/day
3820
4263
Total Dissolved Solids
(TDS) (interim)
mg/1
2371
2714
3/week
24-hour composite
lbs/day
18113
20733
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Page 19 of 187
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Parameter
Units
Effluent Limitations
Monitoring Requirements
Average
Monthly
Maximum
Daily
Minimum
Daily
Range
Sample
Frequency
Sample
Type
Oil and Grease
mg/L
10
15
2/week
Grab
lbs/day
133.4
200.2
E. coli Bacteria
# / 100ml
100
3/week
Grab
PH
s.u.
6.5-8.5
3/week
Grab
Dissolved Oxygen
mg/1
6.8
3/week
Grab
%of
saturation
90
Total Nitrogen
mg/L
134
194
3/week
24-hour composite
lbs/day
1788
2587.5
Total Phosphorus
mg/L
Report
Report
1/month
24-hour composite
Total Ammonia as N (May -
September)
mg/L
3.21
7.65
3/week
24-hour composite
lbs/day
24.5
58.4
Total Ammonia as N (October -
April)
mg/L
0.211
0.855
3/week
24-hour composite
lbs/day
1.61
6.53
Nitrate + Nitrite (May -
September, final)
mg/L
40.4
89.4
3/week
24-hour composite
lbs/day
309
682
Nitrate + Nitrite (October -
April, final)
mg/L
10.0
22.1
3/week
24-hour composite
lbs/day
76.4
169
Nitrate + Nitrite (interim)
mg/L
59
154
3/week
24-hour composite
lbs/day
451
1176
Total Residual Chlorine
Hg/L
9.0
18.0
Daily
Grab
lbs/day
0.12
0.24
Turbidity
NTU
12.4
44.2
1/week
Grab
Floating solids, visible foam, oily
wastes
See permit Part I.B.2.
1/week
Visual
Chloride
mg/L
Report
1/quarter
24-hour composite
Sulfate
mg/L
Report
1/quarter
24-hour composite
Temperature
°C
Report
Report
Continuous
Recording
Whole Effluent Toxicity
(WET) - Chronic (May -
September, final)
TUc
3.8
7.2
2/season
24-hour composite
WET - Chronic (October -
April, final)
TUc
1.0
1.8
2/season
24-hour composite
Whole Effluent Toxicity
(WET) - Chronic (interim)
TUc
13.4
25.9
1 /quarter
24-hour composite
Notes:
1. No more than 10 percent of all samples obtained within the month shall exceed 320 CFU or MPN per 100 mL.
A. BASIS FOR EFFLUENT LIMITS
In general, the CWA requires that the effluent limits for a particular pollutant be the
more stringent of either technology-based effluent limits (TBELs) or WQBELs. TBELs
are set according to the level of treatment that is achievable using available technology.
A WQBEL is designed to ensure that the WQS applicable to a waterbody are being met
and may be more stringent than TBELs.
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Page 20 of 187
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1. Pollutants of Concern
Pollutants of concern are those that either have TBELs or may need WQBELs.
EPA identifies pollutants of concern for the discharge based on those which:
Have a TBEL
Have an assigned wasteload allocation (WLA) from a TMDL
Had an effluent limit in the previous permit
Are present in the effluent monitoring. Monitoring data are reported in the
application and DMR and any special studies
Are expected to be in the discharge based on the nature of the discharge
Based on this analysis, pollutants of concern are as follows:
BODs
DO
TSS
E. coli bacteria
Total residual chlorine (TRC)
pH
Temperature
Nitrogen compounds:
o Total Nitrogen
o Ammonia
o Nitrate-Nitrite
Total Phosphorus
Oil and grease
Turbidity
Whole effluent toxicity (WET)
Total dissolved solids (TDS)
o Chloride
o Sulfate
2. Technology-Based Effluent Limits (TBELs)
a. Federal Effluent Limit Guidelines
For dischargers other than publicly owned treatment works (POTWs), for
conventional pollutants, the CWA requires effluent limits based on the best
conventional pollutant control technology (BCT), and, for toxic and non-
conventional pollutants, effluent limits based on the best available technology
economically achievable (BAT) (CWA Section 301(b) and 40 CFR
125.3(a)(2)).
Technology-based effluent limits may be established through application of
EPA-promulgated effluent limitation guidelines (ELGs), or on a case-by-case
basis under Section 402(a)(1) of the CWA (these are referred to as best
professional judgment or BPJ effluent limitations), or through a combination
of these methods (40 CFR 125.3(c)).
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EPA has promulgated ELGs for the meat and poultry products point source
category in 40 CFR Part 432. The complex slaughterhouse subcategory
(subpart B) is applicable to the Toppenish Plant. For BAT, 40 CFR Part 432
Subpart B references the BAT ELGs for simple slaughterhouses in 40 CFR
432 Subpart A, specifically 40 CFR 432.13. The ELGs for BOD5, TSS, and
oil and grease are production-normalized based on the production rate in live
weight killed (LWK) per day.
The ELGs applicable to the Toppenish Plant are summarized in Table 10.
Table 10: Effluent Limit Guidelines
Regulated
Parameter
Maximum Daily
Maximum Monthly
Average
Citation (40 CFR)
BODs
0.42 pounds/1000
pounds LWK
0.21 pounds/1000
pounds LWK
432.22
TSS
0.50 pounds/1000
pounds LWK
0.25 pounds/1000
pounds LWK
432.22
Fecal Coliform
400 CFU
N/A
432.22
Oil and Grease
0.16 pounds/1000
pounds LWK
0.08 pounds/1000
pounds LWK
432.22
Ammonia as N
8.0 mg/L
4.0 mg/L
432.13,432.22, 432.23
Total Nitrogen
194 mg/L
134 mg/L
432.13,432.23
PH
Within the pH range of 6 to 9.
432.3
As explained in the U.S. EPA NPDES Permit Writers' Manual (USEPA,
2010) on Page 5-30, production-normalized effluent limits should be
calculated using an average production level that is likely to prevail during the
next term of the permit.
Washington Beef stated that their 5-year average production rate has been
2,085,161 lb/day LWK, which is within 1% of the production basis for the
2009 permit (2,080,000 lb/day LWK).
Washington Beef expects a 10% increase in production to 2,286,391 lb/day
LWK during the term of the next permit. The production-normalized
technology-based effluent limits based on the anticipated increased production
rate of 2,286,391 lb/day are listed in Table 11.
Table 11: Production-normalized Effluent Limits
Regulated
Parameter
Maximum Daily
(lb/day)
Maximum Monthly
Average (lb/day)
BODs
960
480
TSS
1143
572
Oil and Grease
366
183
40 CFR 122.45(f) generally requires permit limits to be expressed in terms of
mass. 40 CFR 122.45(f)(2) states that pollutants limited in terms of mass
additionally may be limited in terms of other units of measurement, and the
permit shall require the permittee to comply with both limitations. In Section
5.7.1, the TSD recommends limits on both mass and concentration when there
is less than 100-fold dilution. All of the dilution factors are less than 100:1 for
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this facility (Table 13, Table 14), thus, EPA has calculated equivalent
concentration limits for all of the technology-based effluent limits that are
expressed in terms of mass and equivalent mass limits for the ammonia and
total nitrogen technology-based effluent limits which are expressed in terms of
concentration.
Calculations of mass limits from technology-based concentration limits and
concentration limits from technology-based mass limits used the maximum
projected flow of 1.6 mgd from the July 2014 permit application, which was
the same flow used for these types of calculations in the 2009 fact sheet.
b. Chlorine TBEL
Chlorine is often used to disinfect municipal and industrial wastewater prior to
discharge. The Toppenish Plant uses chlorine disinfection as a backup to UV
disinfection. A 0.5 mg/L technology-based average monthly limit for chlorine
is derived from standard operating practices. The Water Pollution Control
Federation's Chlorination of Wastewater (Federation, 1976) states that a
properly designed and maintained wastewater treatment plant can achieve
adequate disinfection if a 0.5 mg/L chlorine residual is maintained after 15
minutes of contact time. Therefore, a wastewater treatment plant that provides
adequate chlorine contact time can meet a 0.5 mg/L total residual chlorine
limit on a monthly average basis. In addition to average monthly limits
(AMLs), NPDES regulations require effluent limits for continuous discharges
from sources other than publicly owned treatment works (POTWs) to be
expressed as maximum daily limits (MDLs), unless impracticable. For
TBELs, the MDL is calculated to be 2 times the AML, consistent with the
ratio between the technology-based average monthly and maximum daily
effluent limits for BOD5, TSS, oil and grease, ammonia as N, and Total
Nitrogen, in 40 CFR 432.
40 CFR 122.45(f) generally requires effluent limits to be expressed in terms of
mass. Mass limits for chlorine are calculated as follows:
Monthly avg. limit= 0.5 mg/L x 1.6 mgd x 8.34 lb/gallon = 6.67 lbs/day
Max. daily limit =1.0 mg/L x 1.6 mgd x 8.34 lb/gallon = 13.3 lbs/day
As explained below, more stringent WQBELs were calculated for chlorine; therefore,
the technology-based limits were not applied in the permit.
c. Summary
The technology-based effluent limits applicable to the Toppenish Plant are
listed in Table 12.
Table 12: Technology-based Effluent Limits
Regulated
Units
Maximum Dailv
Maximum Monthly
Parameter
Average
BODs
mg/L
72
36
lb/day
960
480
TSS
mg/L
85.7
42.8
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Regulated
Units
Maximum Dailv
Maximum Monthly
Parameter
Average
lb/day
1143
572
Fecal
400 CFU
N/A
Coliform
Oil and
mg/L
27
14
Grease
lb/day
366
183
Ammonia as
mg/L
8.0
4.0
N
lb/day
107
53
Total Nitrogen
mg/L
194
134
lb/day
2589
1788
Chlorine, total
mg/L
1.0
0.5
residual
lb/day
13.3
6.67
PH
s.u.
Within the pH range of 6 to 9.
3. Water Quality-Based Effluent Limits (WQBELs)
a. Statutory and Regulatory Basis
CWA § 301(b)(1)(C) requires the development of limitations in permits
necessary to meet WQS. Discharges to State or Tribal waters must also
comply with conditions imposed by the State or Tribe as part of its
certification of NPDES permits under CWA § 401. 40 CFR 122.44(d)(1)
implementing CWA § 301(b)(1)(C) requires that permits include limits for all
pollutants or parameters which are or may be discharged at a level which will
cause, have the reasonable potential to cause, or contribute to an excursion
above any State or Tribal WQS, including narrative criteria for water quality.
Effluent limits must also meet the applicable water quality requirements of
affected States other than the State in which the discharge originates, which
may include downstream States (40 CFR 122.4(d), 122.44(d)(4), see also
CWA § 401(a)(2)).
The regulations require the permitting authority to make this evaluation using
procedures which account for existing controls on point and nonpoint sources
of pollution, the variability of the pollutant in the effluent, species sensitivity
(for toxicity), and where appropriate, dilution in the receiving water. The
limits must be stringent enough to ensure that WQS are met and must be
consistent with any available wasteload allocation for the discharge in an
approved TMDL. If there are no approved TMDLs that specify wasteload
allocations for this discharge; all of the WQBELs are calculated directly from
the applicable WQS.
b. Reasonable Potential Analysis and Need for WQBELs
EPA uses the process described in the TSD to determine reasonable potential.
To determine if there is reasonable potential for the discharge to cause or
contribute to an exceedance of water quality criteria for a given pollutant,
EPA compares the maximum projected receiving water concentration to the
water quality criteria for that pollutant. If the projected receiving water
concentration exceeds the criteria, there is reasonable potential, and a
WQBEL must be included in the permit.
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In some cases, a dilution allowance or mixing zone is permitted. A mixing
zone is a limited area or volume of water where initial dilution of a discharge
takes place and within which certain water quality criteria may be exceeded
(USEPA, 2014). While the criteria may be exceeded within the mixing zone,
the use and size of the mixing zone must be limited such that the waterbody as
a whole will not be impaired, all designated uses are maintained, and acutely
toxic conditions are prevented.
The Washington WQS at WAC 173-201A-400 provides Washington's mixing
zone policy for point source discharges. EPA proposes to use chronic and
human health mixing zones of 25% of the critical flows and an acute mixing
zone of 2.5% of the 1Q10 flow per Washington WQS.
For temperature, EPA proposes a mixing zone encompassing 50% of the
7Q10 flow at Outfall 002 and a mixing zone encompassing 100% of the
harmonic mean flow at Outfall 008.
Consistent with Table C-l in Appendix C to Ecology's Water Quality
Program Permit Writers' Manual, the effluent flow rates used to calculate
dilution factors are as follows. See also Table 13 and Table 14.
The maximum daily effluent flow for acute aquatic life criteria,
The maximum monthly average flow for chronic aquatic life criteria
and human health criteria for non-carcinogens, and
The maximum annual average flow for human health criteria for
carcinogens.
These effluent flows were also used to calculate water quality-based mass
limits.
The reasonable potential analysis and WQBEL calculations were based on
mixing zones shown in Table 13 and Table 14. During the non-irrigation
season, there is no flow upstream of Outfall 008 in Spencer Lateral. Thus, no
mixing zone is authorized during the non-irrigation season in Spencer Lateral
and water quality criteria are applied at the end-of-pipe.
Table 13: Mixing Zones for Wanity Slough
Criteria Tvpc
Critical Low
Stream Flow
(cfs)
Critical
Effluent
flow (cfs)
Mixing Zone
(% of Critical
Low Flow)
Dilution
Factor
Acute Aquatic Life
15
2.33
2.5%
1.16
Chronic Aquatic Life
25
1.42
25%
5.59
Temperature
25
1.42
50%
9.8
Human Health Noncarcinogen
28
1.42
25%
6.12
Human Health Carcinogen
57
1.18
25%
13.0
Table 14: Mixing Zones for Spencer Lateral (Irrigation Season)
Criteria Tvpc
Critical Low
Flow (cfs)
Critical
Effluent
flow (cfs)
Mixing Zone
(% of Critical
Low Flow)
Dilution
Factor
Acute Aquatic Life
12.6
2.33
2.5%
1.14
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Criteria Type
Critical Low
Flow (ct's)
Critical
Effluent
flow (cfs)
Mixing Zone
(% of Critical
Low Flow)
Dilution
Factor
Chronic Aquatic Life
16.4
1.42
25%
3.89
Temperature
41
1.42
100%
29.9
Human Health Noncarcinogen
18
1.42
25%
4.18
Human Health Carcinogen
41
1.18
25%
9.65
As discussed in Part IV. A. 1, the pollutants of concern in the discharge are
BOD5, DO, TSS, E. coli bacteria, total residual chlorine (TRC), pH,
temperature, ammonia, total nitrogen, nitrate-nitrite, total phosphorus, oil and
grease, turbidity, total dissolved solids, and whole effluent toxicity (WET).
Each parameter is summarized in Part IV.A.4.C and the equations used to
conduct the reasonable potential analysis and calculate the WQBELs are
provided in Appendix D. The relevant water quality standards are shown in
Table 15, below.
Table 15: Applicable Water Quality Criteria
Pollutant
Designated Use
Criteria
Citation (WAC
173-201 A)
Ammonia
Salmonid
spawning, rearing,
and migration
002 May - Sep.
Acute: 4.465 mg/L
Chronic: 0.669 mg/L
240
002 Oct. - April
Acute: 10.14 mg/L
Chronic: 1.872 mg/L
008 May - Sep.
Acute: 13.09 mg/L
Chronic: 1.293 mg/L
008 Oct. - April
Acute: 4.552 mg/L
Chronic: 0.485 mg/L
Chlorine (total
residual)
Salmonid
spawning, rearing,
and migration
Acute: 19 (ig/L
Chronic: 11 (ig/L
240
Dissolved
Oxygen (DO)
Salmonid
spawning, rearing,
and migration
EPA-approved: 8.0 mg/L (1 -day minimum)
State-adopted: 10 mg/L or 90% saturation (1 -
day minimum)
200(l)(d)
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Pollutant
Designated Use
Criteria
Citation (WAC
173-201 A)
E. coli organism levels within an averaging
period must not exceed a geometric mean
value of 100 CFU or MPN per 100 mL, with
not more than 10 percent of all samples (or
any single sample when less than 10 sample
points exist) obtained within the averaging
period exceeding 320 CFU or MPN per 100
mL.
(i) A minimum of three samples is required to
calculate a geometric mean for comparison to
the geometric mean criteria. Sample collection
dates shall be well distributed throughout the
averaging period so as not to mask
noncompliance periods.
(A) Effluent bacteria samples: When
averaging effluent bacteria sample values for
comparison to the geometric mean criteria, or
for determining permit compliance, the
averaging period shall be 30 days or less.
E. coli
Primary contact
recreation
200(2)(b)
Nitrate+nitrite
Domestic water
supply
10 mg/L
260(2)(a),
interpreted using
EPA 440/5-86-001
pH
Salmonid
spawning, rearing,
and migration
pH shall be within the range of 6.5 to 8.5 with
a human-caused variation within the above
range of less than 0.5 unit.
200(l)(g)
Solids, total
dissolved
Agricultural water
supply and
domestic water
supply
500 mg/L
260(2)(a),
interpreted using
EPA 440/5-86-001
and EPA secondary
drinking water
standards
Temperature
Spawning/rearing
Temperature shall not exceed a 1-DMax of
21.0°C due to human activities. When natural
conditions exceed a 1-DMax of 21.0°C, no
temperature increase will be allowed which
will raise the receiving water temperature by
greater than 0.3°C; nor shall such temperature
increases, at any time, exceed t = 34/(T + 9).
Table 602: WRIA
37 - Lower Yakima
Total nitrogen
and total
phosphorus
(Wanity Slough)
Aesthetics
Total nitrogen: 857 (ig/L
Total phosphorus: 102 (ig/L
260(2)(b),
interpreted using
reference site data.
See Appendix E.
Turbidity
Salmonid
spawning, rearing,
and migration
Turbidity shall not exceed:
5 NTU over background when the
background is 50 NTU or less; or
A 10 percent increase in turbidity when the
background turbidity is more than 50 NTU.
200(l)(e)
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Pollutant
Designated Use
Criteria
Citation (WAC
173-201 A)
Whole effluent
toxicity
Salmonid
spawning, rearing,
and migration
Chronic: 1.0 TUc
260(2)(a),
interpreted using
EPA/505/2-90-001
c. Reasonable Potential and WQBELs
The reasonable potential and WQBEL for specific parameters are summarized
below. The calculations are provided in Appendix D.
Ammonia
Ammonia criteria are based on a formula which relies on the pH and
temperature of the receiving water, because the fraction of ammonia present
as the toxic, un-ionized form increases with increasing pH and temperature.
Therefore, the criteria become more stringent as pH and temperature increase.
EPA generally uses the 90th percentile receiving water pH and temperature to
calculate the value of the ammonia criteria.
Available data indicate that the pH in Wanity Slough downstream from
Outfall 002 is higher than the upstream pH and sometimes exceeds the upper
bound pH criterion of 8.5 standard units (Table 3). These downstream pH
measurements are not representative of edge-of-mixing zone conditions and
are therefore not appropriate for use in calculating the value of the ammonia
criteria in this permit. However, EPA believes it is reasonable to be more
conservative in selecting the pH value for calculating ammonia criteria due to
observed high pH downstream from Outfall 002. Thus, EPA has used the
maximum upstream pH instead of the 90th percentile, for Wanity Slough.
For Spencer Lateral, during the non-irrigation season, there is no flow
upstream from the discharge from Outfall 008, thus, the 90th percentile of the
monthly maximum effluent pH and temperature have been used to calculate
the value of the ammonia criteria.
The calculated ammonia criteria are listed in Table 15. Figure 1 and Figure 2,
below, detail the equations used to determine water quality criteria for
ammonia.
0.275 39.0
+
I + 207.204-/?// ] + ] q/;//-7.204
Figure 1: Acute Total Ammonia Criteria
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0.80 - (FT)(FPH)(RATIO)
where: :RATIO - 13.5; 7.7 < pH <9
RATIO = (20.25 x 10(7-7"PH))-(1 + 10(7-4-PH>); 6.5 < pH <
7.7
Figure 2: Chronic Unionized Ammonia Criteria
Water quality-based effluent limits for ammonia, based on the criteria in Table
15 and the mixing zones in Table 13 and Table 14, generally resulted in
ammonia limits more stringent than the technology-based ammonia effluent
limits in Table 10. The exception was the maximum daily limit for Outfall
002, from October - April. The more stringent technology-based effluent
limit was used in this case.
Chlorine (total residual)
Washington's chlorine criteria are listed in Table 15.
The Toppenish Plant generally uses ultraviolet disinfection and therefore there
is generally no source of residual chlorine in the discharge. However, the
Toppenish Plant can use chlorine for disinfection as a backup if the ultraviolet
disinfection system is inoperative. If chlorine is used for disinfection and
dechlorination is not used to reduce the effluent chlorine concentration, the
effluent chlorine concentrations would be consistent with the technology-
based effluent limits above. The technology-based effluent limits would not
ensure compliance with water quality standards. Thus, more stringent water
quality-based effluent limits for chlorine are necessary to ensure compliance
with water quality standards.
The draft permit carries forward the water quality-based effluent limits for
chlorine that were in the 2009 permit. These effluent limits will ensure
compliance with water quality criteria for chlorine. Although the chlorine
limits in the 2009 permit were based on the Yakama WQS, the freshwater
chlorine criteria in the Yakama WQS are identical to the freshwater chlorine
criteria in the Washington WQS (Table 15). Effluent limits and monitoring
requirements for chlorine apply only when the facility is using chlorine for
disinfection.
However, the 2009 permit did not include mass limits for total residual
chlorine. Consistent with 40 CFR 122.45(f), the draft permit proposes mass
limits for chlorine. The mass limits are calculated from the concentration
limits using the maximum projected flow of 1.6 mgd from the July 2014
permit application.
FT
FT
1.4; 15
-------
Dissolved Oxygen (DO) and BODs
Natural decomposition of organic material in wastewater effluent impacts
dissolved oxygen in the receiving water at distances far outside of the
regulated mixing zone. The BOD5 of an effluent sample indicates the amount
of biodegradable material in the wastewater and estimates the magnitude of
oxygen consumption the wastewater will generate in the receiving water.
The 2009 permit included water quality-based BOD5 limits that had been
carried forward from the 1994 permit. These are an average monthly limit of
30 mg/L and an average weekly limit of 45 mg/L. The Toppenish Plant has
consistently complied with the water quality-based BOD5 effluent limits from
the 2009 permit (Table 2). These effluent limits have been included in the
draft permit in compliance with the anti-backsliding provisions of the Clean
Water Act and implementing regulations.
Washington's EPA-approved DO water quality criterion is a 1-day minimum
of 8.0 mg/L in waters designated for salmonid spawning, rearing, and
migration (WAC 173-201A-200(l)(d)). On April 22, 2022, the State of
Washington adopted a revised DO criterion of 10 mg/L or 90% of saturation
for such waters. See Table 15.
The 2009 permit also included a minimum DO effluent limit of 6.8 mg/L.
The derivation of the 6.8 mg/L DO effluent limit in the 2009 permit was based
in part on an assumption that the DO concentration upstream of the discharge
was 7.9 mg/L. Data collected by the permittee during the term of the 2009
permit show that the DO concentrations in both Wanity Slough and Spencer
Lateral are sometimes substantially lower than 7.9 mg/L (Table 3, Table 4).
The minimum DO limit in the 2009 permit was also based on ensuring that the
discharge did not lower the DO concentration in the receiving water by more
than 0.2 mg/L. At that time, Washington's water quality standards included a
provision which states that, "When a water body's D.O. is lower than the
criteria in Table 200(l)(d) (or within 0.2 mg/L of the criteria) and that
condition is due to natural conditions, then human actions considered
cumulatively may not cause the D.O. of that water body to decrease more than
0.2 mg/L" (WAC-173-201A-200(l)(d)(i)). However, this provision was
disapproved by EPA in November 2021 2 Therefore, it is no longer in effect
for CWA purposes.
Due to the low ambient DO concentrations and the disapproval of the 0.2
mg/L allowable DO decrease resulting from human actions, an effluent
minimum limit of 6.8 mg/L DO will not ensure compliance with either the
state-adopted (10 mg/L or 90% of saturation) or EPA-approved (8 mg/L) DO
criteria.
However, relatively high effluent temperatures and salinity (Table 2)
sometimes preclude achievement of the 8 mg/L EPA-approved criterion in the
effluent, because such concentrations are sometimes higher than the DO
2 https://www.epa. gov/svstem/files/documents/2022-01/wawas-action-letter-11 -19-2021 .pdf
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saturation concentration. Toppenish, Washington is at an elevation of 759
feet above sea level. At this elevation and at the average effluent salinity of
2.3 parts per thousand, DO saturation is 8.0 mg/L at a temperature of 24.6 °C.
The maximum effluent temperature is 36 °C (Table 2), and at this
temperature, DO saturation is only 6.57 mg/L.
In order to ensure protection of the receiving water DO within the constraints
of the effluent's temperature and salinity, EPA proposes to include a DO
effluent limit of 90% of saturation, based on the state-adopted DO criterion.
DO saturation is less than 11.1 mg/L (and therefore 90% of DO saturation is
less than 10 mg/L) when the effluent temperature is above 8.9 °C. The
effluent is consistently warmer than 8.9 °C (Table 2), thus, 90% of saturation
is the only portion of the state-adopted DO criterion that is applicable to the
discharge.
When the effluent temperature is 27.7 °C or cooler, DO saturation
concentration is greater than 7.55 mg/L, and therefore the 90% of saturation
limit will require the effluent DO concentration to be at least as high as the
2009 permit's effluent limit of 6.8 mg/L under those conditions.
When the effluent is warmer than 27.7 °C, the DO saturation concentration is
less than 7.55 mg/L and therefore the 90% of saturation limit would allow the
effluent to have a DO concentration less than the 6.8 mg/L minimum DO limit
in the prior permit. Therefore, in compliance with the anti-backsliding
provisions of the Clean Water Act, the draft permit retains the 6.8 mg/L
minimum DO limit, and the permit requires compliance with both the
concentration and percent-of-saturation DO limits.
E. coli
Washington's E. coli criteria are listed in Table 15.
Regulations at 40 CFR 122.45(d)(1) require that effluent limitations for
continuous discharges from dischargers other than POTWs be expressed as
average monthly and maximum daily limits, unless impracticable. The
"average monthly discharge limitation" is defined as an arithmetic mean (40
CFR 122.2).
It is impracticable to properly implement a 30-day geometric mean criterion in
a permit using a monthly arithmetic average limit. The geometric mean of a
given data set is equal to the arithmetic mean of that data set if and only if all
of the values in that data set are equal. Otherwise, the geometric mean is
always less than the arithmetic mean. In order to ensure that the effluent limits
are "derived from and comply with" the geometric mean water quality
criterion, as required by 40 CFR 122.44(d)(l)(vii)(A), it is necessary to
express the effluent limits as a monthly geometric mean and a maximum daily
limit.
The permit requires E. coli monitoring three times per week, which will result
in 12-13 samples per month. The WQS state that not more than 10 percent of
all samples obtained within the averaging period shall exceed 320 CFU or
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MPN per 100 mL. Since more than 10 samples will be collected, this
provision of the WQS is implemented in the permit by a footnote to the
effluent limit table.
Nitrate+Nitrite
The Washington WQS at WAC 173-201 A-260(2)(a) state that "toxic,
radioactive, or deleterious material concentrations must be below those which
have the potential, either singularly or cumulatively, to adversely affect
characteristic water uses, cause acute or chronic conditions to the most
sensitive biota dependent upon those waters, or adversely affect public
health."
EPA's recommended criterion for nitrates is 10 mg/L for consumption of
water and organisms is 10 mg/L (USEPA, 1986a). This criterion is based on
preventing methemoglobinemia in bottle-fed infants. The Yakama Nation
water quality standards (Section 20.1.6.2.4) apply this criterion to Class IV
waters, which are irrigation conveyances such as Spencer Lateral. EPA is
using this recommended criterion to interpret Washington's narrative criterion
for toxic materials, based on 40 CFR 122.44(d)(l)(vi)(B).
EPA has determined that the discharges of nitrate+nitrite from Outfall 008
have the reasonable potential to cause or contribute to excursions above the
EPA-recommended criterion for nitrates. Therefore, the draft permit proposes
water quality-based effluent limits for nitrate + nitrite for Outfall 008. Effluent
data indicate that the permittee cannot comply with the new water quality-
based effluent limits for nitrate+nitrite immediately on the effective date of
the final permit. Therefore, the draft permit proposes a compliance schedule
for these limits. See Compliance Schedules, below.
Nutrients (Total Phosphorus and Total Nitrogen)
As explained in Appendix E, EPA has determined that discharges of total
nitrogen and total phosphorus from Outfall 002 at the Toppenish Plant to
Wanity Slough have the reasonable potential to cause or contribute to
excursions above water quality standards from April - October, and therefore
effluent limits are necessary. Effluent data indicate that the permittee cannot
comply with the new water quality-based effluent limits for total nitrogen and
total phosphorus immediately on the effective date of the final permit.
Therefore, the draft permit proposes a compliance schedule for these limits.
See Compliance Schedules, below.
pH
Washington's pH criteria are listed in Table 15. The minimum effluent pH
measured between March 2010 and March 2022 was 6.5 standard units and
the maximum effluent pH was 8.42 standard units.
Mixing zones are generally not granted for pH, therefore the most stringent
water quality criterion must be met before the effluent is discharged to the
receiving water. The proposed permit requires that the effluent have a pH of
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no less than 6.5 and no greater than 8.5 standard units. Effluent data indicate
that the Toppenish Plant can comply with these effluent limits.
Solids. Total Dissolved
The Washington WQS at WAC 173-201 A-260(2)(a) state that "toxic,
radioactive, or deleterious material concentrations must be below those which
have the potential, either singularly or cumulatively, to adversely affect
characteristic water uses, cause acute or chronic conditions to the most
sensitive biota dependent upon those waters, or adversely affect public
health." The WQS state at WAC 173-201 A-206(2)(b) that "Aesthetic values
must not be impaired by the presence of materials or their effects, excluding
those of natural origin, which offend the senses of sight, smell, touch, or
taste." Effluent data are available for salinity (Table 2), which, for most
purposes, is equivalent to total dissolved salt content (USEPA, 1986a).
Excess dissolved solids can affect both domestic and agricultural water supply
uses. Quality Criteria for Water 1986 states that irrigation water with a
dissolved solids concentration greater than 500 mg/L can have detrimental
effects on sensitive crops. EPA's secondary drinking water standards include
a criterion of 500 mg/L total dissolved solids to prevent deposits, color,
staining and a salty taste. Therefore, EPA is interpreting Washington's
narrative criteria for toxic, radioactive or deleterious materials and aesthetics
as a concentration of 500 mg/L total dissolved solids.
Quality Criteria for Water 1986 also recommends a concentration of 250
mg/L sulfate to protect against laxative effects and 250 mg/L chlorides to
prevent undesirable mineral taste. In addition, EPA has published
recommended criteria for chloride for aquatic life, which are a chronic
criterion of 230 mg/L and an acute criterion of 860 mg/L (Benoit, Prothro, &
Stephan, 1988). However, EPA cannot apply the chloride or sulfate criteria to
the Toppenish Plant due to a lack of data for sulfate and chloride. The draft
permit proposes quarterly effluent monitoring for chloride and sulfate so that
reasonable potential to exceed these recommended criteria can be evaluated
when the permit is reissued.
EPA has determined that discharges of total dissolved solids from Outfall 008
have the reasonable potential to cause or contribute to excursions above water
quality standards for total dissolved solids, therefore water quality-based
effluent limits are proposed in the draft permit. Effluent data indicate that the
permittee cannot comply with the new water quality-based effluent limits for
total dissolved solids immediately on the effective date of the final permit.
Therefore, the draft permit proposes a compliance schedule for these limits.
See Compliance Schedules, below.
Residues
The Washington WQS state that "aesthetic values must not be impaired by the
presence of materials or their effects, excluding those of natural origin, which
offend the senses of sight, smell, touch, or taste." This criterion is
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implemented, in part, in the draft permit by a narrative prohibition stating that,
"there shall be no discharge from Outfalls 002 or 008 of floating solids,
visible foam, or oily wastes which produce a sheen on the surface of the
receiving water." The draft permit also proposes weekly visual monitoring to
determine compliance with this prohibition.
Temperature
The site-specific temperature criterion applicable to the Yakima River is listed
in Table 15. EPA is applying this temperature criterion to the receiving
waters because the portion of the Yakima River to which this site-specific
criterion is applicable is the first water of the State of Washington that is
downstream from the discharges.
EPA has determined that the discharge of heat from Outfall 002 has the
reasonable potential to cause or contribute to excursions above water quality
standards from June through August. Effluent limits are proposed for
temperature for this outfall and season.
Turbidity
Washington's turbidity criteria are listed in Table 15. EPA has determined
that the turbidity effluent limits in the prior permit will ensure compliance
with water quality criteria. Thus, the prior permit's turbidity effluent limits
have been carried forward under the anti-backsliding provisions of the Clean
Water Act.
Whole Effluent Toxicity
The Washington WQS at WAC 173-201 A-260(2)(a) state that "toxic,
radioactive, or deleterious material concentrations must be below those which
have the potential, either singularly or cumulatively, to adversely affect
characteristic water uses, cause acute or chronic conditions to the most
sensitive biota dependent upon those waters, or adversely affect public
health."
EPA's recommended criterion for chronic whole effluent toxicity (WET)
appears in Sections 2.3.3 and 2.3.4 of the TSD, and it is 1.0 chronic toxic units
(TUC) to the most sensitive of at least three test species, with an averaging
period of 4 days.
EPA has determined based on WET data collected during the term of the 2009
permit (Table 2) that the discharge from the Toppenish Plant has the
reasonable potential to cause or contribute to excursions above water quality
standards for WET. Therefore, the draft permit proposes water quality-based
effluent limits for whole effluent toxicity. Effluent data indicate that the
permittee cannot comply with the new water quality-based effluent limits for
WET immediately on the effective date of the final permit. Therefore, the
draft permit proposes a compliance schedule for these limits. See Compliance
Schedules, below.
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d. Antibacksliding
CWA § 402(o) and 40 CFR §122.44 (1) generally prohibit the renewal,
reissuance, or modification of an existing NPDES permit that contains
effluent limits, permit conditions or standards that are less stringent than those
established in the previous permit (i.e., anti-backsliding) but provides limited
exceptions. For explanation of the antibacksliding exceptions refer to Chapter
7 of the Permit Writers Manual, "Final Effluent Limitations and Anti-
backsliding."
The effluent limits for TSS are less stringent than those in the prior permit. In
addition, for E. coli, the prior permit stated that "No more than 10% of all
samples collected for the month shall exceed 200 colonies/100 ml," whereas
the draft permit states that "No more than 10 percent of all samples obtained
within the month shall exceed 320 CFU or MPN per 100 mL."
The TSS limits are production-normalized technology-based effluent limits
which implement the applicable effluent limit guidelines for this industry (see
Federal Effluent Limit Guidelines, above). The limits have increased because
the production rate has increased.
Since the TSS limits were not based on a state standard, the applicable anti-
backsliding requirements are those in 40 CFR 122.44(1) (EPA, 2010). The
increased production rate is a material and substantial change, which would
constitute cause for permit modification (40 CFR 122.44(1)(1), 40 CFR
122.62(a)(2)). See also CWA section 402(o)(2)(A).
The E. coli limits are water quality based effluent limits, therefore, the anti-
backsliding requirements in Clean Water Act section 303(d)(4) are applicable.
Clean Water Act section 303(d)(4)(B) states that effluent limits may be
revised only if such revision is subject to and consistent with the
antidegradation policy. As explained in the Antidegradation section, below,
the revised effluent limits for E. coli are consistent with the anti degradation
policy; therefore, the permits limits can be made less stringent than the
previous permit.
MONITORING REQUIREMENTS
CWA section 308 and 40 CFR 122.44(i) require monitoring in permits to determine
compliance with effluent limitations. Monitoring may also be required to gather
effluent and surface water data to determine if additional effluent limitations are
required and/or to monitor effluent impacts on receiving water quality.
1. Effluent Monitoring
Monitoring frequencies are based on the nature and effect of the pollutant, as well
as a determination of the minimum sampling necessary to adequately monitor the
facility's performance. Permittees have the option of taking more frequent samples
than are required under the permit. These samples must be used for averaging if
they are conducted using EPA-approved test methods (generally found in 40 CFR
136) or as specified in the permit.
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Monitoring Changes from the Previous Permit
Some of the monitoring requirements have been reduced based on the Interim
Guidance for Performance - Based Reductions ofNPDES Permit Monitoring
Frequencies (USEPA, 1996). These monitoring reductions are summarized in
Table 16.
Table 16: Performance-based Monitoring Reductions
Parameter
Outfall(s)
Average of
monthly
averages
Draft permit
average
monthly limit
Ratio
Prior
monitoring
frequency
Draft permit
monitoring
frequency
BODs
002 & 008
6.02
30
20%
3/week
1/week
Oil and Grease
002 & 008
1.78
10
18%
2/week
1/month
TSS
002 & 008
12.3
42.8
29%
3/week
1/week
Turbidity
002 & 008
5.73
12.4
46%
3/week
1/week
The draft permit proposes monitoring for total dissolved solids 3 times per week at
Outfall 008 to determine compliance with the new water quality-based effluent
limits for this parameter. The draft permit proposes monitoring for total
phosphorus 3 times per week at Outfall 002 from April - October, when effluent
limits are in effect, 1/month for November - March at Outfall 002 and year-round
for Outfall 008.
The draft permit proposes monitoring for nitrate+nitrite 3 times per week to
determine compliance with the new water quality-based effluent limits for this
parameter. In some cases, the Toppenish Plant would otherwise be eligible for
reductions in monitoring frequency for ammonia and total nitrogen, however, EPA
has chosen to require the same monitoring frequency (3/week) for all nitrogen
compounds with monitoring requirements: nitrate+nitrite, ammonia, and total
nitrogen.
2. Surface Water Monitoring
In general, surface water monitoring may be required for pollutants of concern to
assess the assimilative capacity of the receiving water for the pollutant. In
addition, surface water monitoring may be required for pollutants for which the
water quality criteria are dependent and to collect data for TMDL development if
the facility discharges to an impaired water body. Table 17 and Table 18 present
the proposed surface water monitoring requirements for the draft permit. Surface
water monitoring results must be submitted to EPA and the YN in annual reports,
which may be submitted as an attachment the DMR.
Surface water monitoring in Spencer Lateral is required only during the irrigation
season, when there is flow in the lateral upstream from Outfall 008. Surface water
monitoring in Wanity Slough is required year-round.
Although EPA has determined that the discharge of total nitrogen, nitrate + nitrate,
total phosphorus, and total dissolved solids from have the reasonable potential to
cause or contribute to excursions above water quality standards, there are limited
data available for these parameters in Wanity Slough upstream from Outfall 002
(Table 3). Thus, EPA is proposing to require upstream monitoring for total
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nitrogen and total phosphorus in Wanity Slough and total dissolved solids and
nitrate + nitrite in both Wanity Slough and Spencer Lateral.
EPA proposes continuous monitoring for pH and temperature in both receiving
waters for one year, or one irrigation season in Spencer Lateral. The continuous
pH and temperature monitoring will allow for more accurate calculation of
ammonia criteria. The continuous pH monitoring will also demonstrate when
primary producers are causing diurnal pH swings that may violate water quality
standards. This will verify whether the April - October season currently proposed
for water quality-based effluent limits for total nitrogen and total phosphorus for
Outfall 002 is appropriate.
Table 17: Surface Water Monitoring for Wanity Slough in Draft Permit
Parameter
Units
Monitoring Loeation(s)
Monitoring
Frequency
Sample
Type
Total Nitrogen
mg/L
Upstream
1/quarter
Grab
Nitrate + Nitrite
mg/L
Upstream
1/quarter
Grab
pH1
s.u.
Downstream
Continuous
Recording
Total Ammonia as N
mg/L
Upstream
1/quarter
Grab
Total Phosphorus
Ug/L
Upstream
1/quarter
Grab
Total Dissolved Solids
mg/L
Upstream
1/quarter
Grab
Temperature1
°C
Upstream and downstream
Continuous
Recording
Notes:
1. Continuous monitoring for pH and temperature is required for the final full calendar year of
the permit term.
Table 18: Surface Water Monitoring for Spencer Lateral in Draft Permit
(irrigation season)
Parameter
Units
Monitoring Location(s)
Monitoring
Frcqucney
Sample
Type
Nitrate + Nitrite
mg/L
Upstream
1/quarter
Grab
pH1
s.u.
Downstream
Continuous
Recording
Total Ammonia as N
mg/L
Upstream
1/quarter
Grab
Total Dissolved Solids
mg/L
Upstream
1/quarter
Grab
Temperature1
°C
Upstream and downstream
Continuous
Recording
Notes:
1. Continuous monitoring for pH and temperature is required for the final full calendar year of
the permit term.
3. Electronic Submission of Discharge Monitoring Reports
The draft permit requires that the permittee submit DMR data electronically using
NetDMR. NetDMR is a national web-based tool that allows DMR data to be
submitted electronically via a secure Internet application.
EPA currently conducts free training on the use of NetDMR. Further information
about NetDMR, including upcoming trainings and contacts, is provided on the
following website: https://netdmr.epa.gov. The permittee may use NetDMR after
requesting and receiving permission from EPA Region 10.
Permit Part III.C requires that the Permittee submit a copy of the DMR to the YN.
Currently, the permittee may submit a copy to the YN in one of three ways: 1) a
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paper copy may be mailed; 2) The email address for the YN may be added to the
electronic submittal through NetDMR; or 3) The permittee may provide the YN
viewing rights through NetDMR.
Other Permit Conditions
A. COMPLIANCE SCHEDULES
Compliance schedules are authorized by federal NPDES regulations at 40 CFR 122.47
and Washington WQS atWAC 173-201A-510(4).
To determine if compliance schedules are appropriate, EPA calculated performance-
based effluent limits for all parameters and outfalls for which new or more stringent
water quality-based effluent limits are proposed and compared the performance-based
limits to the proposed water quality-based effluent limits. Total phosphorus and nitrate
+ nitrite were not routinely monitored under the prior permit, so the limits were
compared to the average and maximum concentrations reported on the application. The
dissolved oxygen saturation limit is a minimum limit; EPA has compared it to the 1st
percentile dissolved oxygen saturation measured in the effluent during the past permit
cycle.
In general, if the performance-based effluent limits in Table 19 were more stringent
than the proposed water quality-based effluent limits, then EPA determined that
immediate compliance is possible, and therefore no compliance schedule is proposed. If
the performance-based effluent limits were less stringent than the proposed water
quality-based effluent limits, then EPA determined that the permittee could not comply
with the new water quality-based effluent limits immediately, and compliance
schedules are proposed for such limits. Specifically, compliance schedules are
proposed for new water quality-based effluent limits for nitrate + nitrite, total dissolved
solids (for Outfall 008), total nitrogen (for Outfall 002), total phosphorus (for Outfall
002), and whole effluent toxicity.
The exceptions are the temperature limits for June, July, and August for Outfall 002
and the ammonia limits for October - April for Outfall 008. No compliance schedules
are proposed for these limits. The permittee can avoid the need to comply with the
June - August temperature limits for Outfall 002 by discharging to Outfall 008, which
does not have temperature limits, and the permittee can avoid the need to comply with
the ammonia limits for October - April for Outfall 008 by discharging to Outfall 002,
which has achievable ammonia effluent limits. Results are summarized in Table 19.
Table 19: New WQBEL Comparison to Performance
Parameter
Outfall
Season
Units
Performance-
based AML
Performance-
based MDL
Water
quality-
based
AML
Water
Quality-
based
MDL
Achievable?
Ammonia
002
May -
Sep.
mg/L
0.424
1.427
1.27
5.16
Yes
Ammonia
002
Oct. -
April
mg/L
0.424
1.427
2.90
8.0
(TBEL)
Yes
Ammonia
008
May -
Sep.
mg/L
0.424
1.427
3.21
7.65
Yes
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Parameter
Outfall
Season
Units
Performance-
based AML
Performance-
based MDL
Water
quality-
based
AML
Water
Quality-
based
MDL
Achievable?
Ammonia
008
Oct. -
April
mg/L
0.424
1.427
0.211
0.855
No
DO
Saturation
Both
Year-
round
%
1st Percentile: 91
90 (minimum)
Yes
Nitrate +
Nitrite
008
May -
Sep.
mg/L
59
154
40.4
99.1
No
Nitrate +
Nitrite
008
Oct. -
April
mg/L
59
154
10.0
24.5
No
TDS
008
May -
Sep.
mg/L
2371
2714
1742
1995
No
TDS
008
Oct. -
April
mg/L
2371
2714
500
558
No
Temperature
002
August
°C
33.1
23.6
No
Temperature
002
July
°C
33.6
23.6
No
Temperature
002
June
°C
33.9
31.2
No
Total
Nitrogen
002
April-
Oct.
mg/L
80
198
3.80
9.05
No
Total
Phosphorus
002
April-
Oct.
mg/L
Average: 39.3
Max. 41.1
0.547
1.30
No
WET
002
Year-
round
TUc
13.4
25.9
5.3
10.0
No
WET
008
May -
Sep.
TUc
13.4
25.9
3.8
7.2
No
WET
008
Oct. -
April
TUc
13.4
25.9
1.0
1.8
No
40 CFR 122.47(a)(1) states that "any schedules of compliance under this section shall
require compliance as soon as possible." WAC 173-201A-510(4)(b) states that
"Schedules of compliance shall be developed to ensure final compliance with all water
quality-based effluent limits and the water quality standards as soon as possible."
WAC 173-201A-510(4)(d) state that "Compliance schedules shall generally not exceed
the term of any permit unless the department determines that a longer time period is
needed to come into compliance with the applicable water quality standards."
The draft permit proposes a 4-year and 11-month schedule of compliance for the new
water quality-based effluent limits that the permittee cannot comply with immediately
on the effective date of the final permit (Table 19). EPA is specifically requesting
comments on the length of time necessary to achieve compliance with new or more
stringent water quality-based effluent limits.
40 CFR 122.47(a)(3) states that, "if a permit establishes a schedule of compliance
which exceeds 1 year from the date of permit issuance, the schedule shall set forth
interim requirements and the dates for their achievement." WAC 17-301 A-510(4)(c)
states that, "for the period of time during which compliance with water quality
standards is deferred, interim effluent limits shall be formally established, based on the
best professional judgment of the department. Interim effluent limits may be numeric or
nonnumeric (e.g., construction of necessary facilities by a specified date as contained in
an order or permit), or both." 40 CFR 122.44(1)(1) states that, in general, "interim
effluent limitations, standards or conditions must be at least as stringent as the final
effluent limitations, standards, or conditions in the previous permit." Consistent with
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these regulations, interim effluent limits have been established for those effluent limits
with compliance schedules.
If the pollutant is subject to technology-based effluent limits (Table 12) or was subject
to effluent limits in the prior permit (Table 6 and Table 7), the interim limits are the
more stringent of the technology-based limits or the limits in the prior permit.
Otherwise, the interim limits are generally the performance-based limits in Table 19.
For total phosphorus, there were no effluent limits in the prior permit and there are
insufficient data to calculate performance-based interim limits. Thus, there are no
interim effluent limits in the draft permit for total phosphorus.
B. QUALITY ASSURANCE PLAN
The permittee is required to update the Quality Assurance Plan (QAP) within 60 days
of the effective date of the permit. The QAP must consist of standard operating
procedures the permittee must follow for collecting, handling, storing, and shipping
samples, laboratory analysis, and data reporting. The plan must be retained on site and
made available to EPA and the YN upon request.
C. BEST MANAGEMENT PRACTICES PLAN
Section 402 of the Clean Water Act and federal regulation 40 CFR 122.44(k) authorize
EPA to require BMPs in NPDES permits, when applicable. BMPs are measures for
controlling the generation of pollutants and their release to waterways. These measures
are typically included in the facility Operation & Maintenance (O&M) plans and are
important tools for waste minimization and pollution prevention.
The draft permit requires that the permittee develop a BMP plan and implement BMPs
within 60 days of the effective date of the draft permit. EPA has a guidance manual
(USEPA, 1993) that may provide some assistance in the development of BMPs.
Specifically, the permittee must consider spill prevention and control, optimization of
chemical use and water conservation. Furthermore, it is considered a good
management practice to maintain a log of daily plant operations and observations. To
the extent that any of these issues have already been addressed, the permittee need only
reference the appropriate document/section in its O&M plan. Additionally, the BMP
plan must be amended whenever there is a change in the facility or in the operation of
the facility which materially increases the potential for an increased discharge of
pollutants.
D. ENVIRONMENTAL JUSTICE
As part of the permit development process, EPA Region 10 conducted a screening
analysis to determine whether this permit action could affect overburdened
communities. "Overburdened" communities can include minority, low-income, tribal,
and indigenous populations or communities that potentially experience disproportionate
environmental harms and risks. EPA used a nationally consistent geospatial tool that
contains demographic and environmental data for the United States at the Census block
group level. This tool is used to identify permits for which enhanced outreach may be
warranted.
The Toppenish Plant is located within or near a Census block group that is potentially
overburdened because of lead paint, air toxics cancer risk, air toxics respiratory hazard,
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national priorities list cleanup sites, Clean Air Act Risk Management Program (RMP)
facilities, ozone level in air, and PM 2.5 level in air. In order to ensure that individuals
near the facility are able to participate meaningfully in the permit process, EPA is
conducting the following enhanced outreach. EPA has notified Yakima Valley
Libraries of the availability of the draft permit, and they have agreed to help library
patrons access the draft documents. EPA will also work collaboratively with the YN to
conduct enhanced outreach activities such as posting the proposed permit and fact sheet
in public places, the YN website, and other media the YN feels is necessary to ensure
membership are able to participate in the review and comment period.
Regardless of whether a facility is located near a potentially overburdened community,
EPA encourages permittees to review (and to consider adopting, where appropriate)
Promising Practices for Permit Applicants Seeking EPA-Issued Permits: Ways To
Engage Neighboring Communities (see https://www.federalregister. gov/d/2013-10945).
Examples of promising practices include: thinking ahead about community's
characteristics and the effects of the permit on the community, engaging the right
community leaders, providing progress or status reports, inviting members of the
community for tours of the facility, providing informational materials translated into
different languages, setting up a hotline for community members to voice concerns or
request information, follow up, etc.
For more information, please visit https://www.epa.gov/environmentaliustice and
Executive Order 12898, Federal Actions to Address Environmental Justice in Minority
Populations and Low-Income Populations.
E. STANDARD PERMIT PROVISIONS
Permit Parts III, IV and V contain standard regulatory language that must be included
in all NPDES permits. The standard regulatory language covers requirements such as
monitoring, recording, and reporting requirements, compliance responsibilities, and
other general requirements.
Other Legal Requirements
A. ENDANGERED SPECIES ACT
The Endangered Species Act requires federal agencies to consult with National Oceanic
and Atmospheric Administration Fisheries (NOAA Fisheries) and the U.S. Fish and
Wildlife Service (USFWS) if their actions could beneficially or adversely affect any
threatened or endangered species.
EPA has determined that the issuance of this permit will have no effect on gray wolf,
yellow-billed cuckoo or bull trout, and is not likely to adversely affect Middle
Columbia River steelhead.
B. ESSENTIAL FISH HABITAT
Essential fish habitat (EFH) is the waters and substrate (sediments, etc.) necessary for
fish to spawn, breed, feed, or grow to maturity. The Magnuson-Stevens Fishery
Conservation and Management Act (January 21, 1999) requires EPA to consult with
NOAA Fisheries when a proposed discharge has the potential to adversely affect EFH
(i.e., reduce quality and/or quantity of EFH). A review of the Essential Fish Habitat
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documents shows that Chinook and Coho Salmon in the Lower Yakima River, and all
streams, estuaries, marine waters, and other waterbodies historically accessible to
Chinook and Coho in the Lower Yakima (see 73 FR 60991).
The EFH regulations define an adverse effect as any impact which reduces quality
and/or quantity of EFH and may include direct (e.g., contamination or physical
disruption), indirect (e.g., loss of prey, reduction in species' fecundity), site specific, or
habitat-wide impacts, including individual, cumulative, or synergistic consequences of
actions. EPA has prepared an EFH assessment which appears in Appendix F.
EPA has determined that issuance of this permit will not affect any EFH species.
C. CWA § 401 CERTIFICATION
CWA § 401 requires a Certification that any permit requirements comply with the
appropriate sections of the CWA, as well as any appropriate requirements of Tribal
Law. See 33 USC § 1341(d). Since this facility discharges to tribal waters and the
Yakama Nation has not been approved for TAS under the CWA, EPA is the certifying
authority. EPA is taking comment on EPA's intent to certify this permit. See the draft
certification in Appendix G.
D. ANTIDEGRADATION
EPA is required under Section 301(b)(1)(C) of the CWA and implementing regulations
(40 CFR 122.4(d) and 122.44(d)) to establish conditions in NPDES permits that ensure
protection of the downstream State water quality standards, including antidegradation
requirements. Since the receiving waters are located within the Yakama Reservation,
but the YN does not have approved WQS, this permit is based on Ecology's WQS,
including antidegradation. Therefore, EPA has prepared an antidegradation analysis
consistent with Ecology's antidegradation implementation procedures. EPA referred to
Washington's antidegradation policy (WAC 173-201A-300) and Ecology's 2011
Supplemental Guidance on Implementing Tier II Antidegradation ("Washington Tier II
Guidance") (Ecology, 2011).3
Washington's antidegradation policy has three tiers of protection (WAC 173-201A-
300(e)):
i. Tier I is used to ensure existing and designated uses are maintained and protected
and applies to all waters and all sources of pollution.
ii. Tier II is used to ensure that waters of a higher quality than the criteria assigned in
this chapter are not degraded unless such lowering of water quality is necessary
and in the overriding public interest. Tier II applies only to a specific list of
polluting activities.
iii. Tier III is used to prevent the degradation of waters formally listed in this chapter
as "outstanding resource waters," and applies to all sources of pollution to those
waters. The receiving waters for this permit are not listed as "outstanding
resource waters." Therefore, Tier III antidegradation requirements are not
applicable to this permit.
3 Available at: https://apps.ecologv.wa.gov/publications/SummaryPages/1110073.html
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1. Tier I
All facilities must meet Tier I requirements. Existing and designated uses must be
maintained and protected. No degradation may be allowed that would interfere with, or
become injurious to, existing or designated uses, except as provided for in Chapter 173-
201A WAC. The designated uses of the receiving waters are discussed under
Designated Beneficial Uses above.
The effluent limits in the draft permit ensure compliance with applicable numeric and
narrative water quality criteria. The numeric and narrative water quality criteria are set
at levels that ensure protection of the designated uses. As there is no information
indicating the presence of existing beneficial uses other than those that are designated,
the draft permit ensures a level of water quality necessary to protect the designated uses
and, in compliance with WAC 173-201A-310 and 40 CFR 131.12(a)(1), also ensures
that the level of water quality necessary to protect existing uses is maintained and
protected.
If EPA receives information during the public comment period demonstrating that there
are existing uses for which Wanity Slough or Spencer Lateral are not designated, EPA
will consider this information before issuing a final permit and will establish additional
or more stringent permit conditions if necessary to ensure protection of existing uses.
2. Tier II
Whenever a water quality constituent is of a higher quality than a criterion designated
for that water under the Washington WQS, new or expanded actions within certain
categories, including NPDES permits, that are expected to cause a measurable change
in the qualtiy of the water may not be allowed unless Ecology determines that the
lowering of water quality is necessary and in the overriding public interest.
As explained under Antibacksliding, above, with the exceptions of TSS and the no
more than 10% exceedance threshold for E. coli, all the effluent limits in the reissued
permit are as stringent as or more stringent than the corresponding limits in the current
permit. For those parameters with limits that are as stringent or more stringent than the
corresponding limits in the current permit, the proposed permit will not allow lower
water quality.
Washington's antidegradation policy states that Tier II reviews will only be conducted
for new or expanded actions conducted under certain authorizations, including NPDES
permits (WAC 173-201 A-320(2)). The Washington Tier II Guidance defines the
actions that are considered "expanded" in the context of its Tier II antidegradation
requirements (Ecology, 2011). The Washington Tier II Guidance states that
"Expanded" means:
A physical expansion of the facility (production or wastewater system
expansions with a potential to allow an increase of the volume of wastewater or
the amount of pollution) or activity;
An increase (either monthly average or annual average) to an existing permitted
concentration or permitted effluent mass limit (loading) to a water body greater
than 10%; or,
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The act of re-rating the capacity of an existing plant greater than 10%.
The revised effluent limits for TSS are increased by 10% relative to those in the prior
permit. Since the increase is not greater than 10%, the increased limits are not an
expansion as defined by the Washington Tier II guidance, and the increased TSS limits
are therefore not subject to a Tier II review.
The revised limit for E. coli is not a monthly average or annual average limit; it is a
threshold that no more than 10% of samples taken during the month may exceed. The
monthly geometric mean limit for E. coli is the same as the corresponding limit in the
prior permit. Thus, the revised E. coli limit is not an expansion as defined by the
Washington Tier II guidance, and the revised E. coli limit is therefore not subject to a
Tier II review.
E. PERMIT EXPIRATION
The permit will expire five years from the effective date.
VII. References
Benoit, D. A., Prothro, M. G., & Stephan, C. E. (1988). Ambient aquatic life water quality
criteria for chloride. (EPA/440-5-88-001
EPA 440/5-88-001
EPA 440-5-88-001
EPA/440/5-88/001
PB88-175047). Washington, DC: U.S. Environmental Protection Agency, Office of Research
and Development, Environmental Research Laboratory Retrieved from
https://www.epa.gOv/sites/default/files/2018-08/documents/chloride-aquatic-life-criteria-
1988.pdf
Ecology, D. o. (2011). Water Quality Program Guidance Manual: Supplemental Guidance on
Implementing Tier II Antidegradation. (11-10-073). Olympia, WA Retrieved from
https://fortress.wa.gov/ecv/publications/SummarvPages/1110073.html
Federation, W. P. C. (1976). Chlorination of Wastewater (Vol. 4). Washington, D.C. :: Water
Pollution Control Federation.
Haring, D. (2001). Habitat Limiting Factors: Yakima River Watershed: Water Resource
Inventory Areas 37-39 Final Report. Retrieved from
http://wsldocs.sos.wa.gov/library/docs/scc/wria37-39/wria37-39 home.aspx
USEPA. (1972). Water quality criteria, 1972 : a report of the Committee on Water Quality
Criteria [to the] Environmental Studies Board [of the] National Academy of Sciences
[and] National Academy of Engineering at the request of andfunded by the
Environmental Protection Agency. (EPA R3-73-033
EPA-R3-73-033
TD370.E582 1972). Washington: National Academy of Sciences : National Academy of
Engineering Retrieved from
https://nepis.epa.gov/Exe/ZvPDF.cgi?Dockev=2000XQYT.PDF
USEPA. (1986a). Quality criteria for water, 1986. Washington, DC: United States.
Environmental Protection Agency. Office of Water Regulations and Standards.
U.S. Environmental Protection Agency, Office of Water Regulations and Standards : [For sale by
the Supt. of Docs., U.S. G.P.O.
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USEPA. (1986b). Technical guidance manual for performing waste load allocation : book VI
design conditions : chapter 1 stream design flow for steady-state modeling. Final.
Duluth, Minn.: U.S. Environmental Protection Agency, Office of Water Regulations and
Standards, Monitoring and Data Support Division.
USEPA. (1991). Technical support document for water quality-based toxics control.
Environmental Protection Agency, Washington, DC. Office of the Assistant
Administrator for Water.
Office of Water Enforcement and Permits : Office of Water Regulations and Standards, U.S.
Environmental Protection Agency Retrieved from
http://nepis. epa.gov/Exe/ZyPDF. cgi?Dockev= 100002CU.PDF
USEPA. (1993). Guidance manual for developing best management practices (BMP). (EPA 833-
B-93-004
EPA/833/B-93-004
EPA 833/B-93-004
PB94-178324). Washington, DC: U.S. EPA, Office of Water Retrieved from
https://nepis.epa. gov/Exe/ZvPDF.cgi?Dockev=20004ARJ.PDF
USEPA. (1996). Interim guidance for performance-based reduction ofNPDES permit
monitoring frequencies. Environmental Protection Agency, Washington, DC. Office of
Water.
U.S. Environmental Protection Agency, Office of Water Retrieved from
http://nepis.epa.gov/Exe/ZyPDF.cgi?Dockev=20004BLD.PDF
USEPA. (2000a). Ambient water quality criteria recommendations : information supporting the
development of state and tribal nutrient criteria for rivers and streams in nutrient
ecoregion III: xeric west including all or parts of the states of: Washington, Oregon,
California, Nevada, Idaho, Wyoming, Montana, Utah, Colorado, New Mexico, Arizona,
Texas, and the authorized Tribes within the ecoregion. Environmental Protection
Agency, Washington, DC. Office of Water.
U.S. Environmental Protection Agency, Office of Water : Office of Science and Technology,
Health and Ecological Criteria Division Retrieved from
http://nepis.epa. gov/Exe/ZvPURL.cgi?Dockev=20003E67.txt
http://purl.access.gpo.gov/GPO/LPS67116
USEPA. (2000b). Nutrient criteria technical guidance manual: rivers and streams. (EPA-822-
B-00-002
EPA 822-B-00-002
PB2001-101267). Washington, D.C. :: U.S. Environmental Protection Agency Retrieved from
https://nepis.epa.gov/Exe/ZyPDF.cgi?Dockev=20003CVP.PDF
USEPA. (2010). National Pollutant Discharge Elimination System (NPDES) permit writers'
manual. Environmental Protection Agency, Washington, DC. Office of Wastewater
Management.
U.S. Environmental Protection Agency, Office of Wastewater Management Retrieved from
http://www.epa.gov/npdes/pubs/pwm 2010.pdf
http://nepis. epa.gov/Exe/ZyPURL. cgi?Dockev=P 1009L35.txt
USEPA. (2014). Water Quality Standards Handbook Chapter 5: General Policies. (EPA 820-B-
14-004). United States Environmental Protection Agency Retrieved from
https://www.epa.gov/sites/production/files/2014-09/documents/handbook-chapter5.pdf
Fact Sheet: WA0050202 - Washington Beef LLC
Page 45 of 187
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USEPA. (2018). Analysis of Washington Nutrient and Biological Data (Periphyton) for the
Nutrient Scientific Technical Exchange Partnership Support (N-STEPS). Research
Triangle Park, NC: Tetra Tech, Inc. Center for Ecological Sciences
Wise, D. R., Zuroske, M. L., Carpenter, K. D., & Kiesling, R. L. (2009). Assessment of
Eutrophication in the Lower Yakima River Basin, Washington, 2004-07 (2009-5078).
Retrieved from http://pubs.er.usgs.gov/publication/sir20095078
Fact Sheet: WA0050202 - Washington Beef LLC
Page 46 of 187
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Appendix A. Facility Information
2(J I Llmwood Road
loppenisli. NVA '>8948
ILL. (504)865-2121
TAX- (5U<>) 865 2827
PROCESSING
A PLAN
WASHINGTON BEEF
Site Map
REFERENCE NO.
mi jj ffffffff jf fj
SCALE
ON MAP
It
LINDEN ST
Figure 3: Location Map
Fact Sheet: WA0050202 - Washington Beef LLC
Page 47 of 187
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Washington Beef Outfalls
IBsaaialSa,
Outfall 008
IQutfall 002
600ft
Maxar | Esri Community Maps Contributors, City of Yakima, V\A State Parks GIS, Š OpenStreetMap, Microsoft, Esri, HERE, Garmin, SafeGraph,
GeoTechnologies, Inc, METI/NASA, USGS, Bureau of Land Management, EF&, NPS, US Census Bureau, USDA
Figure 4: Aerial Photo with Approximate Outfall Locations
Fact Sheet: WA0050202 - Washington Beef LLC
Page 48 of 18 7
-------
r a
PROCESSING
A |PLAN
SHEET NO
Schematic Water Flow
201 Elmwood Rd.
penish WA 98948
\
Phono 504-MS 2121
FaŤ 509-865 2927
04-30-14
Figure 5: Flow Diagram
Fact Sheet: WA0050202 - Washington Beef LLC Page 49 of 187
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Appendix B. Water Quality Data
Treatment Plant Effluent Data
Table 20: Effluent Data for Total Nitrogen, Ammonia, Dissolved Oxygen, and Turbidity
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
l-Jun-17
75.98
389.08
0.07
0.36
7.4
1.96
28.4
008
2-Jun-17
67.73
379.55
0.07
0.39
7.2
2.25
28.4
008
3-Jun-17
28.7
008
4-Jun-17
27.6
008
5-Jun-17
67.19
360.31
0.11
0.59
7.5
2.06
27.0
008
6-Jun-17
76.07
405.27
0.16
0.85
7.5
2.85
28.1
008
7-Jun-17
78.71
419.47
0.20
1.07
7.5
1.98
29.1
008
8-Jun-17
29.4
008
9-Jun-17
28.9
008
10-Jun-17
27.4
008
ll-Jun-17
24.5
008
12-Jun-17
75.15
204.52
0.07
0.19
7.9
1.79
23.7
008
13-Jun-17
96.60
452.05
0.18
0.84
7.8
3.44
27.0
008
14-Jun-17
106.41
675.36
0.10
0.63
7.8
1.65
26.8
008
15-Jun-17
27.1
008
16-Jun-17
27.7
008
17-Jun-17
27.3
008
18-Jun-17
28.3
008
19-Jun-17
86.63
480.46
0.15
0.83
7.0
1.63
28.8
008
20-Jun-17
101.79
427.01
0.08
0.34
7.0
1.71
29.8
008
21-Jun-17
102.31
688.59
0.10
0.67
7.0
1.40
28.6
008
22-Jun-17
27.9
008
23-Jun-17
27.7
008
24-Jun-17
29.0
008
25-Jun-17
30.8
008
26-Jun-17
97.41
511.29
0.19
1.00
6.9
1.90
30.0
008
27-Jun-17
120.98
625.16
0.47
2.43
6.8
1.86
29.3
008
28-Jun-17
122.09
630.28
0.07
0.36
7.0
2.33
28.5
008
29-Jun-17
28.2
008
30-Jun-17
29.7
008
1-Jul-17
30.1
008
2-Jul-17
29.9
008
3-Jul-17
29.7
008
4-Jul-17
28.4
008
5-Jul-17
97.42
346.52
0.07
0.25
7.1
2.57
27.1
008
6-Jul-17
107.83
549.47
0.08
0.41
6.8
3.52
29.6
008
7-Jul-17
105.03
507.27
0.16
0.77
6.8
3.2
30.4
008
8-Jul-17
30.0
008
9-Jul-17
29.4
008
10-Jul-17
68.05
386.46
0.18
1.02
7
1.65
29.8
008
ll-Jul-17
75.32
408.25
0.15
0.81
7.2
1.9
28.9
008
12-Jul-17
64.02
345.88
0.07
0.38
7.3
1.86
29.8
008
13-Jul-17
29.9
008
14-Jul-17
29.8
008
15-Jul-17
29.2
008
16-Jul-17
29.0
008
17-Jul-17
76.65
344.50
0.07
0.31
7.4
2.2
28.5
008
18-Jul-17
95.56
528.31
0.10
0.55
7.5
1.77
29.0
008
19-Jul-17
94.71
525.67
0.08
0.44
7.3
2
29.2
008
20-Jul-17
29.5
008
21-Jul-17
29.2
008
22-Jul-17
29.0
008
23-Jul-17
30.9
008
24-Jul-17
69.75
405.84
0.17
0.99
7
1.25
29.7
008
25-Jul-17
82.18
458.87
0.10
0.56
7
1.57
30.1
008
26-Jul-17
79.60
444.63
0.08
0.45
7.1
1.49
30.2
008
27-Jul-17
31.0
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 50 of 187
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Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
28-Jul-17
30.3
008
29-Jul-17
30.5
008
30-Jul-17
30.1
008
31-Jul-17
86.32
480.95
0.32
1.78
7.3
1.18
31.0
008
1-Aug-17
106.99
493.52
0.27
1.25
7.2
1.66
30.0
008
2-Aug-17
107.76
512.86
0.21
1.00
7.3
2.70
30.4
008
3-Aug-17
30.6
008
4-Aug-17
31.0
008
5-Aug-17
30.3
008
6-Aug-17
30.1
008
7-Aug-17
77.38
366.48
0.20
0.95
7.0
3.80
30.5
008
8-Aug-17
95.33
489.61
0.31
1.59
7.1
1.19
30.5
008
9-Aug-17
94.74
509.49
0.10
0.54
6.9
1.46
30.8
008
10-Aug-17
30.8
008
ll-Aug-17
30.6
008
12-Aug-17
31.0
008
13-Aug-17
30.2
008
14-Aug-17
91.89
440.66
0.17
0.82
7.2
1.29
28.8
008
15-Aug-17
103.64
512.36
0.07
0.35
7.2
3.39
28.7
008
16-Aug-17
107.97
620.81
0.11
0.63
7.1
1.35
28.6
008
17-Aug-17
28.7
008
18-Aug-17
29.3
008
19-Aug-17
29.2
008
20-Aug-17
29.4
008
21-Aug-17
79.21
404.57
0.10
0.51
7.5
2.50
28.9
008
22-Aug-17
96.59
577.28
0.07
0.42
7.1
1.94
28.7
008
23-Aug-17
96.59
521.98
0.07
0.38
7.5
1.66
29.3
008
24-Aug-17
29.7
008
25-Aug-17
29.0
008
26-Aug-17
29.2
008
27-Aug-17
29.4
008
28-Aug-17
81.30
460.32
0.11
0.62
6.9
2.32
29.7
008
29-Aug-17
92.70
531.80
0.12
0.69
7.0
3.40
29.7
008
30-Aug-17
97.36
577.94
0.07
0.42
6.9
3.56
30.2
008
31-Aug-17
29.9
008
l-Sep-17
30.1
008
2-Sep-17
30.6
008
3-Sep-17
29.4
008
4-Sep-17
28.7
008
5-Sep-17
74.68
209.00
0.09
0.25
7.0
3.89
29.0
008
6-Sep-17
99.37
649.68
0.07
0.46
7.3
9.11
29.4
008
7-Sep-17
113.50
597.66
0.07
0.37
7.4
10.50
29.2
008
8-Sep-17
29.8
008
9-Sep-17
29.9
008
10-Sep-17
29.8
008
11-Sep-17
90.09
578.54
0.07
0.45
7.8
15.60
29.9
008
12-Sep-17
102.07
636.09
0.07
0.44
7.3
7.22
29.4
008
13-Sep-17
103.64
645.64
0.07
0.44
7.2
2.28
29.5
008
14-Sep-17
29.3
008
15-Sep-17
29.0
008
16-Sep-17
28.9
008
17-Sep-17
28.8
008
18-Sep-17
93.21
475.80
1.00
5.10
7.4
2.16
28.1
008
19-Sep-17
113.76
634.43
0.07
0.39
7.2
2.00
27.2
008
20-Sep-17
113.76
634.65
0.07
0.39
7.4
2.23
27.2
008
21-Sep-17
27.0
008
22-Sep-17
27.3
008
23-Sep-17
27.0
008
24-Sep-17
27.1
008
25-Sep-17
72.55
381.59
0.08
0.42
6.9
1.79
27.8
008
26-Sep-17
82.57
384.46
0.07
0.33
7.8
1.77
27.6
008
27-Sep-17
76.95
388.14
0.07
0.35
7.4
1.84
27.2
008
28-Sep-17
28.5
008
29-Sep-17
27.6
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 51 of 187
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Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxveen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
30-Sep-17
28.5
008
1-Oct-17
NA
002
2-Oct-17
52.27
271.63
0.07
0.36
8.3
2.01
NA
002
3-Oct-17
80.48
424.64
0.08
0.42
7.8
1.78
NA
002
4-Oct-17
86.10
490.10
0.07
0.40
7.3
2.05
NA
002
5-Oct-17
NA
002
6-Oct-17
NA
002
7-Oct-17
NA
002
8-Oct-17
NA
002
9-Oct-17
84.96
484.95
0.20
1.14
7.4
1.96
NA
002
10-Oct-17
97.44
556.06
0.07
0.40
7.6
3.52
NA
002
11-Oct-17
91.94
520.50
0.12
0.68
7.4
4.01
NA
002
12-Oct-17
NA
002
13-Oct-17
NA
002
14-Oct-17
NA
002
15-Oct-17
NA
002
16-Oct-17
81.74
451.52
0.11
0.61
7.2
1.56
NA
002
17-Oct-17
90.39
417.07
0.07
0.32
7.1
1.19
NA
002
18-Oct-17
81.34
367.79
0.07
0.32
7.1
1.11
NA
002
19-Oct-17
NA
002
20-Oct-17
NA
002
21-Oct-17
NA
002
22-Oct-17
NA
002
23-Oct-17
81.50
453.01
0.08
0.44
7.2
1.41
NA
002
24-Oct-17
91.14
464.69
0.07
0.36
7.0
1.41
NA
002
25-Oct-17
92.16
526.29
0.51
2.91
7.0
1.26
NA
002
26-Oct-17
NA
002
27-Oct-17
NA
002
28-Oct-17
NA
002
29-Oct-17
NA
002
30-Oct-17
55.18
342.91
0.12
0.75
6.8
1.77
NA
002
31-Oct-17
61.28
343.94
0.07
0.39
8.2
1.63
NA
002
1-Nov-17
66.94
381.94
0.07
0.40
7.7
2.59
NA
002
2-Nov-17
NA
002
3-Nov-17
NA
002
4-Nov-17
NA
002
5-Nov-17
NA
002
6-Nov-17
64.22
303.22
0.22
1.04
6.8
3.71
NA
002
7-Nov-17
83.04
451.94
0.22
1.20
6.9
2.34
NA
002
8-Nov-17
87.22
475.30
0.14
0.76
7.8
2.87
NA
002
9-Nov-17
NA
002
10-Nov-17
NA
002
ll-Nov-17
NA
002
12-Nov-17
NA
002
13-Nov-17
60.93
337.87
0.28
1.55
7.5
3.36
NA
002
14-Nov-17
70.98
328.96
0.15
0.70
7.7
2.83
NA
002
15-Nov-17
74.12
315.88
0.14
0.60
7.8
2.30
NA
002
16-Nov-17
NA
002
17-Nov-17
NA
002
18-Nov-17
NA
002
19-Nov-17
NA
002
20-Nov-17
54.84
212.03
0.14
0.54
7.5
3.17
NA
002
21-Nov-17
70.62
271.87
0.14
0.54
7.6
3.30
NA
002
22-Nov-17
75.96
256.63
0.07
0.24
7.5
2.93
NA
002
23-Nov-17
NA
002
24-Nov-17
NA
002
25-Nov-17
NA
002
26-Nov-17
NA
002
27-Nov-17
82.05
408.11
0.18
0.90
7.7
4.41
NA
002
28-Nov-17
95.14
509.80
0.16
0.86
7.6
4.34
NA
002
29-Nov-17
102.45
535.30
0.13
0.68
7.8
4.24
NA
002
30-Nov-17
NA
002
1-Dec-17
NA
002
2-Dec-17
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 52 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
3-Dec-17
NA
002
4-Dec-17
67.40
413.83
0.07
0.43
7.8
5.38
NA
002
5-Dec-17
76.66
451.38
0.07
0.41
7.7
7.52
NA
002
6-Dec-17
81.44
451.67
0.07
0.39
7.9
6.34
NA
002
7-Dec-17
NA
002
8-Dec-17
NA
002
9-Dec-17
NA
002
10-Dec-17
NA
002
11-Dec-17
48.47
256.67
0.07
0.37
8.2
6.78
NA
002
12-Dec-17
61.66
346.70
0.11
0.62
7.8
7.71
NA
002
13-Dec-17
72.72
406.97
0.55
3.08
6.8
6.77
NA
002
14-Dec-17
NA
002
15-Dec-17
NA
002
16-Dec-17
NA
002
17-Dec-17
NA
002
18-Dec-17
56.04
348.94
0.20
1.25
8.0
5.97
NA
002
19-Dec-17
81.27
493.16
0.24
1.46
7.4
6.50
NA
002
20-Dec-17
77.69
443.30
0.11
0.63
7.9
5.09
NA
002
21-Dec-17
NA
002
22-Dec-17
NA
002
23-Dec-17
NA
002
24-Dec-17
NA
002
25-Dec-17
NA
002
26-Dec-17
66.52
286.41
0.16
0.69
7.2
5.18
NA
002
27-Dec-17
86.17
345.09
0.16
0.64
8.0
5.49
NA
002
28-Dec-17
92.66
385.11
0.19
0.79
8.1
5.26
NA
002
29-Dec-17
NA
002
30-Dec-17
NA
002
31-Dec-17
NA
002
1-Jan-18
NA
002
2-Jan-18
67.46
270.53
0.24
0.96
8.8
4.99
NA
002
3-Jan-18
88.42
425.29
2.34
11.25
9.3
6.63
NA
002
4-Jan-18
96.42
497.47
1.19
6.14
8.3
4.49
NA
002
5-Jan-18
NA
002
6-Jan-18
NA
002
7-Jan-18
NA
002
8-Jan-18
46.12
264.59
0.16
0.92
7.4
5.12
NA
002
9-Jan-18
55.29
295.13
0.18
0.96
8.5
5.15
NA
002
10-Jan-18
53.74
290.14
0.17
0.92
9.1
5.75
NA
002
11-Jan-18
NA
002
12-Jan-18
NA
002
13-Jan-18
NA
002
14-Jan-18
NA
002
15-Jan-18
69.13
396.66
0.15
0.86
8.1
5.26
NA
002
16-Jan-18
79.72
468.84
0.12
0.71
9.1
5.62
NA
002
17-Jan-18
81.28
518.88
0.16
1.02
9.0
6.77
NA
002
18-Jan-18
NA
002
19-Jan-18
NA
002
20-Jan-18
NA
002
21-Jan-18
NA
002
22-Jan-18
62.06
324.28
0.15
0.78
7.5
5.59
NA
002
23-Jan-18
83.16
434.31
0.21
1.10
8.7
3.94
NA
002
24-Jan-18
80.82
423.64
0.13
0.68
8.5
3.87
NA
002
25-Jan-18
NA
002
26-Jan-18
NA
002
27-Jan-18
NA
002
28-Jan-18
NA
002
29-Jan-18
70.14
346.44
0.34
1.68
8.2
5.22
NA
002
30-Jan-18
86.18
468.78
0.26
1.41
8.2
4.92
NA
002
31-Jan-18
83.24
473.89
0.28
1.59
8.2
4.02
NA
002
1-Feb-18
N/A
002
2-Feb-18
N/A
002
3-Feb-18
N/A
002
4-Feb-18
N/A
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 53 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
5-Feb-18
77.79
476.96
0.35
2.15
8.5
4.57
N/A
002
6-Feb-18
85.34
506.79
0.30
1.78
8.3
3.97
N/A
002
7-Feb-18
91.21
539.29
0.17
1.01
8.4
4.08
N/A
002
8-Feb-18
N/A
002
9-Feb-18
N/A
002
10-Feb-18
N/A
002
11-Feb-18
N/A
002
12-Feb-18
47.96
228.26
0.07
0.33
7.9
3.81
N/A
002
13-Feb-18
65.56
302.93
0.08
0.37
9.1
3.90
N/A
002
14-Feb-18
66.34
322.66
0.07
0.34
8.5
3.28
N/A
002
15-Feb-18
N/A
002
16-Feb-18
N/A
002
17-Feb-18
N/A
002
18-Feb-18
N/A
002
19-Feb-18
60.13
321.08
0.18
0.96
7.8
7.22
N/A
002
20-Feb-18
74.18
383.52
0.16
0.83
8.2
5.13
N/A
002
21-Feb-18
75.77
388.78
0.08
0.41
8.5
4.73
N/A
002
22-Feb-18
N/A
002
23-Feb-18
N/A
002
24-Feb-18
N/A
002
25-Feb-18
N/A
002
26-Feb-18
49.64
231.43
0.20
0.93
9.0
5.22
N/A
002
27-Feb-18
65.55
326.70
0.21
1.05
7.7
6.73
N/A
002
28-Feb-18
76.29
382.69
0.17
0.85
9.0
6.30
N/A
002
1-Mar-18
NA
002
2-Mar-18
NA
002
3-Mar-18
NA
002
4-Mar-18
NA
002
5-Mar-18
66.63
312.47
0.18
0.84
8.3
5.09
NA
002
6-Mar-18
88.76
414.73
0.28
1.31
9.0
5.96
NA
002
7-Mar-18
93.84
472.33
0.18
0.91
8.5
3.97
NA
002
8-Mar-18
NA
002
9-Mar-18
NA
002
10-Mar-18
NA
002
11-Mar-18
NA
002
12-Mar-18
60.61
371.06
0.29
1.78
6.8
7.50
NA
002
13-Mar-18
81.27
489.77
0.24
1.45
7.8
8.57
NA
002
14-Mar-18
88.77
538.75
0.27
1.64
7.1
12.40
NA
002
15-Mar-18
NA
002
16-Mar-18
NA
002
17-Mar-18
NA
002
18-Mar-18
NA
002
19-Mar-18
76.10
440.99
0.18
1.04
7.8
5.86
NA
002
20-Mar-18
102.13
561.53
0.22
1.21
8.0
6.07
NA
002
21-Mar-18
95.74
518.73
0.20
1.08
8.5
6.71
NA
002
22-Mar-18
NA
002
23-Mar-18
NA
002
24-Mar-18
NA
002
25-Mar-18
NA
002
26-Mar-18
59.62
323.92
0.31
1.68
9.2
8.77
NA
002
27-Mar-18
77.20
393.05
0.36
1.83
7.8
6.05
NA
002
28-Mar-18
81.51
409.36
0.33
1.66
7.8
7.24
NA
002
29-Mar-18
NA
002
30-Mar-18
NA
002
31-Mar-18
NA
002
1-Apr-18
NA
002
1-Apr-18
008
2-Apr-18
50.63
288.43
0.25
1.42
8.0
8.22
NA
002
3-Apr-18
008
4-Apr-18
64.12
355.80
0.22
1.22
8.2
5.21
NA
002
5-Apr-18
008
6-Apr-18
64.90
344.96
0.16
0.85
8.2
7.65
NA
002
7-Apr-18
008
8-Apr-18
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 54 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
9-Apr-18
008
10-Apr-18
NA
002
11-Apr-18
008
12-Apr-18
NA
002
13-Apr-18
008
14-Apr-18
NA
002
15-Apr-18
008
16-Apr-18
51.59
340.68
0.15
0.99
7.2
5.42
NA
002
17-Apr-18
008
18-Apr-18
69.46
416.70
0.40
2.40
8.3
5.48
NA
002
19-Apr-18
008
20-Apr-18
60.61
371.00
0.15
0.92
8.3
3.58
NA
002
21-Apr-18
008
22-Apr-18
NA
002
23-Apr-18
008
24-Apr-18
NA
002
25-Apr-18
008
26-Apr-18
NA
002
27-Apr-18
008
28-Apr-18
25.3
002
29-Apr-18
008
30-Apr-18
60.83
348.50
0.16
0.92
8.3
3.97
26.5
002
1-May-18
008
2-May-18
66.55
305.78
0.28
1.29
8.2
4.93
25.8
002
3-May-18
008
4-May-18
56.98
309.04
0.08
0.43
7.8
7.55
24.7
002
5-May-18
008
6-May-18
24.6
002
7-May-18
008
8-May-18
002
9-May-18
25.3
008
10-May-18
002
11-May-18
24.7
008
12-May-18
002
13-May-18
24.7
008
14-May-18
002
15-May-18
45.10
226.63
0.11
0.55
8.6
6.02
25.8
008
16-May-18
002
17-May-18
63.50
317.85
0.11
0.55
8.5
6.88
25.4
008
18-May-18
002
19-May-18
72.30
420.35
0.17
0.99
8.0
6.77
27.7
008
20-May-18
002
21-May-18
27.6
008
22-May-18
002
23-May-18
28.4
008
24-May-18
002
25-May-18
28.4
008
26-May-18
002
27-May-18
27.4
008
28-May-18
002
29-May-18
60.60
344.74
0.20
1.14
7.1
4.67
26.3
008
1-May-18
79.88
396.82
0.19
0.94
7.4
3.65
26.3
008
2-May-18
82.32
269.87
0.16
0.52
7.4
6.54
25.1
008
3-May-18
27.6
008
4-May-18
27.4
008
5-May-18
27.7
008
6-May-18
27.1
008
7-May-18
78.13
454.04
0.34
1.98
7.4
3.85
27.9
008
8-May-18
93.50
532.86
0.39
2.22
7.7
4.49
27.2
008
9-May-18
88.56
499.19
0.28
1.58
6.8
5.42
26.9
008
10-May-18
26.5
008
11-May-18
25.7
008
12-May-18
26.6
008
13-May-18
27.3
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 55 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
14-May-18
77.47
416.87
0.20
1.08
7.6
5.07
27.9
008
15-May-18
7.3
28.7
008
16-May-18
7.6
29.2
008
17-May-18
12.01
73.24
0.24
1.46
7.6
5.75
28.2
008
18-May-18
73.65
437.64
0.24
1.43
7.4
5.44
29.5
008
19-May-18
28.7
008
20-May-18
27.7
008
21-May-18
81.08
472.30
0.32
1.86
7.2
5.09
28.1
008
22-May-18
95.59
533.33
0.23
1.28
7.1
4.75
28.8
008
23-May-18
99.12
566.91
0.30
1.72
7.1
4.48
29.2
008
24-May-18
29.6
008
25-May-18
29.9
008
26-May-18
28.3
008
27-May-18
27.4
008
28-May-18
28.4
008
29-May-18
83.91
359.00
2.52
10.78
7.3
5.54
26.3
008
30-May-18
99.96
515.89
1.03
5.32
7.2
20.10
28.1
008
31-May-18
105.92
581.83
0.32
1.76
7.2
3.30
27.1
008
l-Jun-18
27.1
008
2-Jun-18
27.6
008
3-Jun-18
28.6
008
4-Jun-18
71.51
435.21
0.15
0.91
7.2
2.83
28.7
008
5-Jun-18
73.64
391.66
1.77
9.41
7.3
2.35
28.1
008
6-Jun-18
72.16
443.74
0.28
1.72
7.5
2.15
28.1
008
7-Jun-18
28.3
008
8-Jun-18
28.2
008
9-Jun-18
28.6
008
10-Jun-18
28.6
008
ll-Jun-18
66.76
404.19
0.07
0.42
7.2
20.80
28.2
008
12-Jun-18
91.31
522.84
0.21
1.20
7.0
18.40
28.2
008
13-Jun-18
98.62
500.59
0.19
0.96
7.0
4.29
28.6
008
14-Jun-18
28.4
008
15-Jun-18
28.5
008
16-Jun-18
28.0
008
17-Jun-18
29.3
008
18-Jun-18
69.93
391.44
0.07
0.39
7.4
4.33
28.5
008
19-Jun-18
79.43
472.66
0.07
0.42
7.1
4.93
29.3
008
20-Jun-18
79.12
461.71
0.12
0.70
7.2
3.62
29.5
008
21-Jun-18
29.3
008
22-Jun-18
29.4
008
23-Jun-18
29.4
008
24-Jun-18
29.3
008
25-Jun-18
52.71
249.44
0.13
0.62
7.5
4.80
29.6
008
26-Jun-18
71.77
335.92
0.19
0.89
7.3
4.40
27.7
008
27-Jun-18
80.37
372.89
0.14
0.65
7.0
3.72
28.2
008
28-Jun-18
28.2
008
29-Jun-18
28.5
008
30-Jun-18
28.5
008
1-Jul-18
68.73
406.95
0.24
1.42
7.4
8.42
28.7
008
2-Jul-18
79.94
489.08
0.34
2.08
7.8
8
28.9
008
3-Jul-18
7.5
29.0
008
4-Jul-18
28.7
008
5-Jul-18
94.00
510.78
0.54
2.93
6.21
29.0
008
6-Jul-18
28.8
008
7-Jul-18
28.0
008
8-Jul-18
27.8
008
9-Jul-18
91.81
353.44
0.35
1.35
7.4
11.2
28.4
008
10-Jul-18
105.96
554.10
0.22
1.15
7.3
6.06
29.0
008
ll-Jul-18
96.60
590.42
0.12
0.73
7
4.37
28.7
008
12-Jul-18
29.0
008
13-Jul-l 8
29.3
008
14-Jul-18
29.6
008
15-Jul-l 8
30.0
008
16-Jul-l8
38.60
234.06
0.16
0.97
7.1
4.93
31.2
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 56 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
17-Jul-18
49.79
339.05
0.12
0.82
7.2
4.32
30.4
008
18-Jul-l 8
42.81
289.64
0.25
1.69
6.9
4.08
28.9
008
19-Jul-18
30.4
008
20-Jul-18
30.2
008
21-Jul-18
30.4
008
22-Jul-18
30.6
008
23-Jul-18
43.68
273.42
0.37
2.32
7.2
5.85
29.1
008
24-Jul-18
57.61
291.32
0.27
1.37
7.8
6.69
28.8
008
25-Jul-18
58.25
298.46
0.18
0.92
7.6
5.67
28.8
008
26-Jul-18
29.8
008
27-Jul-18
29.5
008
28-Jul-18
29.5
008
29-Jul-18
30.7
008
30-Jul-18
56.46
336.80
0.27
1.61
7
5.19
30.1
008
3 l-Jul-18
69.05
436.56
0.33
2.09
7.1
4.59
29.8
008
1-Aug-18
73.86
468.07
0.27
1.71
6.9
8.03
29.7
008
2-Aug-18
29.6
008
3-Aug-18
28.5
008
4-Aug-18
29.7
008
5-Aug-18
29.4
008
6-Aug-18
95.71
521.89
0.20
1.09
6.9
5.95
29.2
008
7-Aug-18
107.99
700.32
0.13
0.84
7.0
3.55
29.7
008
8-Aug-18
99.50
706.49
0.17
1.21
6.9
2.70
30.2
008
9-Aug-18
30.5
008
10-Aug-18
31.8
008
ll-Aug-18
30.1
008
12-Aug-18
30.0
008
13-Aug-18
6.8
30.2
008
14-Aug-18
51.24
270.24
0.25
1.32
6.9
12.40
29.6
008
15-Aug-18
56.31
386.09
0.22
1.51
7.1
4.58
30.2
008
16-Aug-18
49.78
302.90
0.18
1.10
6.9
3.37
30.0
008
17-Aug-18
30.0
008
18-Aug-18
31.0
008
19-Aug-18
29.7
008
20-Aug-18
88.15
476.34
0.51
2.76
6.8
11.20
30.2
008
21-Aug-18
97.25
593.80
0.21
1.28
6.9
9.55
30.4
008
22-Aug-18
80.00
526.35
0.20
1.32
6.9
5.25
29.2
008
23-Aug-18
29.5
008
24-Aug-18
29.0
008
25-Aug-18
28.7
008
26-Aug-18
28.8
008
27-Aug-18
83.09
538.49
0.47
3.05
7.4
12.20
29.6
008
28-Aug-18
91.98
555.05
1.18
7.12
7.1
8.18
28.0
008
29-Aug-18
84.14
425.31
0.37
1.87
6.9
8.40
28.2
008
30-Aug-18
28.5
008
31-Aug-18
28.5
008
1-Sep-18
96.33
381.83
0.18
0.71
6.9
4.87
28.5
008
2-Sep-18
115.51
568.14
0.09
0.44
7.3
6.95
28.8
008
3-Sep-18
29.3
008
4-Sep-18
110.80
698.47
0.15
0.95
7.1
9.12
28.7
008
5-Sep-18
29.0
008
6-Sep-18
28.7
008
7-Sep-18
82.80
511.31
0.07
0.43
7.2
4.41
29.0
008
8-Sep-18
93.40
583.10
0.07
0.44
7.7
3.61
28.7
008
9-Sep-18
96.55
604.41
0.07
0.44
7.8
3.16
28.7
008
10-Sep-18
29.2
008
11-Sep-18
27.5
008
12-Sep-18
27.3
008
13-Sep-18
26.6
008
14-Sep-18
99.96
537.83
0.72
3.87
6.9
3.02
26.7
008
15-Sep-18
109.50
441.59
0.40
1.61
7.1
4.16
26.8
008
16-Sep-18
110.75
684.12
0.18
1.11
7.4
5.55
27.0
008
17-Sep-18
26.8
008
18-Sep-18
27.8
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 57 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxveen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
19-Sep-18
28.1
008
20-Sep-18
29.1
008
21-Sep-18
65.47
400.47
0.10
0.61
7.2
7.04
29.5
008
22-Sep-18
84.58
520.27
0.17
1.05
7.1
7.15
29.3
008
23-Sep-18
80.23
465.67
0.07
0.41
7.1
5.17
28.8
008
24-Sep-18
29.2
008
25-Sep-18
29.5
008
26-Sep-18
29.6
008
27-Sep-18
28.8
008
28-Sep-18
28.1
008
29-Sep-18
27.6
008
30-Sep-18
27.2
008
1-Oct-18
43.80
213.74
0.07
0.34
7.6
4.18
NA
002
2-Oct-18
7.5
NA
002
3-Oct-18
72.48
397.46
0.18
0.99
7.6
4.58
NA
002
4-Oct-18
71.46
393.81
0.15
0.83
7.3
4.25
NA
002
5-Oct-18
NA
002
6-Oct-18
NA
002
7-Oct-18
NA
002
8-Oct-18
83.42
349.64
0.40
1.68
6.8
6.87
NA
002
9-Oct-18
100.83
581.69
0.52
3.00
7.4
7.23
NA
002
10-Oct-18
106.09
622.24
0.24
1.41
7.4
6.24
NA
002
11-Oct-18
NA
002
12-Oct-18
NA
002
13-Oct-18
NA
002
14-Oct-18
NA
002
15-Oct-18
64.03
309.90
0.26
1.26
7.0
6.68
NA
002
16-Oct-18
83.06
503.78
0.34
2.06
7.5
6.45
NA
002
17-Oct-18
87.85
520.06
0.22
1.30
7.4
6.22
NA
002
18-Oct-18
NA
002
19-Oct-18
NA
002
20-Oct-18
NA
002
21-Oct-18
NA
002
22-Oct-18
84.60
371.86
0.14
0.62
7.2
4.88
NA
002
23-Oct-18
95.11
550.38
0.25
1.45
7.3
4.75
NA
002
24-Oct-18
100.70
578.43
0.24
1.38
7.3
4.12
NA
002
25-Oct-18
NA
002
26-Oct-18
NA
002
27-Oct-18
NA
002
28-Oct-18
NA
002
29-Oct-18
104.15
361.48
0.59
2.05
7.1
4.81
NA
002
30-Oct-18
70.29
349.62
0.25
1.24
7.3
4.26
NA
002
31-Oct-18
115.45
571.23
0.17
0.84
7.1
4.84
NA
002
1-Nov-18
NA
002
2-Nov-18
NA
002
3-Nov-18
NA
002
4-Nov-18
NA
002
5-Nov-18
115.41
661.53
0.83
4.76
7.6
4.44
NA
002
6-Nov-18
131.08
658.11
0.23
1.15
6.9
4.59
NA
002
7-Nov-18
133.14
884.56
0.24
1.59
7.0
6.55
NA
002
8-Nov-18
NA
002
9-Nov-18
NA
002
10-Nov-18
NA
002
ll-Nov-18
NA
002
12-Nov-18
122.33
726.11
0.12
0.71
7.2
4.66
NA
002
13-Nov-18
134.40
798.05
0.34
2.02
7.4
10.00
NA
002
14-Nov-18
138.64
794.30
0.21
1.20
7.4
7.76
NA
002
15-Nov-18
NA
002
16-Nov-18
NA
002
17-Nov-18
NA
002
18-Nov-18
NA
002
19-Nov-18
113.67
653.93
0.20
1.15
7.7
10.10
NA
002
20-Nov-18
130.55
681.82
0.56
2.92
7.1
9.61
NA
002
21-Nov-18
130.32
702.79
0.46
2.48
7.5
3.77
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 58 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
22-Nov-18
NA
002
23-Nov-18
NA
002
24-Nov-18
NA
002
25-Nov-18
NA
002
26-Nov-18
109.60
421.67
0.15
0.58
7.8
5.38
NA
002
27-Nov-18
128.15
673.88
0.10
0.53
7.8
10.20
NA
002
28-Nov-18
125.45
981.47
0.13
1.02
7.0
4.75
NA
002
29-Nov-18
NA
002
30-Nov-18
NA
002
1-Dec-18
93.12
595.72
1.38
8.83
7.6
3.87
NA
002
2-Dec-18
110.54
709.84
4.16
26.71
7.5
3.26
NA
002
3-Dec-18
114.11
729.57
2.58
16.50
7.0
3.39
NA
002
4-Dec-18
NA
002
5-Dec-18
NA
002
6-Dec-18
NA
002
7-Dec-18
NA
002
8-Dec-18
94.88
619.89
0.10
0.65
7.4
7.73
NA
002
9-Dec-18
109.49
716.86
0.13
0.85
7.2
5.87
NA
002
10-Dec-18
114.66
744.07
0.21
1.36
7.0
6.55
NA
002
11-Dec-18
NA
002
12-Dec-18
NA
002
13-Dec-18
NA
002
14-Dec-18
NA
002
15-Dec-18
79.70
526.05
0.15
0.99
7.3
6.05
NA
002
16-Dec-18
101.07
674.40
0.54
3.60
7.0
6.76
NA
002
17-Dec-18
101.25
681.70
0.26
1.75
7.1
9.27
NA
002
18-Dec-18
NA
002
19-Dec-18
NA
002
20-Dec-18
NA
002
21-Dec-18
NA
002
22-Dec-18
NA
002
23-Dec-18
NA
002
24-Dec-18
106.52
550.43
0.26
1.34
6.9
7.37
NA
002
25-Dec-18
122.08
611.25
0.15
0.75
7.0
5.48
NA
002
26-Dec-18
120.74
670.39
0.07
0.39
7.2
5.01
NA
002
27-Dec-18
NA
002
28-Dec-18
NA
002
29-Dec-18
NA
002
30-Dec-18
NA
002
31-Dec-18
NA
002
l-Jan-19
NA
002
2-Jan-19
96.29
554.20
0.17
0.98
8.3
5.32
NA
002
3-Jan-19
108.44
629.70
0.18
1.05
8.8
4.44
NA
002
4-Jan-19
112.08
658.80
0.20
1.18
8.6
4.41
NA
002
5-Jan-19
NA
002
6-Jan-19
NA
002
7-Jan-19
102.83
447.33
0.07
0.30
7.8
6.36
NA
002
8-Jan-19
110.43
630.37
0.45
2.57
7.2
5.57
NA
002
9-Jan-19
116.92
511.64
0.14
0.61
7.8
4.66
NA
002
10-Jan-19
NA
002
11-Jan-19
NA
002
12-Jan-19
NA
002
13-Jan-19
NA
002
14-Jan-19
113.63
679.75
0.44
2.63
7.1
5.09
NA
002
15-Jan-19
131.88
745.28
0.75
4.24
7.7
4.03
NA
002
16-Jan-19
131.12
725.26
0.07
0.39
7.0
3.46
NA
002
17-Jan-19
NA
002
18-Jan-19
NA
002
19-Jan-19
NA
002
20-Jan-19
NA
002
21-Jan-19
121.98
689.57
0.20
1.13
7.8
9.70
NA
002
22-Jan-19
138.65
789.88
0.18
1.03
7.6
6.47
NA
002
23-Jan-19
140.75
807.26
0.38
2.18
7.1
4.31
NA
002
24-Jan-19
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 59 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
25-Jan-19
NA
002
26-Jan-19
NA
002
27-Jan-19
NA
002
28-Jan-19
66.62
360.74
0.23
1.25
7.8
5.52
NA
002
29-Jan-19
128.82
588.89
0.41
1.87
7.3
5.55
NA
002
30-Jan-19
133.34
631.65
0.18
0.85
7.9
5.61
NA
002
31-Jan-19
NA
002
l-Feb-19
N/A
002
2-Feb-19
N/A
002
3-Feb-19
N/A
002
4-Feb-19
75.50
344.08
0.16
0.73
7.8
2.97
N/A
002
5-Feb-19
97.05
455.13
0.18
0.84
7.9
4.00
N/A
002
6-Feb-19
99.10
489.15
0.07
0.35
7.7
6.04
N/A
002
7-Feb-19
N/A
002
8-Feb-19
N/A
002
9-Feb-19
N/A
002
10-Feb-19
N/A
002
1l-Feb-19
57.97
336.16
0.18
1.04
7.8
4.68
N/A
002
12-Feb-19
80.96
473.39
0.15
0.88
8.1
4.56
N/A
002
13-Feb-19
83.20
489.05
0.19
1.12
7.9
4.03
N/A
002
14-Feb-19
N/A
002
15-Feb-19
N/A
002
16-Feb-19
N/A
002
17-Feb-19
N/A
002
18-Feb-19
56.38
296.51
0.20
1.05
8.1
2.86
N/A
002
19-Feb-19
75.63
393.76
0.22
1.15
7.3
4.79
N/A
002
20-Feb-19
73.44
406.21
0.17
0.94
7.7
2.61
N/A
002
2l-Feb-19
N/A
002
22-Feb-19
N/A
002
23-Feb-19
N/A
002
24-Feb-19
N/A
002
25-Feb-19
43.33
251.95
0.08
0.47
8.8
2.69
N/A
002
26-Feb-19
67.34
377.84
0.07
0.39
8.3
3.66
N/A
002
27-Feb-19
74.66
438.31
0.07
0.41
8.8
2.32
N/A
002
28-Feb-19
N/A
002
1-Mar-19
NA
002
2-Mar-19
NA
002
3-Mar-19
NA
002
4-Mar-19
55.97
360.50
0.13
0.84
7.8
4.19
NA
002
5-Mar-19
73.40
413.10
0.07
0.39
8.1
7.02
NA
002
6-Mar-19
90.29
418.69
0.09
0.42
8.5
4.59
NA
002
7-Mar-19
NA
002
8-Mar-19
NA
002
9-Mar-19
NA
002
10-Mar-19
NA
002
11-Mar-19
36.67
194.42
0.12
0.64
7.8
3.63
NA
002
12-Mar-19
53.15
287.93
0.09
0.49
8.1
6.48
NA
002
13-Mar-19
57.62
308.89
0.08
0.43
8.1
2.90
NA
002
14-Mar-19
NA
002
15-Mar-19
NA
002
16-Mar-19
NA
002
17-Mar-19
NA
002
18-Mar-19
31.48
183.69
0.09
0.53
7.4
3.63
NA
002
19-Mar-19
43.72
250.89
0.20
1.15
7.3
4.24
NA
002
20-Mar-19
51.29
290.50
0.10
0.57
7.3
3.39
NA
002
21-Mar-19
NA
002
22-Mar-19
NA
002
23-Mar-19
NA
002
24-Mar-19
NA
002
25-Mar-19
21.58
147.33
0.11
0.75
7.0
3.24
NA
002
26-Mar-19
28.62
192.74
0.09
0.61
8.3
3.01
NA
002
27-Mar-19
30.40
202.97
0.09
0.60
7.6
3.42
NA
002
28-Mar-19
NA
002
29-Mar-19
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 60 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
30-Mar-19
NA
002
31-Mar-19
NA
002
1-Apr-19
31.55
188.23
0.50
2.98
6.8
3.39
NA
002
2-Apr-19
46.50
291.15
0.09
0.56
7.9
4.89
NA
002
3-Apr-19
41.30
248.71
0.08
0.48
7.1
5.81
NA
002
4-Apr-19
NA
002
5-Apr-19
NA
002
6-Apr-19
NA
002
7-Apr-19
NA
002
8-Apr-19
40.02
223.28
0.53
2.96
6.9
7.75
NA
002
9-Apr-19
54.98
241.50
0.14
0.61
7.2
9.53
NA
002
10-Apr-19
53.80
348.68
0.07
0.45
7.0
4.67
NA
002
11-Apr-19
NA
002
12-Apr-19
NA
002
13-Apr-19
NA
002
14-Apr-19
NA
002
15-Apr-19
38.60
234.79
0.07
0.43
7.0
4.77
26.6
002
16-Apr-19
59.30
356.64
0.07
0.42
7.1
4.33
28.3
002
17-Apr-19
64.90
388.47
0.07
0.42
7.0
5.25
28.2
002
18-Apr-19
28.2
002
19-Apr-19
30.3
002
20-Apr-19
30.0
002
21-Apr-19
29.3
002
22-Apr-19
68.19
419.01
0.10
0.61
7.1
5.42
29.4
002
23-Apr-19
80.40
471.36
0.11
0.64
7.3
5.55
29.4
002
24-Apr-19
77.97
454.18
0.07
0.41
7.0
5.19
29.3
002
25-Apr-19
29.5
002
26-Apr-19
30.1
002
27-Apr-19
29.5
002
28-Apr-19
28.0
002
29-Apr-19
53.20
309.43
0.10
0.58
7.1
4.38
28.2
002
30-Apr-19
62.40
361.35
0.10
0.58
7.0
5.32
28.2
002
1-May-19
51.90
298.09
0.07
0.40
7.0
4.40
28.4
008
2-May-19
28.8
008
3-May-19
29.1
008
4-May-19
29.7
008
5-May-19
29.7
008
6-May-19
34.98
187.47
0.12
0.64
6.8
4.86
29.8
008
7-May-19
48.61
246.05
0.24
1.21
6.9
4.82
29.4
008
8-May-19
47.06
257.30
0.10
0.55
7.3
4.75
29.5
008
9-May-19
29.7
008
10-May-19
30.0
008
11-May-19
30.2
008
12-May-19
30.9
008
13-May-19
31.1
008
14-May-19
69.10
376.86
0.15
0.82
6.9
3.56
30.5
008
15-May-19
69.45
375.23
0.09
0.49
7.0
4.10
29.7
008
16-May-19
58.05
314.13
0.22
1.19
6.9
4.20
30.0
008
17-May-19
29.5
008
18-May-19
29.8
008
19-May-19
30.4
008
20-May-19
59.95
326.06
0.23
1.25
7.1
7.64
30.1
008
21-May-19
72.98
387.49
0.46
2.44
6.9
19.40
28.9
008
22-May-19
54.49
250.08
0.14
0.64
6.8
2.75
29.3
008
23-May-19
29.4
008
24-May-19
30.3
008
25-May-19
29.8
008
26-May-19
29.7
008
27-May-19
29.8
008
28-May-19
54.41
172.08
0.07
0.22
6.8
2.47
30.0
008
29-May-19
72.86
230.40
0.07
0.22
6.9
3.83
29.3
008
30-May-19
68.50
299.95
0.07
0.31
6.8
4.11
30.8
008
31-May-19
30.8
008
l-Jun-19
30.7
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 61 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
2-Jun-19
30.8
008
3-Jun-19
58.21
373.53
0.31
1.99
6.9
6.52
32.0
008
4-Jun-19
74.46
421.18
0.41
2.32
6.8
5.58
32.1
008
5-Jun-19
73.99
399.84
0.15
0.81
6.8
3.64
30.5
008
6-Jun-19
31.1
008
7-Jun-19
30.2
008
8-Jun-19
30.5
008
9-Jun-19
30.2
008
10-Jun-19
71.98
383.90
0.28
1.49
6.9
5.94
31.1
008
ll-Jun-19
91.42
476.52
0.56
2.92
6.8
5.67
31.2
008
12-Jun-19
96.46
519.62
0.35
1.89
6.8
4.24
32.2
008
13-Jun-19
33.0
008
14-Jun-19
33.0
008
15-Jun-19
32.0
008
16-Jun-19
32.0
008
17-Jun-19
79.02
390.35
0.31
1.53
7.0
4.88
32.0
008
18-Jun-19
106.64
515.76
0.26
1.26
6.8
4.87
32.1
008
19-Jun-19
101.22
532.91
0.32
1.68
7.1
5.45
30.0
008
20-Jun-19
30.0
008
21-Jun-19
29.8
008
22-Jun-19
31.3
008
23-Jun-19
31.2
008
24-Jun-19
93.36
520.28
0.51
2.84
7.0
5.41
30.5
008
25-Jun-19
103.92
555.51
3.22
17.21
7.3
5.93
31.8
008
26-Jun-19
109.25
582.14
0.84
4.48
7.5
3.38
32.0
008
27-Jun-19
31.1
008
28-Jun-19
29.9
008
29-Jun-19
29.7
008
30-Jun-19
76.41
432.13
0.63
3.56
7.1
4.30
31.5
008
1-Jul-19
102.43
615.22
0.47
2.82
7.0
4.25
31.6
008
2-Jul-19
114.32
694.02
0.60
3.64
7.1
4.53
31.4
008
3-Jul-19
29.8
008
4-Jul-19
29.7
008
5-Jul-19
30.0
008
6-Jul-19
30.8
008
7-Jul-19
29.1
008
8-Jul-19
80.80
415.74
0.20
1.03
6.8
4.11
29.1
008
9-Jul-19
6.8
30.3
008
10-Jul-19
79.74
446.57
0.14
0.78
7.0
4.45
29.7
008
ll-Jul-19
53.95
322.66
0.08
0.48
5.18
29.7
008
12-Jul-19
29.7
008
13-Jul-19
30.1
008
14-Jul-19
30.0
008
15-Jul-19
50.17
292.38
0.35
2.04
6.8
4.48
30.1
008
16-Jul-19
81.10
458.24
2.51
14.18
6.9
4.84
30.0
008
17-Jul-19
81.04
428.40
0.34
1.80
7.1
3.49
30.4
008
18-Jul-19
30.3
008
19-Jul-19
29.0
008
20-Jul-19
28.6
008
21-Jul-19
30.0
008
22-Jul-19
82.49
442.08
0.11
0.59
7.0
3.41
30.5
008
23-Jul-19
99.50
557.90
0.32
1.79
7.1
3.84
31.0
008
24-Jul-19
87.04
490.97
1.14
6.43
7.0
3.12
30.6
008
25-Jul-19
30.5
008
26-Jul-19
30.5
008
27-Jul-19
31.0
008
28-Jul-19
30.5
008
29-Jul-19
84.50
451.01
0.26
1.39
7.1
4.21
30.5
008
30-Jul-19
99.80
556.16
0.65
3.62
7.0
3.76
31.0
008
31-Jul-19
102.10
575.82
0.39
2.20
7.2
4.18
31.6
008
1-Aug-19
30.7
008
2-Aug-19
30.0
008
3-Aug-19
31.0
008
4-Aug-19
31.3
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 62 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
5-Aug-19
72.35
359.58
0.13
0.65
7.0
3.30
31.0
008
6-Aug-19
83.82
483.46
1.01
5.83
7.0
4.25
31.0
008
7-Aug-19
80.54
350.11
0.23
1.00
6.9
3.68
31.4
008
8-Aug-19
31.8
008
9-Aug-19
30.2
008
10-Aug-19
36.0
008
ll-Aug-19
30.9
008
12-Aug-19
54.57
333.86
0.07
0.43
7.1
3.29
30.8
008
13-Aug-19
70.01
435.67
1.07
6.66
6.8
6.48
31.5
008
14-Aug-19
72.45
468.21
0.09
0.58
6.8
5.97
32.1
008
15-Aug-19
31.8
008
16-Aug-19
31.6
008
17-Aug-19
31.1
008
18-Aug-19
31.2
008
19-Aug-19
66.43
486.98
0.07
0.51
7.0
6.08
31.0
008
20-Aug-19
83.63
599.08
0.07
0.50
6.8
5.64
30.6
008
21-Aug-19
86.01
576.11
0.07
0.47
6.9
3.42
30.8
008
22-Aug-19
30.9
008
23-Aug-19
30.8
008
24-Aug-19
31.6
008
25-Aug-19
30.3
008
26-Aug-19
58.40
363.80
0.10
0.62
6.9
3.68
30.3
008
27-Aug-19
76.18
311.17
0.10
0.41
7.2
3.78
29.3
008
28-Aug-19
85.18
346.04
0.07
0.28
7.0
3.17
29.1
008
29-Aug-19
29.1
008
30-Aug-19
31.6
008
31-Aug-19
31.4
008
l-Sep-19
31.0
008
2-Sep-19
30.7
008
3-Sep-19
79.45
347.31
0.10
0.44
6.9
3.35
29.4
008
4-Sep-19
82.94
357.68
0.17
0.73
6.9
2.69
29.6
008
5-Sep-19
84.75
372.90
0.07
0.31
6.8
2.52
29.6
008
6-Sep-19
30.8
008
7-Sep-19
31.1
008
8-Sep-19
30.6
008
9-Sep-19
31.83
180.72
1.90
10.79
7.0
3.70
31.0
008
10-Sep-19
36.77
236.03
0.07
0.45
6.8
3.02
30.2
008
11-Sep-19
43.26
266.91
0.07
0.43
6.9
3.53
30.7
008
12-Sep-19
30.5
008
13-Sep-19
31.2
008
14-Sep-19
31.1
008
15-Sep-19
30.6
008
16-Sep-19
6.8
30.6
008
17-Sep-19
65.40
395.91
0.07
0.42
7.0
2.67
30.9
008
18-Sep-19
55.65
350.29
0.07
0.44
6.8
2.96
29.3
008
19-Sep-19
47.80
256.89
0.08
0.43
6.9
2.91
29.6
008
20-Sep-19
28.8
008
21-Sep-19
28.6
008
22-Sep-19
28.6
008
23-Sep-19
55.89
369.48
0.17
1.12
6.9
2.89
30.0
008
24-Sep-19
74.13
477.13
0.16
1.03
6.8
3.93
30.6
008
25-Sep-19
88.59
576.07
0.14
0.91
7.0
2.82
29.8
008
26-Sep-19
29.8
008
27-Sep-19
29.5
008
28-Sep-19
28.9
008
29-Sep-19
28.4
008
30-Sep-19
62.70
397.37
0.12
0.76
6.8
2.96
27.8
008
1-Oct-19
79.07
560.73
0.07
0.50
6.9
3.62
NA
002
2-Oct-19
85.38
519.18
0.07
0.43
7.1
8.43
NA
002
3-Oct-19
NA
002
4-Oct-19
NA
002
5-Oct-19
NA
002
6-Oct-19
NA
002
7-Oct-19
71.53
474.47
5.11
33.90
6.9
8.75
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 63 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxveen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
8-Oct-19
79.06
490.94
1.79
11.12
6.9
14.90
NA
002
9-Oct-19
90.14
583.26
0.44
2.85
7.0
11.00
NA
002
10-Oct-19
NA
002
11-Oct-19
NA
002
12-Oct-19
NA
002
13-Oct-19
NA
002
14-Oct-19
104.02
740.96
0.37
2.64
7.1
17.90
NA
002
15-Oct-19
117.09
745.23
0.37
2.35
7.1
19.60
NA
002
16-Oct-19
114.37
762.46
0.30
2.00
7.0
14.70
NA
002
17-Oct-19
NA
002
18-Oct-19
NA
002
19-Oct-19
NA
002
20-Oct-19
NA
002
21-Oct-19
83.37
429.06
0.14
0.72
7.3
8.04
NA
002
22-Oct-19
89.36
301.03
0.16
0.54
7.3
7.85
NA
002
23-Oct-19
109.17
629.77
0.19
1.10
7.3
10.10
NA
002
24-Oct-19
NA
002
25-Oct-19
NA
002
26-Oct-19
NA
002
27-Oct-19
NA
002
28-Oct-19
78.62
493.98
0.57
3.58
7.0
4.08
NA
002
29-Oct-19
97.51
622.65
1.97
12.58
7.0
4.83
NA
002
30-Oct-19
NA
002
31-Oct-19
NA
002
1-Nov-19
64
427.7
0.07
0.5
7.0
6.84
NA
002
2-Nov-19
NA
002
3-Nov-19
NA
002
4-Nov-19
48
316.6
0.09
0.6
7.3
8.57
NA
002
5-Nov-19
61
391.1
0.07
0.4
7.3
5.95
NA
002
6-Nov-19
61
392.9
0.11
0.7
7.5
9.92
NA
002
7-Nov-19
NA
002
8-Nov-19
NA
002
9-Nov-19
NA
002
10-Nov-19
NA
002
ll-Nov-19
67
460.5
0.26
1.8
6.9
10.10
NA
002
12-Nov-19
51
350.7
0.20
1.4
6.9
13.00
NA
002
13-Nov-19
63
406.7
0.25
1.6
7.1
8.83
NA
002
14-Nov-19
NA
002
15-Nov-19
NA
002
16-Nov-19
NA
002
17-Nov-19
NA
002
18-Nov-19
35
248.6
0.20
1.4
6.8
5.19
NA
002
19-Nov-19
6.9
NA
002
20-Nov-19
50
386.3
0.57
4.4
6.9
3.51
NA
002
21-Nov-19
32
228.0
0.54
3.9
6.9
3.37
NA
002
22-Nov-19
NA
002
23-Nov-19
NA
002
24-Nov-19
NA
002
25-Nov-19
39
281.7
0.23
1.7
7.0
3.62
NA
002
26-Nov-19
NA
002
27-Nov-19
52
388.9
0.17
1.3
7.2
5.01
NA
002
28-Nov-19
NA
002
29-Nov-19
NA
002
30-Nov-19
NA
002
1-Dec-19
NA
002
2-Dec-19
38.32
159.78
0.07
0.29
6.9
3.60
NA
002
3-Dec-19
52.03
275.55
0.58
3.07
6.8
3.83
NA
002
4-Dec-19
46.16
289.50
0.56
3.51
6.8
5.55
NA
002
5-Dec-19
NA
002
6-Dec-19
NA
002
7-Dec-19
NA
002
8-Dec-19
NA
002
9-Dec-19
55.26
341.99
0.29
1.79
6.9
7.82
NA
002
10-Dec-19
76.32
451.50
0.28
1.66
6.8
7.06
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 64 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
11-Dec-19
75.94
352.30
0.23
1.07
6.8
5.32
NA
002
12-Dec-19
NA
002
13-Dec-19
NA
002
14-Dec-19
NA
002
15-Dec-19
NA
002
16-Dec-19
54.18
350.51
0.24
1.55
7.0
6.64
NA
002
17-Dec-19
78.49
456.27
0.92
5.35
7.0
5.76
NA
002
18-Dec-19
78.19
522.13
0.35
2.34
7.0
8.78
NA
002
19-Dec-19
NA
002
20-Dec-19
NA
002
21-Dec-19
NA
002
22-Dec-19
27.60
106.85
0.82
3.17
6.9
5.13
NA
002
23-Dec-19
36.70
129.25
1.16
4.09
6.8
7.47
NA
002
24-Dec-19
NA
002
25-Dec-19
NA
002
26-Dec-19
42.90
146.69
0.31
1.06
6.8
7.86
NA
002
27-Dec-19
NA
002
28-Dec-19
NA
002
29-Dec-19
55.90
250.29
0.25
1.12
6.9
7.31
NA
002
30-Dec-19
70.50
249.89
0.26
0.92
6.8
6.48
NA
002
31-Dec-19
NA
002
l-Jan-20
NA
002
2-Jan-20
84.57
292.00
0.15
0.52
6.8
3.82
NA
002
3-Jan-20
NA
002
4-Jan-20
NA
002
5-Jan-20
NA
002
6-Jan-20
29.52
216.39
0.30
2.20
7.3
9.15
NA
002
7-Jan-20
38.19
286.02
0.31
2.32
7.2
7.95
NA
002
8-Jan-20
34.15
238.39
0.17
1.19
7.2
7.61
NA
002
9-Jan-20
NA
002
10-Jan-20
NA
002
ll-Jan-20
NA
002
12-Jan-20
NA
002
13-Jan-20
46.39
242.59
0.41
2.14
7.3
11.70
NA
002
14-Jan-20
55.06
261.29
0.38
1.80
7.2
9.10
NA
002
15-Jan-20
41.07
229.80
0.30
1.68
6.9
9.70
NA
002
16-Jan-20
NA
002
17-Jan-20
NA
002
18-Jan-20
NA
002
19-Jan-20
NA
002
20-Jan-20
56.03
342.72
0.34
2.08
6.9
6.97
NA
002
21-Jan-20
76.10
421.53
1.26
6.98
7.0
10.40
NA
002
22-Jan-20
68.94
432.06
0.68
4.26
6.9
7.49
NA
002
23-Jan-20
NA
002
24-Jan-20
NA
002
25-Jan-20
NA
002
26-Jan-20
NA
002
27-Jan-20
55.70
294.58
0.26
1.38
6.9
5.34
NA
002
28-Jan-20
65.30
302.43
0.14
0.65
7.0
5.40
NA
002
29-Jan-20
65.30
359.55
0.07
0.39
7.0
4.74
NA
002
30-Jan-20
NA
002
31-Jan-20
NA
002
l-Feb-20
N/A
002
2-Feb-20
N/A
002
3-Feb-20
49.57
331.49
0.16
1.07
6.9
8.05
N/A
002
4-Feb-20
58.27
364.47
0.16
1.00
6.8
5.58
N/A
002
5-Feb-20
49.22
315.06
0.13
0.83
7.3
5.86
N/A
002
6-Feb-20
N/A
002
7-Feb-20
N/A
002
8-Feb-20
N/A
002
9-Feb-20
N/A
002
10-Feb-20
39.10
237.88
0.30
1.83
6.8
6.71
N/A
002
1l-Feb-20
46.30
290.25
0.25
1.57
6.9
6.33
N/A
002
12-Feb-20
47.27
310.41
0.22
1.44
7.0
6.21
N/A
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 65 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
13-Feb-20
N/A
002
14-Feb-20
N/A
002
15-Feb-20
N/A
002
16-Feb-20
N/A
002
17-Feb-20
33.51
186.95
0.22
1.23
7.0
7.34
N/A
002
18-Feb-20
64.05
352.28
0.15
0.83
7.3
6.83
N/A
002
19-Feb-20
49.30
291.48
0.12
0.71
7.0
6.62
N/A
002
20-Feb-20
N/A
002
21-Feb-20
N/A
002
22-Feb-20
N/A
002
23-Feb-20
N/A
002
24-Feb-20
41.18
193.72
0.17
0.80
6.9
6.55
N/A
002
25-Feb-20
69.48
326.38
0.16
0.75
6.9
7.51
N/A
002
26-Feb-20
74.40
437.56
0.08
0.47
6.9
8.77
N/A
002
27-Feb-20
N/A
002
28-Feb-20
N/A
002
29-Feb-20
N/A
002
l-Mar-20
NA
002
2-Mar-20
22.27
139.37
0.23
1.44
7.0
6.16
NA
002
3-Mar-20
29.17
173.49
0.19
1.13
6.9
5.49
NA
002
4-Mar-20
29.47
189.71
0.17
1.09
6.8
6.91
NA
002
5-Mar-20
NA
002
6-Mar-20
NA
002
7-Mar-20
NA
002
8-Mar-20
NA
002
9-Mar-20
35.94
226.62
0.46
2.90
6.9
11.90
NA
002
10-Mar-20
63.40
259.30
0.21
0.86
6.9
6.48
NA
002
1 l-Mar-20
58.67
308.79
0.27
1.42
7.0
8.11
NA
002
12-Mar-20
NA
002
13-Mar-20
NA
002
14-Mar-20
NA
002
15-Mar-20
NA
002
16-Mar-20
38.57
266.65
0.16
1.11
7.1
9.72
NA
002
17-Mar-20
47.87
348.79
0.07
0.51
6.9
7.89
NA
002
18-Mar-20
52.87
372.69
0.15
1.06
7.0
7.28
NA
002
19-Mar-20
NA
002
20-Mar-20
NA
002
2 l-Mar-20
NA
002
22-Mar-20
NA
002
23-Mar-20
7.1
NA
002
24-Mar-20
65.32
460.76
0.11
0.78
6.9
7.92
NA
002
25-Mar-20
58.82
371.67
0.07
0.44
6.9
5.30
NA
002
26-Mar-20
45.00
284.57
0.25
1.58
7.0
5.67
NA
002
27-Mar-20
NA
002
28-Mar-20
NA
002
29-Mar-20
NA
002
30-Mar-20
52.49
254.96
0.18
0.87
6.9
6.88
NA
002
3 l-Mar-20
73.65
420.18
0.42
2.40
6.8
6.32
NA
002
l-Apr-20
74.71
455.20
0.13
0.79
6.9
6.31
NA
002
2-Apr-20
NA
002
3-Apr-20
NA
002
4-Apr-20
NA
002
5-Apr-20
NA
002
6-Apr-20
45.27
271.79
0.23
1.38
7.0
8.98
NA
002
7-Apr-20
64.87
357.28
0.07
0.39
6.9
6.01
NA
002
8-Apr-20
65.80
377.76
0.09
0.52
6.9
5.20
NA
002
9-Apr-20
NA
002
10-Apr-20
NA
002
ll-Apr-20
NA
002
12-Apr-20
NA
002
13-Apr-20
31.27
172.79
0.07
0.39
6.9
4.88
NA
002
14-Apr-20
46.07
276.05
0.15
0.90
6.8
8.44
NA
002
15-Apr-20
42.50
283.01
0.07
0.47
6.8
6.30
28.8
002
16-Apr-20
28.0
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 66 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
17-Apr-20
28.1
002
18-Apr-20
28.2
002
19-Apr-20
28.1
002
20-Apr-20
54.48
329.91
0.10
0.61
7.0
6.13
30.1
002
21-Apr-20
71.21
348.26
0.11
0.54
6.9
5.39
30.0
002
22-Apr-20
67.22
410.36
0.14
0.85
7.0
7.60
31.0
002
23-Apr-20
30.8
002
24-Apr-20
31.0
002
25-Apr-20
30.2
002
26-Apr-20
26.5
002
27-Apr-20
47.97
322.53
0.12
0.81
7.1
7.57
26.5
002
28-Apr-20
66.14
350.72
0.19
1.01
7.0
4.48
28.5
002
29-Apr-20
68.89
396.09
0.17
0.98
7.2
5.08
29.0
002
30-Apr-20
28.9
002
l-May-20
29.2
008
2-May-20
29.3
008
3-May-20
26.5
008
4-May-20
40.00
204.55
0.22
1.13
7.6
3.86
26.0
008
5-May-20
54.83
237.16
0.10
0.43
7.7
3.52
26.2
008
6-May-20
51.56
257.73
0.14
0.70
7.2
3.66
28.2
008
7-May-20
26.3
008
8-May-20
26.7
008
9-May-20
26.7
008
10-May-20
26.6
008
1 l-May-20
36.98
154.54
0.07
0.29
7.1
5.99
26.6
008
12-May-20
52.84
221.42
0.25
1.05
7.2
5.92
26.7
008
13-May-20
47.21
205.30
0.28
1.22
7.6
7.09
25.7
008
14-May-20
25.8
008
15-May-20
25.4
008
16-May-20
26.2
008
17-May-20
26.1
008
18-May-20
31.15
165.33
0.14
0.74
7.4
5.69
27.3
008
19-May-20
44.63
241.41
0.09
0.49
7.4
5.25
26.5
008
20-May-20
45.29
273.92
0.07
0.42
7.6
5.09
27.2
008
2 l-May-20
27.1
008
22-May-20
27.0
008
23-May-20
27.0
008
24-May-20
27.3
008
25-May-20
27.0
008
26-May-20
23.80
69.76
0.07
0.21
6.8
5.38
27.0
008
27-May-20
32.30
215.47
0.07
0.47
7.3
5.30
27.3
008
28-May-20
36.50
256.76
0.12
0.84
7.5
4.82
27.7
008
29-May-20
26.3
008
30-May-20
26.9
008
3 l-May-20
26.8
008
l-Jun-20
27.27
159.13
0.19
1.11
7.4
8.56
26.7
008
2-Jun-20
33.30
207.37
0.11
0.69
7.3
3.55
27.2
008
3-Jun-20
25.53
166.72
0.14
0.91
7.2
3.17
26.8
008
4-Jun-20
27.0
008
5-Jun-20
26.3
008
6-Jun-20
26.3
008
7-Jun-20
26.7
008
8-Jun-20
32.71
211.35
0.13
0.84
7.1
7.52
26.0
008
9-Jun-20
42.90
257.57
0.07
0.42
7.1
6.48
26.2
008
10-Jun-20
30.92
156.01
0.80
4.04
7.2
5.33
27.4
008
ll-Jun-20
27.0
008
12-Jun-20
27.5
008
13-Jun-20
27.0
008
14-Jun-20
26.8
008
15-Jun-20
47.81
185.14
0.26
1.01
7.3
13.50
26.4
008
16-Jun-20
79.94
427.84
0.28
1.50
7.2
9.60
27.0
008
17-Jun-20
87.17
431.41
0.26
1.29
7.8
18.30
26.7
008
18-Jun-20
27.7
008
19-Jun-20
28.4
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 67 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
20-Jun-20
29.4
008
21-Jun-20
28.0
008
22-Jun-20
105.00
599.64
0.23
1.31
7.3
7.34
28.1
008
23-Jun-20
127.83
716.06
0.26
1.46
7.4
3.83
28.6
008
24-Jun-20
117.65
676.76
0.17
0.98
7.2
5.95
30.4
008
25-Jun-20
29.9
008
26-Jun-20
30.8
008
27-Jun-20
31.5
008
28-Jun-20
31.0
008
29-Jun-20
30.30
110.44
0.33
1.20
7.3
4.19
27.5
008
30-Jun-20
37.50
189.28
0.20
1.01
7.2
3.09
28.5
008
l-Jul-20
39.28
179.53
0.84
3.84
7.2
6.32
28.5
008
2-Jul-20
29.4
008
3-Jul-20
29.8
008
4-Jul-20
29.7
008
5-Jul-20
28.9
008
6-Jul-20
49.23
262.55
0.48
2.56
7.3
6.53
29.2
008
7-Jul-20
67.92
360.83
0.13
0.69
7.2
9.70
29.2
008
8-Jul-20
50.30
283.92
0.27
1.52
7.4
8.03
28.5
008
9-Jul-20
29.5
008
10-Jul-20
29.0
008
ll-Jul-20
30.1
008
12-Jul-20
29.6
008
13-Jul-20
35.16
213.74
0.46
2.80
7.0
18.00
29.2
008
14-Jul-20
47.65
297.65
0.44
2.75
7.3
16.10
29.6
008
15-Jul-20
38.07
220.98
0.38
2.21
7.2
7.31
29.5
008
16-Jul-20
30.6
008
17-Jul-20
31.2
008
18-Jul-20
30.2
008
19-Jul-20
30.6
008
20-Jul-20
49.79
238.08
0.48
2.30
6.9
23.20
30.9
008
21-Jul-20
75.63
345.02
0.60
2.74
6.8
27.30
31.4
008
22-Jul-20
68.93
324.23
0.44
2.07
7.0
9.70
31.5
008
23-Jul-20
30.9
008
24-Jul-20
30.5
008
25-Jul-20
29.7
008
26-Jul-20
29.9
008
27-Jul-20
59.30
325.21
0.76
4.17
6.9
7.00
30.7
008
28-Jul-20
81.00
435.72
0.53
2.85
7.0
7.08
31.0
008
29-Jul-20
83.20
498.21
0.41
2.46
6.8
8.78
31.2
008
30-Jul-20
31.8
008
31-Jul-20
32.9
008
l-Aug-20
32.9
008
2-Aug-20
32.2
008
3-Aug-20
65.86
374.60
5.34
30.37
7.0
9.09
31.7
008
4-Aug-20
91.51
510.33
3.86
21.53
6.8
5.48
30.8
008
5-Aug-20
94.00
520.64
0.31
1.72
7.0
7.60
31.0
008
6-Aug-20
31.9
008
7-Aug-20
30.4
008
8-Aug-20
31.1
008
9-Aug-20
30.5
008
10-Aug-20
56.37
306.52
0.45
2.45
6.8
7.33
30.5
008
ll-Aug-20
76.83
396.02
0.24
1.24
7.0
8.35
30.6
008
12-Aug-20
69.92
419.73
0.30
1.80
7.4
7.56
30.6
008
13-Aug-20
29.9
008
14-Aug-20
30.3
008
15-Aug-20
31.1
008
16-Aug-20
31.1
008
17-Aug-20
38.09
214.43
0.23
1.29
7.0
5.98
31.6
008
18-Aug-20
47.30
265.74
0.17
0.96
6.8
5.59
31.7
008
19-Aug-20
23.83
151.04
0.12
0.76
7.0
9.50
31.1
008
20-Aug-20
31.5
008
21-Aug-20
31.6
008
22-Aug-20
30.9
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 68 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
23-Aug-20
30.3
008
24-Aug-20
27.90
157.76
0.24
1.36
7.1
4.34
30.5
008
25-Aug-20
37.70
213.14
0.33
1.87
6.9
5.63
29.8
008
26-Aug-20
35.04
224.54
0.14
0.90
7.0
5.11
29.8
008
27-Aug-20
29.8
008
28-Aug-20
29.6
008
29-Aug-20
30.0
008
30-Aug-20
28.8
008
31-Aug-20
35.35
196.94
0.21
1.17
7.2
4.68
28.0
008
l-Sep-20
42.26
190.85
0.21
0.95
7.5
5.73
28.4
008
2-Sep-20
45.16
244.59
0.20
1.08
7.0
4.82
29.2
008
3-Sep-20
29.8
008
4-Sep-20
30.2
008
5-Sep-20
30.6
008
6-Sep-20
29.7
008
7-Sep-20
29.0
008
8-Sep-20
38.91
162.66
0.19
0.79
8.0
4.46
28.5
008
9-Sep-20
43.27
232.79
0.18
0.97
8.1
5.66
26.8
008
10-Sep-20
50.92
317.31
0.22
1.37
7.7
4.67
27.2
008
ll-Sep-20
27.7
008
12-Sep-20
27.6
008
13-Sep-20
28.3
008
14-Sep-20
36.01
203.96
0.19
1.08
7.2
3.11
28.6
008
15-Sep-20
7.5
28.4
008
16-Sep-20
32.44
216.71
0.17
1.14
7.6
5.62
28.5
008
17-Sep-20
25.14
171.53
0.11
0.75
7.6
6.86
28.1
008
18-Sep-20
29.6
008
19-Sep-20
29.5
008
20-Sep-20
29.3
008
21-Sep-20
37.32
240.95
0.11
0.71
7.2
3.40
28.9
008
22-Sep-20
37.22
212.54
0.18
1.03
7.8
3.13
28.9
008
23-Sep-20
28.3
008
24-Sep-20
36.92
224.61
0.20
1.22
8.1
3.56
28.9
008
25-Sep-20
28.1
008
26-Sep-20
28.6
008
27-Sep-20
28.2
008
28-Sep-20
23.58
135.60
0.31
1.78
7.9
3.25
28.5
008
29-Sep-20
26.38
151.78
0.26
1.50
7.2
2.89
29.0
008
30-Sep-20
22.42
137.30
0.42
2.57
8.1
2.77
28.7
008
l-Oct-20
NA
002
2-Oct-20
NA
002
3-Oct-20
NA
002
4-Oct-20
NA
002
5-Oct-20
39.57
235.63
0.13
0.77
7.4
2.72
NA
002
6-Oct-20
53.11
291.90
0.09
0.49
7.3
4.10
NA
002
7-Oct-20
41.09
236.63
0.08
0.46
7.4
4.90
NA
002
8-Oct-20
NA
002
9-Oct-20
NA
002
10-0ct-20
NA
002
1 l-Oct-20
NA
002
12-Oct-20
40.00
219.86
0.20
1.10
7.8
3.41
NA
002
13-Oct-20
49.10
282.33
0.28
1.61
7.7
2.60
NA
002
14-Oct-20
52.10
307.34
0.15
0.88
7.8
2.66
NA
002
15-Oct-20
NA
002
16-Oct-20
NA
002
17-Oct-20
NA
002
18-Oct-20
NA
002
19-Oct-20
8.1
NA
002
20-0ct-20
51.30
262.71
0.10
0.51
8.1
2.74
NA
002
2 l-Oct-20
54.60
275.70
0.12
0.61
8.0
2.75
NA
002
22-Oct-20
57.28
309.97
0.12
0.65
3.00
NA
002
23-Oct-20
NA
002
24-Oct-20
NA
002
25-Oct-20
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 69 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
26-Oct-20
NA
002
27-Oct-20
63.60
400.24
0.10
0.63
8.2
4.63
NA
002
28-Oct-20
73.70
416.67
0.07
0.40
7.8
4.19
NA
002
29-Oct-20
67.30
423.96
7.40
46.62
7.9
19.90
NA
002
30-0ct-20
NA
002
31-Oct-20
NA
002
l-Nov-20
NA
002
2-Nov-20
48.90
252.68
0.07
0.36
7.2
4.03
NA
002
3-Nov-20
60.19
274.08
0.07
0.32
7.8
3.60
NA
002
4-Nov-20
60.91
285.53
0.08
0.38
7.8
4.52
NA
002
5-Nov-20
NA
002
6-Nov-20
NA
002
7-Nov-20
NA
002
8-Nov-20
NA
002
9-Nov-20
27.74
122.15
0.26
1.14
7.9
10.40
NA
002
lO-Nov-20
35.16
199.08
0.12
0.68
8.0
6.46
NA
002
ll-Nov-20
29.69
148.19
0.07
0.35
8.0
4.20
NA
002
12-Nov-20
NA
002
13-Nov-20
NA
002
14-Nov-20
NA
002
15-Nov-20
NA
002
16-Nov-20
48.10
281.21
0.16
0.94
8.0
6.56
NA
002
17-Nov-20
65.80
426.41
0.19
1.23
7.9
13.40
NA
002
18-Nov-20
NA
002
19-Nov-20
30.08
167.23
0.07
0.39
7.5
15.80
NA
002
20-Nov-20
NA
002
21-Nov-20
NA
002
22-Nov-20
29.50
179.11
0.08
0.49
7.8
6.37
NA
002
23-Nov-20
36.40
223.43
0.11
0.68
7.3
5.55
NA
002
24-Nov-20
46.50
252.84
0.14
0.76
7.5
5.10
NA
002
25-Nov-20
NA
002
26-Nov-20
NA
002
27-Nov-20
NA
002
28-Nov-20
NA
002
29-Nov-20
NA
002
30-Nov-20
27.40
143.86
0.14
0.74
7.3
4.45
NA
002
l-Dec-20
36.22
188.49
0.08
0.42
7.9
5.57
NA
002
2-Dec-20
32.97
161.41
0.07
0.34
8.0
3.81
NA
002
3-Dec-20
NA
002
4-Dec-20
NA
002
5-Dec-20
NA
002
6-Dec-20
NA
002
7-Dec-20
31.05
165.13
0.07
0.37
7.0
12.50
NA
002
8-Dec-20
57.87
287.14
0.07
0.35
7.9
8.19
NA
002
9-Dec-20
53.78
265.53
0.07
0.35
8.0
6.45
NA
002
10-Dec-20
NA
002
1 l-Dec-20
NA
002
12-Dec-20
NA
002
13-Dec-20
NA
002
14-Dec-20
32.77
170.43
0.07
0.36
6.9
13.00
NA
002
15-Dec-20
46.84
237.51
0.07
0.35
7.8
6.33
NA
002
16-Dec-20
51.72
280.37
0.07
0.38
7.8
4.99
NA
002
17-Dec-20
NA
002
18-Dec-20
NA
002
19-Dec-20
NA
002
20-Dec-20
NA
002
2 l-Dec-20
29.69
117.28
0.07
0.28
7.2
12.30
NA
002
22-Dec-20
39.68
159.18
0.07
0.28
7.9
5.88
NA
002
23-Dec-20
28.18
117.51
0.42
1.75
8.0
4.15
NA
002
24-Dec-20
NA
002
25-Dec-20
NA
002
26-Dec-20
NA
002
27-Dec-20
NA
002
28-Dec-20
45.18
190.54
0.17
0.72
7.3
7.59
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 70 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
29-Dec-20
61.57
273.58
0.25
1.11
7.7
6.42
NA
002
30-Dec-20
72.53
335.43
0.22
1.02
7.4
5.86
NA
002
31-Dec-20
NA
002
l-Jan-21
NA
002
2-Jan-21
NA
002
3-Jan-21
NA
002
4-Jan-21
53.18
250.34
0.11
0.52
7.9
5.59
NA
002
5-Jan-21
63.33
304.44
0.64
3.08
7.4
6.14
NA
002
6-Jan-21
42.14
216.76
0.24
1.23
7.2
4.84
NA
002
7-Jan-21
NA
002
8-Jan-21
NA
002
9-Jan-21
NA
002
10-Jan-21
NA
002
ll-Jan-21
24.31
95.27
0.18
0.71
7.3
5.36
NA
002
12-Jan-21
35.22
169.83
0.14
0.68
7.3
2.94
NA
002
13-Jan-21
24.85
122.84
0.16
0.79
7.5
3.19
NA
002
14-Jan-21
NA
002
15-Jan-21
NA
002
16-Jan-21
NA
002
17-Jan-21
NA
002
18-Jan-21
27.02
133.99
0.07
0.35
7.7
3.61
NA
002
19-Jan-21
40.42
195.70
0.18
0.87
7.5
2.75
NA
002
20-Jan-21
38.60
186.77
0.07
0.34
7.2
3.18
NA
002
21-Jan-21
NA
002
22-Jan-21
NA
002
23-Jan-21
NA
002
24-Jan-21
NA
002
25-Jan-21
28.90
144.10
0.19
0.95
7.4
3.60
NA
002
26-Jan-21
42.20
202.06
0.20
0.96
7.3
3.86
NA
002
27-Jan-21
31.60
152.00
0.17
0.82
7.3
4.72
NA
002
28-Jan-21
NA
002
29-Jan-21
NA
002
30-Jan-21
NA
002
31-Jan-21
NA
002
l-Feb-21
25.27
123.36
0.28
1.37
7.0
3.46
N/A
002
2-Feb-21
33.46
170.66
0.22
1.12
7.0
5.15
N/A
002
3-Feb-21
26.86
136.87
0.16
0.82
7.2
2.86
N/A
002
4-Feb-21
N/A
002
5-Feb-21
N/A
002
6-Feb-21
N/A
002
7-Feb-21
N/A
002
8-Feb-21
34.15
173.80
0.40
2.04
7.1
7.09
N/A
002
9-Feb-21
45.37
224.31
0.42
2.08
7.3
8.73
N/A
002
10-Feb-21
81.25
425.18
0.53
2.77
7.1
8.88
N/A
002
1l-Feb-21
N/A
002
12-Feb-21
N/A
002
13-Feb-21
N/A
002
14-Feb-21
N/A
002
15-Feb-21
35.61
189.66
0.42
2.24
7.0
12.30
N/A
002
16-Feb-21
45.11
286.22
0.07
0.44
6.9
13.10
N/A
002
17-Feb-21
50.27
346.14
0.37
2.55
6.9
12.80
N/A
002
18-Feb-21
N/A
002
19-Feb-21
N/A
002
20-Feb-21
N/A
002
2l-Feb-21
N/A
002
22-Feb-21
59.59
322.54
0.16
0.87
7.2
7.80
N/A
002
23-Feb-21
76.15
391.85
0.37
1.90
7.4
8.11
N/A
002
24-Feb-21
57.84
321.75
0.25
1.39
7.4
8.60
N/A
002
25-Feb-21
N/A
002
26-Feb-21
N/A
002
27-Feb-21
N/A
002
28-Feb-21
N/A
002
l-Mar-21
46.14
248.40
0.23
1.24
7.2
5.85
NA
002
2-Mar-21
56.97
338.55
0.26
1.55
7.0
8.29
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 71 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
3-Mar-21
40.17
232.19
0.30
1.73
7.4
9.64
NA
002
4-Mar-21
NA
002
5-Mar-21
NA
002
6-Mar-21
NA
002
7-Mar-21
NA
002
8-Mar-21
56.21
323.47
0.17
0.98
7.6
6.73
NA
002
9-Mar-21
69.70
381.91
0.19
1.04
7.4
7.66
NA
002
10-Mar-21
48.17
267.16
0.13
0.72
7.2
8.62
NA
002
ll-Mar-21
NA
002
12-Mar-21
NA
002
13-Mar-21
NA
002
14-Mar-21
NA
002
15-Mar-21
43.21
269.56
0.40
2.50
7.2
10.90
NA
002
16-Mar-21
57.36
343.79
0.50
3.00
7.4
29.40
NA
002
17-Mar-21
NA
002
18-Mar-21
29.36
176.10
0.52
3.12
7.3
17.40
NA
002
19-Mar-21
NA
002
20-Mar-21
NA
002
21-Mar-21
NA
002
22-Mar-21
45.53
260.87
0.54
3.09
7.1
10.40
NA
002
23-Mar-21
60.40
336.93
0.07
0.39
7.0
8.14
NA
002
24-Mar-21
56.20
318.68
0.20
1.13
7.0
6.28
NA
002
25-Mar-21
NA
002
26-Mar-21
NA
002
27-Mar-21
NA
002
28-Mar-21
NA
002
29-Mar-21
47.30
289.94
0.43
2.64
7.4
7.97
NA
002
30-Mar-21
65.30
396.05
0.07
0.42
7.3
7.98
NA
002
31-Mar-21
52.40
314.59
0.43
2.58
7.0
8.82
NA
002
l-Apr-21
NA
002
2-Apr-21
NA
002
3-Apr-21
NA
002
4-Apr-21
NA
002
5-Apr-21
53.20
329.22
0.47
2.91
7.3
9.59
NA
002
6-Apr-21
68.10
429.37
0.38
2.40
7.1
11.40
NA
002
7-Apr-21
67.00
418.84
0.07
0.44
7.0
12.70
NA
002
8-Apr-21
NA
002
9-Apr-21
NA
002
10-Apr-21
NA
002
ll-Apr-21
NA
002
12-Apr-21
48.18
298.15
0.46
2.85
7.2
7.80
NA
002
13-Apr-21
57.37
348.80
0.15
0.91
7.5
8.71
NA
002
14-Apr-21
43.50
253.98
0.23
1.34
7.4
7.03
NA
002
15-Apr-21
27.2
002
16-Apr-21
26.9
002
17-Apr-21
27.1
002
18-Apr-21
27.8
002
19-Apr-21
39.12
234.91
0.44
2.64
7.1
17.40
28.3
002
20-Apr-21
53.80
310.78
0.40
2.31
7.4
17.50
27.1
002
21-Apr-21
38.80
211.70
0.64
3.49
7.1
20.20
27.4
002
22-Apr-21
28.6
002
23-Apr-21
28.2
002
24-Apr-21
28.7
002
25-Apr-21
28.4
002
26-Apr-21
43.20
272.38
0.38
2.40
7.3
10.40
28.2
002
27-Apr-21
58.80
348.93
0.43
2.55
7.1
10.30
27.3
002
28-Apr-21
51.00
291.68
0.40
2.29
7.1
14.40
28.3
002
29-Apr-21
29.2
002
30-Apr-21
29.2
002
l-May-21
29.4
008
2-May-21
28.5
008
3-May-21
43.73
240.57
0.42
2.31
7.3
6.86
28.5
008
4-May-21
58.36
326.79
0.31
1.74
7.0
6.90
28.3
008
5-May-21
59.74
359.72
0.46
2.77
7.2
14.50
28.3
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 72 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
6-May-21
29.1
008
7-May-21
27.9
008
8-May-21
26.9
008
9-May-21
27.1
008
10-May-21
49.82
307.50
1.00
6.17
7.2
9.43
28.2
008
ll-May-21
59.58
369.02
0.90
5.57
7.3
10.10
28.3
008
12-May-21
63.94
407.94
1.03
6.57
7.3
12.80
28.1
008
13-May-21
28.8
008
14-May-21
28.9
008
15-May-21
28.9
008
16-May-21
28.8
008
17-May-21
53.79
237.16
1.61
7.10
7.4
8.83
30.1
008
18-May-21
68.78
430.75
1.14
7.14
7.2
12.40
28.7
008
19-May-21
58.60
378.54
0.56
3.62
7.4
12.10
29.3
008
20-May-21
28.9
008
21-May-21
27.4
008
22-May-21
28.6
008
23-May-21
28.5
008
24-May-21
47.80
256.36
0.64
3.43
7.3
14.00
28.3
008
25-May-21
67.30
385.56
0.72
4.12
7.1
17.80
27.7
008
26-May-21
66.40
468.97
0.60
4.24
7.3
17.00
27.9
008
27-May-21
28.2
008
28-May-21
27.6
008
29-May-21
27.4
008
30-May-21
27.3
008
31-May-21
27.6
008
l-Jun-21
21.80
120.09
0.91
5.01
7.1
7.86
29.6
008
2-Jun-21
80.48
466.70
1.51
8.76
7.1
9.90
30.1
008
3-Jun-21
72.63
443.52
2.02
12.34
7.3
7.76
29.9
008
4-Jun-21
30.5
008
5-Jun-21
30.2
008
6-Jun-21
30.0
008
7-Jun-21
70.00
443.07
8.18
51.78
7.2
17.10
28.8
008
8-Jun-21
74.94
470.11
0.29
1.82
6.9
4.80
29.5
008
9-Jun-21
63.14
400.47
0.44
2.79
7.5
21.10
29.6
008
10-Jun-21
29.8
008
ll-Jun-21
30.2
008
12-Jun-21
30.1
008
13-Jun-21
30.0
008
14-Jun-21
43.45
266.17
0.61
3.74
7.2
5.48
30.6
008
15-Jun-21
52.62
313.66
0.53
3.16
7.0
7.67
30.4
008
16-Jun-21
34.40
179.40
0.35
1.83
7.2
4.58
30.0
008
17-Jun-21
29.8
008
18-Jun-21
30.8
008
19-Jun-21
30.6
008
20-Jun-21
30.2
008
21-Jun-21
26.30
162.21
3.11
19.18
7.3
4.94
30.7
008
22-Jun-21
34.10
198.22
1.12
6.51
7.3
4.96
30.9
008
23-Jun-21
32.00
145.36
0.39
1.77
7.3
5.65
30.9
008
24-Jun-21
31.2
008
25-Jun-21
31.0
008
26-Jun-21
34.7
008
27-Jun-21
34.6
008
28-Jun-21
36.61
182.41
0.64
3.19
6.9
7.12
34.4
008
29-Jun-21
50.00
261.17
0.37
1.93
7.1
8.60
34.6
008
30-Jun-21
35.10
191.45
0.39
2.13
7.0
5.45
35.4
008
l-Jul-21
33.8
008
2-Jul-21
33.2
008
3-Jul-21
32.9
008
4-Jul-21
32.7
008
5-Jul-21
33.0
008
6-Jul-21
59.61
215.70
1.51
5.46
6.9
3.95
32.4
008
7-Jul-21
74.16
481.08
0.73
4.74
7.1
4.09
32.8
008
8-Jul-21
68.10
439.81
0.17
1.10
7.1
3.61
31.8
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 73 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
9-Jul-21
32.1
008
lO-Jul-21
33.0
008
ll-Jul-21
32.6
008
12-Jul-21
35.43
216.00
0.50
3.05
7.1
9.34
33.0
008
13-Jul-21
48.79
283.21
0.51
2.96
7.0
7.90
32.5
008
14-Jul-21
47.20
248.39
0.54
2.84
7.3
8.58
32.8
008
15-Jul-21
32.2
008
16-Jul-21
32.2
008
17-Jul-21
32.2
008
18-Jul-21
32.8
008
19-Jul-21
57.06
342.16
0.66
3.96
7.2
7.78
32.8
008
20-Jul-21
70.85
423.08
0.59
3.52
7.1
6.53
32.0
008
21-Jul-21
51.90
300.03
0.30
1.73
6.9
6.75
31.6
008
22-Jul-21
31.0
008
23-Jul-21
31.0
008
24-Jul-21
32.2
008
25-Jul-21
33.0
008
26-Jul-21
34.90
185.70
0.41
2.18
7.0
7.60
32.4
008
27-Jul-21
44.60
261.86
0.53
3.11
7.1
8.49
32.3
008
28-Jul-21
31.30
196.56
0.61
3.83
7.0
9.07
32.3
008
29-Jul-21
31.6
008
30-Jul-21
32.4
008
31-Jul-21
32.2
008
l-Aug-21
36.60
217.33
0.35
2.08
6.9
6.43
32.5
008
2-Aug-21
51.03
300.47
0.32
1.88
7.2
6.69
32.3
008
3-Aug-21
41.32
241.52
0.55
3.21
6.9
6.19
32.0
008
4-Aug-21
31.8
008
5-Aug-21
32.3
008
6-Aug-21
31.8
008
7-Aug-21
31.2
008
8-Aug-21
51.18
317.14
0.53
3.28
7.0
11.90
30.8
008
9-Aug-21
69.24
442.34
0.31
1.98
7.0
16.40
29.9
008
10-Aug-21
43.52
283.72
0.32
2.09
7.1
10.90
30.3
008
ll-Aug-21
31.2
008
12-Aug-21
31.1
008
13-Aug-21
31.8
008
14-Aug-21
32.1
008
15-Aug-21
45.14
328.28
0.59
4.29
6.9
5.84
32.1
008
16-Aug-21
55.75
399.86
0.40
2.87
7.0
5.04
31.3
008
17-Aug-21
33.40
242.86
0.33
2.40
6.9
6.99
30.0
008
18-Aug-21
29.1
008
19-Aug-21
29.0
008
20-Aug-21
29.3
008
21-Aug-21
29.2
008
22-Aug-21
29.30
211.62
0.41
2.96
7.1
8.39
29.2
008
23-Aug-21
37.40
272.03
0.28
2.04
7.0
20.40
28.5
008
24-Aug-21
28.40
191.00
0.41
2.76
6.9
10.40
28.0
008
25-Aug-21
28.7
008
26-Aug-21
29.1
008
27-Aug-21
29.8
008
28-Aug-21
29.6
008
29-Aug-21
40.80
240.91
0.35
2.07
7.3
3.99
29.6
008
30-Aug-21
44.60
236.94
0.30
1.59
7.3
3.24
29.1
008
31-Aug-21
27.7
008
l-Sep-21
28.02
147.05
0.18
0.94
7.0
3.85
27.6
008
2-Sep-21
27.4
008
3-Sep-21
28.4
008
4-Sep-21
28.9
008
5-Sep-21
28.3
008
6-Sep-21
29.7
008
7-Sep-21
31.12
149.83
0.07
0.34
7.2
10.20
28.5
008
8-Sep-21
26.06
126.67
0.42
2.04
7.2
10.60
28.3
008
9-Sep-21
17.24
80.74
0.73
3.42
7.1
6.23
28.7
008
10-Sep-21
29.7
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 74 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
ll-Sep-21
29.3
008
12-Sep-21
28.4
008
13-Sep-21
18.04
125.63
0.48
3.34
7.0
6.14
29.4
008
14-Sep-21
18.90
132.93
0.43
3.02
7.3
3.40
28.7
008
15-Sep-21
16.90
132.20
0.29
2.27
7.1
3.65
28.9
008
16-Sep-21
28.7
008
17-Sep-21
28.8
008
18-Sep-21
29.2
008
19-Sep-21
28.3
008
20-Sep-21
27.90
168.11
0.50
3.01
7.0
2.82
27.3
008
21-Sep-21
28.90
208.63
0.46
3.32
7.4
1.92
27.7
008
22-Sep-21
20.30
141.78
0.36
2.51
7.1
1.77
28.2
008
23-Sep-21
28.8
008
24-Sep-21
28.4
008
25-Sep-21
28.4
008
26-Sep-21
29.0
008
27-Sep-21
21.50
149.71
0.44
3.06
7.3
2.11
28.9
008
28-Sep-21
28.80
200.05
0.46
3.20
7.4
2.68
27.6
008
29-Sep-21
19.60
138.50
0.34
2.40
7.4
1.83
27.8
008
30-Sep-21
28.2
008
l-Oct-21
25.96
162.17
0.40
2.50
7.2
2.57
NA
002
2-Oct-21
27.87
184.47
0.33
2.18
7.3
2.67
NA
002
3-Oct-21
17.58
109.31
0.08
0.50
7.2
2.34
NA
002
4-Oct-21
NA
002
5-Oct-21
NA
002
6-Oct-21
NA
002
7-Oct-21
NA
002
8-Oct-21
25.79
138.56
0.21
1.13
7.3
2.51
NA
002
9-Oct-21
34.95
190.20
0.14
0.76
7.1
2.20
NA
002
10-Oct-21
35.20
212.08
0.10
0.60
7.3
3.45
NA
002
1 l-Oct-21
NA
002
12-Oct-21
NA
002
13-Oct-21
NA
002
14-Oct-21
NA
002
15-Oct-21
24.78
146.91
0.18
1.07
7.5
2.40
NA
002
16-Oct-21
41.09
247.44
0.24
1.45
7.8
2.59
NA
002
17-Oct-21
29.51
174.61
0.14
0.83
7.8
2.41
NA
002
18-Oct-21
NA
002
19-Oct-21
NA
002
20-Oct-21
NA
002
2 l-Oct-21
NA
002
22-Oct-21
56.60
311.08
0.24
1.32
7.8
4.02
NA
002
23-Oct-21
64.30
342.28
0.24
1.28
7.9
3.81
NA
002
24-Oct-21
59.00
329.02
0.25
1.39
7.8
3.53
NA
002
25-Oct-21
NA
002
26-Oct-21
NA
002
27-Oct-21
NA
002
28-Oct-21
NA
002
29-Oct-21
NA
002
30-Oct-21
NA
002
3 l-Oct-21
NA
002
l-Nov-21
7.0
NA
002
2-Nov-21
66.18
358.98
0.26
1.41
7.1
9.74
NA
002
3-Nov-21
55.57
299.39
0.26
1.40
7.2
6.59
NA
002
4-Nov-21
39.80
221.07
0.28
1.56
7.1
8.06
NA
002
5-Nov-21
NA
002
6-Nov-21
NA
002
7-Nov-21
NA
002
8-Nov-21
53.80
319.03
0.30
1.78
7.0
5.10
NA
002
9-Nov-21
67.36
396.66
0.07
0.41
7.2
4.75
NA
002
lO-Nov-21
54.88
328.17
0.26
1.55
7.2
4.36
NA
002
ll-Nov-21
NA
002
12-Nov-21
NA
002
13-Nov-21
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 75 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
14-Nov-21
NA
002
15-Nov-21
37.00
235.63
0.10
0.64
6.9
3.19
NA
002
16-Nov-21
7.0
NA
002
17-Nov-21
49.90
313.37
0.15
0.94
7.0
3.50
NA
002
18-Nov-21
21.26
129.08
0.11
0.67
7.0
3.12
NA
002
19-Nov-21
NA
002
20-Nov-21
NA
002
21-Nov-21
23.17
131.50
0.21
1.19
7.0
2.76
NA
002
22-Nov-21
31.02
175.26
0.17
0.96
7.0
3.71
NA
002
23-Nov-21
43.50
249.27
0.24
1.38
7.0
2.15
NA
002
24-Nov-21
NA
002
25-Nov-21
NA
002
26-Nov-21
NA
002
27-Nov-21
NA
002
28-Nov-21
NA
002
29-Nov-21
26.20
178.30
0.12
0.82
7.0
3.02
NA
002
30-Nov-21
21.50
143.27
0.10
0.67
7.2
3.39
NA
002
l-Dec-21
16.67
108.30
0.07
0.45
7.5
2.11
NA
002
2-Dec-21
NA
002
3-Dec-21
NA
002
4-Dec-21
NA
002
5-Dec-21
NA
002
6-Dec-21
53.39
226.64
0.47
2.00
7.1
2.82
NA
002
7-Dec-21
41.91
142.96
0.28
0.96
7.1
6.46
NA
002
8-Dec-21
25.13
107.94
0.07
0.30
6.9
4.17
NA
002
9-Dec-21
NA
002
10-Dec-21
NA
002
1 l-Dec-21
NA
002
12-Dec-21
NA
002
13-Dec-21
52.57
280.16
0.45
2.40
7.1
4.70
NA
002
14-Dec-21
57.10
384.78
0.07
0.47
7.2
2.48
NA
002
15-Dec-21
42.87
286.00
0.07
0.47
7.3
4.46
NA
002
16-Dec-21
NA
002
17-Dec-21
NA
002
18-Dec-21
NA
002
19-Dec-21
26.36
107.50
0.47
1.92
7.0
2.20
NA
002
20-Dec-21
47.49
299.43
0.46
2.90
7.0
2.31
NA
002
2 l-Dec-21
51.30
270.82
0.07
0.37
7.4
4.24
NA
002
22-Dec-21
NA
002
23-Dec-21
NA
002
24-Dec-21
NA
002
25-Dec-21
NA
002
26-Dec-21
32.40
160.10
0.09
0.44
8.1
4.32
NA
002
27-Dec-21
31.20
160.57
0.07
0.36
7.2
4.57
NA
002
28-Dec-21
38.60
177.64
0.07
0.32
7.9
14.80
NA
002
29-Dec-21
NA
002
30-Dec-21
NA
002
3 l-Dec-21
NA
002
l-Jan-22
NA
002
2-Jan-22
NA
002
3-Jan-22
22.51
130.34
0.07
0.41
7.7
2.85
NA
002
4-Jan-22
15.43
86.91
0.07
0.39
8.1
3.27
NA
002
5-Jan-22
12.10
67.39
0.22
1.23
8.0
2.40
NA
002
6-Jan-22
NA
002
7-Jan-22
NA
002
8-Jan-22
NA
002
9-Jan-22
NA
002
10-Jan-22
28.04
177.26
0.21
1.33
7.9
1.98
NA
002
ll-Jan-22
NA
002
12-Jan-22
18.13
111.75
0.11
0.68
7.8
4.63
NA
002
13-Jan-22
14.77
86.09
0.13
0.76
7.8
4.34
NA
002
14-Jan-22
NA
002
15-Jan-22
NA
002
16-Jan-22
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 76 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
17-Jan-22
38.09
221.10
0.60
3.48
7.6
4.55
NA
002
18-Jan-22
24.06
136.85
0.24
1.37
7.7
3.94
NA
002
19-Jan-22
18.77
114.17
0.09
0.55
7.7
1.99
NA
002
20-Jan-22
NA
002
21-Jan-22
NA
002
22-Jan-22
NA
002
23-Jan-22
NA
002
24-Jan-22
27.31
158.30
0.42
2.43
7.8
2.46
NA
002
25-Jan-22
27.02
157.52
0.07
0.41
7.6
3.35
NA
002
26-Jan-22
17.50
102.31
0.16
0.94
7.8
2.38
NA
002
27-Jan-22
NA
002
28-Jan-22
NA
002
29-Jan-22
NA
002
30-Jan-22
NA
002
31-Jan-22
21.60
93.00
0.16
0.69
7.8
5.87
NA
002
l-Feb-22
24.02
120.46
0.42
2.11
8.1
3.80
N/A
002
2-Feb-22
9.56
54.38
0.26
1.48
8.1
3.97
N/A
002
3-Feb-22
N/A
002
4-Feb-22
N/A
002
5-Feb-22
N/A
002
6-Feb-22
N/A
002
7-Feb-22
22.07
134.28
0.19
1.16
7.8
4.88
N/A
002
8-Feb-22
18.30
117.83
1.35
8.69
7.8
3.97
N/A
002
9-Feb-22
10.88
62.34
0.08
0.46
7.7
3.41
N/A
002
10-Feb-22
N/A
002
1l-Feb-22
N/A
002
12-Feb-22
N/A
002
13-Feb-22
N/A
002
14-Feb-22
23.98
126.60
0.13
0.69
7.9
3.98
N/A
002
15-Feb-22
20.37
112.54
0.30
1.66
7.6
3.24
N/A
002
16-Feb-22
10.97
62.58
0.17
0.97
7.3
4.07
N/A
002
17-Feb-22
N/A
002
18-Feb-22
N/A
002
19-Feb-22
N/A
002
20-Feb-22
N/A
002
2 l-Feb-22
21.11
103.82
0.07
0.34
7.0
7.38
N/A
002
22-Feb-22
23.91
127.13
0.10
0.54
7.2
4.43
N/A
002
23-Feb-22
17.87
111.92
0.07
0.44
8.1
4.65
N/A
002
24-Feb-22
N/A
002
25-Feb-22
N/A
002
26-Feb-22
N/A
002
27-Feb-22
N/A
002
28-Feb-22
N/A
002
l-Mar-22
13.60
86.29
0.22
1.37
7.2
3.41
NA
002
2-Mar-22
9.83
64.54
0.19
1.27
7.9
3.30
NA
002
3-Mar-22
8.91
58.88
0.56
3.68
7.9
3.01
NA
002
4-Mar-22
NA
002
5-Mar-22
NA
002
6-Mar-22
NA
002
7-Mar-22
22.00
142.36
0.07
0.45
7.3
6.93
NA
002
8-Mar-22
22.80
120.11
0.35
1.86
7.2
2.86
NA
002
9-Mar-22
12.40
76.76
0.07
0.43
7.7
2.27
NA
002
10-Mar-22
NA
002
1 l-Mar-22
NA
002
12-Mar-22
NA
002
13-Mar-22
NA
002
14-Mar-22
21.90
124.31
0.12
0.68
7.1
4.51
NA
002
15-Mar-22
18.70
125.46
0.12
0.81
7.2
3.75
NA
002
16-Mar-22
9.15
62.48
0.07
0.48
8.2
4.26
NA
002
17-Mar-22
NA
002
18-Mar-22
NA
002
19-Mar-22
NA
002
20-Mar-22
NA
002
2 l-Mar-22
16.40
86.75
0.11
0.58
7.7
4.21
NA
002
Fact Sheet: WA0050202 - Washington Beef LLC
Page 77 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxygen
Turbidity
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
22-Mar-22
9.70
47.99
0.07
0.35
7.6
3.86
NA
002
23-Mar-22
9.04
44.63
0.07
0.35
7.3
3.33
NA
002
24-Mar-22
NA
002
25-Mar-22
NA
002
26-Mar-22
NA
002
27-Mar-22
NA
002
28-Mar-22
18.60
65.02
0.07
0.24
8.2
4.60
NA
002
29-Mar-22
11.20
64.97
0.08
0.46
7.8
3.61
NA
002
30-Mar-22
12.30
84.63
0.08
0.57
7.7
3.40
NA
002
31-Mar-22
NA
002
l-Apr-22
NA
002
2-Apr-22
NA
002
3-Apr-22
NA
002
4-Apr-22
34.90
192.99
0.07
0.39
7.6
2.79
NA
002
5-Apr-22
29.20
166.45
0.07
0.40
8.0
3.09
NA
002
6-Apr-22
21.50
129.28
0.13
0.75
8.0
2.14
NA
002
7-Apr-22
NA
002
8-Apr-22
NA
002
9-Apr-22
NA
002
10-Apr-22
NA
002
1 l-Apr-22
24.80
147.62
0.17
1.02
7.9
2.14
NA
002
12-Apr-22
27.10
164.94
0.13
0.80
7.8
2.27
NA
002
13-Apr-22
14.00
87.10
0.10
0.63
8.1
8.46
NA
002
14-Apr-22
NA
002
15-Apr-22
25.1
002
16-Apr-22
25.3
002
17-Apr-22
25.8
002
18-Apr-22
19.80
86.86
0.07
0.31
8.3
4.47
22.9
002
19-Apr-22
22.30
112.52
0.07
0.35
8.3
2.06
25.2
002
20-Apr-22
15.80
99.73
0.09
0.60
8.5
3.17
25.3
002
2 l-Apr-22
25.1
002
22-Apr-22
26.9
002
23-Apr-22
27.3
002
24-Apr-22
27.8
002
25-Apr-22
21.50
144.17
0.07
0.47
7.9
2.16
27.9
002
26-Apr-22
19.30
102.69
0.17
0.90
8.3
3.02
26.1
002
27-Apr-22
10.20
71.08
0.13
0.89
7.9
3.06
26.7
002
28-Apr-22
27.2
002
29-Apr-22
27.3
002
30-Apr-22
28.2
002
l-May-22
27.6
008
2-May-22
21.40
143.14
0.25
1.69
7.7
3.75
28.2
008
3-May-22
19.70
117.64
0.16
0.96
7.7
2.02
27.3
008
4-May-22
11.30
71.17
0.16
0.98
7.6
2.10
28.5
008
5-May-22
29.2
008
6-May-22
27.8
008
7-May-22
24.3
008
8-May-22
23.1
008
9-May-22
19.00
110.92
0.11
0.64
7.8
2.53
26.6
008
10-May-22
22.50
153.69
0.10
0.69
8.0
5.39
26.6
008
1 l-May-22
12.30
73.65
0.57
3.41
7.8
3.35
27.3
008
12-May-22
27.5
008
13-May-22
26.9
008
14-May-22
28.0
008
15-May-22
27.6
008
16-May-22
28.0
008
17-May-22
15.50
69.00
0.07
0.32
7.1
3.96
27.4
008
18-May-22
11.50
64.07
0.13
0.72
7.7
2.32
28.0
008
19-May-22
11.00
70.46
0.11
0.70
7.5
5.42
26.3
008
20-May-22
26.9
008
2 l-May-22
28.7
008
22-May-22
29.4
008
23-May-22
18.70
116.52
0.17
1.05
7.4
3.78
29.0
008
24-May-22
15.40
87.18
0.60
3.41
7.4
3.69
29.1
008
Fact Sheet: WA0050202 - Washington Beef LLC
Page 78 of 187
-------
Date
Total Nitrogen
Total Ammonia as N
Dissolved Oxveen
Turbiditv
Temperature
Outfall Used
mg/L
lbs/day
mg/L
lbs/day
mg/L
NTU
°C
25-May-22
13.00
89.23
1.06
7.28
7.2
2.94
28.0
008
26-May-22
30.5
008
27-May-22
30.7
008
28-May-22
29.4
008
29-May-22
30.1
008
30-May-22
30.8
008
31-May-22
14.70
44.63
0.20
0.60
7.4
7.96
26.4
008
l-Jun-22
16.40
109.15
1.04
6.92
7.7
5.40
29.9
008
2-Jun-22
24.20
182.45
6.17
46.52
7.5
3.89
30.7
008
3-Jun-22
31.1
008
4-Jun-22
30.4
008
5-Jun-22
29.2
008
6-Jun-22
7.2
29.8
008
7-Jun-22
18.50
124.67
0.10
0.67
7.5
3.14
29.0
008
8-Jun-22
14.60
93.64
0.13
0.84
7.4
3.09
30.2
008
9-Jun-22
14.60
98.39
0.10
0.65
7.5
1.87
30.7
008
10-Jun-22
31.0
008
ll-Jun-22
30.9
008
12-Jun-22
28.9
008
13-Jun-22
24.90
168.83
0.11
0.73
7.8
2.18
27.4
008
14-Jun-22
26.30
174.10
0.09
0.60
7.5
1.93
27.7
008
15-Jun-22
15.60
103.27
0.37
2.46
7.3
2.19
28.3
008
16-Jun-22
28.0
008
17-Jun-22
28.0
008
18-Jun-22
28.3
008
19-Jun-22
29.4
008
20-Jun-22
25.80
140.07
0.07
0.38
7.6
1.73
28.2
008
21-Jun-22
22.90
124.41
0.10
0.52
7.4
2.15
29.0
008
22-Jun-22
12.70
69.75
0.14
0.79
7.0
2.27
29.4
008
23-Jun-22
29.3
008
24-Jun-22
29.0
008
25-Jun-22
29.0
008
26-Jun-22
30.4
008
27-Jun-22
20.30
113.80
0.07
0.39
7.1
1.98
31.0
008
28-Jun-22
19.20
115.03
0.09
0.54
7.2
1.50
31.3
008
29-Jun-22
16.30
94.97
0.09
0.50
7.2
1.88
30.3
008
30-Jun-22
30.6
008
Minimum
8.91
44.6
0.07
0.19
6.80
1.11
22.90
Average
60.8
339
0.33
1.89
7.35
5.73
29.24
Maximum
141
981
8.18
51.8
9.30
29.4
36.00
Standard dev.
28.7
164
0.63
3.93
0.46
3.59
1.73
CV
0.472
0.485
1.911
2.083
0.063
0.627
0.059
Count
796
796
796
796
807
796
875
Fact Sheet: WA0050202 - Washington Beef LLC
Page 79 of 187
-------
Table 21: E. coli Geometric Mean, Effluent
DMR
Monitoring
Perm
Value
DMR Value
Period End
Parameter
Feature
DMR
Limit Unit
Qualifier
Qualifier
Date
Code
ID
Parameter Desc
Value
Desc
Statistical Base Long Desc
Code
Desc
03/31/2010
31648
002
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
04/30/2010
31648
002
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
05/31/2010
31648
002
E. coli, MTEC-MF
6.
#/100 ml
Monthly Geometric Mean
05/31/2010
31648
008
E. coli, MTEC-MF
48.
#/100 ml
Monthly Geometric Mean
06/30/2010
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
07/31/2010
31648
002
E. coli, MTEC-MF
11.
#/100 ml
Monthly Geometric Mean
08/31/2010
31648
002
E. coli, MTEC-MF
8.
#/100 ml
Monthly Geometric Mean
09/30/2010
31648
002
E. coli, MTEC-MF
15.
#/100 ml
Monthly Geometric Mean
10/31/2010
31648
002
E. coli, MTEC-MF
11.
#/100 ml
Monthly Geometric Mean
11/30/2010
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
12/31/2010
31648
002
E. coli, MTEC-MF
23.
#/100 ml
Monthly Geometric Mean
01/31/2011
31648
002
E. coli, MTEC-MF
17.
#/100 ml
Monthly Geometric Mean
02/28/2011
31648
002
E. coli, MTEC-MF
15.
#/100 ml
Monthly Geometric Mean
02/28/2011
31648
008
E. coli, MTEC-MF
15.
#/100 ml
Monthly Geometric Mean
03/31/2011
31648
002
E. coli, MTEC-MF
5.
#/100 ml
Monthly Geometric Mean
03/31/2011
31648
008
E. coli, MTEC-MF
5.
#/100 ml
Monthly Geometric Mean
04/30/2011
31648
002
E. coli, MTEC-MF
48.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2011
31648
002
E. coli, MTEC-MF
9.
#/100 ml
Monthly Geometric Mean
05/31/2011
31648
008
E. coli, MTEC-MF
5.
#/100 ml
Monthly Geometric Mean
06/30/2011
31648
002
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
06/30/2011
31648
008
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
07/31/2011
31648
002
E. coli, MTEC-MF
13.
#/100 ml
Monthly Geometric Mean
07/31/2011
31648
008
E. coli, MTEC-MF
13.
#/100 ml
Monthly Geometric Mean
08/31/2011
31648
002
E. coli, MTEC-MF
19.
#/100 ml
Monthly Geometric Mean
08/31/2011
31648
008
E. coli, MTEC-MF
19.
#/100 ml
Monthly Geometric Mean
09/30/2011
31648
002
E. coli, MTEC-MF
69.
#/100 ml
Monthly Geometric Mean
09/30/2011
31648
008
E. coli, MTEC-MF
69.
#/100 ml
Monthly Geometric Mean
10/31/2011
31648
002
E. coli, MTEC-MF
43.
#/100 ml
Monthly Geometric Mean
11/30/2011
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
12/31/2011
31648
002
E. coli, MTEC-MF
13.
#/100 ml
Monthly Geometric Mean
01/31/2012
31648
002
E. coli, MTEC-MF
16.
#/100 ml
Monthly Geometric Mean
02/29/2012
31648
002
E. coli, MTEC-MF
41.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2012
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
04/30/2012
31648
002
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
05/31/2012
31648
002
E. coli, MTEC-MF
10.
#/100 ml
Monthly Geometric Mean
06/30/2012
31648
002
E. coli, MTEC-MF
3.
#/100 ml
Monthly Geometric Mean
07/31/2012
31648
002
E. coli, MTEC-MF
1.
#/100 ml
Monthly Geometric Mean
08/31/2012
31648
002
E. coli, MTEC-MF
3.
#/100 ml
Monthly Geometric Mean
09/30/2012
31648
002
E. coli, MTEC-MF
6.
#/100 ml
Monthly Geometric Mean
10/31/2012
31648
002
E. coli, MTEC-MF
7.
#/100 ml
Monthly Geometric Mean
11/30/2012
31648
002
E. coli, MTEC-MF
30.
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2012
31648
002
E. coli, MTEC-MF
22.
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2013
31648
002
E. coli, MTEC-MF
12.
#/100 ml
Monthly Geometric Mean
=
Equals
02/28/2013
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2013
31648
002
E. coli, MTEC-MF
10.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2013
31648
002
E. coli, MTEC-MF
14.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2013
31648
002
E. coli, MTEC-MF
36.
#/100 ml
Monthly Geometric Mean
=
Equals
06/30/2013
31648
002
E. coli, MTEC-MF
30.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2013
31648
002
E. coli, MTEC-MF
3.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2013
31648
002
E. coli, MTEC-MF
1.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2013
31648
002
E. coli, MTEC-MF
5.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2013
31648
002
E. coli, MTEC-MF
3.
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2013
31648
002
E. coli, MTEC-MF
28.
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2013
31648
002
E. coli, MTEC-MF
69.
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2014
31648
002
E. coli, MTEC-MF
30.
#/100 ml
Monthly Geometric Mean
=
Equals
02/28/2014
31648
002
E. coli, MTEC-MF
79.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2014
31648
002
E. coli, MTEC-MF
11.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2014
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2014
31648
002
E. coli, MTEC-MF
8.
#/100 ml
Monthly Geometric Mean
=
Equals
06/30/2014
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 80 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit
Desc
Statistical Base Long Desc
DMR
Value
Qualifier
Code
DMR Value
Qualifier
Desc
07/31/2014
31648
002
E. coli, MTEC-MF
3.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2014
31648
002
E. coli, MTEC-MF
3.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2014
31648
002
E. coli, MTEC-MF
28.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2014
31648
002
E. coli, MTEC-MF
108.
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2014
31648
002
E. coli, MTEC-MF
33.
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2014
31648
002
E. coli, MTEC-MF
13.
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2015
31648
002
E. coli, MTEC-MF
23.
#/100 ml
Monthly Geometric Mean
=
Equals
02/28/2015
31648
002
E. coli, MTEC-MF
23.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2015
31648
002
E. coli, MTEC-MF
42.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2015
31648
002
E. coli, MTEC-MF
13.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2015
31648
002
E. coli, MTEC-MF
36.
#/100 ml
Monthly Geometric Mean
=
Equals
06/30/2015
31648
002
E. coli, MTEC-MF
17.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2015
31648
002
E. coli, MTEC-MF
40.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2015
31648
002
E. coli, MTEC-MF
11.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2015
31648
002
E. coli, MTEC-MF
9.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2015
31648
002
E. coli, MTEC-MF
8.
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2015
31648
002
E. coli, MTEC-MF
42.
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2015
31648
002
E. coli, MTEC-MF
58.
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2016
31648
002
E. coli, MTEC-MF
88.
#/100 ml
Monthly Geometric Mean
=
Equals
02/29/2016
31648
002
E. coli, MTEC-MF
84.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2016
31648
002
E. coli, MTEC-MF
21.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2016
31648
002
E. coli, MTEC-MF
7.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2016
31648
002
E. coli, MTEC-MF
14.
#/100 ml
Monthly Geometric Mean
=
Equals
06/30/2016
31648
002
E. coli, MTEC-MF
31.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2016
31648
002
E. coli, MTEC-MF
21.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2016
31648
008
E. coli, MTEC-MF
29.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2016
31648
002
E. coli, MTEC-MF
32.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2016
31648
002
E. coli, MTEC-MF
42.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2016
31648
002
E. coli, MTEC-MF
8.
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2016
31648
002
E. coli, MTEC-MF
59.
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2016
31648
002
E. coli, MTEC-MF
26.
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2017
31648
002
E. coli, MTEC-MF
24.
#/100 ml
Monthly Geometric Mean
=
Equals
02/28/2017
31648
002
E. coli, MTEC-MF
49.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2017
31648
002
E. coli, MTEC-MF
38.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2017
31648
002
E. coli, MTEC-MF
12.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2017
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2017
31648
008
E. coli, MTEC-MF
15.
#/100 ml
Monthly Geometric Mean
=
Equals
06/30/2017
31648
008
E. coli, MTEC-MF
16.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2017
31648
008
E. coli, MTEC-MF
31.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2017
31648
008
E. coli, MTEC-MF
14.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2017
31648
008
E. coli, MTEC-MF
32.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2017
31648
002
E. coli, MTEC-MF
6.
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2017
31648
002
E. coli, MTEC-MF
11.
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2017
31648
002
E. coli, MTEC-MF
21.
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2018
31648
002
E. coli, MTEC-MF
37.
#/100 ml
Monthly Geometric Mean
=
Equals
02/28/2018
31648
002
E. coli, MTEC-MF
86.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2018
31648
002
E. coli, MTEC-MF
82.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2018
31648
002
E. coli, MTEC-MF
12.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2018
31648
008
E. coli, MTEC-MF
19.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2018
31648
008
E. coli, MTEC-MF
24.
#/100 ml
Monthly Geometric Mean
=
Equals
06/30/2018
31648
008
E. coli, MTEC-MF
32.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2018
31648
008
E. coli, MTEC-MF
6.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2018
31648
008
E. coli, MTEC-MF
79.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2018
31648
008
E. coli, MTEC-MF
8.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2018
31648
002
E. coli, MTEC-MF
5.
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2018
31648
002
E. coli, MTEC-MF
6.
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2018
31648
002
E. coli, MTEC-MF
7.
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2019
31648
002
E. coli, MTEC-MF
12.
#/100 ml
Monthly Geometric Mean
=
Equals
02/28/2019
31648
002
E. coli, MTEC-MF
31.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2019
31648
002
E. coli, MTEC-MF
59.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2019
31648
002
E. coli, MTEC-MF
3.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2019
31648
008
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 81 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit
Desc
Statistical Base Long Desc
DMR
Value
Qualifier
Code
DMR Value
Qualifier
Desc
06/30/2019
31648
008
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2019
31648
008
E. coli, MTEC-MF
3.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2019
31648
008
E. coli, MTEC-MF
7.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2019
31648
008
E. coli, MTEC-MF
7.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2019
31648
002
E. coli, MTEC-MF
7.
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2019
31648
002
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2019
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2020
31648
002
E. coli, MTEC-MF
21.
#/100 ml
Monthly Geometric Mean
=
Equals
02/29/2020
31648
002
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2020
31648
002
E. coli, MTEC-MF
6.
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2020
31648
002
E. coli, MTEC-MF
1.
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2020
31648
008
E. coli, MTEC-MF
4.
#/100 ml
Monthly Geometric Mean
=
Equals
06/30/2020
31648
008
E. coli, MTEC-MF
11.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2020
31648
008
E. coli, MTEC-MF
16.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2020
31648
008
E. coli, MTEC-MF
8.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2020
31648
008
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2020
31648
002
E. coli, MTEC-MF
1.4
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2020
31648
002
E. coli, MTEC-MF
1.2
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2020
31648
002
E. coli, MTEC-MF
1.7
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2021
31648
002
E. coli, MTEC-MF
2.
#/100 ml
Monthly Geometric Mean
=
Equals
02/28/2021
31648
002
E. coli, MTEC-MF
6.3
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2021
31648
002
E. coli, MTEC-MF
9.5
#/100 ml
Monthly Geometric Mean
=
Equals
04/30/2021
31648
002
E. coli, MTEC-MF
12.5
#/100 ml
Monthly Geometric Mean
=
Equals
05/31/2021
31648
008
E. coli, MTEC-MF
10.
#/100 ml
Monthly Geometric Mean
=
Equals
06/30/2021
31648
008
E. coli, MTEC-MF
10.
#/100 ml
Monthly Geometric Mean
=
Equals
07/31/2021
31648
008
E. coli, MTEC-MF
27.
#/100 ml
Monthly Geometric Mean
=
Equals
08/31/2021
31648
008
E. coli, MTEC-MF
6.
#/100 ml
Monthly Geometric Mean
=
Equals
09/30/2021
31648
008
E. coli, MTEC-MF
1.
#/100 ml
Monthly Geometric Mean
=
Equals
10/31/2021
31648
002
E. coli, MTEC-MF
1.1
#/100 ml
Monthly Geometric Mean
=
Equals
11/30/2021
31648
002
E. coli, MTEC-MF
4.2
#/100 ml
Monthly Geometric Mean
=
Equals
12/31/2021
31648
002
E. coli, MTEC-MF
2.7
#/100 ml
Monthly Geometric Mean
=
Equals
01/31/2022
31648
002
E. coli, MTEC-MF
1.6
#/100 ml
Monthly Geometric Mean
=
Equals
02/28/2022
31648
002
E. coli, MTEC-MF
2.7
#/100 ml
Monthly Geometric Mean
=
Equals
03/31/2022
31648
002
E. coli, MTEC-MF
1.1
#/100 ml
Monthly Geometric Mean
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 82 of 187
-------
Table 22: Flow, Effluent, Monthly Average
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Statistical Base Long
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Desc
Code
Desc
03/31/2010
74076
002
Flow
.487
Million Gallons per Day
Monthly Average
04/30/2010
74076
002
Flow
.466
Million Gallons per Day
Monthly Average
05/31/2010
74076
002
Flow
.514
Million Gallons per Day
Monthly Average
05/31/2010
74076
008
Flow
.656
Million Gallons per Day
Monthly Average
06/30/2010
74076
002
Flow
.592
Million Gallons per Day
Monthly Average
07/31/2010
74076
002
Flow
.623
Million Gallons per Day
Monthly Average
08/31/2010
74076
002
Flow
.509
Million Gallons per Day
Monthly Average
09/30/2010
74076
002
Flow
.648
Million Gallons per Day
Monthly Average
10/31/2010
74076
002
Flow
.767
Million Gallons per Day
Monthly Average
11/30/2010
74076
002
Flow
.719
Million Gallons per Day
Monthly Average
12/31/2010
74076
002
Flow
.731
Million Gallons per Day
Monthly Average
01/31/2011
74076
002
Flow
.708
Million Gallons per Day
Monthly Average
02/28/2011
74076
002
Flow
.704
Million Gallons per Day
Monthly Average
02/28/2011
74076
008
Flow
.704
Million Gallons per Day
Monthly Average
03/31/2011
74076
002
Flow
.715
Million Gallons per Day
Monthly Average
03/31/2011
74076
008
Flow
.715
Million Gallons per Day
Monthly Average
04/30/2011
74076
002
Flow
.656
Million Gallons per Day
Monthly Average
05/31/2011
74076
002
Flow
.754
Million Gallons per Day
Monthly Average
05/31/2011
74076
008
Flow
.754
Million Gallons per Day
Monthly Average
06/30/2011
74076
002
Flow
.821
Million Gallons per Day
Monthly Average
06/30/2011
74076
008
Flow
.821
Million Gallons per Day
Monthly Average
07/31/2011
74076
002
Flow
.837
Million Gallons per Day
Monthly Average
07/31/2011
74076
008
Flow
.837
Million Gallons per Day
Monthly Average
08/31/2011
74076
002
Flow
.79
Million Gallons per Day
Monthly Average
08/31/2011
74076
008
Flow
.79
Million Gallons per Day
Monthly Average
09/30/2011
74076
002
Flow
.77
Million Gallons per Day
Monthly Average
09/30/2011
74076
008
Flow
.77
Million Gallons per Day
Monthly Average
10/31/2011
74076
002
Flow
.803
Million Gallons per Day
Monthly Average
11/30/2011
74076
002
Flow
.559
Million Gallons per Day
Monthly Average
12/31/2011
74076
002
Flow
.742
Million Gallons per Day
Monthly Average
01/31/2012
74076
002
Flow
.773
Million Gallons per Day
Monthly Average
02/29/2012
74076
002
Flow
.758
Million Gallons per Day
Monthly Average
=
Equals
03/31/2012
74076
002
Flow
.794
Million Gallons per Day
Monthly Average
04/30/2012
74076
002
Flow
.752
Million Gallons per Day
Monthly Average
05/31/2012
74076
002
Flow
.843
Million Gallons per Day
Monthly Average
06/30/2012
74076
002
Flow
.916
Million Gallons per Day
Monthly Average
07/31/2012
74076
002
Flow
.692
Million Gallons per Day
Monthly Average
08/31/2012
74076
002
Flow
.733
Million Gallons per Day
Monthly Average
09/30/2012
74076
002
Flow
.724
Million Gallons per Day
Monthly Average
10/31/2012
74076
002
Flow
.795
Million Gallons per Day
Monthly Average
11/30/2012
74076
002
Flow
.717
Million Gallons per Day
Monthly Average
=
Equals
12/31/2012
74076
002
Flow
.692
Million Gallons per Day
Monthly Average
=
Equals
01/31/2013
74076
002
Flow
.719
Million Gallons per Day
Monthly Average
=
Equals
02/28/2013
74076
002
Flow
.686
Million Gallons per Day
Monthly Average
=
Equals
03/31/2013
74076
002
Flow
.679
Million Gallons per Day
Monthly Average
=
Equals
04/30/2013
74076
002
Flow
.649
Million Gallons per Day
Monthly Average
=
Equals
05/31/2013
74076
002
Flow
.77
Million Gallons per Day
Monthly Average
=
Equals
06/30/2013
74076
002
Flow
.747
Million Gallons per Day
Monthly Average
=
Equals
07/31/2013
74076
002
Flow
.741
Million Gallons per Day
Monthly Average
=
Equals
08/31/2013
74076
002
Flow
.76
Million Gallons per Day
Monthly Average
=
Equals
09/30/2013
74076
002
Flow
.73
Million Gallons per Day
Monthly Average
=
Equals
10/31/2013
74076
002
Flow
.762
Million Gallons per Day
Monthly Average
=
Equals
11/30/2013
74076
002
Flow
.723
Million Gallons per Day
Monthly Average
=
Equals
12/31/2013
74076
002
Flow
.673
Million Gallons per Day
Monthly Average
=
Equals
01/31/2014
74076
002
Flow
.662
Million Gallons per Day
Monthly Average
=
Equals
02/28/2014
74076
002
Flow
.706
Million Gallons per Day
Monthly Average
=
Equals
03/31/2014
74076
002
Flow
.675
Million Gallons per Day
Monthly Average
=
Equals
04/30/2014
74076
002
Flow
.708
Million Gallons per Day
Monthly Average
=
Equals
05/31/2014
74076
002
Flow
.686
Million Gallons per Day
Monthly Average
=
Equals
06/30/2014
74076
002
Flow
.764
Million Gallons per Day
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 83 of 187
-------
DMR
DMR
Monitoring
Period End
Parameter
Perm
Feature
Parameter
DMR
Statistical Base Long
Value
Qualifier
Value
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Desc
Code
Desc
07/31/2014
74076
002
Flow
.696
Million Gallons per Day
Monthly Average
=
Equals
08/31/2014
74076
002
Flow
.753
Million Gallons per Day
Monthly Average
=
Equals
09/30/2014
74076
002
Flow
.701
Million Gallons per Day
Monthly Average
=
Equals
10/31/2014
74076
002
Flow
.691
Million Gallons per Day
Monthly Average
=
Equals
11/30/2014
74076
002
Flow
.674
Million Gallons per Day
Monthly Average
=
Equals
12/31/2014
74076
002
Flow
.667
Million Gallons per Day
Monthly Average
=
Equals
01/31/2015
74076
002
Flow
.68
Million Gallons per Day
Monthly Average
=
Equals
02/28/2015
74076
002
Flow
.665
Million Gallons per Day
Monthly Average
=
Equals
03/31/2015
74076
002
Flow
.648
Million Gallons per Day
Monthly Average
=
Equals
04/30/2015
74076
002
Flow
.645
Million Gallons per Day
Monthly Average
=
Equals
05/31/2015
74076
002
Flow
.624
Million Gallons per Day
Monthly Average
=
Equals
06/30/2015
74076
002
Flow
.696
Million Gallons per Day
Monthly Average
=
Equals
07/31/2015
74076
002
Flow
.614
Million Gallons per Day
Monthly Average
=
Equals
08/31/2015
74076
002
Flow
.663
Million Gallons per Day
Monthly Average
=
Equals
09/30/2015
74076
002
Flow
.621
Million Gallons per Day
Monthly Average
=
Equals
10/31/2015
74076
002
Flow
.677
Million Gallons per Day
Monthly Average
=
Equals
11/30/2015
74076
002
Flow
.651
Million Gallons per Day
Monthly Average
=
Equals
12/31/2015
74076
002
Flow
.638
Million Gallons per Day
Monthly Average
=
Equals
01/31/2016
74076
002
Flow
.718
Million Gallons per Day
Monthly Average
=
Equals
02/29/2016
74076
002
Flow
.682
Million Gallons per Day
Monthly Average
=
Equals
03/31/2016
74076
002
Flow
.68
Million Gallons per Day
Monthly Average
=
Equals
04/30/2016
74076
002
Flow
.633
Million Gallons per Day
Monthly Average
=
Equals
05/31/2016
74076
002
Flow
.651
Million Gallons per Day
Monthly Average
=
Equals
06/30/2016
74076
002
Flow
.666
Million Gallons per Day
Monthly Average
=
Equals
07/31/2016
74076
002
Flow
.556
Million Gallons per Day
Monthly Average
=
Equals
07/31/2016
74076
008
Flow
.084
Million Gallons per Day
Monthly Average
=
Equals
08/31/2016
74076
002
Flow
.704
Million Gallons per Day
Monthly Average
=
Equals
09/30/2016
74076
002
Flow
.665
Million Gallons per Day
Monthly Average
=
Equals
10/31/2016
74076
002
Flow
.589
Million Gallons per Day
Monthly Average
=
Equals
11/30/2016
74076
002
Flow
.558
Million Gallons per Day
Monthly Average
=
Equals
12/31/2016
74076
002
Flow
.635
Million Gallons per Day
Monthly Average
=
Equals
01/31/2017
74076
002
Flow
.556
Million Gallons per Day
Monthly Average
=
Equals
02/28/2017
74076
002
Flow
.757
Million Gallons per Day
Monthly Average
=
Equals
03/31/2017
74076
002
Flow
.669
Million Gallons per Day
Monthly Average
=
Equals
04/30/2017
74076
002
Flow
.763
Million Gallons per Day
Monthly Average
=
Equals
05/31/2017
74076
002
Flow
.23
Million Gallons per Day
Monthly Average
=
Equals
05/31/2017
74076
008
Flow
.634
Million Gallons per Day
Monthly Average
=
Equals
06/30/2017
74076
008
Flow
.645
Million Gallons per Day
Monthly Average
=
Equals
07/31/2017
74076
008
Flow
.649
Million Gallons per Day
Monthly Average
=
Equals
08/31/2017
74076
008
Flow
.648
Million Gallons per Day
Monthly Average
=
Equals
09/30/2017
74076
008
Flow
.63
Million Gallons per Day
Monthly Average
=
Equals
10/31/2017
74076
002
Flow
.662
Million Gallons per Day
Monthly Average
=
Equals
11/30/2017
74076
002
Flow
.591
Million Gallons per Day
Monthly Average
=
Equals
12/31/2017
74076
002
Flow
.636
Million Gallons per Day
Monthly Average
=
Equals
01/31/2018
74076
002
Flow
.646
Million Gallons per Day
Monthly Average
=
Equals
02/28/2018
74076
002
Flow
.644
Million Gallons per Day
Monthly Average
=
Equals
03/31/2018
74076
002
Flow
.65
Million Gallons per Day
Monthly Average
=
Equals
04/30/2018
74076
002
Flow
.692
Million Gallons per Day
Monthly Average
=
Equals
04/30/2018
74076
008
Flow
.645
Million Gallons per Day
Monthly Average
=
Equals
05/31/2018
74076
008
Flow
.65
Million Gallons per Day
Monthly Average
=
Equals
06/30/2018
74076
008
Flow
.671
Million Gallons per Day
Monthly Average
=
Equals
07/31/2018
74076
008
Flow
.695
Million Gallons per Day
Monthly Average
=
Equals
08/31/2018
74076
008
Flow
.747
Million Gallons per Day
Monthly Average
=
Equals
09/30/2018
74076
008
Flow
.665
Million Gallons per Day
Monthly Average
=
Equals
10/31/2018
74076
002
Flow
.635
Million Gallons per Day
Monthly Average
=
Equals
11/30/2018
74076
002
Flow
.701
Million Gallons per Day
Monthly Average
=
Equals
12/31/2018
74076
002
Flow
.748
Million Gallons per Day
Monthly Average
=
Equals
01/31/2019
74076
002
Flow
.656
Million Gallons per Day
Monthly Average
=
Equals
02/28/2019
74076
002
Flow
.659
Million Gallons per Day
Monthly Average
=
Equals
03/31/2019
74076
002
Flow
.71
Million Gallons per Day
Monthly Average
=
Equals
04/30/2019
74076
002
Flow
.717
Million Gallons per Day
Monthly Average
=
Equals
05/31/2019
74076
008
Flow
.592
Million Gallons per Day
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 84 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Statistical Base Long
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Desc
Code
Desc
06/30/2019
74076
008
Flow
.625
Million Gallons per Day
Monthly Average
=
Equals
07/31/2019
74076
008
Flow
.669
Million Gallons per Day
Monthly Average
=
Equals
08/31/2019
74076
008
Flow
.709
Million Gallons per Day
Monthly Average
=
Equals
09/30/2019
74076
008
Flow
.701
Million Gallons per Day
Monthly Average
=
Equals
10/31/2019
74076
002
Flow
.753
Million Gallons per Day
Monthly Average
=
Equals
11/30/2019
74076
002
Flow
.841
Million Gallons per Day
Monthly Average
=
Equals
12/31/2019
74076
002
Flow
.644
Million Gallons per Day
Monthly Average
=
Equals
01/31/2020
74076
002
Flow
.742
Million Gallons per Day
Monthly Average
=
Equals
02/29/2020
74076
002
Flow
.725
Million Gallons per Day
Monthly Average
=
Equals
03/31/2020
74076
002
Flow
.764
Million Gallons per Day
Monthly Average
=
Equals
04/30/2020
74076
002
Flow
687.
Million Gallons per Day
Monthly Average
=
Equals
05/31/2020
74076
008
Flow
.625
Million Gallons per Day
Monthly Average
=
Equals
06/30/2020
74076
008
Flow
.677
Million Gallons per Day
Monthly Average
=
Equals
07/31/2020
74076
008
Flow
.658
Million Gallons per Day
Monthly Average
=
Equals
08/31/2020
74076
008
Flow
.685
Million Gallons per Day
Monthly Average
=
Equals
09/30/2020
74076
008
Flow
.691
Million Gallons per Day
Monthly Average
=
Equals
10/31/2020
74076
002
Flow
.661
Million Gallons per Day
Monthly Average
=
Equals
11/30/2020
74076
002
Flow
.646
Million Gallons per Day
Monthly Average
=
Equals
12/31/2020
74076
002
Flow
.573
Million Gallons per Day
Monthly Average
=
Equals
01/31/2021
74076
002
Flow
.575
Million Gallons per Day
Monthly Average
=
Equals
02/28/2021
74076
002
Flow
.675
Million Gallons per Day
Monthly Average
=
Equals
03/31/2021
74076
002
Flow
.701
Million Gallons per Day
Monthly Average
=
Equals
04/30/2021
74076
002
Flow
.717
Million Gallons per Day
Monthly Average
=
Equals
05/31/2021
74076
008
Flow
.713
Million Gallons per Day
Monthly Average
=
Equals
06/30/2021
74076
008
Flow
.714
Million Gallons per Day
Monthly Average
=
Equals
07/31/2021
74076
008
Flow
.686
Million Gallons per Day
Monthly Average
=
Equals
08/31/2021
74076
008
Flow
.791
Million Gallons per Day
Monthly Average
=
Equals
09/30/2021
74076
008
Flow
.77
Million Gallons per Day
Monthly Average
=
Equals
10/31/2021
74076
002
Flow
.695
Million Gallons per Day
Monthly Average
=
Equals
11/30/2021
74076
002
Flow
.714
Million Gallons per Day
Monthly Average
=
Equals
12/31/2021
74076
002
Flow
.668
Million Gallons per Day
Monthly Average
=
Equals
01/31/2022
74076
002
Flow
.698
Million Gallons per Day
Monthly Average
=
Equals
02/28/2022
74076
002
Flow
.707
Million Gallons per Day
Monthly Average
=
Equals
03/31/2022
74076
002
Flow
.735
Million Gallons per Day
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 85 of 187
-------
Table 23: Oil and Grease Concentration, Effluent, Daily Maximum
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
04/30/2010
00556
002
Oil & Grease
3.5
Milligrams per Liter
Daily Maximum
05/31/2010
00556
002
Oil & Grease
2.9
Milligrams per Liter
Daily Maximum
05/31/2010
00556
008
Oil & Grease
2.3
Milligrams per Liter
Daily Maximum
06/30/2010
00556
002
Oil & Grease
2.9
Milligrams per Liter
Daily Maximum
07/31/2010
00556
002
Oil & Grease
2.5
Milligrams per Liter
Daily Maximum
08/31/2010
00556
002
Oil & Grease
7.
Milligrams per Liter
Daily Maximum
09/30/2010
00556
002
Oil & Grease
2.5
Milligrams per Liter
Daily Maximum
10/31/2010
00556
002
Oil & Grease
2.1
Milligrams per Liter
Daily Maximum
11/30/2010
00556
002
Oil & Grease
3.1
Milligrams per Liter
Daily Maximum
12/31/2010
00556
002
Oil & Grease
4.3
Milligrams per Liter
Daily Maximum
01/31/2011
00556
002
Oil & Grease
3.6
Milligrams per Liter
Daily Maximum
02/28/2011
00556
002
Oil & Grease
4.
Milligrams per Liter
Daily Maximum
02/28/2011
00556
008
Oil & Grease
4.
Milligrams per Liter
Daily Maximum
03/31/2011
00556
002
Oil & Grease
3.5
Milligrams per Liter
Daily Maximum
03/31/2011
00556
008
Oil & Grease
3.5
Milligrams per Liter
Daily Maximum
04/30/2011
00556
002
Oil & Grease
2.3
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2011
00556
002
Oil & Grease
3.4
Milligrams per Liter
Daily Maximum
05/31/2011
00556
008
Oil & Grease
3.4
Milligrams per Liter
Daily Maximum
06/30/2011
00556
002
Oil & Grease
3.8
Milligrams per Liter
Daily Maximum
06/30/2011
00556
008
Oil & Grease
3.8
Milligrams per Liter
Daily Maximum
07/31/2011
00556
002
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
07/31/2011
00556
008
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
08/31/2011
00556
002
Oil & Grease
5.4
Milligrams per Liter
Daily Maximum
08/31/2011
00556
008
Oil & Grease
5.4
Milligrams per Liter
Daily Maximum
09/30/2011
00556
002
Oil & Grease
5.8
Milligrams per Liter
Daily Maximum
09/30/2011
00556
008
Oil & Grease
5.8
Milligrams per Liter
Daily Maximum
10/31/2011
00556
002
Oil & Grease
3.
Milligrams per Liter
Daily Maximum
11/30/2011
00556
002
Oil & Grease
3.9
Milligrams per Liter
Daily Maximum
12/31/2011
00556
002
Oil & Grease
3.1
Milligrams per Liter
Daily Maximum
01/31/2012
00556
002
Oil & Grease
5.1
Milligrams per Liter
Daily Maximum
02/29/2012
00556
002
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2012
00556
002
Oil & Grease
3.6
Milligrams per Liter
Daily Maximum
04/30/2012
00556
002
Oil & Grease
3.5
Milligrams per Liter
Daily Maximum
05/31/2012
00556
002
Oil & Grease
2.4
Milligrams per Liter
Daily Maximum
06/30/2012
00556
002
Oil & Grease
2.9
Milligrams per Liter
Daily Maximum
07/31/2012
00556
002
Oil & Grease
3.8
Milligrams per Liter
Daily Maximum
08/31/2012
00556
002
Oil & Grease
3.
Milligrams per Liter
Daily Maximum
09/30/2012
00556
002
Oil & Grease
3.9
Milligrams per Liter
Daily Maximum
10/31/2012
00556
002
Oil & Grease
2.3
Milligrams per Liter
Daily Maximum
01/31/2014
00556
002
Oil & Grease
4.5
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2014
00556
002
Oil & Grease
2.3
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2014
00556
002
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2014
00556
002
Oil & Grease
2.4
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2014
00556
002
Oil & Grease
1.6
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2014
00556
002
Oil & Grease
3.6
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2014
00556
002
Oil & Grease
2.1
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2014
00556
002
Oil & Grease
1.7
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2014
00556
002
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2014
00556
002
Oil & Grease
1.6
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2014
00556
002
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2014
00556
002
Oil & Grease
2.1
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2015
00556
002
Oil & Grease
2.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2015
00556
002
Oil & Grease
2.3
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2015
00556
002
Oil & Grease
5.6
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2015
00556
002
Oil & Grease
1.6
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2015
00556
002
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2015
00556
002
Oil & Grease
2.3
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2015
00556
002
Oil & Grease
1.7
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2015
00556
002
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2015
00556
002
Oil & Grease
2.7
Milligrams per Liter
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 86 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
10/31/2015
00556
002
Oil & Grease
1.8
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2015
00556
002
Oil & Grease
2.9
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2015
00556
002
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2016
00556
002
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
=
Equals
02/29/2016
00556
002
Oil & Grease
2.2
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2016
00556
002
Oil & Grease
3.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2016
00556
002
Oil & Grease
2.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2016
00556
002
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2016
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2016
00556
002
Oil & Grease
2.3
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2016
00556
008
Oil & Grease
2.3
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2016
00556
002
Oil & Grease
1.5
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2016
00556
002
Oil & Grease
2.1
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2016
00556
002
Oil & Grease
4.2
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2016
00556
002
Oil & Grease
1.5
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2016
00556
002
Oil & Grease
1.7
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2017
00556
002
Oil & Grease
2.4
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2017
00556
002
Oil & Grease
2.4
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2017
00556
002
Oil & Grease
2.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2017
00556
002
Oil & Grease
2.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2017
00556
002
Oil & Grease
2.5
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2017
00556
008
Oil & Grease
2.5
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2017
00556
008
Oil & Grease
9.1
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2017
00556
008
Oil & Grease
4.5
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2017
00556
008
Oil & Grease
3.4
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2017
00556
008
Oil & Grease
3.5
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2017
00556
002
Oil & Grease
3.4
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2017
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2017
00556
002
Oil & Grease
1.6
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2018
00556
002
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2018
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2018
00556
002
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2018
00556
002
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2018
00556
008
Oil & Grease
3.8
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2018
00556
008
Oil & Grease
2.2
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2018
00556
008
Oil & Grease
2.8
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2018
00556
008
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2018
00556
008
Oil & Grease
3.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2018
00556
008
Oil & Grease
2.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2018
00556
002
Oil & Grease
2.5
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2018
00556
002
Oil & Grease
2.5
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2018
00556
002
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2019
00556
002
Oil & Grease
1.5
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2019
00556
002
Oil & Grease
1.5
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2019
00556
002
Oil & Grease
1.7
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2019
00556
002
Oil & Grease
1.5
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2019
00556
008
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2019
00556
008
Oil & Grease
1.6
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2019
00556
008
Oil & Grease
1.5
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2019
00556
008
Oil & Grease
7.8
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2019
00556
008
Oil & Grease
2.2
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2019
00556
002
Oil & Grease
2.6
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2019
00556
002
Oil & Grease
1.7
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2019
00556
002
Oil & Grease
1.8
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2020
00556
002
Oil & Grease
1.8
Milligrams per Liter
Daily Maximum
=
Equals
02/29/2020
00556
002
Oil & Grease
2.
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2020
00556
002
Oil & Grease
2.9
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2020
00556
002
Oil & Grease
5.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2020
00556
008
Oil & Grease
1.7
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2020
00556
008
Oil & Grease
1.7
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2020
00556
008
Oil & Grease
2.4
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2020
00556
008
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 87 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
09/30/2020
00556
008
Oil & Grease
2.1
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2020
00556
002
Oil & Grease
1.8
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2020
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2020
00556
002
Oil & Grease
5.3
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2021
00556
002
Oil & Grease
1.6
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2021
00556
002
Oil & Grease
2.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2021
00556
002
Oil & Grease
2.7
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2021
00556
008
Oil & Grease
1.7
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2021
00556
008
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2021
00556
008
Oil & Grease
2.9
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2021
00556
008
Oil & Grease
1.8
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2021
00556
008
Oil & Grease
1.9
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2022
00556
002
Oil & Grease
2.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2022
00556
002
Oil & Grease
1.4
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2022
00556
002
Oil & Grease
2.2
Milligrams per Liter
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 88 of 187
-------
Table 24: Oil and Grease Load, Effluent, Daily Maximum
DMR
DMR
Monitoring
Value
Value
Period End
Parameter
Perm
Parameter
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
Feature ID
Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
04/30/2010
00556
002
Oil & Grease
13.6
Pounds per Day
Daily Maximum
05/31/2010
00556
002
Oil & Grease
12.6
Pounds per Day
Daily Maximum
05/31/2010
00556
008
Oil & Grease
12.
Pounds per Day
Daily Maximum
06/30/2010
00556
002
Oil & Grease
14.6
Pounds per Day
Daily Maximum
07/31/2010
00556
002
Oil & Grease
13.5
Pounds per Day
Daily Maximum
08/31/2010
00556
002
Oil & Grease
36.
Pounds per Day
Daily Maximum
09/30/2010
00556
002
Oil & Grease
13.2
Pounds per Day
Daily Maximum
10/31/2010
00556
002
Oil & Grease
14.9
Pounds per Day
Daily Maximum
11/30/2010
00556
002
Oil & Grease
18.9
Pounds per Day
Daily Maximum
12/31/2010
00556
002
Oil & Grease
28.8
Pounds per Day
Daily Maximum
01/31/2011
00556
002
Oil & Grease
26.2
Pounds per Day
Daily Maximum
02/28/2011
00556
002
Oil & Grease
21.2
Pounds per Day
Daily Maximum
02/28/2011
00556
008
Oil & Grease
21.2
Pounds per Day
Daily Maximum
03/31/2011
00556
002
Oil & Grease
24.1
Pounds per Day
Daily Maximum
03/31/2011
00556
008
Oil & Grease
24.1
Pounds per Day
Daily Maximum
04/30/2011
00556
002
Oil & Grease
12.
Pounds per Day
Daily Maximum
=
Equals
05/31/2011
00556
002
Oil & Grease
30.1
Pounds per Day
Daily Maximum
05/31/2011
00556
008
Oil & Grease
30.1
Pounds per Day
Daily Maximum
06/30/2011
00556
002
Oil & Grease
28.3
Pounds per Day
Daily Maximum
06/30/2011
00556
008
Oil & Grease
28.3
Pounds per Day
Daily Maximum
07/31/2011
00556
002
Oil & Grease
19.5
Pounds per Day
Daily Maximum
07/31/2011
00556
008
Oil & Grease
19.5
Pounds per Day
Daily Maximum
08/31/2011
00556
002
Oil & Grease
34.9
Pounds per Day
Daily Maximum
08/31/2011
00556
008
Oil & Grease
34.9
Pounds per Day
Daily Maximum
09/30/2011
00556
002
Oil & Grease
39.5
Pounds per Day
Daily Maximum
09/30/2011
00556
008
Oil & Grease
39.5
Pounds per Day
Daily Maximum
10/31/2011
00556
002
Oil & Grease
24.2
Pounds per Day
Daily Maximum
11/30/2011
00556
002
Oil & Grease
16.2
Pounds per Day
Daily Maximum
12/31/2011
00556
002
Oil & Grease
21.
Pounds per Day
Daily Maximum
01/31/2012
00556
002
Oil & Grease
37.1
Pounds per Day
Daily Maximum
02/29/2012
00556
002
Oil & Grease
14.7
Pounds per Day
Daily Maximum
=
Equals
03/31/2012
00556
002
Oil & Grease
21.2
Pounds per Day
Daily Maximum
04/30/2012
00556
002
Oil & Grease
20.
Pounds per Day
Daily Maximum
05/31/2012
00556
002
Oil & Grease
24.5
Pounds per Day
Daily Maximum
06/30/2012
00556
002
Oil & Grease
22.2
Pounds per Day
Daily Maximum
07/31/2012
00556
002
Oil & Grease
22.7
Pounds per Day
Daily Maximum
08/31/2012
00556
002
Oil & Grease
15.9
Pounds per Day
Daily Maximum
09/30/2012
00556
002
Oil & Grease
23.2
Pounds per Day
Daily Maximum
10/31/2012
00556
002
Oil & Grease
16.4
Pounds per Day
Daily Maximum
01/31/2014
00556
002
Oil & Grease
24.4
Pounds per Day
Daily Maximum
=
Equals
02/28/2014
00556
002
Oil & Grease
11.6
Pounds per Day
Daily Maximum
=
Equals
03/31/2014
00556
002
Oil & Grease
10.8
Pounds per Day
Daily Maximum
=
Equals
04/30/2014
00556
002
Oil & Grease
12.8
Pounds per Day
Daily Maximum
=
Equals
05/31/2014
00556
002
Oil & Grease
11.1
Pounds per Day
Daily Maximum
=
Equals
06/30/2014
00556
002
Oil & Grease
23.1
Pounds per Day
Daily Maximum
=
Equals
07/31/2014
00556
002
Oil & Grease
13.3
Pounds per Day
Daily Maximum
=
Equals
08/31/2014
00556
002
Oil & Grease
12.
Pounds per Day
Daily Maximum
=
Equals
09/30/2014
00556
002
Oil & Grease
12.3
Pounds per Day
Daily Maximum
=
Equals
10/31/2014
00556
002
Oil & Grease
11.5
Pounds per Day
Daily Maximum
=
Equals
11/30/2014
00556
002
Oil & Grease
11.
Pounds per Day
Daily Maximum
=
Equals
12/31/2014
00556
002
Oil & Grease
12.3
Pounds per Day
Daily Maximum
=
Equals
01/31/2015
00556
002
Oil & Grease
10.7
Pounds per Day
Daily Maximum
=
Equals
02/28/2015
00556
002
Oil & Grease
12.5
Pounds per Day
Daily Maximum
=
Equals
03/31/2015
00556
002
Oil & Grease
18.3
Pounds per Day
Daily Maximum
=
Equals
04/30/2015
00556
002
Oil & Grease
10.2
Pounds per Day
Daily Maximum
=
Equals
05/31/2015
00556
002
Oil & Grease
11.8
Pounds per Day
Daily Maximum
=
Equals
06/30/2015
00556
002
Oil & Grease
16.4
Pounds per Day
Daily Maximum
=
Equals
07/31/2015
00556
002
Oil & Grease
9.9
Pounds per Day
Daily Maximum
=
Equals
08/31/2015
00556
002
Oil & Grease
16.1
Pounds per Day
Daily Maximum
=
Equals
09/30/2015
00556
002
Oil & Grease
13.4
Pounds per Day
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 89 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature ID
Parameter
Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
10/31/2015
00556
002
Oil & Grease
11.
Pounds per Day
Daily Maximum
=
Equals
11/30/2015
00556
002
Oil & Grease
19.1
Pounds per Day
Daily Maximum
=
Equals
12/31/2015
00556
002
Oil & Grease
14.7
Pounds per Day
Daily Maximum
=
Equals
01/31/2016
00556
002
Oil & Grease
17.7
Pounds per Day
Daily Maximum
=
Equals
02/29/2016
00556
002
Oil & Grease
12.2
Pounds per Day
Daily Maximum
=
Equals
03/31/2016
00556
002
Oil & Grease
15.2
Pounds per Day
Daily Maximum
=
Equals
04/30/2016
00556
002
Oil & Grease
9.6
Pounds per Day
Daily Maximum
=
Equals
05/31/2016
00556
002
Oil & Grease
13.9
Pounds per Day
Daily Maximum
=
Equals
06/30/2016
00556
002
Oil & Grease
9.1
Pounds per Day
Daily Maximum
=
Equals
07/31/2016
00556
002
Oil & Grease
11.6
Pounds per Day
Daily Maximum
=
Equals
07/31/2016
00556
008
Oil & Grease
1.6
Pounds per Day
Daily Maximum
=
Equals
08/31/2016
00556
002
Oil & Grease
11.7
Pounds per Day
Daily Maximum
=
Equals
09/30/2016
00556
002
Oil & Grease
10.8
Pounds per Day
Daily Maximum
=
Equals
10/31/2016
00556
002
Oil & Grease
23.8
Pounds per Day
Daily Maximum
=
Equals
11/30/2016
00556
002
Oil & Grease
8.2
Pounds per Day
Daily Maximum
=
Equals
12/31/2016
00556
002
Oil & Grease
11.6
Pounds per Day
Daily Maximum
=
Equals
01/31/2017
00556
002
Oil & Grease
13.3
Pounds per Day
Daily Maximum
=
Equals
02/28/2017
00556
002
Oil & Grease
14.3
Pounds per Day
Daily Maximum
=
Equals
03/31/2017
00556
002
Oil & Grease
10.5
Pounds per Day
Daily Maximum
=
Equals
04/30/2017
00556
002
Oil & Grease
11.5
Pounds per Day
Daily Maximum
=
Equals
05/31/2017
00556
002
Oil & Grease
8.
Pounds per Day
Daily Maximum
=
Equals
05/31/2017
00556
008
Oil & Grease
12.7
Pounds per Day
Daily Maximum
=
Equals
06/30/2017
00556
008
Oil & Grease
38.2
Pounds per Day
Daily Maximum
=
Equals
07/31/2017
00556
008
Oil & Grease
20.2
Pounds per Day
Daily Maximum
=
Equals
08/31/2017
00556
008
Oil & Grease
17.4
Pounds per Day
Daily Maximum
=
Equals
09/30/2017
00556
008
Oil & Grease
22.9
Pounds per Day
Daily Maximum
=
Equals
10/31/2017
00556
002
Oil & Grease
21.1
Pounds per Day
Daily Maximum
=
Equals
11/30/2017
00556
002
Oil & Grease
7.8
Pounds per Day
Daily Maximum
=
Equals
12/31/2017
00556
002
Oil & Grease
9.3
Pounds per Day
Daily Maximum
=
Equals
01/31/2018
00556
002
Oil & Grease
11.2
Pounds per Day
Daily Maximum
=
Equals
02/28/2018
00556
002
Oil & Grease
8.6
Pounds per Day
Daily Maximum
=
Equals
03/31/2018
00556
002
Oil & Grease
8.9
Pounds per Day
Daily Maximum
=
Equals
04/30/2018
00556
002
Oil & Grease
14.8
Pounds per Day
Daily Maximum
=
Equals
04/30/2018
00556
008
Oil & Grease
21.6
Pounds per Day
Daily Maximum
=
Equals
05/31/2018
00556
008
Oil & Grease
11.4
Pounds per Day
Daily Maximum
=
Equals
06/30/2018
00556
008
Oil & Grease
17.
Pounds per Day
Daily Maximum
=
Equals
07/31/2018
00556
008
Oil & Grease
9.6
Pounds per Day
Daily Maximum
=
Equals
08/31/2018
00556
008
Oil & Grease
19.5
Pounds per Day
Daily Maximum
=
Equals
09/30/2018
00556
008
Oil & Grease
8.7
Pounds per Day
Daily Maximum
=
Equals
10/31/2018
00556
002
Oil & Grease
12.1
Pounds per Day
Daily Maximum
=
Equals
11/30/2018
00556
002
Oil & Grease
14.4
Pounds per Day
Daily Maximum
=
Equals
12/31/2018
00556
002
Oil & Grease
12.4
Pounds per Day
Daily Maximum
=
Equals
01/31/2019
00556
002
Oil & Grease
8.7
Pounds per Day
Daily Maximum
=
Equals
02/28/2019
00556
002
Oil & Grease
8.2
Pounds per Day
Daily Maximum
=
Equals
03/31/2019
00556
002
Oil & Grease
10.9
Pounds per Day
Daily Maximum
=
Equals
04/30/2019
00556
002
Oil & Grease
9.4
Pounds per Day
Daily Maximum
=
Equals
05/31/2019
00556
008
Oil & Grease
7.6
Pounds per Day
Daily Maximum
=
Equals
06/30/2019
00556
008
Oil & Grease
9.1
Pounds per Day
Daily Maximum
=
Equals
07/31/2019
00556
008
Oil & Grease
8.7
Pounds per Day
Daily Maximum
=
Equals
08/31/2019
00556
008
Oil & Grease
31.9
Pounds per Day
Daily Maximum
=
Equals
09/30/2019
00556
008
Oil & Grease
12.5
Pounds per Day
Daily Maximum
=
Equals
10/31/2019
00556
002
Oil & Grease
13.4
Pounds per Day
Daily Maximum
=
Equals
11/30/2019
00556
002
Oil & Grease
11.6
Pounds per Day
Daily Maximum
=
Equals
12/31/2019
00556
002
Oil & Grease
11.6
Pounds per Day
Daily Maximum
=
Equals
01/31/2020
00556
002
Oil & Grease
10.5
Pounds per Day
Daily Maximum
=
Equals
02/29/2020
00556
002
Oil & Grease
13.4
Pounds per Day
Daily Maximum
=
Equals
03/31/2020
00556
002
Oil & Grease
20.5
Pounds per Day
Daily Maximum
=
Equals
04/30/2020
00556
002
Oil & Grease
26.5
Pounds per Day
Daily Maximum
=
Equals
05/31/2020
00556
008
Oil & Grease
9.3
Pounds per Day
Daily Maximum
=
Equals
06/30/2020
00556
008
Oil & Grease
10.2
Pounds per Day
Daily Maximum
=
Equals
07/31/2020
00556
008
Oil & Grease
15.
Pounds per Day
Daily Maximum
=
Equals
08/31/2020
00556
008
Oil & Grease
9.8
Pounds per Day
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 90 of 187
-------
DMR
DMR
Monitoring
Value
Value
Period End
Parameter
Perm
Parameter
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
Feature ID
Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
09/30/2020
00556
008
Oil & Grease
12.
Pounds per Day
Daily Maximum
=
Equals
10/31/2020
00556
002
Oil & Grease
9.9
Pounds per Day
Daily Maximum
=
Equals
11/30/2020
00556
002
Oil & Grease
9.1
Pounds per Day
Daily Maximum
=
Equals
12/31/2020
00556
002
Oil & Grease
27.6
Pounds per Day
Daily Maximum
=
Equals
01/31/2021
00556
002
Oil & Grease
7.9
Pounds per Day
Daily Maximum
=
Equals
02/28/2021
00556
002
Oil & Grease
8.9
Pounds per Day
Daily Maximum
=
Equals
03/31/2021
00556
002
Oil & Grease
12.
Pounds per Day
Daily Maximum
=
Equals
04/30/2021
00556
002
Oil & Grease
16.4
Pounds per Day
Daily Maximum
=
Equals
05/31/2021
00556
008
Oil & Grease
10.5
Pounds per Day
Daily Maximum
=
Equals
06/30/2021
00556
008
Oil & Grease
8.9
Pounds per Day
Daily Maximum
=
Equals
07/31/2021
00556
008
Oil & Grease
17.
Pounds per Day
Daily Maximum
=
Equals
08/31/2021
00556
008
Oil & Grease
13.1
Pounds per Day
Daily Maximum
=
Equals
09/30/2021
00556
008
Oil & Grease
11.1
Pounds per Day
Daily Maximum
=
Equals
10/31/2021
00556
002
Oil & Grease
9.3
Pounds per Day
Daily Maximum
=
Equals
11/30/2021
00556
002
Oil & Grease
9.5
Pounds per Day
Daily Maximum
=
Equals
12/31/2021
00556
002
Oil & Grease
9.4
Pounds per Day
Daily Maximum
=
Equals
01/31/2022
00556
002
Oil & Grease
11.6
Pounds per Day
Daily Maximum
=
Equals
02/28/2022
00556
002
Oil & Grease
9.
Pounds per Day
Daily Maximum
=
Equals
03/31/2022
00556
002
Oil & Grease
11.6
Pounds per Day
Daily Maximum
=
Equals
Table 25: Oil and Grease Concentration, Effluent, Monthly Average
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Parameter Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
04/30/2010
00556
002
Oil & Grease
2.5
Milligrams per Liter
Monthly Average
05/31/2010
00556
002
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
05/31/2010
00556
008
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
06/30/2010
00556
002
Oil & Grease
2.1
Milligrams per Liter
Monthly Average
07/31/2010
00556
002
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
08/31/2010
00556
002
Oil & Grease
3.3
Milligrams per Liter
Monthly Average
09/30/2010
00556
002
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
10/31/2010
00556
002
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
11/30/2010
00556
002
Oil & Grease
2.1
Milligrams per Liter
Monthly Average
12/31/2010
00556
002
Oil & Grease
2.4
Milligrams per Liter
Monthly Average
01/31/2011
00556
002
Oil & Grease
2.1
Milligrams per Liter
Monthly Average
02/28/2011
00556
002
Oil & Grease
2.7
Milligrams per Liter
Monthly Average
02/28/2011
00556
008
Oil & Grease
2.7
Milligrams per Liter
Monthly Average
03/31/2011
00556
002
Oil & Grease
2.4
Milligrams per Liter
Monthly Average
03/31/2011
00556
008
Oil & Grease
2.4
Milligrams per Liter
Monthly Average
04/30/2011
00556
002
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
=
Equals
05/31/2011
00556
002
Oil & Grease
2.
Milligrams per Liter
Monthly Average
05/31/2011
00556
008
Oil & Grease
2.
Milligrams per Liter
Monthly Average
06/30/2011
00556
002
Oil & Grease
2.8
Milligrams per Liter
Monthly Average
06/30/2011
00556
008
Oil & Grease
2.8
Milligrams per Liter
Monthly Average
07/31/2011
00556
002
Oil & Grease
2.2
Milligrams per Liter
Monthly Average
07/31/2011
00556
008
Oil & Grease
2.2
Milligrams per Liter
Monthly Average
08/31/2011
00556
002
Oil & Grease
2.
Milligrams per Liter
Monthly Average
08/31/2011
00556
008
Oil & Grease
2.
Milligrams per Liter
Monthly Average
09/30/2011
00556
002
Oil & Grease
2.6
Milligrams per Liter
Monthly Average
09/30/2011
00556
008
Oil & Grease
2.6
Milligrams per Liter
Monthly Average
10/31/2011
00556
002
Oil & Grease
2.4
Milligrams per Liter
Monthly Average
11/30/2011
00556
002
Oil & Grease
2.5
Milligrams per Liter
Monthly Average
12/31/2011
00556
002
Oil & Grease
2.
Milligrams per Liter
Monthly Average
01/31/2012
00556
002
Oil & Grease
2.2
Milligrams per Liter
Monthly Average
02/29/2012
00556
002
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
=
Equals
03/31/2012
00556
002
Oil & Grease
2.4
Milligrams per Liter
Monthly Average
04/30/2012
00556
002
Oil & Grease
2.
Milligrams per Liter
Monthly Average
05/31/2012
00556
002
Oil & Grease
2.5
Milligrams per Liter
Monthly Average
06/30/2012
00556
002
Oil & Grease
2.1
Milligrams per Liter
Monthly Average
Fact Sheet: WA0050202 - Washington Beef LLC
Page 91 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Parameter Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
07/31/2012
00556
002
Oil & Grease
2.7
Milligrams per Liter
Monthly Average
08/31/2012
00556
002
Oil & Grease
1.8
Milligrams per Liter
Monthly Average
09/30/2012
00556
002
Oil & Grease
2.2
Milligrams per Liter
Monthly Average
10/31/2012
00556
002
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
01/31/2014
00556
002
Oil & Grease
2.3
Milligrams per Liter
Monthly Average
=
Equals
02/28/2014
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
03/31/2014
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
04/30/2014
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
05/31/2014
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
06/30/2014
00556
002
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
=
Equals
07/31/2014
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
08/31/2014
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
09/30/2014
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
10/31/2014
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
11/30/2014
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
12/31/2014
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
01/31/2015
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
02/28/2015
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
03/31/2015
00556
002
Oil & Grease
2.6
Milligrams per Liter
Monthly Average
=
Equals
04/30/2015
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
05/31/2015
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
06/30/2015
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
07/31/2015
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
08/31/2015
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
09/30/2015
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
10/31/2015
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
11/30/2015
00556
002
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
=
Equals
12/31/2015
00556
002
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
=
Equals
01/31/2016
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
02/29/2016
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
03/31/2016
00556
002
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
=
Equals
04/30/2016
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
05/31/2016
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
06/30/2016
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
07/31/2016
00556
002
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
=
Equals
07/31/2016
00556
008
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
=
Equals
08/31/2016
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
09/30/2016
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
10/31/2016
00556
002
Oil & Grease
1.8
Milligrams per Liter
Monthly Average
=
Equals
11/30/2016
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
12/31/2016
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
01/31/2017
00556
002
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
=
Equals
02/28/2017
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
03/31/2017
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
04/30/2017
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
05/31/2017
00556
002
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
=
Equals
05/31/2017
00556
008
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
06/30/2017
00556
008
Oil & Grease
2.5
Milligrams per Liter
Monthly Average
=
Equals
07/31/2017
00556
008
Oil & Grease
2.
Milligrams per Liter
Monthly Average
=
Equals
08/31/2017
00556
008
Oil & Grease
2.2
Milligrams per Liter
Monthly Average
=
Equals
09/30/2017
00556
008
Oil & Grease
1.8
Milligrams per Liter
Monthly Average
=
Equals
10/31/2017
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
11/30/2017
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
12/31/2017
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
01/31/2018
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
02/28/2018
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
03/31/2018
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
04/30/2018
00556
002
Oil & Grease
1.8
Milligrams per Liter
Monthly Average
=
Equals
04/30/2018
00556
008
Oil & Grease
2.9
Milligrams per Liter
Monthly Average
=
Equals
05/31/2018
00556
008
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
=
Equals
06/30/2018
00556
008
Oil & Grease
1.8
Milligrams per Liter
Monthly Average
=
Equals
07/31/2018
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 92 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Parameter Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
08/31/2018
00556
008
Oil & Grease
2.
Milligrams per Liter
Monthly Average
=
Equals
09/30/2018
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
10/31/2018
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
11/30/2018
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
12/31/2018
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
01/31/2019
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
02/28/2019
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
03/31/2019
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
04/30/2019
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
05/31/2019
00556
008
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
06/30/2019
00556
008
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
07/31/2019
00556
008
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
08/31/2019
00556
008
Oil & Grease
2.2
Milligrams per Liter
Monthly Average
=
Equals
09/30/2019
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
10/31/2019
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
11/30/2019
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
12/31/2019
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
01/31/2020
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
02/29/2020
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
03/31/2020
00556
002
Oil & Grease
1.7
Milligrams per Liter
Monthly Average
=
Equals
04/30/2020
00556
002
Oil & Grease
1.9
Milligrams per Liter
Monthly Average
=
Equals
05/31/2020
00556
008
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
06/30/2020
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
07/31/2020
00556
008
Oil & Grease
2.1
Milligrams per Liter
Monthly Average
=
Equals
08/31/2020
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
09/30/2020
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
10/31/2020
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
11/30/2020
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
12/31/2020
00556
002
Oil & Grease
1.8
Milligrams per Liter
Monthly Average
=
Equals
01/31/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
02/28/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
03/31/2021
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
04/30/2021
00556
002
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
05/31/2021
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
06/30/2021
00556
008
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
07/31/2021
00556
008
Oil & Grease
1.6
Milligrams per Liter
Monthly Average
=
Equals
08/31/2021
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
09/30/2021
00556
008
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
10/31/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
11/30/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
12/31/2021
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
01/31/2022
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
02/28/2022
00556
002
Oil & Grease
1.4
Milligrams per Liter
Monthly Average
=
Equals
03/31/2022
00556
002
Oil & Grease
1.5
Milligrams per Liter
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 93 of 187
-------
Table 26: Oil and Grease Load, Monthly Average, Effluent
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Parameter Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
04/30/2010
00556
002
Oil & Grease
9.1
Pounds per Day
Monthly Average
05/31/2010
00556
002
Oil & Grease
8.3
Pounds per Day
Monthly Average
05/31/2010
00556
008
Oil & Grease
9.8
Pounds per Day
Monthly Average
06/30/2010
00556
002
Oil & Grease
9.5
Pounds per Day
Monthly Average
07/31/2010
00556
002
Oil & Grease
10.1
Pounds per Day
Monthly Average
08/31/2010
00556
002
Oil & Grease
15.3
Pounds per Day
Monthly Average
09/30/2010
00556
002
Oil & Grease
9.1
Pounds per Day
Monthly Average
10/31/2010
00556
002
Oil & Grease
9.8
Pounds per Day
Monthly Average
11/30/2010
00556
002
Oil & Grease
12.5
Pounds per Day
Monthly Average
12/31/2010
00556
002
Oil & Grease
15.3
Pounds per Day
Monthly Average
01/31/2011
00556
002
Oil & Grease
13.5
Pounds per Day
Monthly Average
02/28/2011
00556
002
Oil & Grease
15.3
Pounds per Day
Monthly Average
02/28/2011
00556
008
Oil & Grease
15.3
Pounds per Day
Monthly Average
03/31/2011
00556
002
Oil & Grease
15.9
Pounds per Day
Monthly Average
03/31/2011
00556
008
Oil & Grease
15.9
Pounds per Day
Monthly Average
04/30/2011
00556
002
Oil & Grease
9.8
Pounds per Day
Monthly Average
=
Equals
05/31/2011
00556
002
Oil & Grease
13.8
Pounds per Day
Monthly Average
05/31/2011
00556
008
Oil & Grease
13.8
Pounds per Day
Monthly Average
06/30/2011
00556
002
Oil & Grease
20.1
Pounds per Day
Monthly Average
06/30/2011
00556
008
Oil & Grease
20.4
Pounds per Day
Monthly Average
07/31/2011
00556
002
Oil & Grease
16.
Pounds per Day
Monthly Average
07/31/2011
00556
008
Oil & Grease
16.
Pounds per Day
Monthly Average
08/31/2011
00556
002
Oil & Grease
12.4
Pounds per Day
Monthly Average
08/31/2011
00556
008
Oil & Grease
12.4
Pounds per Day
Monthly Average
09/30/2011
00556
002
Oil & Grease
14.8
Pounds per Day
Monthly Average
09/30/2011
00556
008
Oil & Grease
14.8
Pounds per Day
Monthly Average
10/31/2011
00556
002
Oil & Grease
16.7
Pounds per Day
Monthly Average
11/30/2011
00556
002
Oil & Grease
13.2
Pounds per Day
Monthly Average
12/31/2011
00556
002
Oil & Grease
12.
Pounds per Day
Monthly Average
01/31/2012
00556
002
Oil & Grease
13.6
Pounds per Day
Monthly Average
02/29/2012
00556
002
Oil & Grease
10.
Pounds per Day
Monthly Average
=
Equals
03/31/2012
00556
002
Oil & Grease
12.4
Pounds per Day
Monthly Average
04/30/2012
00556
002
Oil & Grease
10.9
Pounds per Day
Monthly Average
05/31/2012
00556
002
Oil & Grease
15.3
Pounds per Day
Monthly Average
06/30/2012
00556
002
Oil & Grease
13.7
Pounds per Day
Monthly Average
07/31/2012
00556
002
Oil & Grease
15.2
Pounds per Day
Monthly Average
08/31/2012
00556
002
Oil & Grease
10.5
Pounds per Day
Monthly Average
09/30/2012
00556
002
Oil & Grease
12.5
Pounds per Day
Monthly Average
10/31/2012
00556
002
Oil & Grease
12.9
Pounds per Day
Monthly Average
01/31/2014
00556
002
Oil & Grease
12.5
Pounds per Day
Monthly Average
=
Equals
02/28/2014
00556
002
Oil & Grease
8.9
Pounds per Day
Monthly Average
=
Equals
03/31/2014
00556
002
Oil & Grease
8.4
Pounds per Day
Monthly Average
=
Equals
04/30/2014
00556
002
Oil & Grease
9.3
Pounds per Day
Monthly Average
=
Equals
05/31/2014
00556
002
Oil & Grease
8.3
Pounds per Day
Monthly Average
=
Equals
06/30/2014
00556
002
Oil & Grease
10.6
Pounds per Day
Monthly Average
=
Equals
07/31/2014
00556
002
Oil & Grease
8.7
Pounds per Day
Monthly Average
=
Equals
08/31/2014
00556
002
Oil & Grease
8.9
Pounds per Day
Monthly Average
=
Equals
09/30/2014
00556
002
Oil & Grease
8.8
Pounds per Day
Monthly Average
=
Equals
10/31/2014
00556
002
Oil & Grease
8.7
Pounds per Day
Monthly Average
=
Equals
11/30/2014
00556
002
Oil & Grease
8.6
Pounds per Day
Monthly Average
=
Equals
12/31/2014
00556
002
Oil & Grease
9.1
Pounds per Day
Monthly Average
=
Equals
01/31/2015
00556
002
Oil & Grease
8.2
Pounds per Day
Monthly Average
=
Equals
02/28/2015
00556
002
Oil & Grease
8.6
Pounds per Day
Monthly Average
=
Equals
03/31/2015
00556
002
Oil & Grease
12.
Pounds per Day
Monthly Average
=
Equals
04/30/2015
00556
002
Oil & Grease
7.7
Pounds per Day
Monthly Average
=
Equals
05/31/2015
00556
002
Oil & Grease
7.5
Pounds per Day
Monthly Average
=
Equals
06/30/2015
00556
002
Oil & Grease
8.1
Pounds per Day
Monthly Average
=
Equals
07/31/2015
00556
002
Oil & Grease
7.9
Pounds per Day
Monthly Average
=
Equals
08/31/2015
00556
002
Oil & Grease
9.
Pounds per Day
Monthly Average
=
Equals
09/30/2015
00556
002
Oil & Grease
8.2
Pounds per Day
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 94 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Parameter Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
10/31/2015
00556
002
Oil & Grease
8.7
Pounds per Day
Monthly Average
=
Equals
11/30/2015
00556
002
Oil & Grease
9.5
Pounds per Day
Monthly Average
=
Equals
12/31/2015
00556
002
Oil & Grease
10.7
Pounds per Day
Monthly Average
=
Equals
01/31/2016
00556
002
Oil & Grease
9.6
Pounds per Day
Monthly Average
=
Equals
02/29/2016
00556
002
Oil & Grease
9.2
Pounds per Day
Monthly Average
=
Equals
03/31/2016
00556
002
Oil & Grease
9.5
Pounds per Day
Monthly Average
=
Equals
04/30/2016
00556
002
Oil & Grease
8.1
Pounds per Day
Monthly Average
=
Equals
05/31/2016
00556
002
Oil & Grease
8.1
Pounds per Day
Monthly Average
=
Equals
06/30/2016
00556
002
Oil & Grease
7.5
Pounds per Day
Monthly Average
=
Equals
07/31/2016
00556
002
Oil & Grease
7.8
Pounds per Day
Monthly Average
=
Equals
07/31/2016
00556
008
Oil & Grease
1.
Pounds per Day
Monthly Average
=
Equals
08/31/2016
00556
002
Oil & Grease
8.5
Pounds per Day
Monthly Average
=
Equals
09/30/2016
00556
002
Oil & Grease
8.4
Pounds per Day
Monthly Average
=
Equals
10/31/2016
00556
002
Oil & Grease
9.3
Pounds per Day
Monthly Average
=
Equals
11/30/2016
00556
002
Oil & Grease
6.3
Pounds per Day
Monthly Average
=
Equals
12/31/2016
00556
002
Oil & Grease
8.
Pounds per Day
Monthly Average
=
Equals
01/31/2017
00556
002
Oil & Grease
8.
Pounds per Day
Monthly Average
=
Equals
02/28/2017
00556
002
Oil & Grease
9.9
Pounds per Day
Monthly Average
=
Equals
03/31/2017
00556
002
Oil & Grease
8.1
Pounds per Day
Monthly Average
=
Equals
04/30/2017
00556
002
Oil & Grease
9.3
Pounds per Day
Monthly Average
=
Equals
05/31/2017
00556
002
Oil & Grease
3.7
Pounds per Day
Monthly Average
=
Equals
05/31/2017
00556
008
Oil & Grease
8.4
Pounds per Day
Monthly Average
=
Equals
06/30/2017
00556
008
Oil & Grease
11.9
Pounds per Day
Monthly Average
=
Equals
07/31/2017
00556
008
Oil & Grease
10.
Pounds per Day
Monthly Average
=
Equals
08/31/2017
00556
008
Oil & Grease
11.7
Pounds per Day
Monthly Average
=
Equals
09/30/2017
00556
008
Oil & Grease
9.6
Pounds per Day
Monthly Average
=
Equals
10/31/2017
00556
002
Oil & Grease
9.
Pounds per Day
Monthly Average
=
Equals
11/30/2017
00556
002
Oil & Grease
6.7
Pounds per Day
Monthly Average
=
Equals
12/31/2017
00556
002
Oil & Grease
8.
Pounds per Day
Monthly Average
=
Equals
01/31/2018
00556
002
Oil & Grease
7.9
Pounds per Day
Monthly Average
=
Equals
02/28/2018
00556
002
Oil & Grease
7.3
Pounds per Day
Monthly Average
=
Equals
03/31/2018
00556
002
Oil & Grease
7.9
Pounds per Day
Monthly Average
=
Equals
04/30/2018
00556
002
Oil & Grease
10.3
Pounds per Day
Monthly Average
=
Equals
04/30/2018
00556
008
Oil & Grease
15.4
Pounds per Day
Monthly Average
=
Equals
05/31/2018
00556
008
Oil & Grease
9.
Pounds per Day
Monthly Average
=
Equals
06/30/2018
00556
008
Oil & Grease
10.
Pounds per Day
Monthly Average
=
Equals
07/31/2018
00556
008
Oil & Grease
8.6
Pounds per Day
Monthly Average
=
Equals
08/31/2018
00556
008
Oil & Grease
12.
Pounds per Day
Monthly Average
=
Equals
09/30/2018
00556
008
Oil & Grease
7.8
Pounds per Day
Monthly Average
=
Equals
10/31/2018
00556
002
Oil & Grease
7.5
Pounds per Day
Monthly Average
=
Equals
11/30/2018
00556
002
Oil & Grease
8.7
Pounds per Day
Monthly Average
=
Equals
12/31/2018
00556
002
Oil & Grease
9.
Pounds per Day
Monthly Average
=
Equals
01/31/2019
00556
002
Oil & Grease
7.8
Pounds per Day
Monthly Average
=
Equals
02/28/2019
00556
002
Oil & Grease
7.6
Pounds per Day
Monthly Average
=
Equals
03/31/2019
00556
002
Oil & Grease
8.9
Pounds per Day
Monthly Average
=
Equals
04/30/2019
00556
002
Oil & Grease
8.2
Pounds per Day
Monthly Average
=
Equals
05/31/2019
00556
008
Oil & Grease
6.7
Pounds per Day
Monthly Average
=
Equals
06/30/2019
00556
008
Oil & Grease
7.8
Pounds per Day
Monthly Average
=
Equals
07/31/2019
00556
008
Oil & Grease
7.8
Pounds per Day
Monthly Average
=
Equals
08/31/2019
00556
008
Oil & Grease
11.6
Pounds per Day
Monthly Average
=
Equals
09/30/2019
00556
008
Oil & Grease
9.
Pounds per Day
Monthly Average
=
Equals
10/31/2019
00556
002
Oil & Grease
9.3
Pounds per Day
Monthly Average
=
Equals
11/30/2019
00556
002
Oil & Grease
10.4
Pounds per Day
Monthly Average
=
Equals
12/31/2019
00556
002
Oil & Grease
7.4
Pounds per Day
Monthly Average
=
Equals
01/31/2020
00556
002
Oil & Grease
8.5
Pounds per Day
Monthly Average
=
Equals
02/29/2020
00556
002
Oil & Grease
8.5
Pounds per Day
Monthly Average
=
Equals
03/31/2020
00556
002
Oil & Grease
10.6
Pounds per Day
Monthly Average
=
Equals
04/30/2020
00556
002
Oil & Grease
10.7
Pounds per Day
Monthly Average
=
Equals
05/31/2020
00556
008
Oil & Grease
6.8
Pounds per Day
Monthly Average
=
Equals
06/30/2020
00556
008
Oil & Grease
8.1
Pounds per Day
Monthly Average
=
Equals
07/31/2020
00556
008
Oil & Grease
11.2
Pounds per Day
Monthly Average
=
Equals
08/31/2020
00556
008
Oil & Grease
8.4
Pounds per Day
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 95 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Parameter Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
09/30/2020
00556
008
Oil & Grease
8.3
Pounds per Day
Monthly Average
=
Equals
10/31/2020
00556
002
Oil & Grease
8.1
Pounds per Day
Monthly Average
=
Equals
11/30/2020
00556
002
Oil & Grease
7.7
Pounds per Day
Monthly Average
=
Equals
12/31/2020
00556
002
Oil & Grease
8.8
Pounds per Day
Monthly Average
=
Equals
01/31/2021
00556
002
Oil & Grease
6.7
Pounds per Day
Monthly Average
=
Equals
02/28/2021
00556
002
Oil & Grease
7.4
Pounds per Day
Monthly Average
=
Equals
03/31/2021
00556
002
Oil & Grease
8.9
Pounds per Day
Monthly Average
=
Equals
04/30/2021
00556
002
Oil & Grease
9.7
Pounds per Day
Monthly Average
=
Equals
05/31/2021
00556
008
Oil & Grease
8.2
Pounds per Day
Monthly Average
=
Equals
06/30/2021
00556
008
Oil & Grease
8.2
Pounds per Day
Monthly Average
=
Equals
07/31/2021
00556
008
Oil & Grease
9.
Pounds per Day
Monthly Average
=
Equals
08/31/2021
00556
008
Oil & Grease
9.4
Pounds per Day
Monthly Average
=
Equals
09/30/2021
00556
008
Oil & Grease
9.4
Pounds per Day
Monthly Average
=
Equals
10/31/2021
00556
002
Oil & Grease
8.1
Pounds per Day
Monthly Average
=
Equals
11/30/2021
00556
002
Oil & Grease
8.4
Pounds per Day
Monthly Average
=
Equals
12/31/2021
00556
002
Oil & Grease
7.
Pounds per Day
Monthly Average
=
Equals
01/31/2022
00556
002
Oil & Grease
8.8
Pounds per Day
Monthly Average
=
Equals
02/28/2022
00556
002
Oil & Grease
7.7
Pounds per Day
Monthly Average
=
Equals
03/31/2022
00556
002
Oil & Grease
8.4
Pounds per Day
Monthly Average
=
Equals
Table 27: pH, Minimum, Effluent
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Statistical Base Long Desc
Code
Desc
03/31/2010
00400
002
PH
7.72
Standard Units
Instantaneous Minimum
04/30/2010
00400
002
PH
7.84
Standard Units
Instantaneous Minimum
05/31/2010
00400
002
PH
7.7
Standard Units
Instantaneous Minimum
05/31/2010
00400
008
PH
7.29
Standard Units
Instantaneous Minimum
06/30/2010
00400
002
PH
7.22
Standard Units
Instantaneous Minimum
07/31/2010
00400
002
PH
7.53
Standard Units
Instantaneous Minimum
08/31/2010
00400
002
PH
7.79
Standard Units
Instantaneous Minimum
09/30/2010
00400
002
PH
7.16
Standard Units
Instantaneous Minimum
10/31/2010
00400
002
PH
6.73
Standard Units
Instantaneous Minimum
11/30/2010
00400
002
PH
7.13
Standard Units
Instantaneous Minimum
12/31/2010
00400
002
PH
7.29
Standard Units
Instantaneous Minimum
01/31/2011
00400
002
PH
7.43
Standard Units
Instantaneous Minimum
02/28/2011
00400
002
PH
7.09
Standard Units
Instantaneous Minimum
02/28/2011
00400
008
PH
7.09
Standard Units
Instantaneous Minimum
03/31/2011
00400
002
PH
7.25
Standard Units
Instantaneous Minimum
03/31/2011
00400
008
PH
7.25
Standard Units
Instantaneous Minimum
04/30/2011
00400
002
PH
7.29
Standard Units
Instantaneous Minimum
=
Equals
05/31/2011
00400
002
PH
7.5
Standard Units
Instantaneous Minimum
05/31/2011
00400
008
PH
7.5
Standard Units
Instantaneous Minimum
06/30/2011
00400
002
PH
7.62
Standard Units
Instantaneous Minimum
06/30/2011
00400
008
PH
7.62
Standard Units
Instantaneous Minimum
07/31/2011
00400
002
PH
7.41
Standard Units
Instantaneous Minimum
07/31/2011
00400
008
PH
7.41
Standard Units
Instantaneous Minimum
08/31/2011
00400
002
PH
7.21
Standard Units
Instantaneous Minimum
08/31/2011
00400
008
PH
7.21
Standard Units
Instantaneous Minimum
09/30/2011
00400
002
PH
7.08
Standard Units
Instantaneous Minimum
09/30/2011
00400
008
PH
7.08
Standard Units
Instantaneous Minimum
10/31/2011
00400
002
PH
7.06
Standard Units
Instantaneous Minimum
11/30/2011
00400
002
PH
7.45
Standard Units
Instantaneous Minimum
12/31/2011
00400
002
PH
7.34
Standard Units
Instantaneous Minimum
01/31/2012
00400
002
PH
7.26
Standard Units
Instantaneous Minimum
02/29/2012
00400
002
PH
7.49
Standard Units
Instantaneous Minimum
=
Equals
03/31/2012
00400
002
PH
7.36
Standard Units
Instantaneous Minimum
04/30/2012
00400
002
PH
7.76
Standard Units
Instantaneous Minimum
05/31/2012
00400
002
PH
6.95
Standard Units
Instantaneous Minimum
Fact Sheet: WA0050202 - Washington Beef LLC
Page 96 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Statistical Base Long Desc
Code
Desc
06/30/2012
00400
002
PH
6.92
Standard Units
Instantaneous Minimum
07/31/2012
00400
002
PH
7.67
Standard Units
Instantaneous Minimum
08/31/2012
00400
002
PH
7.3
Standard Units
Instantaneous Minimum
09/30/2012
00400
002
PH
7.45
Standard Units
Instantaneous Minimum
10/31/2012
00400
002
PH
7.22
Standard Units
Instantaneous Minimum
11/30/2012
00400
002
PH
7.15
Standard Units
Instantaneous Minimum
=
Equals
12/31/2012
00400
002
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
01/31/2013
00400
002
PH
7.05
Standard Units
Instantaneous Minimum
=
Equals
02/28/2013
00400
002
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
03/31/2013
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
04/30/2013
00400
002
PH
7.16
Standard Units
Instantaneous Minimum
=
Equals
05/31/2013
00400
002
PH
7.27
Standard Units
Instantaneous Minimum
=
Equals
06/30/2013
00400
002
PH
7.41
Standard Units
Instantaneous Minimum
=
Equals
07/31/2013
00400
002
PH
7.44
Standard Units
Instantaneous Minimum
=
Equals
08/31/2013
00400
002
PH
7.42
Standard Units
Instantaneous Minimum
=
Equals
09/30/2013
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
10/31/2013
00400
002
PH
7.3
Standard Units
Instantaneous Minimum
=
Equals
11/30/2013
00400
002
PH
7.23
Standard Units
Instantaneous Minimum
=
Equals
12/31/2013
00400
002
PH
7.22
Standard Units
Instantaneous Minimum
=
Equals
01/31/2014
00400
002
PH
7.16
Standard Units
Instantaneous Minimum
=
Equals
02/28/2014
00400
002
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
03/31/2014
00400
002
PH
6.89
Standard Units
Instantaneous Minimum
=
Equals
04/30/2014
00400
002
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
05/31/2014
00400
002
PH
7.38
Standard Units
Instantaneous Minimum
=
Equals
06/30/2014
00400
002
PH
7.07
Standard Units
Instantaneous Minimum
=
Equals
07/31/2014
00400
002
PH
7.04
Standard Units
Instantaneous Minimum
=
Equals
08/31/2014
00400
002
PH
6.8
Standard Units
Instantaneous Minimum
=
Equals
09/30/2014
00400
002
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
10/31/2014
00400
002
PH
7.22
Standard Units
Instantaneous Minimum
=
Equals
11/30/2014
00400
002
PH
7.58
Standard Units
Instantaneous Minimum
=
Equals
12/31/2014
00400
002
PH
7.35
Standard Units
Instantaneous Minimum
=
Equals
01/31/2015
00400
002
PH
7.19
Standard Units
Instantaneous Minimum
=
Equals
02/28/2015
00400
002
PH
7.15
Standard Units
Instantaneous Minimum
=
Equals
03/31/2015
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
04/30/2015
00400
002
PH
7.15
Standard Units
Instantaneous Minimum
=
Equals
05/31/2015
00400
002
PH
6.83
Standard Units
Instantaneous Minimum
=
Equals
06/30/2015
00400
002
PH
6.5
Standard Units
Instantaneous Minimum
=
Equals
07/31/2015
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
08/31/2015
00400
002
PH
6.63
Standard Units
Instantaneous Minimum
=
Equals
09/30/2015
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
10/31/2015
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
11/30/2015
00400
002
PH
6.5
Standard Units
Instantaneous Minimum
=
Equals
12/31/2015
00400
002
PH
6.6
Standard Units
Instantaneous Minimum
=
Equals
01/31/2016
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
02/29/2016
00400
002
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
03/31/2016
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
04/30/2016
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
05/31/2016
00400
002
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
06/30/2016
00400
002
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
07/31/2016
00400
002
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
07/31/2016
00400
008
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
08/31/2016
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
09/30/2016
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
10/31/2016
00400
002
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
11/30/2016
00400
002
PH
7.5
Standard Units
Instantaneous Minimum
=
Equals
12/31/2016
00400
002
PH
7.6
Standard Units
Instantaneous Minimum
=
Equals
01/31/2017
00400
002
PH
7.7
Standard Units
Instantaneous Minimum
=
Equals
02/28/2017
00400
002
PH
7.7
Standard Units
Instantaneous Minimum
=
Equals
03/31/2017
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
04/30/2017
00400
002
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
05/31/2017
00400
002
PH
7.4
Standard Units
Instantaneous Minimum
=
Equals
05/31/2017
00400
008
PH
7.5
Standard Units
Instantaneous Minimum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 97 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Statistical Base Long Desc
Code
Desc
06/30/2017
00400
008
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
07/31/2017
00400
008
PH
7.5
Standard Units
Instantaneous Minimum
=
Equals
08/31/2017
00400
008
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
09/30/2017
00400
008
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
10/31/2017
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
11/30/2017
00400
002
PH
6.8
Standard Units
Instantaneous Minimum
=
Equals
12/31/2017
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
01/31/2018
00400
002
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
02/28/2018
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
03/31/2018
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
04/30/2018
00400
002
PH
6.6
Standard Units
Instantaneous Minimum
=
Equals
04/30/2018
00400
008
PH
7.3
Standard Units
Instantaneous Minimum
=
Equals
05/31/2018
00400
008
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
06/30/2018
00400
008
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
07/31/2018
00400
008
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
08/31/2018
00400
008
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
09/30/2018
00400
008
PH
7.4
Standard Units
Instantaneous Minimum
=
Equals
10/31/2018
00400
002
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
11/30/2018
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
12/31/2018
00400
002
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
01/31/2019
00400
002
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
02/28/2019
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
03/31/2019
00400
002
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
04/30/2019
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
05/31/2019
00400
008
PH
6.8
Standard Units
Instantaneous Minimum
=
Equals
06/30/2019
00400
008
PH
6.8
Standard Units
Instantaneous Minimum
=
Equals
07/31/2019
00400
008
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
08/31/2019
00400
008
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
09/30/2019
00400
008
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
10/31/2019
00400
002
PH
6.8
Standard Units
Instantaneous Minimum
=
Equals
11/30/2019
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
12/31/2019
00400
002
PH
6.6
Standard Units
Instantaneous Minimum
=
Equals
01/31/2020
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
02/29/2020
00400
002
PH
6.8
Standard Units
Instantaneous Minimum
=
Equals
03/31/2020
00400
002
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
04/30/2020
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
05/31/2020
00400
008
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
06/30/2020
00400
008
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
07/31/2020
00400
008
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
08/31/2020
00400
008
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
09/30/2020
00400
008
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
10/31/2020
00400
002
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
11/30/2020
00400
002
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
12/31/2020
00400
002
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
01/31/2021
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
02/28/2021
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
03/31/2021
00400
002
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
04/30/2021
00400
002
PH
7.3
Standard Units
Instantaneous Minimum
=
Equals
05/31/2021
00400
008
PH
7.
Standard Units
Instantaneous Minimum
=
Equals
06/30/2021
00400
008
PH
6.7
Standard Units
Instantaneous Minimum
=
Equals
07/31/2021
00400
008
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
08/31/2021
00400
008
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
09/30/2021
00400
008
PH
7.2
Standard Units
Instantaneous Minimum
=
Equals
10/31/2021
00400
002
PH
7.3
Standard Units
Instantaneous Minimum
=
Equals
11/30/2021
00400
002
PH
6.9
Standard Units
Instantaneous Minimum
=
Equals
12/31/2021
00400
002
PH
7.4
Standard Units
Instantaneous Minimum
=
Equals
01/31/2022
00400
002
PH
7.3
Standard Units
Instantaneous Minimum
=
Equals
02/28/2022
00400
002
PH
7.6
Standard Units
Instantaneous Minimum
=
Equals
03/31/2022
00400
002
PH
7.1
Standard Units
Instantaneous Minimum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 98 of 187
-------
Table 28: pH, Maximum, Effluent
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Statistical Base Long Desc
Code
Desc
03/31/2010
00400
002
PH
8.25
Standard Units
Instantaneous Maximum
04/30/2010
00400
002
PH
8.39
Standard Units
Instantaneous Maximum
05/31/2010
00400
002
PH
8.1
Standard Units
Instantaneous Maximum
05/31/2010
00400
008
PH
8.02
Standard Units
Instantaneous Maximum
06/30/2010
00400
002
PH
8.08
Standard Units
Instantaneous Maximum
07/31/2010
00400
002
PH
8.27
Standard Units
Instantaneous Maximum
08/31/2010
00400
002
PH
8.28
Standard Units
Instantaneous Maximum
09/30/2010
00400
002
PH
8.42
Standard Units
Instantaneous Maximum
10/31/2010
00400
002
PH
8.42
Standard Units
Instantaneous Maximum
11/30/2010
00400
002
PH
8.26
Standard Units
Instantaneous Maximum
12/31/2010
00400
002
PH
8.21
Standard Units
Instantaneous Maximum
01/31/2011
00400
002
PH
8.19
Standard Units
Instantaneous Maximum
02/28/2011
00400
002
PH
8.04
Standard Units
Instantaneous Maximum
02/28/2011
00400
008
PH
8.04
Standard Units
Instantaneous Maximum
03/31/2011
00400
002
PH
8.07
Standard Units
Instantaneous Maximum
03/31/2011
00400
008
PH
8.07
Standard Units
Instantaneous Maximum
04/30/2011
00400
002
PH
8.02
Standard Units
Instantaneous Maximum
=
Equals
05/31/2011
00400
002
PH
8.11
Standard Units
Instantaneous Maximum
05/31/2011
00400
008
PH
8.11
Standard Units
Instantaneous Maximum
06/30/2011
00400
002
PH
8.02
Standard Units
Instantaneous Maximum
06/30/2011
00400
008
PH
8.02
Standard Units
Instantaneous Maximum
07/31/2011
00400
002
PH
8.04
Standard Units
Instantaneous Maximum
07/31/2011
00400
008
PH
8.04
Standard Units
Instantaneous Maximum
08/31/2011
00400
002
PH
8.06
Standard Units
Instantaneous Maximum
08/31/2011
00400
008
PH
8.06
Standard Units
Instantaneous Maximum
09/30/2011
00400
002
PH
7.85
Standard Units
Instantaneous Maximum
09/30/2011
00400
008
PH
7.85
Standard Units
Instantaneous Maximum
10/31/2011
00400
002
PH
7.92
Standard Units
Instantaneous Maximum
11/30/2011
00400
002
PH
7.85
Standard Units
Instantaneous Maximum
12/31/2011
00400
002
PH
7.82
Standard Units
Instantaneous Maximum
01/31/2012
00400
002
PH
7.84
Standard Units
Instantaneous Maximum
02/29/2012
00400
002
PH
8.02
Standard Units
Instantaneous Maximum
=
Equals
03/31/2012
00400
002
PH
8.02
Standard Units
Instantaneous Maximum
04/30/2012
00400
002
PH
7.97
Standard Units
Instantaneous Maximum
05/31/2012
00400
002
PH
8.13
Standard Units
Instantaneous Maximum
06/30/2012
00400
002
PH
8.
Standard Units
Instantaneous Maximum
07/31/2012
00400
002
PH
7.98
Standard Units
Instantaneous Maximum
08/31/2012
00400
002
PH
8.11
Standard Units
Instantaneous Maximum
09/30/2012
00400
002
PH
8.08
Standard Units
Instantaneous Maximum
10/31/2012
00400
002
PH
7.85
Standard Units
Instantaneous Maximum
11/30/2012
00400
002
PH
7.98
Standard Units
Instantaneous Maximum
=
Equals
12/31/2012
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
01/31/2013
00400
002
PH
7.94
Standard Units
Instantaneous Maximum
=
Equals
02/28/2013
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
03/31/2013
00400
002
PH
7.83
Standard Units
Instantaneous Maximum
=
Equals
04/30/2013
00400
002
PH
8.14
Standard Units
Instantaneous Maximum
=
Equals
05/31/2013
00400
002
PH
8.06
Standard Units
Instantaneous Maximum
=
Equals
06/30/2013
00400
002
PH
8.09
Standard Units
Instantaneous Maximum
=
Equals
07/31/2013
00400
002
PH
7.88
Standard Units
Instantaneous Maximum
=
Equals
08/31/2013
00400
002
PH
7.91
Standard Units
Instantaneous Maximum
=
Equals
09/30/2013
00400
002
PH
7.98
Standard Units
Instantaneous Maximum
=
Equals
10/31/2013
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
11/30/2013
00400
002
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
12/31/2013
00400
002
PH
7.53
Standard Units
Instantaneous Maximum
=
Equals
01/31/2014
00400
002
PH
7.63
Standard Units
Instantaneous Maximum
=
Equals
02/28/2014
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
03/31/2014
00400
002
PH
7.59
Standard Units
Instantaneous Maximum
=
Equals
04/30/2014
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
05/31/2014
00400
002
PH
7.75
Standard Units
Instantaneous Maximum
=
Equals
06/30/2014
00400
002
PH
7.91
Standard Units
Instantaneous Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 99 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Statistical Base Long Desc
Code
Desc
07/31/2014
00400
002
PH
7.85
Standard Units
Instantaneous Maximum
=
Equals
08/31/2014
00400
002
PH
7.69
Standard Units
Instantaneous Maximum
=
Equals
09/30/2014
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
10/31/2014
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
11/30/2014
00400
002
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
12/31/2014
00400
002
PH
8.14
Standard Units
Instantaneous Maximum
=
Equals
01/31/2015
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
02/28/2015
00400
002
PH
7.84
Standard Units
Instantaneous Maximum
=
Equals
03/31/2015
00400
002
PH
7.81
Standard Units
Instantaneous Maximum
=
Equals
04/30/2015
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
05/31/2015
00400
002
PH
7.83
Standard Units
Instantaneous Maximum
=
Equals
06/30/2015
00400
002
PH
7.76
Standard Units
Instantaneous Maximum
=
Equals
07/31/2015
00400
002
PH
7.76
Standard Units
Instantaneous Maximum
=
Equals
08/31/2015
00400
002
PH
7.55
Standard Units
Instantaneous Maximum
=
Equals
09/30/2015
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
10/31/2015
00400
002
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
11/30/2015
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
12/31/2015
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
01/31/2016
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
02/29/2016
00400
002
PH
8.1
Standard Units
Instantaneous Maximum
=
Equals
03/31/2016
00400
002
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
04/30/2016
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
05/31/2016
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
06/30/2016
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
07/31/2016
00400
002
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
07/31/2016
00400
008
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
08/31/2016
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
09/30/2016
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
10/31/2016
00400
002
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
11/30/2016
00400
002
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
12/31/2016
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
01/31/2017
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
02/28/2017
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
03/31/2017
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
04/30/2017
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
05/31/2017
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
05/31/2017
00400
008
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
06/30/2017
00400
008
PH
8.2
Standard Units
Instantaneous Maximum
=
Equals
07/31/2017
00400
008
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
08/31/2017
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
09/30/2017
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
10/31/2017
00400
002
PH
7.4
Standard Units
Instantaneous Maximum
=
Equals
11/30/2017
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
12/31/2017
00400
002
PH
7.2
Standard Units
Instantaneous Maximum
=
Equals
01/31/2018
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
02/28/2018
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
03/31/2018
00400
002
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
04/30/2018
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
04/30/2018
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
05/31/2018
00400
008
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
06/30/2018
00400
008
PH
7.5
Standard Units
Instantaneous Maximum
=
Equals
07/31/2018
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
08/31/2018
00400
008
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
09/30/2018
00400
008
PH
8.4
Standard Units
Instantaneous Maximum
=
Equals
10/31/2018
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
11/30/2018
00400
002
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
12/31/2018
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
01/31/2019
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
02/28/2019
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
03/31/2019
00400
002
PH
7.5
Standard Units
Instantaneous Maximum
=
Equals
04/30/2019
00400
002
PH
7.5
Standard Units
Instantaneous Maximum
=
Equals
05/31/2019
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 100 of 187
-------
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
Parameter
DMR
Qualifier
Qualifier
Date
Code
ID
Desc
Value
Limit Unit Desc
Statistical Base Long Desc
Code
Desc
06/30/2019
00400
008
PH
7.5
Standard Units
Instantaneous Maximum
=
Equals
07/31/2019
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
08/31/2019
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
09/30/2019
00400
008
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
10/31/2019
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
11/30/2019
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
12/31/2019
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
01/31/2020
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
02/29/2020
00400
002
PH
7.3
Standard Units
Instantaneous Maximum
=
Equals
03/31/2020
00400
002
PH
7.5
Standard Units
Instantaneous Maximum
=
Equals
04/30/2020
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
05/31/2020
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
06/30/2020
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
07/31/2020
00400
008
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
08/31/2020
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
09/30/2020
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
10/31/2020
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
11/30/2020
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
12/31/2020
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
01/31/2021
00400
002
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
02/28/2021
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
03/31/2021
00400
002
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
04/30/2021
00400
002
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
05/31/2021
00400
008
PH
7.5
Standard Units
Instantaneous Maximum
=
Equals
06/30/2021
00400
008
PH
7.6
Standard Units
Instantaneous Maximum
=
Equals
07/31/2021
00400
008
PH
7.8
Standard Units
Instantaneous Maximum
=
Equals
08/31/2021
00400
008
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
09/30/2021
00400
008
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
10/31/2021
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
11/30/2021
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
12/31/2021
00400
002
PH
8.
Standard Units
Instantaneous Maximum
=
Equals
01/31/2022
00400
002
PH
8.2
Standard Units
Instantaneous Maximum
=
Equals
02/28/2022
00400
002
PH
7.9
Standard Units
Instantaneous Maximum
=
Equals
03/31/2022
00400
002
PH
7.7
Standard Units
Instantaneous Maximum
=
Equals
Table 29: Salinity, Effluent
Sample Date
Salinity (ppm)
3/19/2012
2600
3/21/2012
2400
3/23/2012
2300
6/25/2012
2500
6/27/2012
2600
6/29/2012
2300
9/17/2012
2300
9/19/2012
2300
9/21/2012
2200
12/10/2012
2100
12/12/2012
2000
12/14/2012
2100
3/25/2013
2400
3/27/2013
2100
3/29/2013
2200
6/17/2013
2400
6/19/2013
2200
6/21/2013
2400
10/7/2013
2200
10/9/2013
2300
10/11/2013
2400
12/9/2013
2300
12/11/2013
2300
Fact Sheet: WA0050202 - Washington Beef LLC
Page 101 of 187
-------
Sample Date
Salinity (ppm)
12/13/2013
2000
3/10/2014
2200
3/12/2014
2200
3/14/2014
2100
6/2/2014
2700
6/4/2014
2300
Minimum
2000
Median
2300
Average
2290
Maximum
2700
Standard Deviation
172
CV
0.075
Count
29
Table 30: Total Suspended Solids Concentration, Effluent, Maximum
DMR
DMR
Monitoring
Perm
Value
Value
Period End
Parameter
Feature
DMR
Statistical Base
Qualifier
Qualifier
Date
Code
ID
Parameter Desc
Value
Limit Unit Desc
Long Desc
Code
Desc
03/31/2010
00530
002
Solids, total suspended
25.3
Milligrams per Liter
Daily Maximum
04/30/2010
00530
002
Solids, total suspended
20.
Milligrams per Liter
Daily Maximum
05/31/2010
00530
002
Solids, total suspended
16.
Milligrams per Liter
Daily Maximum
05/31/2010
00530
008
Solids, total suspended
77.1
Milligrams per Liter
Daily Maximum
06/30/2010
00530
002
Solids, total suspended
16.
Milligrams per Liter
Daily Maximum
07/31/2010
00530
002
Solids, total suspended
15.
Milligrams per Liter
Daily Maximum
08/31/2010
00530
002
Solids, total suspended
36.
Milligrams per Liter
Daily Maximum
09/30/2010
00530
002
Solids, total suspended
47.
Milligrams per Liter
Daily Maximum
10/31/2010
00530
002
Solids, total suspended
30.
Milligrams per Liter
Daily Maximum
11/30/2010
00530
002
Solids, total suspended
25.
Milligrams per Liter
Daily Maximum
12/31/2010
00530
002
Solids, total suspended
44.
Milligrams per Liter
Daily Maximum
01/31/2011
00530
002
Solids, total suspended
39.
Milligrams per Liter
Daily Maximum
02/28/2011
00530
002
Solids, total suspended
37.
Milligrams per Liter
Daily Maximum
02/28/2011
00530
008
Solids, total suspended
37.
Milligrams per Liter
Daily Maximum
03/31/2011
00530
002
Solids, total suspended
20.
Milligrams per Liter
Daily Maximum
03/31/2011
00530
008
Solids, total suspended
20.
Milligrams per Liter
Daily Maximum
04/30/2011
00530
002
Solids, total suspended
77.1
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2011
00530
002
Solids, total suspended
17.
Milligrams per Liter
Daily Maximum
05/31/2011
00530
008
Solids, total suspended
17.
Milligrams per Liter
Daily Maximum
06/30/2011
00530
002
Solids, total suspended
16.
Milligrams per Liter
Daily Maximum
06/30/2011
00530
008
Solids, total suspended
16.
Milligrams per Liter
Daily Maximum
07/31/2011
00530
002
Solids, total suspended
22.
Milligrams per Liter
Daily Maximum
07/31/2011
00530
008
Solids, total suspended
22.
Milligrams per Liter
Daily Maximum
08/31/2011
00530
002
Solids, total suspended
34.
Milligrams per Liter
Daily Maximum
08/31/2011
00530
008
Solids, total suspended
34.
Milligrams per Liter
Daily Maximum
09/30/2011
00530
002
Solids, total suspended
69.3
Milligrams per Liter
Daily Maximum
09/30/2011
00530
008
Solids, total suspended
69.3
Milligrams per Liter
Daily Maximum
10/31/2011
00530
002
Solids, total suspended
52.
Milligrams per Liter
Daily Maximum
11/30/2011
00530
002
Solids, total suspended
32.
Milligrams per Liter
Daily Maximum
12/31/2011
00530
002
Solids, total suspended
31.
Milligrams per Liter
Daily Maximum
01/31/2012
00530
002
Solids, total suspended
52.
Milligrams per Liter
Daily Maximum
02/29/2012
00530
002
Solids, total suspended
57.5
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2012
00530
002
Solids, total suspended
19.
Milligrams per Liter
Daily Maximum
04/30/2012
00530
002
Solids, total suspended
17.
Milligrams per Liter
Daily Maximum
05/31/2012
00530
002
Solids, total suspended
16.
Milligrams per Liter
Daily Maximum
06/30/2012
00530
002
Solids, total suspended
8.
Milligrams per Liter
Daily Maximum
07/31/2012
00530
002
Solids, total suspended
5.
Milligrams per Liter
Daily Maximum
08/31/2012
00530
002
Solids, total suspended
11.
Milligrams per Liter
Daily Maximum
09/30/2012
00530
002
Solids, total suspended
15.
Milligrams per Liter
Daily Maximum
10/31/2012
00530
002
Solids, total suspended
4.7
Milligrams per Liter
Daily Maximum
11/30/2012
00530
002
Solids, total suspended
28.
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2012
00530
002
Solids, total suspended
43.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2013
00530
002
Solids, total suspended
24.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2013
00530
002
Solids, total suspended
12.
Milligrams per Liter
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 102 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
03/31/2013
00530
002
Solids, total suspended
14.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2013
00530
002
Solids, total suspended
13.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2013
00530
002
Solids, total suspended
25.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2013
00530
002
Solids, total suspended
16.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2013
00530
002
Solids, total suspended
15.
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2013
00530
002
Solids, total suspended
7.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2013
00530
002
Solids, total suspended
55.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2013
00530
002
Solids, total suspended
8.5
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2013
00530
002
Solids, total suspended
8.5
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2013
00530
002
Solids, total suspended
13.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2014
00530
002
Solids, total suspended
11.5
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2014
00530
002
Solids, total suspended
23.
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2014
00530
002
Solids, total suspended
34.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2014
00530
002
Solids, total suspended
24.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2014
00530
002
Solids, total suspended
17.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2014
00530
002
Solids, total suspended
15.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2014
00530
002
Solids, total suspended
8.5
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2014
00530
002
Solids, total suspended
9.5
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2014
00530
002
Solids, total suspended
13.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2014
00530
002
Solids, total suspended
19.
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2014
00530
002
Solids, total suspended
25.
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2014
00530
002
Solids, total suspended
35.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2015
00530
002
Solids, total suspended
48.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2015
00530
002
Solids, total suspended
21.3
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2015
00530
002
Solids, total suspended
69.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2015
00530
002
Solids, total suspended
31.4
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2015
00530
002
Solids, total suspended
17.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2015
00530
002
Solids, total suspended
19.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2015
00530
002
Solids, total suspended
33.8
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2015
00530
002
Solids, total suspended
19.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2015
00530
002
Solids, total suspended
25.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2015
00530
002
Solids, total suspended
8.
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2015
00530
002
Solids, total suspended
36.
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2015
00530
002
Solids, total suspended
40.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2016
00530
002
Solids, total suspended
52.
Milligrams per Liter
Daily Maximum
=
Equals
02/29/2016
00530
002
Solids, total suspended
31.
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2016
00530
002
Solids, total suspended
24.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2016
00530
002
Solids, total suspended
15.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2016
00530
002
Solids, total suspended
19.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2016
00530
002
Solids, total suspended
25.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2016
00530
002
Solids, total suspended
16.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2016
00530
008
Solids, total suspended
16.
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2016
00530
002
Solids, total suspended
23.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2016
00530
002
Solids, total suspended
15.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2016
00530
002
Solids, total suspended
73.
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2016
00530
002
Solids, total suspended
46.
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2016
00530
002
Solids, total suspended
72.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2017
00530
002
Solids, total suspended
17.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2017
00530
002
Solids, total suspended
71.
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2017
00530
002
Solids, total suspended
30.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2017
00530
002
Solids, total suspended
20.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2017
00530
002
Solids, total suspended
5.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2017
00530
008
Solids, total suspended
6.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2017
00530
008
Solids, total suspended
9.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2017
00530
008
Solids, total suspended
5.
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2017
00530
008
Solids, total suspended
8.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2017
00530
008
Solids, total suspended
68.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2017
00530
002
Solids, total suspended
24.
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2017
00530
002
Solids, total suspended
14.
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2017
00530
002
Solids, total suspended
25.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2018
00530
002
Solids, total suspended
19.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2018
00530
002
Solids, total suspended
26.
Milligrams per Liter
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 103 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
03/31/2018
00530
002
Solids, total suspended
37.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2018
00530
002
Solids, total suspended
24.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2018
00530
008
Solids, total suspended
7.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2018
00530
008
Solids, total suspended
28.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2018
00530
008
Solids, total suspended
27.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2018
00530
008
Solids, total suspended
17.
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2018
00530
008
Solids, total suspended
72.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2018
00530
008
Solids, total suspended
18.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2018
00530
002
Solids, total suspended
23.
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2018
00530
002
Solids, total suspended
47.
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2018
00530
002
Solids, total suspended
23.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2019
00530
002
Solids, total suspended
37.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2019
00530
002
Solids, total suspended
5.
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2019
00530
002
Solids, total suspended
18.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2019
00530
002
Solids, total suspended
15.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2019
00530
008
Solids, total suspended
34.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2019
00530
008
Solids, total suspended
24.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2019
00530
008
Solids, total suspended
36.
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2019
00530
008
Solids, total suspended
28.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2019
00530
008
Solids, total suspended
15.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2019
00530
002
Solids, total suspended
33.
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2019
00530
002
Solids, total suspended
57.
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2019
00530
002
Solids, total suspended
23.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2020
00530
002
Solids, total suspended
77.
Milligrams per Liter
Daily Maximum
=
Equals
02/29/2020
00530
002
Solids, total suspended
22.
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2020
00530
002
Solids, total suspended
40.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2020
00530
002
Solids, total suspended
23.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2020
00530
008
Solids, total suspended
13.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2020
00530
008
Solids, total suspended
31.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2020
00530
008
Solids, total suspended
56.
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2020
00530
008
Solids, total suspended
31.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2020
00530
008
Solids, total suspended
22.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2020
00530
002
Solids, total suspended
44.
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2020
00530
002
Solids, total suspended
32.
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2020
00530
002
Solids, total suspended
62.
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2021
00530
002
Solids, total suspended
26.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2021
00530
002
Solids, total suspended
19.
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2021
00530
002
Solids, total suspended
60.
Milligrams per Liter
Daily Maximum
=
Equals
04/30/2021
00530
002
Solids, total suspended
42.
Milligrams per Liter
Daily Maximum
=
Equals
05/31/2021
00530
008
Solids, total suspended
30.
Milligrams per Liter
Daily Maximum
=
Equals
06/30/2021
00530
008
Solids, total suspended
43.
Milligrams per Liter
Daily Maximum
=
Equals
07/31/2021
00530
008
Solids, total suspended
24.
Milligrams per Liter
Daily Maximum
=
Equals
08/31/2021
00530
008
Solids, total suspended
37.
Milligrams per Liter
Daily Maximum
=
Equals
09/30/2021
00530
008
Solids, total suspended
21.
Milligrams per Liter
Daily Maximum
=
Equals
10/31/2021
00530
002
Solids, total suspended
10.
Milligrams per Liter
Daily Maximum
=
Equals
11/30/2021
00530
002
Solids, total suspended
20.4
Milligrams per Liter
Daily Maximum
=
Equals
12/31/2021
00530
002
Solids, total suspended
8.5
Milligrams per Liter
Daily Maximum
=
Equals
01/31/2022
00530
002
Solids, total suspended
20.
Milligrams per Liter
Daily Maximum
=
Equals
02/28/2022
00530
002
Solids, total suspended
9.
Milligrams per Liter
Daily Maximum
=
Equals
03/31/2022
00530
002
Solids, total suspended
15.1
Milligrams per Liter
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 104 of 187
-------
Table 31: Total Suspended Solids Concentration, Effluent, Monthly Average
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
03/31/2010
00530
002
Solids, total suspended
12.
Milligrams per Liter
Monthly Average
04/30/2010
00530
002
Solids, total suspended
7.4
Milligrams per Liter
Monthly Average
05/31/2010
00530
002
Solids, total suspended
8.5
Milligrams per Liter
Monthly Average
05/31/2010
00530
008
Solids, total suspended
19.6
Milligrams per Liter
Monthly Average
06/30/2010
00530
002
Solids, total suspended
7.8
Milligrams per Liter
Monthly Average
07/31/2010
00530
002
Solids, total suspended
8.6
Milligrams per Liter
Monthly Average
08/31/2010
00530
002
Solids, total suspended
14.1
Milligrams per Liter
Monthly Average
09/30/2010
00530
002
Solids, total suspended
17.9
Milligrams per Liter
Monthly Average
10/31/2010
00530
002
Solids, total suspended
12.9
Milligrams per Liter
Monthly Average
11/30/2010
00530
002
Solids, total suspended
9.9
Milligrams per Liter
Monthly Average
12/31/2010
00530
002
Solids, total suspended
17.2
Milligrams per Liter
Monthly Average
01/31/2011
00530
002
Solids, total suspended
24.2
Milligrams per Liter
Monthly Average
02/28/2011
00530
002
Solids, total suspended
21.5
Milligrams per Liter
Monthly Average
02/28/2011
00530
008
Solids, total suspended
21.5
Milligrams per Liter
Monthly Average
03/31/2011
00530
002
Solids, total suspended
9.7
Milligrams per Liter
Monthly Average
03/31/2011
00530
008
Solids, total suspended
9.7
Milligrams per Liter
Monthly Average
04/30/2011
00530
002
Solids, total suspended
19.6
Milligrams per Liter
Monthly Average
=
Equals
05/31/2011
00530
002
Solids, total suspended
7.
Milligrams per Liter
Monthly Average
05/31/2011
00530
008
Solids, total suspended
7.
Milligrams per Liter
Monthly Average
06/30/2011
00530
002
Solids, total suspended
7.4
Milligrams per Liter
Monthly Average
06/30/2011
00530
008
Solids, total suspended
7.4
Milligrams per Liter
Monthly Average
07/31/2011
00530
002
Solids, total suspended
11.9
Milligrams per Liter
Monthly Average
07/31/2011
00530
008
Solids, total suspended
11.9
Milligrams per Liter
Monthly Average
08/31/2011
00530
002
Solids, total suspended
16.6
Milligrams per Liter
Monthly Average
08/31/2011
00530
008
Solids, total suspended
16.6
Milligrams per Liter
Monthly Average
09/30/2011
00530
002
Solids, total suspended
14.9
Milligrams per Liter
Monthly Average
09/30/2011
00530
008
Solids, total suspended
14.9
Milligrams per Liter
Monthly Average
10/31/2011
00530
002
Solids, total suspended
20.7
Milligrams per Liter
Monthly Average
11/30/2011
00530
002
Solids, total suspended
18.
Milligrams per Liter
Monthly Average
12/31/2011
00530
002
Solids, total suspended
16.3
Milligrams per Liter
Monthly Average
01/31/2012
00530
002
Solids, total suspended
27.3
Milligrams per Liter
Monthly Average
02/29/2012
00530
002
Solids, total suspended
29.6
Milligrams per Liter
Monthly Average
=
Equals
03/31/2012
00530
002
Solids, total suspended
14.3
Milligrams per Liter
Monthly Average
04/30/2012
00530
002
Solids, total suspended
10.
Milligrams per Liter
Monthly Average
05/31/2012
00530
002
Solids, total suspended
6.5
Milligrams per Liter
Monthly Average
06/30/2012
00530
002
Solids, total suspended
4.
Milligrams per Liter
Monthly Average
07/31/2012
00530
002
Solids, total suspended
3.2
Milligrams per Liter
Monthly Average
08/31/2012
00530
002
Solids, total suspended
3.2
Milligrams per Liter
Monthly Average
09/30/2012
00530
002
Solids, total suspended
4.3
Milligrams per Liter
Monthly Average
10/31/2012
00530
002
Solids, total suspended
2.2
Milligrams per Liter
Monthly Average
11/30/2012
00530
002
Solids, total suspended
6.
Milligrams per Liter
Monthly Average
=
Equals
12/31/2012
00530
002
Solids, total suspended
10.8
Milligrams per Liter
Monthly Average
=
Equals
01/31/2013
00530
002
Solids, total suspended
9.3
Milligrams per Liter
Monthly Average
=
Equals
02/28/2013
00530
002
Solids, total suspended
5.8
Milligrams per Liter
Monthly Average
=
Equals
03/31/2013
00530
002
Solids, total suspended
6.7
Milligrams per Liter
Monthly Average
=
Equals
04/30/2013
00530
002
Solids, total suspended
4.2
Milligrams per Liter
Monthly Average
=
Equals
05/31/2013
00530
002
Solids, total suspended
12.4
Milligrams per Liter
Monthly Average
=
Equals
06/30/2013
00530
002
Solids, total suspended
8.2
Milligrams per Liter
Monthly Average
=
Equals
07/31/2013
00530
002
Solids, total suspended
5.7
Milligrams per Liter
Monthly Average
=
Equals
08/31/2013
00530
002
Solids, total suspended
4.3
Milligrams per Liter
Monthly Average
=
Equals
09/30/2013
00530
002
Solids, total suspended
27.
Milligrams per Liter
Monthly Average
=
Equals
10/31/2013
00530
002
Solids, total suspended
5.5
Milligrams per Liter
Monthly Average
=
Equals
11/30/2013
00530
002
Solids, total suspended
4.1
Milligrams per Liter
Monthly Average
=
Equals
12/31/2013
00530
002
Solids, total suspended
4.7
Milligrams per Liter
Monthly Average
=
Equals
01/31/2014
00530
002
Solids, total suspended
4.5
Milligrams per Liter
Monthly Average
=
Equals
02/28/2014
00530
002
Solids, total suspended
6.4
Milligrams per Liter
Monthly Average
=
Equals
03/31/2014
00530
002
Solids, total suspended
10.
Milligrams per Liter
Monthly Average
=
Equals
04/30/2014
00530
002
Solids, total suspended
10.1
Milligrams per Liter
Monthly Average
=
Equals
05/31/2014
00530
002
Solids, total suspended
5.7
Milligrams per Liter
Monthly Average
=
Equals
06/30/2014
00530
002
Solids, total suspended
7.1
Milligrams per Liter
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 105 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
07/31/2014
00530
002
Solids, total suspended
4.5
Milligrams per Liter
Monthly Average
=
Equals
08/31/2014
00530
002
Solids, total suspended
5.1
Milligrams per Liter
Monthly Average
=
Equals
09/30/2014
00530
002
Solids, total suspended
7.3
Milligrams per Liter
Monthly Average
=
Equals
10/31/2014
00530
002
Solids, total suspended
12.5
Milligrams per Liter
Monthly Average
=
Equals
11/30/2014
00530
002
Solids, total suspended
14.2
Milligrams per Liter
Monthly Average
=
Equals
12/31/2014
00530
002
Solids, total suspended
13.1
Milligrams per Liter
Monthly Average
=
Equals
01/31/2015
00530
002
Solids, total suspended
20.4
Milligrams per Liter
Monthly Average
=
Equals
02/28/2015
00530
002
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
03/31/2015
00530
002
Solids, total suspended
33.7
Milligrams per Liter
Monthly Average
=
Equals
04/30/2015
00530
002
Solids, total suspended
19.3
Milligrams per Liter
Monthly Average
=
Equals
05/31/2015
00530
002
Solids, total suspended
10.6
Milligrams per Liter
Monthly Average
=
Equals
06/30/2015
00530
002
Solids, total suspended
8.1
Milligrams per Liter
Monthly Average
=
Equals
07/31/2015
00530
002
Solids, total suspended
14.3
Milligrams per Liter
Monthly Average
=
Equals
08/31/2015
00530
002
Solids, total suspended
10.5
Milligrams per Liter
Monthly Average
=
Equals
09/30/2015
00530
002
Solids, total suspended
7.
Milligrams per Liter
Monthly Average
=
Equals
10/31/2015
00530
002
Solids, total suspended
4.
Milligrams per Liter
Monthly Average
=
Equals
11/30/2015
00530
002
Solids, total suspended
15.
Milligrams per Liter
Monthly Average
=
Equals
12/31/2015
00530
002
Solids, total suspended
21.
Milligrams per Liter
Monthly Average
=
Equals
01/31/2016
00530
002
Solids, total suspended
35.
Milligrams per Liter
Monthly Average
=
Equals
02/29/2016
00530
002
Solids, total suspended
20.
Milligrams per Liter
Monthly Average
=
Equals
03/31/2016
00530
002
Solids, total suspended
15.
Milligrams per Liter
Monthly Average
=
Equals
04/30/2016
00530
002
Solids, total suspended
9.
Milligrams per Liter
Monthly Average
=
Equals
05/31/2016
00530
002
Solids, total suspended
6.
Milligrams per Liter
Monthly Average
=
Equals
06/30/2016
00530
002
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
07/31/2016
00530
002
Solids, total suspended
6.
Milligrams per Liter
Monthly Average
=
Equals
07/31/2016
00530
008
Solids, total suspended
6.
Milligrams per Liter
Monthly Average
=
Equals
08/31/2016
00530
002
Solids, total suspended
9.
Milligrams per Liter
Monthly Average
=
Equals
09/30/2016
00530
002
Solids, total suspended
9.
Milligrams per Liter
Monthly Average
=
Equals
10/31/2016
00530
002
Solids, total suspended
23.
Milligrams per Liter
Monthly Average
=
Equals
11/30/2016
00530
002
Solids, total suspended
22.
Milligrams per Liter
Monthly Average
=
Equals
12/31/2016
00530
002
Solids, total suspended
24.
Milligrams per Liter
Monthly Average
=
Equals
01/31/2017
00530
002
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
02/28/2017
00530
002
Solids, total suspended
25.
Milligrams per Liter
Monthly Average
=
Equals
03/31/2017
00530
002
Solids, total suspended
10.
Milligrams per Liter
Monthly Average
=
Equals
04/30/2017
00530
002
Solids, total suspended
5.
Milligrams per Liter
Monthly Average
=
Equals
05/31/2017
00530
002
Solids, total suspended
4.
Milligrams per Liter
Monthly Average
=
Equals
05/31/2017
00530
008
Solids, total suspended
4.
Milligrams per Liter
Monthly Average
=
Equals
06/30/2017
00530
008
Solids, total suspended
5.
Milligrams per Liter
Monthly Average
=
Equals
07/31/2017
00530
008
Solids, total suspended
3.
Milligrams per Liter
Monthly Average
=
Equals
08/31/2017
00530
008
Solids, total suspended
4.
Milligrams per Liter
Monthly Average
=
Equals
09/30/2017
00530
008
Solids, total suspended
18.
Milligrams per Liter
Monthly Average
=
Equals
10/31/2017
00530
002
Solids, total suspended
5.
Milligrams per Liter
Monthly Average
=
Equals
11/30/2017
00530
002
Solids, total suspended
8.
Milligrams per Liter
Monthly Average
=
Equals
12/31/2017
00530
002
Solids, total suspended
15.
Milligrams per Liter
Monthly Average
=
Equals
01/31/2018
00530
002
Solids, total suspended
13.
Milligrams per Liter
Monthly Average
=
Equals
02/28/2018
00530
002
Solids, total suspended
12.
Milligrams per Liter
Monthly Average
=
Equals
03/31/2018
00530
002
Solids, total suspended
14.
Milligrams per Liter
Monthly Average
=
Equals
04/30/2018
00530
002
Solids, total suspended
15.
Milligrams per Liter
Monthly Average
=
Equals
04/30/2018
00530
008
Solids, total suspended
5.
Milligrams per Liter
Monthly Average
=
Equals
05/31/2018
00530
008
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
06/30/2018
00530
008
Solids, total suspended
13.
Milligrams per Liter
Monthly Average
=
Equals
07/31/2018
00530
008
Solids, total suspended
9.
Milligrams per Liter
Monthly Average
=
Equals
08/31/2018
00530
008
Solids, total suspended
23.
Milligrams per Liter
Monthly Average
=
Equals
09/30/2018
00530
008
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
10/31/2018
00530
002
Solids, total suspended
13.
Milligrams per Liter
Monthly Average
=
Equals
11/30/2018
00530
002
Solids, total suspended
16.
Milligrams per Liter
Monthly Average
=
Equals
12/31/2018
00530
002
Solids, total suspended
13.
Milligrams per Liter
Monthly Average
=
Equals
01/31/2019
00530
002
Solids, total suspended
13.
Milligrams per Liter
Monthly Average
=
Equals
02/28/2019
00530
002
Solids, total suspended
3.
Milligrams per Liter
Monthly Average
=
Equals
03/31/2019
00530
002
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
04/30/2019
00530
002
Solids, total suspended
8.
Milligrams per Liter
Monthly Average
=
Equals
05/31/2019
00530
008
Solids, total suspended
13.
Milligrams per Liter
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 106 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
06/30/2019
00530
008
Solids, total suspended
12.
Milligrams per Liter
Monthly Average
=
Equals
07/31/2019
00530
008
Solids, total suspended
13.
Milligrams per Liter
Monthly Average
=
Equals
08/31/2019
00530
008
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
09/30/2019
00530
008
Solids, total suspended
7.
Milligrams per Liter
Monthly Average
=
Equals
10/31/2019
00530
002
Solids, total suspended
16.
Milligrams per Liter
Monthly Average
=
Equals
11/30/2019
00530
002
Solids, total suspended
24.
Milligrams per Liter
Monthly Average
=
Equals
12/31/2019
00530
002
Solids, total suspended
14.
Milligrams per Liter
Monthly Average
=
Equals
01/31/2020
00530
002
Solids, total suspended
36.
Milligrams per Liter
Monthly Average
=
Equals
02/29/2020
00530
002
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
03/31/2020
00530
002
Solids, total suspended
19.
Milligrams per Liter
Monthly Average
=
Equals
04/30/2020
00530
002
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
05/31/2020
00530
008
Solids, total suspended
10.
Milligrams per Liter
Monthly Average
=
Equals
06/30/2020
00530
008
Solids, total suspended
16.
Milligrams per Liter
Monthly Average
=
Equals
07/31/2020
00530
008
Solids, total suspended
22.
Milligrams per Liter
Monthly Average
=
Equals
08/31/2020
00530
008
Solids, total suspended
18.
Milligrams per Liter
Monthly Average
=
Equals
09/30/2020
00530
008
Solids, total suspended
11.
Milligrams per Liter
Monthly Average
=
Equals
10/31/2020
00530
002
Solids, total suspended
14.
Milligrams per Liter
Monthly Average
=
Equals
11/30/2020
00530
002
Solids, total suspended
17.
Milligrams per Liter
Monthly Average
=
Equals
12/31/2020
00530
002
Solids, total suspended
26.
Milligrams per Liter
Monthly Average
=
Equals
01/31/2021
00530
002
Solids, total suspended
10.7
Milligrams per Liter
Monthly Average
=
Equals
02/28/2021
00530
002
Solids, total suspended
12.6
Milligrams per Liter
Monthly Average
=
Equals
03/31/2021
00530
002
Solids, total suspended
15.9
Milligrams per Liter
Monthly Average
=
Equals
04/30/2021
00530
002
Solids, total suspended
16.1
Milligrams per Liter
Monthly Average
=
Equals
05/31/2021
00530
008
Solids, total suspended
20.
Milligrams per Liter
Monthly Average
=
Equals
06/30/2021
00530
008
Solids, total suspended
17.
Milligrams per Liter
Monthly Average
=
Equals
07/31/2021
00530
008
Solids, total suspended
16.
Milligrams per Liter
Monthly Average
=
Equals
08/31/2021
00530
008
Solids, total suspended
19.
Milligrams per Liter
Monthly Average
=
Equals
09/30/2021
00530
008
Solids, total suspended
12.
Milligrams per Liter
Monthly Average
=
Equals
10/31/2021
00530
002
Solids, total suspended
5.6
Milligrams per Liter
Monthly Average
=
Equals
11/30/2021
00530
002
Solids, total suspended
9.4
Milligrams per Liter
Monthly Average
=
Equals
12/31/2021
00530
002
Solids, total suspended
3.9
Milligrams per Liter
Monthly Average
=
Equals
01/31/2022
00530
002
Solids, total suspended
6.7
Milligrams per Liter
Monthly Average
=
Equals
02/28/2022
00530
002
Solids, total suspended
5.7
Milligrams per Liter
Monthly Average
=
Equals
03/31/2022
00530
002
Solids, total suspended
5.2
Milligrams per Liter
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 107 of 187
-------
Table 32: Total Suspended Solids Load, Maximum, Effluent
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
03/31/2010
00530
002
Solids, total suspended
91.7
Pounds per Day
Daily Maximum
04/30/2010
00530
002
Solids, total suspended
84.6
Pounds per Day
Daily Maximum
05/31/2010
00530
002
Solids, total suspended
66.1
Pounds per Day
Daily Maximum
05/31/2010
00530
008
Solids, total suspended
390.6
Pounds per Day
Daily Maximum
06/30/2010
00530
002
Solids, total suspended
95.8
Pounds per Day
Daily Maximum
07/31/2010
00530
002
Solids, total suspended
80.1
Pounds per Day
Daily Maximum
08/31/2010
00530
002
Solids, total suspended
156.2
Pounds per Day
Daily Maximum
09/30/2010
00530
002
Solids, total suspended
95.3
Pounds per Day
Daily Maximum
10/31/2010
00530
002
Solids, total suspended
195.
Pounds per Day
Daily Maximum
11/30/2010
00530
002
Solids, total suspended
182.1
Pounds per Day
Daily Maximum
12/31/2010
00530
002
Solids, total suspended
319.8
Pounds per Day
Daily Maximum
01/31/2011
00530
002
Solids, total suspended
255.8
Pounds per Day
Daily Maximum
02/28/2011
00530
002
Solids, total suspended
300.
Pounds per Day
Daily Maximum
02/28/2011
00530
008
Solids, total suspended
300.
Pounds per Day
Daily Maximum
03/31/2011
00530
002
Solids, total suspended
137.6
Pounds per Day
Daily Maximum
03/31/2011
00530
008
Solids, total suspended
137.6
Pounds per Day
Daily Maximum
04/30/2011
00530
002
Solids, total suspended
390.6
Pounds per Day
Daily Maximum
=
Equals
05/31/2011
00530
002
Solids, total suspended
97.2
Pounds per Day
Daily Maximum
05/31/2011
00530
008
Solids, total suspended
97.2
Pounds per Day
Daily Maximum
06/30/2011
00530
002
Solids, total suspended
112.9
Pounds per Day
Daily Maximum
06/30/2011
00530
008
Solids, total suspended
112.9
Pounds per Day
Daily Maximum
07/31/2011
00530
002
Solids, total suspended
196.8
Pounds per Day
Daily Maximum
07/31/2011
00530
008
Solids, total suspended
196.8
Pounds per Day
Daily Maximum
08/31/2011
00530
002
Solids, total suspended
240.8
Pounds per Day
Daily Maximum
08/31/2011
00530
008
Solids, total suspended
240.8
Pounds per Day
Daily Maximum
09/30/2011
00530
002
Solids, total suspended
444.3
Pounds per Day
Daily Maximum
09/30/2011
00530
008
Solids, total suspended
444.3
Pounds per Day
Daily Maximum
10/31/2011
00530
002
Solids, total suspended
418.4
Pounds per Day
Daily Maximum
11/30/2011
00530
002
Solids, total suspended
187.4
Pounds per Day
Daily Maximum
12/31/2011
00530
002
Solids, total suspended
208.7
Pounds per Day
Daily Maximum
01/31/2012
00530
002
Solids, total suspended
271.6
Pounds per Day
Daily Maximum
02/29/2012
00530
002
Solids, total suspended
350.2
Pounds per Day
Daily Maximum
=
Equals
03/31/2012
00530
002
Solids, total suspended
127.4
Pounds per Day
Daily Maximum
04/30/2012
00530
002
Solids, total suspended
133.4
Pounds per Day
Daily Maximum
05/31/2012
00530
002
Solids, total suspended
98.6
Pounds per Day
Daily Maximum
06/30/2012
00530
002
Solids, total suspended
71.
Pounds per Day
Daily Maximum
07/31/2012
00530
002
Solids, total suspended
29.9
Pounds per Day
Daily Maximum
08/31/2012
00530
002
Solids, total suspended
66.
Pounds per Day
Daily Maximum
09/30/2012
00530
002
Solids, total suspended
105.4
Pounds per Day
Daily Maximum
10/31/2012
00530
002
Solids, total suspended
31.9
Pounds per Day
Daily Maximum
11/30/2012
00530
002
Solids, total suspended
36.7
Pounds per Day
Daily Maximum
=
Equals
12/31/2012
00530
002
Solids, total suspended
310.4
Pounds per Day
Daily Maximum
=
Equals
01/31/2013
00530
002
Solids, total suspended
147.8
Pounds per Day
Daily Maximum
=
Equals
02/28/2013
00530
002
Solids, total suspended
63.8
Pounds per Day
Daily Maximum
=
Equals
03/31/2013
00530
002
Solids, total suspended
71.1
Pounds per Day
Daily Maximum
=
Equals
04/30/2013
00530
002
Solids, total suspended
26.8
Pounds per Day
Daily Maximum
=
Equals
05/31/2013
00530
002
Solids, total suspended
175.2
Pounds per Day
Daily Maximum
=
Equals
06/30/2013
00530
002
Solids, total suspended
102.6
Pounds per Day
Daily Maximum
=
Equals
07/31/2013
00530
002
Solids, total suspended
101.9
Pounds per Day
Daily Maximum
=
Equals
08/31/2013
00530
002
Solids, total suspended
43.9
Pounds per Day
Daily Maximum
=
Equals
09/30/2013
00530
002
Solids, total suspended
350.8
Pounds per Day
Daily Maximum
=
Equals
10/31/2013
00530
002
Solids, total suspended
54.7
Pounds per Day
Daily Maximum
=
Equals
11/30/2013
00530
002
Solids, total suspended
63.8
Pounds per Day
Daily Maximum
=
Equals
12/31/2013
00530
002
Solids, total suspended
79.6
Pounds per Day
Daily Maximum
=
Equals
01/31/2014
00530
002
Solids, total suspended
62.7
Pounds per Day
Daily Maximum
=
Equals
02/28/2014
00530
002
Solids, total suspended
159.6
Pounds per Day
Daily Maximum
=
Equals
03/31/2014
00530
002
Solids, total suspended
254.9
Pounds per Day
Daily Maximum
=
Equals
04/30/2014
00530
002
Solids, total suspended
190.6
Pounds per Day
Daily Maximum
=
Equals
05/31/2014
00530
002
Solids, total suspended
104.6
Pounds per Day
Daily Maximum
=
Equals
06/30/2014
00530
002
Solids, total suspended
92.8
Pounds per Day
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 108 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
07/31/2014
00530
002
Solids, total suspended
44.4
Pounds per Day
Daily Maximum
=
Equals
08/31/2014
00530
002
Solids, total suspended
67.3
Pounds per Day
Daily Maximum
=
Equals
09/30/2014
00530
002
Solids, total suspended
85.1
Pounds per Day
Daily Maximum
=
Equals
10/31/2014
00530
002
Solids, total suspended
147.3
Pounds per Day
Daily Maximum
=
Equals
11/30/2014
00530
002
Solids, total suspended
180.2
Pounds per Day
Daily Maximum
=
Equals
12/31/2014
00530
002
Solids, total suspended
205.6
Pounds per Day
Daily Maximum
=
Equals
01/31/2015
00530
002
Solids, total suspended
262.3
Pounds per Day
Daily Maximum
=
Equals
02/28/2015
00530
002
Solids, total suspended
115.7
Pounds per Day
Daily Maximum
=
Equals
03/31/2015
00530
002
Solids, total suspended
461.
Pounds per Day
Daily Maximum
=
Equals
04/30/2015
00530
002
Solids, total suspended
157.3
Pounds per Day
Daily Maximum
=
Equals
05/31/2015
00530
002
Solids, total suspended
78.1
Pounds per Day
Daily Maximum
=
Equals
06/30/2015
00530
002
Solids, total suspended
144.5
Pounds per Day
Daily Maximum
=
Equals
07/31/2015
00530
002
Solids, total suspended
135.3
Pounds per Day
Daily Maximum
=
Equals
08/31/2015
00530
002
Solids, total suspended
105.1
Pounds per Day
Daily Maximum
=
Equals
09/30/2015
00530
002
Solids, total suspended
106.
Pounds per Day
Daily Maximum
=
Equals
10/31/2015
00530
002
Solids, total suspended
41.
Pounds per Day
Daily Maximum
=
Equals
11/30/2015
00530
002
Solids, total suspended
187.
Pounds per Day
Daily Maximum
=
Equals
12/31/2015
00530
002
Solids, total suspended
226.
Pounds per Day
Daily Maximum
=
Equals
01/31/2016
00530
002
Solids, total suspended
314.
Pounds per Day
Daily Maximum
=
Equals
02/29/2016
00530
002
Solids, total suspended
203.
Pounds per Day
Daily Maximum
=
Equals
03/31/2016
00530
002
Solids, total suspended
138.
Pounds per Day
Daily Maximum
=
Equals
04/30/2016
00530
002
Solids, total suspended
87.
Pounds per Day
Daily Maximum
=
Equals
05/31/2016
00530
002
Solids, total suspended
68.
Pounds per Day
Daily Maximum
=
Equals
06/30/2016
00530
002
Solids, total suspended
127.
Pounds per Day
Daily Maximum
=
Equals
07/31/2016
00530
002
Solids, total suspended
82.
Pounds per Day
Daily Maximum
=
Equals
07/31/2016
00530
008
Solids, total suspended
11.
Pounds per Day
Daily Maximum
=
Equals
08/31/2016
00530
002
Solids, total suspended
147.
Pounds per Day
Daily Maximum
=
Equals
09/30/2016
00530
002
Solids, total suspended
82.
Pounds per Day
Daily Maximum
=
Equals
10/31/2016
00530
002
Solids, total suspended
256.
Pounds per Day
Daily Maximum
=
Equals
11/30/2016
00530
002
Solids, total suspended
251.
Pounds per Day
Daily Maximum
=
Equals
12/31/2016
00530
002
Solids, total suspended
449.
Pounds per Day
Daily Maximum
=
Equals
01/31/2017
00530
002
Solids, total suspended
98.
Pounds per Day
Daily Maximum
=
Equals
02/28/2017
00530
002
Solids, total suspended
495.
Pounds per Day
Daily Maximum
=
Equals
03/31/2017
00530
002
Solids, total suspended
187.
Pounds per Day
Daily Maximum
=
Equals
04/30/2017
00530
002
Solids, total suspended
109.
Pounds per Day
Daily Maximum
=
Equals
05/31/2017
00530
002
Solids, total suspended
17.
Pounds per Day
Daily Maximum
=
Equals
05/31/2017
00530
008
Solids, total suspended
34.
Pounds per Day
Daily Maximum
=
Equals
06/30/2017
00530
008
Solids, total suspended
45.
Pounds per Day
Daily Maximum
=
Equals
07/31/2017
00530
008
Solids, total suspended
28.
Pounds per Day
Daily Maximum
=
Equals
08/31/2017
00530
008
Solids, total suspended
46.
Pounds per Day
Daily Maximum
=
Equals
09/30/2017
00530
008
Solids, total suspended
358.
Pounds per Day
Daily Maximum
=
Equals
10/31/2017
00530
002
Solids, total suspended
136.
Pounds per Day
Daily Maximum
=
Equals
11/30/2017
00530
002
Solids, total suspended
66.
Pounds per Day
Daily Maximum
=
Equals
12/31/2017
00530
002
Solids, total suspended
153.
Pounds per Day
Daily Maximum
=
Equals
01/31/2018
00530
002
Solids, total suspended
121.
Pounds per Day
Daily Maximum
=
Equals
02/28/2018
00530
002
Solids, total suspended
139.
Pounds per Day
Daily Maximum
=
Equals
03/31/2018
00530
002
Solids, total suspended
225.
Pounds per Day
Daily Maximum
=
Equals
04/30/2018
00530
002
Solids, total suspended
158.
Pounds per Day
Daily Maximum
=
Equals
04/30/2018
00530
008
Solids, total suspended
35.
Pounds per Day
Daily Maximum
=
Equals
05/31/2018
00530
008
Solids, total suspended
156.
Pounds per Day
Daily Maximum
=
Equals
06/30/2018
00530
008
Solids, total suspended
155.
Pounds per Day
Daily Maximum
=
Equals
07/31/2018
00530
008
Solids, total suspended
106.
Pounds per Day
Daily Maximum
=
Equals
08/31/2018
00530
008
Solids, total suspended
494.
Pounds per Day
Daily Maximum
=
Equals
09/30/2018
00530
008
Solids, total suspended
113.
Pounds per Day
Daily Maximum
=
Equals
10/31/2018
00530
002
Solids, total suspended
130.
Pounds per Day
Daily Maximum
=
Equals
11/30/2018
00530
002
Solids, total suspended
246.
Pounds per Day
Daily Maximum
=
Equals
12/31/2018
00530
002
Solids, total suspended
119.
Pounds per Day
Daily Maximum
=
Equals
01/31/2019
00530
002
Solids, total suspended
209.
Pounds per Day
Daily Maximum
=
Equals
02/28/2019
00530
002
Solids, total suspended
26.
Pounds per Day
Daily Maximum
=
Equals
03/31/2019
00530
002
Solids, total suspended
100.
Pounds per Day
Daily Maximum
=
Equals
04/30/2019
00530
002
Solids, total suspended
99.
Pounds per Day
Daily Maximum
=
Equals
05/31/2019
00530
008
Solids, total suspended
181.
Pounds per Day
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 109 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
06/30/2019
00530
008
Solids, total suspended
154.
Pounds per Day
Daily Maximum
=
Equals
07/31/2019
00530
008
Solids, total suspended
210.
Pounds per Day
Daily Maximum
=
Equals
08/31/2019
00530
008
Solids, total suspended
205.
Pounds per Day
Daily Maximum
=
Equals
09/30/2019
00530
008
Solids, total suspended
98.
Pounds per Day
Daily Maximum
=
Equals
10/31/2019
00530
002
Solids, total suspended
220.
Pounds per Day
Daily Maximum
=
Equals
11/30/2019
00530
002
Solids, total suspended
387.
Pounds per Day
Daily Maximum
=
Equals
12/31/2019
00530
002
Solids, total suspended
142.
Pounds per Day
Daily Maximum
=
Equals
01/31/2020
00530
002
Solids, total suspended
564.
Pounds per Day
Daily Maximum
=
Equals
02/29/2020
00530
002
Solids, total suspended
129.
Pounds per Day
Daily Maximum
=
Equals
03/31/2020
00530
002
Solids, total suspended
233.
Pounds per Day
Daily Maximum
=
Equals
04/30/2020
00530
002
Solids, total suspended
131.
Pounds per Day
Daily Maximum
=
Equals
05/31/2020
00530
008
Solids, total suspended
80.
Pounds per Day
Daily Maximum
=
Equals
06/30/2020
00530
008
Solids, total suspended
155.
Pounds per Day
Daily Maximum
=
Equals
07/31/2020
00530
008
Solids, total suspended
350.
Pounds per Day
Daily Maximum
=
Equals
08/31/2020
00530
008
Solids, total suspended
176.
Pounds per Day
Daily Maximum
=
Equals
09/30/2020
00530
008
Solids, total suspended
108.
Pounds per Day
Daily Maximum
=
Equals
10/31/2020
00530
002
Solids, total suspended
277.
Pounds per Day
Daily Maximum
=
Equals
11/30/2020
00530
002
Solids, total suspended
170.
Pounds per Day
Daily Maximum
=
Equals
12/31/2020
00530
002
Solids, total suspended
330.
Pounds per Day
Daily Maximum
=
Equals
01/31/2021
00530
002
Solids, total suspended
125.1
Pounds per Day
Daily Maximum
=
Equals
02/28/2021
00530
002
Solids, total suspended
102.8
Pounds per Day
Daily Maximum
=
Equals
03/31/2021
00530
002
Solids, total suspended
359.6
Pounds per Day
Daily Maximum
=
Equals
04/30/2021
00530
002
Solids, total suspended
229.2
Pounds per Day
Daily Maximum
=
Equals
05/31/2021
00530
008
Solids, total suspended
194.
Pounds per Day
Daily Maximum
=
Equals
06/30/2021
00530
008
Solids, total suspended
272.
Pounds per Day
Daily Maximum
=
Equals
07/31/2021
00530
008
Solids, total suspended
151.
Pounds per Day
Daily Maximum
=
Equals
08/31/2021
00530
008
Solids, total suspended
247.
Pounds per Day
Daily Maximum
=
Equals
09/30/2021
00530
008
Solids, total suspended
131.
Pounds per Day
Daily Maximum
=
Equals
10/31/2021
00530
002
Solids, total suspended
66.2
Pounds per Day
Daily Maximum
=
Equals
11/30/2021
00530
002
Solids, total suspended
109.9
Pounds per Day
Daily Maximum
=
Equals
12/31/2021
00530
002
Solids, total suspended
43.7
Pounds per Day
Daily Maximum
=
Equals
01/31/2022
00530
002
Solids, total suspended
123.3
Pounds per Day
Daily Maximum
=
Equals
02/28/2022
00530
002
Solids, total suspended
44.3
Pounds per Day
Daily Maximum
=
Equals
03/31/2022
00530
002
Solids, total suspended
85.7
Pounds per Day
Daily Maximum
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 110 of 187
-------
Table 33: Total Suspended Solids Load, Effluent, Monthly Average
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
03/31/2010
00530
002
Solids, total suspended
78.5
Pounds per Day
Monthly Average
04/30/2010
00530
002
Solids, total suspended
27.3
Pounds per Day
Monthly Average
05/31/2010
00530
002
Solids, total suspended
37.8
Pounds per Day
Monthly Average
05/31/2010
00530
008
Solids, total suspended
106.3
Pounds per Day
Monthly Average
06/30/2010
00530
002
Solids, total suspended
39.1
Pounds per Day
Monthly Average
07/31/2010
00530
002
Solids, total suspended
46.8
Pounds per Day
Monthly Average
08/31/2010
00530
002
Solids, total suspended
66.
Pounds per Day
Monthly Average
09/30/2010
00530
002
Solids, total suspended
205.9
Pounds per Day
Monthly Average
10/31/2010
00530
002
Solids, total suspended
80.3
Pounds per Day
Monthly Average
11/30/2010
00530
002
Solids, total suspended
60.3
Pounds per Day
Monthly Average
12/31/2010
00530
002
Solids, total suspended
106.4
Pounds per Day
Monthly Average
01/31/2011
00530
002
Solids, total suspended
148.4
Pounds per Day
Monthly Average
02/28/2011
00530
002
Solids, total suspended
128.7
Pounds per Day
Monthly Average
02/28/2011
00530
008
Solids, total suspended
128.7
Pounds per Day
Monthly Average
03/31/2011
00530
002
Solids, total suspended
60.
Pounds per Day
Monthly Average
03/31/2011
00530
008
Solids, total suspended
60.
Pounds per Day
Monthly Average
04/30/2011
00530
002
Solids, total suspended
106.3
Pounds per Day
Monthly Average
=
Equals
05/31/2011
00530
002
Solids, total suspended
43.4
Pounds per Day
Monthly Average
05/31/2011
00530
008
Solids, total suspended
43.4
Pounds per Day
Monthly Average
06/30/2011
00530
002
Solids, total suspended
52.7
Pounds per Day
Monthly Average
06/30/2011
00530
008
Solids, total suspended
52.7
Pounds per Day
Monthly Average
07/31/2011
00530
002
Solids, total suspended
92.1
Pounds per Day
Monthly Average
07/31/2011
00530
008
Solids, total suspended
92.1
Pounds per Day
Monthly Average
08/31/2011
00530
002
Solids, total suspended
105.3
Pounds per Day
Monthly Average
08/31/2011
00530
008
Solids, total suspended
105.3
Pounds per Day
Monthly Average
09/30/2011
00530
002
Solids, total suspended
94.5
Pounds per Day
Monthly Average
09/30/2011
00530
008
Solids, total suspended
94.5
Pounds per Day
Monthly Average
10/31/2011
00530
002
Solids, total suspended
159.2
Pounds per Day
Monthly Average
11/30/2011
00530
002
Solids, total suspended
97.3
Pounds per Day
Monthly Average
12/31/2011
00530
002
Solids, total suspended
91.
Pounds per Day
Monthly Average
01/31/2012
00530
002
Solids, total suspended
165.2
Pounds per Day
Monthly Average
02/29/2012
00530
002
Solids, total suspended
159.6
Pounds per Day
Monthly Average
=
Equals
03/31/2012
00530
002
Solids, total suspended
83.
Pounds per Day
Monthly Average
04/30/2012
00530
002
Solids, total suspended
61.7
Pounds per Day
Monthly Average
05/31/2012
00530
002
Solids, total suspended
41.8
Pounds per Day
Monthly Average
06/30/2012
00530
002
Solids, total suspended
27.7
Pounds per Day
Monthly Average
07/31/2012
00530
002
Solids, total suspended
18.2
Pounds per Day
Monthly Average
08/31/2012
00530
002
Solids, total suspended
19.3
Pounds per Day
Monthly Average
09/30/2012
00530
002
Solids, total suspended
25.5
Pounds per Day
Monthly Average
10/31/2012
00530
002
Solids, total suspended
14.8
Pounds per Day
Monthly Average
11/30/2012
00530
002
Solids, total suspended
118.5
Pounds per Day
Monthly Average
=
Equals
12/31/2012
00530
002
Solids, total suspended
66.2
Pounds per Day
Monthly Average
=
Equals
01/31/2013
00530
002
Solids, total suspended
56.2
Pounds per Day
Monthly Average
=
Equals
02/28/2013
00530
002
Solids, total suspended
32.4
Pounds per Day
Monthly Average
=
Equals
03/31/2013
00530
002
Solids, total suspended
35.9
Pounds per Day
Monthly Average
=
Equals
04/30/2013
00530
002
Solids, total suspended
15.4
Pounds per Day
Monthly Average
=
Equals
05/31/2013
00530
002
Solids, total suspended
83.1
Pounds per Day
Monthly Average
=
Equals
06/30/2013
00530
002
Solids, total suspended
51.4
Pounds per Day
Monthly Average
=
Equals
07/31/2013
00530
002
Solids, total suspended
35.2
Pounds per Day
Monthly Average
=
Equals
08/31/2013
00530
002
Solids, total suspended
24.9
Pounds per Day
Monthly Average
=
Equals
09/30/2013
00530
002
Solids, total suspended
159.9
Pounds per Day
Monthly Average
=
Equals
10/31/2013
00530
002
Solids, total suspended
35.3
Pounds per Day
Monthly Average
=
Equals
11/30/2013
00530
002
Solids, total suspended
25.8
Pounds per Day
Monthly Average
=
Equals
12/31/2013
00530
002
Solids, total suspended
26.8
Pounds per Day
Monthly Average
=
Equals
01/31/2014
00530
002
Solids, total suspended
25.2
Pounds per Day
Monthly Average
=
Equals
02/28/2014
00530
002
Solids, total suspended
38.2
Pounds per Day
Monthly Average
=
Equals
03/31/2014
00530
002
Solids, total suspended
62.
Pounds per Day
Monthly Average
=
Equals
04/30/2014
00530
002
Solids, total suspended
64.4
Pounds per Day
Monthly Average
=
Equals
05/31/2014
00530
002
Solids, total suspended
34.4
Pounds per Day
Monthly Average
=
Equals
06/30/2014
00530
002
Solids, total suspended
44.5
Pounds per Day
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 111 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
07/31/2014
00530
002
Solids, total suspended
25.4
Pounds per Day
Monthly Average
=
Equals
08/31/2014
00530
002
Solids, total suspended
32.9
Pounds per Day
Monthly Average
=
Equals
09/30/2014
00530
002
Solids, total suspended
43.4
Pounds per Day
Monthly Average
=
Equals
10/31/2014
00530
002
Solids, total suspended
80.1
Pounds per Day
Monthly Average
=
Equals
11/30/2014
00530
002
Solids, total suspended
74.1
Pounds per Day
Monthly Average
=
Equals
12/31/2014
00530
002
Solids, total suspended
76.9
Pounds per Day
Monthly Average
=
Equals
01/31/2015
00530
002
Solids, total suspended
120.2
Pounds per Day
Monthly Average
=
Equals
02/28/2015
00530
002
Solids, total suspended
56.2
Pounds per Day
Monthly Average
=
Equals
03/31/2015
00530
002
Solids, total suspended
186.
Pounds per Day
Monthly Average
=
Equals
04/30/2015
00530
002
Solids, total suspended
104.6
Pounds per Day
Monthly Average
=
Equals
05/31/2015
00530
002
Solids, total suspended
52.
Pounds per Day
Monthly Average
=
Equals
06/30/2015
00530
002
Solids, total suspended
45.7
Pounds per Day
Monthly Average
=
Equals
07/31/2015
00530
002
Solids, total suspended
73.3
Pounds per Day
Monthly Average
=
Equals
08/31/2015
00530
002
Solids, total suspended
60.
Pounds per Day
Monthly Average
=
Equals
09/30/2015
00530
002
Solids, total suspended
37.
Pounds per Day
Monthly Average
=
Equals
10/31/2015
00530
002
Solids, total suspended
21.
Pounds per Day
Monthly Average
=
Equals
11/30/2015
00530
002
Solids, total suspended
84.
Pounds per Day
Monthly Average
=
Equals
12/31/2015
00530
002
Solids, total suspended
113.
Pounds per Day
Monthly Average
=
Equals
01/31/2016
00530
002
Solids, total suspended
209.
Pounds per Day
Monthly Average
=
Equals
02/29/2016
00530
002
Solids, total suspended
116.
Pounds per Day
Monthly Average
=
Equals
03/31/2016
00530
002
Solids, total suspended
75.
Pounds per Day
Monthly Average
=
Equals
04/30/2016
00530
002
Solids, total suspended
49.
Pounds per Day
Monthly Average
=
Equals
05/31/2016
00530
002
Solids, total suspended
31.
Pounds per Day
Monthly Average
=
Equals
06/30/2016
00530
002
Solids, total suspended
58.
Pounds per Day
Monthly Average
=
Equals
07/31/2016
00530
002
Solids, total suspended
31.
Pounds per Day
Monthly Average
=
Equals
07/31/2016
00530
008
Solids, total suspended
4.
Pounds per Day
Monthly Average
=
Equals
08/31/2016
00530
002
Solids, total suspended
54.
Pounds per Day
Monthly Average
=
Equals
09/30/2016
00530
002
Solids, total suspended
51.
Pounds per Day
Monthly Average
=
Equals
10/31/2016
00530
002
Solids, total suspended
101.
Pounds per Day
Monthly Average
=
Equals
11/30/2016
00530
002
Solids, total suspended
104.
Pounds per Day
Monthly Average
=
Equals
12/31/2016
00530
002
Solids, total suspended
141.
Pounds per Day
Monthly Average
=
Equals
01/31/2017
00530
002
Solids, total suspended
52.
Pounds per Day
Monthly Average
=
Equals
02/28/2017
00530
002
Solids, total suspended
159.
Pounds per Day
Monthly Average
=
Equals
03/31/2017
00530
002
Solids, total suspended
56.
Pounds per Day
Monthly Average
=
Equals
04/30/2017
00530
002
Solids, total suspended
31.
Pounds per Day
Monthly Average
=
Equals
05/31/2017
00530
002
Solids, total suspended
8.
Pounds per Day
Monthly Average
=
Equals
05/31/2017
00530
008
Solids, total suspended
20.
Pounds per Day
Monthly Average
=
Equals
06/30/2017
00530
008
Solids, total suspended
28.
Pounds per Day
Monthly Average
=
Equals
07/31/2017
00530
008
Solids, total suspended
15.
Pounds per Day
Monthly Average
=
Equals
08/31/2017
00530
008
Solids, total suspended
20.
Pounds per Day
Monthly Average
=
Equals
09/30/2017
00530
008
Solids, total suspended
102.
Pounds per Day
Monthly Average
=
Equals
10/31/2017
00530
002
Solids, total suspended
25.
Pounds per Day
Monthly Average
=
Equals
11/30/2017
00530
002
Solids, total suspended
38.
Pounds per Day
Monthly Average
=
Equals
12/31/2017
00530
002
Solids, total suspended
84.
Pounds per Day
Monthly Average
=
Equals
01/31/2018
00530
002
Solids, total suspended
71.
Pounds per Day
Monthly Average
=
Equals
02/28/2018
00530
002
Solids, total suspended
60.
Pounds per Day
Monthly Average
=
Equals
03/31/2018
00530
002
Solids, total suspended
80.
Pounds per Day
Monthly Average
=
Equals
04/30/2018
00530
002
Solids, total suspended
87.
Pounds per Day
Monthly Average
=
Equals
04/30/2018
00530
008
Solids, total suspended
29.
Pounds per Day
Monthly Average
=
Equals
05/31/2018
00530
008
Solids, total suspended
60.
Pounds per Day
Monthly Average
=
Equals
06/30/2018
00530
008
Solids, total suspended
73.
Pounds per Day
Monthly Average
=
Equals
07/31/2018
00530
008
Solids, total suspended
50.
Pounds per Day
Monthly Average
=
Equals
08/31/2018
00530
008
Solids, total suspended
139.
Pounds per Day
Monthly Average
=
Equals
09/30/2018
00530
008
Solids, total suspended
63.
Pounds per Day
Monthly Average
=
Equals
10/31/2018
00530
002
Solids, total suspended
67.
Pounds per Day
Monthly Average
=
Equals
11/30/2018
00530
002
Solids, total suspended
89.
Pounds per Day
Monthly Average
=
Equals
12/31/2018
00530
002
Solids, total suspended
80.
Pounds per Day
Monthly Average
=
Equals
01/31/2019
00530
002
Solids, total suspended
71.
Pounds per Day
Monthly Average
=
Equals
02/28/2019
00530
002
Solids, total suspended
17.
Pounds per Day
Monthly Average
=
Equals
03/31/2019
00530
002
Solids, total suspended
64.
Pounds per Day
Monthly Average
=
Equals
04/30/2019
00530
002
Solids, total suspended
45.
Pounds per Day
Monthly Average
=
Equals
05/31/2019
00530
008
Solids, total suspended
67.
Pounds per Day
Monthly Average
=
Equals
Fact Sheet: WA0050202 - Washington Beef LLC
Page 112 of 187
-------
Monitoring
Period End
Date
Parameter
Code
Perm
Feature
ID
Parameter Desc
DMR
Value
Limit Unit Desc
Statistical Base
Long Desc
DMR
Value
Qualifier
Code
DMR
Value
Qualifier
Desc
06/30/2019
00530
008
Solids, total suspended
67.
Pounds per Day
Monthly Average
=
Equals
07/31/2019
00530
008
Solids, total suspended
75.
Pounds per Day
Monthly Average
=
Equals
08/31/2019
00530
008
Solids, total suspended
71.
Pounds per Day
Monthly Average
=
Equals
09/30/2019
00530
008
Solids, total suspended
43.
Pounds per Day
Monthly Average
=
Equals
10/31/2019
00530
002
Solids, total suspended
99.
Pounds per Day
Monthly Average
=
Equals
11/30/2019
00530
002
Solids, total suspended
163.
Pounds per Day
Monthly Average
=
Equals
12/31/2019
00530
002
Solids, total suspended
72.
Pounds per Day
Monthly Average
=
Equals
01/31/2020
00530
002
Solids, total suspended
217.
Pounds per Day
Monthly Average
=
Equals
02/29/2020
00530
002
Solids, total suspended
64.
Pounds per Day
Monthly Average
=
Equals
03/31/2020
00530
002
Solids, total suspended
115.
Pounds per Day
Monthly Average
=
Equals
04/30/2020
00530
002
Solids, total suspended
64.
Pounds per Day
Monthly Average
=
Equals
05/31/2020
00530
008
Solids, total suspended
48.
Pounds per Day
Monthly Average
=
Equals
06/30/2020
00530
008
Solids, total suspended
85.
Pounds per Day
Monthly Average
=
Equals
07/31/2020
00530
008
Solids, total suspended
120.
Pounds per Day
Monthly Average
=
Equals
08/31/2020
00530
008
Solids, total suspended
103.
Pounds per Day
Monthly Average
=
Equals
09/30/2020
00530
008
Solids, total suspended
64.
Pounds per Day
Monthly Average
=
Equals
10/31/2020
00530
002
Solids, total suspended
84.
Pounds per Day
Monthly Average
=
Equals
11/30/2020
00530
002
Solids, total suspended
95.
Pounds per Day
Monthly Average
=
Equals
12/31/2020
00530
002
Solids, total suspended
124.
Pounds per Day
Monthly Average
=
Equals
01/31/2021
00530
002
Solids, total suspended
51.
Pounds per Day
Monthly Average
=
Equals
02/28/2021
00530
002
Solids, total suspended
68.9
Pounds per Day
Monthly Average
=
Equals
03/31/2021
00530
002
Solids, total suspended
94.
Pounds per Day
Monthly Average
=
Equals
04/30/2021
00530
002
Solids, total suspended
96.
Pounds per Day
Monthly Average
=
Equals
05/31/2021
00530
008
Solids, total suspended
118.
Pounds per Day
Monthly Average
=
Equals
06/30/2021
00530
008
Solids, total suspended
97.
Pounds per Day
Monthly Average
=
Equals
07/31/2021
00530
008
Solids, total suspended
91.
Pounds per Day
Monthly Average
=
Equals
08/31/2021
00530
008
Solids, total suspended
123.
Pounds per Day
Monthly Average
=
Equals
09/30/2021
00530
008
Solids, total suspended
75.
Pounds per Day
Monthly Average
=
Equals
10/31/2021
00530
002
Solids, total suspended
33.1
Pounds per Day
Monthly Average
=
Equals
11/30/2021
00530
002
Solids, total suspended
54.5
Pounds per Day
Monthly Average
=
Equals
12/31/2021
00530
002
Solids, total suspended
19.8
Pounds per Day
Monthly Average
=
Equals
01/31/2022
00530
002
Solids, total suspended
38.6
Pounds per Day
Monthly Average
=
Equals
02/28/2022
00530
002
Solids, total suspended
31.7
Pounds per Day
Monthly Average
=
Equals
03/31/2022
00530
002
Solids, total suspended
28.8
Pounds per Day
Monthly Average
=
Equals
Table 34: Whole Effluent Toxicity
Date (1st sample)
Endpoint
TUc
3/19/2012
Survival
2
3/19/2012
Reproduction
2
6/25/2012
Survival
2
6/25/2012
Reproduction
16
9/17/2012
Survival
1
9/17/2012
Reproduction
2
12/10/2012
Survival
1
12/10/2012
Reproduction
2
3/25/2013
Survival
1
3/25/2013
Reproduction
2
6/17/2013
Survival
2
6/17/2013
Reproduction
4
10/7/2013
Survival
1
10/7/2013
Reproduction
8
12/9/2013
Survival
1
12/9/2013
Reproduction
8
3/10/2014
Survival
2
3/10/2014
Reproduction
16
6/2/2014
Survival
2
6/2/2014
Reproduction
16
Minimum
1
Average
4.6
Maximum
16
Fact Sheet: WA0050202 - Washington Beef LLC
Page 113 of 187
-------
Date (1st sample)
Endpoint
TUc
Standard
Deviation
5.3
CV
1.17
Count
20
Fact Sheet: WA0050202 - Washington Beef LLC
Page 114 of 187
-------
Receiving Water Data
Chemistry
Table 35: Upstream Ammonia in Wanity Slough
Date
Source
Ammonia (mg/L)
2/7/2012
Permittee
0.07
3/5/2012
Permittee
0.07
4/2/2012
Permittee
0.07
6/5/2012
Permittee
0.07
7/2/2012
Permittee
0.07
7/23/2012
Permittee
0.07
9/4/2012
Permittee
0.09
10/1/2012
Permittee
0.13
11/5/2012
Permittee
0.07
12/3/2012
Permittee
0.13
1/2/2013
Permittee
0.07
2/4/2013
Permittee
0.07
3/4/2013
Permittee
0.07
4/1/2013
Permittee
0.1
5/6/2013
Permittee
0.09
6/3/2013
Permittee
0.09
7/1/2013
Permittee
0.07
8/5/2013
Permittee
0.07
9/3/2013
Permittee
0.07
10/21/2013
Permittee
0.07
11/4/2013
Permittee
0.07
12/2/2013
Permittee
0.09
1/6/2014
Permittee
0.08
2/3/2014
Permittee
0.07
3/3/2014
Permittee
0.07
4/7/2014
Permittee
0.07
5/5/2014
Permittee
0.07
6/2/2014
Permittee
0.07
7/7/2014
Permittee
0.13
8/4/2014
Permittee
0.35
9/8/2014
Permittee
0.07
10/6/2014
Permittee
0.14
11/3/2014
Permittee
0.1
12/1/2014
Permittee
0.07
1/5/2015
Permittee
0.18
8/12/2014
NARS WQX-WASS-1139
0.008
6/26/2018
NARS WQX-NRS WA-10410
0.007
8/16/2011
1119USBR WQX-YAV349
0.04
7/19/2011
1119USBR WQX-YAV349
0.02
7/19/2011
1119USBR WQX-YAV348
0.03
8/16/2011
1119USBR WQX-YAV348
0.02
Minimum
0.007
5th Percentile
0.020
Average
0.082
95th Percentile
0.140
Maximum
0.350
Standard Deviation
0.055
Count
41
Fact Sheet: WA0050202 - Washington Beef LLC
Page 115 of 187
-------
Table 36: Upstream BODs in Wanity Slough
Date
BODs (mg/L)
2/7/2012
2
3/5/2012
2
4/2/2012
2
5/7/2012
2
6/5/2012
2
7/2/2012
2
7/23/2012
2
9/4/2012
2
10/1/2012
3.5
11/5/2012
2
12/3/2012
2
1/2/2013
2
2/4/2013
2
3/4/2013
2
4/1/2013
2
5/6/2013
2
6/3/2013
2.3
7/1/2013
2.1
8/5/2013
2
9/3/2013
2
10/21/2013
2
11/4/2013
2
12/2/2013
2
1/6/2014
5.3
2/3/2014
2
3/3/2014
2
4/7/2014
2
5/5/2014
2
6/2/2014
2
7/7/2014
2
8/4/2014
2
9/8/2014
2
10/6/2014
2
11/3/2014
2
12/1/2014
2
1/5/2015
4.8
Minimum
2.0
5th Percentile
2.0
Average
2.2
95th Percentile
3.8
Maximum
5.3
Standard Deviation
0.74
Count
36
Fact Sheet: WA0050202 - Washington Beef LLC
Page 116 of 187
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Table 37: Upstream Turbidity in Wanity Slough
Date
Source
Turbidity (NTU)
3/5/2012
Permittee
1.15
4/2/2012
Permittee
1.28
5/7/2012
Permittee
3.84
6/5/2012
Permittee
6.92
7/2/2012
Permittee
5.5
7/23/2012
Permittee
4.23
9/4/2012
Permittee
1.13
10/1/2012
Permittee
2.3
11/5/2012
Permittee
3.5
12/3/2012
Permittee
0.91
1/2/2013
Permittee
0.81
2/4/2013
Permittee
1.54
3/4/2013
Permittee
1.35
4/1/2013
Permittee
0.82
5/6/2013
Permittee
4.06
6/3/2013
Permittee
15.4
7/1/2013
Permittee
5.8
8/5/2013
Permittee
4.66
9/3/2013
Permittee
2.29
10/21/2013
Permittee
2.85
11/4/2013
Permittee
1.94
12/2/2013
Permittee
4.98
1/6/2014
Permittee
4.05
2/3/2014
Permittee
3.38
3/3/2014
Permittee
2.45
4/7/2014
Permittee
6.15
5/5/2014
Permittee
6.35
6/2/2014
Permittee
11.7
7/7/2014
Permittee
5.03
8/4/2014
Permittee
2.83
9/8/2014
Permittee
0.91
10/6/2014
Permittee
4.49
11/3/2014
Permittee
3.6
12/1/2014
Permittee
1.93
1/5/2015
Permittee
5.56
6/26/2018
NARS WQX-NRS WA-10410
1.9
8/12/2014
NARS WQX-WASS-1139
1.38
Minimum
0.81
5th Percentile
0.89
Average
3.76
95th Percentile
7.88
Maximum
15.4
Standard Deviation
3.00
Count
37
Fact Sheet: WA0050202 - Washington Beef LLC
Page 117 of 187
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Table 38: Upstream Dissolved Oxygen in Wanity Slough May - September
Date
AM DO (mg/L)
PM DO (mg/L)
5/7/2012
6.99
9.96
5/14/2012
7.91
9.6
5/21/2012
8.28
8.85
5/29/2012
8.08
8.3
6/5/2012
8.1
9.75
6/11/2012
9.68
9.2
6/18/2012
7.32
9.75
6/25/2012
8.79
10.15
7/2/2012
7.12
10.8
7/9/2012
6.8
10.07
7/16/2012
6.36
11.25
7/23/2012
11.03
10.55
7/30/2012
7.69
10.2
8/6/2012
5.43
10.98
8/13/2012
6.56
9.95
8/20/2012
7.38
8/27/2012
7.35
8.08
9/4/2012
6.1
8.72
9/10/2012
5.8
8.54
9/17/2012
7.3
8.06
9/24/2012
8.59
9.38
5/6/2013
7.54
6.88
5/13/2013
9.96
9.9
5/20/2013
10.11
9.06
5/28/2013
8.65
6/3/2013
9.28
10.06
6/10/2013
8.61
8.65
6/17/2013
7.9
9.98
6/24/2013
8.85
9.35
7/1/2013
8.53
8.2
7/8/2013
8.19
9.95
7/15/2013
9.64
5.6
7/22/2013
6.91
7/29/2013
6.93
6.1
8/5/2013
6.9
7.01
8/12/2013
6.3
5.9
8/19/2013
8.5
8.5
8/26/2013
7.46
7.9
9/3/2013
8.9
8.5
9/9/2013
9.1
8.9
9/16/2013
9
7.1
9/23/2013
7.9
9
9/30/2013
9.85
7.6
5/5/2014
7.05
7.8
5/12/2014
7.4
7.9
5/19/2014
7.8
8.6
5/27/2014
6.8
8.7
6/2/2014
7.11
6.9
6/9/2014
8.8
7.9
6/16/2014
9.4
9
6/23/2014
7.4
6.5
6/30/2014
9.8
6.9
7/7/2014
8.6
7.8
7/14/2014
9.6
6.9
7/21/2014
8.6
8.5
7/28/2014
8.9
9.6
8/4/2014
8.9
6.8
8/12/2014
8.9
7.8
8/18/2014
8.6
7.6
8/25/2014
5.9
8
9/2/2014
7.3
7.1
9/8/2014
6.7
7.7
9/15/2014
8
9.5
Fact Sheet: WA0050202 - Washington Beef LLC
Page 118 of 187
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Date
AM DO (mg/L)
PM DO (mg/L)
9/22/2014
7.1
8.4
9/29/2014
7.2
8.3
Minimum
5.4
5.6
5th Percentile
6.1
6.5
10th Percentile
6.6
6.9
Average
8.0
8.6
Maximum
11.0
11.3
Standard Deviation
1.2
1.3
Count
65
62
Table 39: Upstream Dissolved Oxygen in Wanity Slough October - April
Date
AM DO (mg/L)
PM DO (rng/L)
2/7/2012
5.41
5.15
2/13/2012
6.49
7.72
2/20/2012
5.66
5.38
2/27/2012
4.96
7.76
3/5/2012
5.43
3/12/2012
6.31
7.92
3/19/2012
5.81
9.93
3/26/2012
6.49
9.82
4/2/2012
5.84
8.15
4/9/2012
8.43
10.54
4/16/2012
10.55
10.98
4/23/2012
9.56
7.01
4/30/2012
5.97
7.9
10/1/2012
9.31
9.21
10/8/2012
8.61
9.37
10/15/2012
7.12
8.15
10/22/2012
7.93
8.27
10/29/2012
11.76
8.96
11/5/2012
9.31
8.88
11/12/2012
8.68
8.95
11/19/2012
9.16
8.61
11/26/2012
7.67
9.08
12/3/2012
8.66
9.61
12/10/2012
8.75
8.3
12/17/2012
7.76
8.8
12/26/2012
7.3
9
1/2/2013
6.49
1/7/2013
7.09
9.26
1/14/2013
6.73
8.98
1/21/2013
7.32
8.1
1/28/2013
6.87
8.2
2/4/2013
7.48
8.15
2/11/2013
7.86
8.6
2/18/2013
7.11
8.35
2/25/2013
8.02
10.15
3/4/2013
8.48
9.65
3/11/2013
7.02
9.76
3/18/2013
7.8
11.5
3/25/2013
5.3
9.82
4/1/2013
4.57
10.11
4/8/2013
9.72
9.92
4/15/2013
8.3
10.45
4/22/2013
7.21
9.79
4/29/2013
5.75
9.69
10/7/2013
7.4
7.7
10/14/2013
7.7
10.1
10/21/2013
8.8
8.6
10/28/2013
7.3
8.1
11/4/2013
11.5
9.6
11/11/2013
10
9.1
11/19/2013
10.3
9.7
Fact Sheet: WA0050202 - Washington Beef LLC
Page 119 of 187
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Date
AM DO (mg/L)
PM DO (mg/L)
11/24/2013
9.7
9.9
12/2/2013
9.4
9.8
12/9/2013
10.1
9.9
12/16/2013
8.8
9.9
12/23/2013
8.9
9.2
12/30/2013
9.3
9.6
1/6/2014
8.2
8.8
1/13/2014
9.2
8.1
1/20/2014
8.6
8.1
1/27/2014
8.9
8
2/3/2014
6.9
8.1
2/10/2014
9.9
8.6
2/18/2014
8.6
7.9
2/24/2014
8.2
8.21
3/3/2014
10.6
7.9
3/10/2014
9.6
8.4
3/17/2014
8.5
9.9
3/24/2014
8.1
7.4
3/31/2014
8.3
8.5
4/7/2014
7.5
7.8
4/14/2014
9
8.2
4/21/2014
7.6
7.6
4/28/2014
6.9
7.1
10/6/2014
7.8
8.1
10/13/2014
8.6
8.2
10/20/2014
7.6
8.2
10/27/2014
7
9
11/3/2014
6.89
6.9
11/10/2014
6.6
6.9
11/17/2014
6.7
8
11/24/2014
7.6
7.1
12/1/2014
7.9
7.2
12/8/2014
6.8
7.2
12/15/2014
6.8
8.1
12/22/2014
6.7
7.2
12/29/2014
6.5
7.1
1/5/2015
7.2
6.9
1/12/2015
7.3
7.3
1/19/2015
7
6.7
1/26/2015
7.9
7
Minimum
4.6
5.2
5th Percentile
5.5
6.9
10th Percentile
6.0
7.1
Average
7.9
8.5
Maximum
11.8
11.5
Standard Deviation
1.4
1.2
Count
91
89
Fact Sheet: WA0050202 - Washington Beef LLC
Page 120 of 187
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Table 40: Downstream Dissolved Oxygen in Wanity Slough May - September, Permittee
Data
Date
AM DO (mg/L)
PM DO (mg/L)
5/7/2012
6.68
10.12
5/14/2012
7.59
9.79
5/21/2012
8.01
9.58
5/29/2012
8.51
9.25
6/4/2012
7.80
10.72
6/11/2012
9.65
9.63
6/18/2012
8.85
9.82
6/25/2012
8.91
12.40
7/2/2012
8.12
11.73
7/9/2012
7.92
9.88
7/16/2012
7.33
9.61
7/23/2012
10.85
9.90
7/30/2012
8.98
11.60
8/6/2012
6.83
9.67
8/13/2012
7.01
9.36
8/20/2012
6.52
NA
8/27/2012
7.53
8.42
9/3/2012
7.42
9.12
9/10/2012
6.67
8.42
9/17/2012
6.60
9.10
9/24/2012
8.04
9.26
5/6/2013
9.40
6.96
5/13/2013
10.95
10.38
5/20/2013
8.92
10.45
5/27/2013
8.88
Holiday
6/3/2013
8.94
10.14
6/10/2013
8.58
9.25
6/17/2013
8.42
10.02
6/24/2013
8.98
10.11
7/1/2013
8.69
8.78
7/8/2013
8.26
10.92
7/15/2013
8.16
5.98
7/22/2013
7.18
NA
7/29/2013
6.09
5.80
8/5/2013
6.45
6.71
8/12/2013
6.66
5.70
8/19/2013
8.90
8.30
8/26/2013
6.69
7.10
9/2/2013
9.10
8.60
9/9/2013
8.80
9.10
9/16/2013
9.10
8.00
9/23/2013
8.70
8.70
9/30/2013
9.80
8.80
5/5/2014
7.20
8.00
5/12/2014
7.00
8.50
5/19/2014
8.70
8.90
5/27/2014
6.90
8.90
6/2/2014
8.20
8.10
6/9/2014
9.10
7.50
6/16/2014
9.40
8.50
6/23/2014
8.20
6.90
6/30/2014
9.70
6.80
7/7/2014
8.80
8.20
7/14/2014
9.40
6.90
7/21/2014
9.10
8.30
7/28/2014
8.60
6.80
8/4/2014
8.70
8/11/2014
8.60
7.30
8/18/2014
8.00
7.20
8/25/2014
6.20
8.30
9/2/2014
6.20
6.70
9/8/2014
7.10
7.20
Fact Sheet: WA0050202 - Washington Beef LLC
Page 121 of 187
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Date
AM DO (mg/L)
PM DO (mg/L)
9/15/2014
7.90
8.40
9/22/2014
7.70
7.70
9/29/2014
7.80
7.50
Minimum
6.09
5.70
5th Percentile
6.46
6.70
10th Percentile
6.46
6.70
Average
8.15
8.68
Maximum
10.95
12.40
Standard Deviation
1.11
1.47
Count
65
61
Table 41: Downstream Dissolved Oxygen in Wanity Slough October - April, Permittee
Data
Date
AM DO (mg/L)
PM DO (rng/L)
2/7/2012
5.35
4.95
2/13/2012
5.85
8.62
2/20/2012
6.75
5.53
2/27/2012
5.01
6.82
3/5/2012
5.50
NA
3/12/2012
5.86
8.35
3/19/2012
5.43
10.72
3/26/2012
7.92
10.46
4/2/2012
6.37
9.90
4/9/2012
9.28
9.65
4/16/2012
10.23
11.04
4/23/2012
8.54
6.96
4/30/2012
5.94
8.10
10/1/2012
8.69
9.09
10/8/2012
8.93
9.10
10/15/2012
6.50
8.20
10/22/2012
8.01
8.47
10/29/2012
11.28
8.78
11/5/2012
9.06
8.68
11/12/2012
8.79
8.84
11/19/2012
9.27
8.72
11/26/2012
7.82
9.08
12/3/2012
8.78
9.69
12/10/2012
8.76
8.89
12/17/2012
7.56
8.91
12/26/2012
8.65
9.02
1/2/2013
6.25
1/7/2013
7.45
9.43
1/14/2013
6.50
8.98
1/21/2013
6.79
8.10
1/28/2013
6.70
8.05
2/4/2013
7.29
8.51
2/11/2013
7.49
8.03
2/18/2013
6.89
8.60
2/25/2013
7.25
9.08
3/4/2013
7.89
9.58
3/11/2013
6.92
9.20
3/18/2013
7.19
10.05
3/25/2013
5.86
9.48
4/1/2013
4.99
11.10
4/8/2013
11.25
9.63
4/15/2013
7.98
10.77
4/22/2013
6.98
9.85
4/29/2013
5.60
9.92
10/7/2013
7.90
7.70
10/14/2013
7.40
9.80
10/21/2013
7.90
9.30
10/28/2013
8.40
8.20
11/4/2013
11.20
9.20
Fact Sheet: WA0050202 - Washington Beef LLC
Page 122 of 187
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Date
AM DO (mg/L)
PM DO (mg/L)
11/11/2013
10.70
9.60
11/18/2013
11.40
9.90
11/25/2013
10.30
10.10
12/2/2013
9.70
9.40
12/9/2013
10.60
10.30
12/16/2013
9.50
10.40
12/23/2013
9.30
9.40
12/30/2013
8.70
9.90
1/6/2014
8.40
8.80
1/13/2014
9.50
8.60
1/20/2014
9.60
8.20
1/27/2014
8.70
8.30
2/3/2014
7.30
8.00
2/10/2014
10.00
8.70
2/17/2014
8.80
7.90
2/24/2014
8.30
8.90
3/3/2014
11.40
7.70
3/10/2014
10.00
8.60
3/17/2014
8.90
9.30
3/24/2014
8.40
8.90
3/31/2014
8.80
9.40
4/7/2014
7.80
7.90
4/14/2014
9.00
8.90
4/21/2014
8.10
8.70
4/28/2014
7.10
8.30
10/6/2014
7.90
8.10
10/13/2014
9.00
7.90
10/20/2014
7.20
7.20
10/27/2014
8.00
8.80
11/3/2014
7.21
6.70
11/10/2014
6.80
7.20
11/17/2014
6.60
7.90
11/24/2014
7.00
6.90
12/1/2014
7.00
6.90
12/8/2014
7.80
7.30
12/15/2014
7.00
8.10
12/22/2014
6.50
7.50
12/29/2014
6.33
7.30
1/5/2015
6.90
6.80
1/12/2015
7.40
7.40
1/19/2015
6.20
6.80
1/26/2015
7.20
7.10
Minimum
4.99
4.95
5th Percentile
5.55
6.81
10th Percentile
5.94
7.07
Average
7.94
8.64
Maximum
11.40
11.10
Standard Deviation
1.54
1.17
Count
91
89
Fact Sheet: WA0050202 - Washington Beef LLC
Page 123 of 187
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Table 42: Downstream DO from the Water Quality Portal
Row Labels
DO (mg/L)
12/12/2006
3.6
1/23/2007
10.8
2/20/2007
7.1
3/20/2007
10.5
4/3/2007
15.2
4/17/2007
13.5
5/1/2007
11.7
5/15/2007
11.5
5/29/2007
11.4
6/12/2007
11.6
6/26/2007
11.3
7/10/2007
8.6
8/7/2007
8.6
8/22/2007
7.7
9/4/2007
8.3
9/18/2007
1.1
10/16/2007
9.8
10/30/2007
7.8
11/27/2007
10.2
1/7/2008
8
2/5/2008
8.7
3/4/2008
6.3
4/1/2008
12.7
4/29/2008
12.8
5/27/2008
13
6/24/2008
10.8
7/22/2008
9.8
8/19/2008
9.4
10/14/2008
7.5
4/28/2009
12.7
5/26/2009
9.6
6/23/2009
10.2
8/18/2009
8.7
9/15/2009
9.3
10/13/2009
9.6
1/5/2010
7.2
2/2/2010
7.6
4/27/2010
8.6
6/8/2010
6.6
7/20/2010
1.9
8/31/2010
0.8
9/28/2010
0.7
10/12/2010
0.6
5/24/2011
12.3
6/21/2011
10.2
7/19/2011
12.65
8/2/2011
10
8/30/2011
7
9/27/2011
8.7
7/23/2013
3
8/20/2013
1.6
9/17/2013
1.4
4/22/2014
1.8
5/20/2014
1.4
12/2/2014
4.8
5/12/2015
3.1
6/9/2015
2.6
9/29/2015
3.1
12/15/2015
9.2
4/19/2016
4.5
Fact Sheet: WA0050202 - Washington Beef LLC
Page 124 of 187
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5/3/2016
4.4
5/17/2016
2.3
8/9/2016
0.7
4/18/2017
1.9
Table 43: Upstream E. coli in Wanity Slough
Date
E. coli (#/100 ml)
2/7/2012
22.2
2/13/2012
16.4
2/20/2012
23.8
2/27/2012
>200
3/5/2012
165
3/12/2012
56
3/19/2012
15
3/26/2012
40.6
4/2/2012
16.4
4/9/2012
25.4
4/16/2012
34.4
4/23/2012
101
4/30/2012
101
5/7/2012
78.2
5/14/2012
>200
5/21/2012
>200
5/29/2012
>200
6/5/2012
>200
6/11/2012
165
6/18/2012
>200
6/25/2012
>200
7/2/2012
>200
7/9/2012
>200
7/16/2012
1
7/23/2012
>200
7/30/2012
118
8/6/2012
>200
8/13/2012
>200
8/20/2012
144
8/27/2012
144
9/4/2012
40.6
9/10/2012
40.6
9/17/2012
30.6
9/24/2012
200
10/1/2012
38.4
10/8/2012
38.4
10/15/2012
118.4
10/22/2012
59.1
10/29/2012
30.6
11/5/2012
11.1
11/12/2012
53.1
11/19/2012
34.4
11/26/2012
34.4
12/3/2012
35.4
12/10/2012
13.7
12/17/2012
>200.5
12/26/2012
17.8
1/2/2013
6.4
1/7/2013
32.4
1/14/2013
38.4
1/21/2013
73.8
1/28/2013
2
2/4/2013
5.3
2/11/2013
>200.5
2/18/2013
>200.5
2/25/2013
>200.5
3/4/2013
>200.5
Fact Sheet: WA0050202 - Washington Beef LLC
Page 125 of 187
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Date
E. coli (#/100 ml)
3/11/2013
200.5
3/18/2013
8.7
3/25/2013
13.7
4/1/2013
>200.5
4/8/2013
62.4
4/15/2013
83.1
4/22/2013
35.4
4/29/2013
109.1
5/6/2013
94.5
5/13/2013
>200.5
5/20/2013
129.8
5/28/2013
>200.5
6/3/2013
129.8
6/10/2013
65.9
6/17/2013
59.1
6/24/2013
>200.5
7/1/2013
40.6
7/8/2013
>200.5
7/15/2013
129.8
7/22/2013
109.1
7/29/2013
129.8
8/5/2013
78.2
8/12/2013
56
8/19/2013
>200.5
8/26/2013
1
9/3/2013
34.4
9/9/2013
88.5
9/16/2013
38.4
9/23/2013
45.3
9/30/2013
3.1
10/7/2013
42.9
10/14/2013
1
10/21/2013
20.7
10/28/2013
4.2
11/4/2013
6.4
11/11/2013
13.7
11/19/2013
9.9
11/24/2013
4.2
12/2/2013
9.9
12/9/2013
8.7
12/16/2013
9.9
12/23/2013
15
12/30/2013
16.4
1/6/2014
50.4
1/13/2014
13.7
1/20/2014
3.1
1/27/2014
5.3
2/3/2014
118.4
2/10/2014
32.4
2/18/2014
>200.5
2/24/2014
8.7
3/3/2014
12.4
3/10/2014
8.7
3/17/2014
7.5
3/24/2014
8.7
3/31/2014
1
4/7/2014
62.4
4/14/2014
65.9
4/28/2014
78.2
5/5/2014
34.4
5/12/2014
165.2
5/19/2014
200.5
5/27/2014
101.3
6/2/2014
200.5
6/9/2014
200.5
Fact Sheet: WA0050202 - Washington Beef LLC
Page 126 of 187
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Date
E. coli (#/100 ml)
6/16/2014
200.5
6/23/2014
144.5
6/30/2014
200.5
7/7/2014
>200.5
7/14/2014
>200.5
7/21/2014
129.8
7/28/2014
56
8/4/2014
34.4
8/12/2014
200.5
8/18/2014
200.5
8/25/2014
129.8
9/2/2014
83.1
9/8/2014
>200.5
9/15/2014
>200.5
9/22/2014
62.4
9/29/2014
109.1
10/6/2014
23.8
10/13/2014
45.3
10/20/2014
22.2
10/27/2014
27.1
11/3/2014
13.7
11/10/2014
38.4
11/17/2014
27.1
11/24/2014
15
12/1/2014
9.9
12/8/2014
56
12/15/2014
11.1
12/22/2014
32.4
12/29/2014
17.8
1/5/2015
27.1
1/12/2015
6.4
1/19/2015
16.4
1/26/2015
12.4
Greater Than Values
28
Minimum
1
25th Percentile
16.4
Median
53.1
75th Percentile
165
IQR
148.6
Maximum
200.5
Count
155
Fact Sheet: WA0050202 - Washington Beef LLC
Page 127 of 187
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Table 44: Upstream Nitrate plus Nitrite in Wanity Slough
Location
Date
N02 + N03 (mg/L)
1119USBR WQX-YAV348
7/19/2011
0.41
1119USBR WQX-YAV348
8/16/2011
0.44
1119USBR WQX-YAV349
7/19/2011
0.36
1119USBR WQX-YAV349
8/16/2011
0.35
NARS WQX-NRS WA-10410
6/26/2018
0.144
NARS WQX-WASS-1139
8/12/2014
0.155
Minimum
0.144
Average
0.310
Maximum
0.440
Standard Deviation
0.129
Count
6
Table 45: Downstream pH in Wanity Slough May - September
Activity Start
Date
Activity Start
Time
Time Zone
Monitoring Location Name
Characteristic Name
Result
Measure
Value
5/1/2007
11:44:00 AM
PDT
Wanity Slough at Highway97
PH
7.3
5/15/2007
11:35:00 AM
PDT
Wanity Slough at Highway97
PH
7.3
5/29/2007
12:39:00 PM
PDT
Wanity Slough at Highway97
PH
7.84
5/29/2007
12:32:00 PM
PDT
Wanity Slough at Highway97
PH
7.8
6/12/2007
12:30:00 PM
PDT
Wanity Slough at Highway97
PH
7.86
6/26/2007
11:22:00 AM
PDT
Wanity Slough at Highway97
PH
7.43
7/10/2007
9:17:00 AM
PDT
Wanity Slough at Highway97
PH
7.15
8/7/2007
11:23:00 AM
PDT
Wanity Slough at Highway97
PH
7.3
8/22/2007
11:19:00 AM
PDT
Wanity Slough at Highway97
PH
7.45
9/4/2007
11:25:00 AM
PDT
Wanity Slough at Highway97
PH
7.31
9/18/2007
9:45:00 AM
PDT
Wanity Slough at Highway97
PH
7.4
5/27/2008
11:05:00 AM
PDT
Wanity Slough at Highway97
PH
7.17
5/27/2008
10:59:00 AM
PDT
Wanity Slough at Highway97
PH
7.17
6/24/2008
10:50:00 AM
PDT
Wanity Slough at Highway97
PH
7.13
7/22/2008
10:30:00 AM
PDT
Wanity Slough at Highway97
PH
7.12
8/19/2008
11:07:00 AM
PDT
Wanity Slough at Highway97
PH
7.12
9/16/2008
10:15:00 AM
PDT
Wanity Slough at Highway97
PH
7.08
5/26/2009
9:25:00 AM
PDT
Wanity Slough at Highway97
PH
7.41
5/26/2009
9:38:00 AM
PDT
Wanity Slough at Highway97
PH
7.41
6/23/2009
11:48:00 AM
PDT
Wanity Slough at Highway97
PH
8
8/18/2009
1:24:00 PM
PDT
Wanity Slough at Highway97
PH
7.64
9/15/2009
12:27:00 PM
PDT
Wanity Slough at Highway97
PH
7.71
6/8/2010
12:33:00 PM
PDT
Wanity Slough at Highway97
PH
8.65
7/20/2010
10:10:00 AM
PDT
Wanity Slough at Highway97
PH
8.56
8/31/2010
12:10:00 PM
PDT
Wanity Slough at Highway97
PH
8.85
9/28/2010
10:05:00 AM
PDT
Wanity Slough at Highway97
PH
9.13
9/28/2010
10:12:00 AM
PDT
Wanity Slough at Highway97
PH
9.13
5/24/2011
10:53:00 AM
PDT
Wanity Slough at Highway97
PH
7.67
6/21/2011
10:29:00 AM
PDT
Wanity Slough at Highway97
PH
7.91
7/19/2011
2:00:00 PM
PDT
Wanity Slough at Meyers Rd
PH
8.42
7/19/2011
1:20:00 PM
PDT
Wanity Slough near Case Rd
PH
8.03
8/2/2011
2:00:00 PM
PDT
Wanity Slough at Highway97
PH
8.25
8/30/2011
10:49:00 AM
PDT
Wanity Slough at Highway97
PH
7.12
9/27/2011
10:30:00 AM
PDT
Wanity Slough at Highway97
PH
7.9
9/27/2011
10:27:00 AM
PDT
Wanity Slough at Highway97
PH
7.9
7/23/2013
11:38:00 AM
PDT
Wanity Slough at Highway97
PH
8.71
8/20/2013
12:50:00 PM
PDT
Wanity Slough at Highway97
PH
8.66
9/17/2013
12:38:00 PM
PDT
Wanity Slough at Highway97
PH
8.53
6/9/2015
12:04:00 PM
PDT
Wanity Slough at Highway97
PH
11.2
5/3/2016
1:37:00 PM
MST
Wanity Slough at Highway97
PH
11.5
5/17/2016
12:49:00 PM
MST
Wanity Slough at Highway97
PH
10.4
percent rank 8.5
0.743
90th Percentile
9.13
Minimum
7.08
Average
8.04
Fact Sheet: WA0050202 - Washington Beef LLC
Page 128 of 187
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Activity Start
Date
Activity Start
Time
Time Zone
Monitoring Location Name
Characteristic Name
Result
Measure
Value
Maximum
11.50
Standard Deviation
1.05
Count
41
Table 46: Downstream pH in Wanity Slough October - April
Activity
Start Date
Activity Start
Time
Monitoring Location Name
Characteristic Name
Result
Measure
Value
12/12/2006
10:30:00 AM
Wanity Slough at Highway97
PH
7.51
1/23/2007
9:35:00 AM
Wanity Slough at Highway97
PH
7.37
2/20/2007
9:10:00 AM
Wanity Slough at Highway97
PH
7.27
2/20/2007
9:20:00 AM
Wanity Slough at Highway97
PH
7.24
3/20/2007
11:15:00 AM
Wanity Slough at Highway97
PH
7.05
4/3/2007
12:30:00 PM
Wanity Slough at Highway97
PH
7.9
4/17/2007
11:50:00 AM
Wanity Slough at Highway97
PH
7.73
10/2/2007
10:44:00 AM
Wanity Slough at Highway97
PH
7.5
10/16/2007
11:21:00 AM
Wanity Slough at Highway97
PH
7.41
10/30/2007
8:00:00 AM
Wanity Slough at Highway97
PH
7.24
11/27/2007
11:00:00 AM
Wanity Slough at Highway97
PH
7.17
1/7/2008
8:30:00 AM
Wanity Slough at Highway97
PH
7
2/5/2008
12:45:00 PM
Wanity Slough at Highway97
PH
7.2
3/4/2008
9:30:00 AM
Wanity Slough at Highway97
PH
6.94
4/1/2008
11:30:00 AM
Wanity Slough at Highway97
PH
7.66
4/29/2008
10:15:00 AM
Wanity Slough at Highway97
PH
7.59
10/14/2008
10:25:00 AM
Wanity Slough at Highway97
PH
6.4
4/28/2009
1:15:00 PM
Wanity Slough at Highway97
PH
9.03
10/13/2009
9:20:00 AM
Wanity Slough at Highway97
PH
7.67
10/13/2009
9:30:00 AM
Wanity Slough at Highway97
PH
7.67
1/5/2010
12:00:00 PM
Wanity Slough at Highway97
PH
7
2/2/2010
12:03:00 PM
Wanity Slough at Highway97
PH
7.15
4/27/2010
12:45:00 PM
Wanity Slough at Highway97
PH
8.62
10/12/2010
10:48:00 AM
Wanity Slough at Highway97
PH
9.29
4/22/2014
11:00:00 AM
Wanity Slough at Highway97
PH
9.51
4/19/2016
9:50:00 AM
Wanity Slough at Highway97
PH
10.2
percent rank 8.5
0.833
90th Percentile
9.16
Minimum
6.40
Average
7.70
Maximum
10.2
Standard Deviation
0.90
Count
26
Table 47: Upstream pH in Wanity Slough May - September
Date
Source
PH
5/7/2012
Permittee
6.96
5/14/2012
Permittee
7.1
5/21/2012
Permittee
7.3
5/29/2012
Permittee
6.67
6/5/2012
Permittee
7.1
6/11/2012
Permittee
7.08
6/18/2012
Permittee
6.85
6/25/2012
Permittee
7.68
7/2/2012
Permittee
6.85
7/9/2012
Permittee
6.59
7/16/2012
Permittee
6.8
7/23/2012
Permittee
6.05
7/30/2012
Permittee
6
8/6/2012
Permittee
6.49
8/13/2012
Permittee
6.18
8/20/2012
Permittee
6.58
8/27/2012
Permittee
6.3
Fact Sheet: WA0050202 - Washington Beef LLC
Page 129 of 187
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Date
Source
PH
9/4/2012
Permittee
6.55
9/10/2012
Permittee
7.45
9/17/2012
Permittee
6.1
9/24/2012
Permittee
6.69
5/6/2013
Permittee
6.48
5/13/2013
Permittee
6.62
5/20/2013
Permittee
6.32
5/28/2013
Permittee
6.35
6/3/2013
Permittee
6.41
6/10/2013
Permittee
6.45
6/17/2013
Permittee
6.51
6/24/2013
Permittee
6.6
7/1/2013
Permittee
6.66
7/8/2013
Permittee
6.64
7/15/2013
Permittee
6.13
7/22/2013
Permittee
6.73
7/29/2013
Permittee
6.65
8/5/2013
Permittee
6.35
8/12/2013
Permittee
6.32
8/19/2013
Permittee
6.4
8/26/2013
Permittee
6.49
9/3/2013
Permittee
7.33
9/9/2013
Permittee
7.05
9/16/2013
Permittee
7.2
9/23/2013
Permittee
7.23
9/30/2013
Permittee
7.2
5/5/2014
Permittee
5.62
5/12/2014
Permittee
6.81
5/19/2014
Permittee
6.98
5/27/2014
Permittee
6.35
6/2/2014
Permittee
7.09
6/9/2014
Permittee
6.03
6/16/2014
Permittee
6
6/23/2014
Permittee
6.72
6/30/2014
Permittee
6.14
7/7/2014
Permittee
6.24
7/14/2014
Permittee
6.25
7/21/2014
Permittee
6.72
7/28/2014
Permittee
6.5
8/4/2014
Permittee
6.2
8/12/2014
Permittee
6.3
8/18/2014
Permittee
6.7
8/25/2014
Permittee
6.81
9/2/2014
Permittee
6.68
9/8/2014
Permittee
6.66
9/15/2014
Permittee
7.08
9/22/2014
Permittee
6.89
9/29/2014
Permittee
6.9
6/26/2018
NARS WQX-NRS WA-10410
7.92
6/26/2018
NARS WQX-NRS WA-10410
7.77
8/12/2014
NARS WQX-WASS-1139
7.7
8/12/2014
NARS WQX-WASS-1139
7.24
7/19/2011
1119USBR WQX-YAV348
8.1
7/19/2011
1119USBR WQX-YAV349
8.12
Minimum
5.62
5th percentile
6.04
Average
6.73
90th percentile
7.33
95th percentile
7.74
Maximum
8.12
Standard Deviation
0.51
Count
71
Fact Sheet: WA0050202 - Washington Beef LLC
Page 130 of 187
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Table 48: Upstream pH in Wanity Slough October - April
Date
Source
PH
2/7/2012
Permittee
6.34
2/27/2012
Permittee
6.55
3/12/2012
Permittee
6.61
3/19/2012
Permittee
6.48
3/26/2012
Permittee
6.39
4/2/2012
Permittee
6.62
4/9/2012
Permittee
6.5
4/16/2012
Permittee
6.18
4/23/2012
Permittee
7.07
4/30/2012
Permittee
6.55
10/1/2012
Permittee
7.16
10/8/2012
Permittee
6.61
10/15/2012
Permittee
7.51
10/22/2012
Permittee
6.25
10/29/2012
Permittee
6.79
11/5/2012
Permittee
7.19
11/12/2012
Permittee
6.87
11/19/2012
Permittee
7.15
11/26/2012
Permittee
6.88
12/3/2012
Permittee
6.92
12/10/2012
Permittee
7.4
12/17/2012
Permittee
7.15
12/26/2012
Permittee
6.57
1/2/2013
Permittee
7.6
1/7/2013
Permittee
7.35
1/14/2013
Permittee
7.15
1/21/2013
Permittee
7.1
1/28/2013
Permittee
7.22
2/4/2013
Permittee
7.13
2/11/2013
Permittee
7.3
2/18/2013
Permittee
6.98
2/25/2013
Permittee
7.11
3/4/2013
Permittee
6.98
3/11/2013
Permittee
7.03
3/18/2013
Permittee
6.9
3/25/2013
Permittee
7.62
4/1/2013
Permittee
7.41
4/8/2013
Permittee
5.48
4/15/2013
Permittee
5.2
4/22/2013
Permittee
7.32
4/29/2013
Permittee
5.9
10/7/2013
Permittee
7.23
10/14/2013
Permittee
7.36
10/21/2013
Permittee
7.1
10/28/2013
Permittee
7.24
11/4/2013
Permittee
7.24
11/11/2013
Permittee
6.75
11/19/2013
Permittee
6.86
11/24/2013
Permittee
7.3
12/2/2013
Permittee
7.25
12/9/2013
Permittee
7.45
12/16/2013
Permittee
7.43
12/23/2013
Permittee
7.2
12/30/2013
Permittee
7.55
1/6/2014
Permittee
7.38
1/13/2014
Permittee
6.58
1/20/2014
Permittee
6.92
1/27/2014
Permittee
7.51
2/3/2014
Permittee
7.19
2/10/2014
Permittee
6.39
2/18/2014
Permittee
7.62
2/24/2014
Permittee
6.79
3/3/2014
Permittee
5.66
Fact Sheet: WA0050202 - Washington Beef LLC
Page 131 of 187
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Date
Source
PH
3/10/2014
Permittee
6.86
3/17/2014
Permittee
7.51
3/24/2014
Permittee
7.02
3/31/2014
Permittee
5.7
4/7/2014
Permittee
4/14/2014
Permittee
6.09
4/21/2014
Permittee
6.69
4/28/2014
Permittee
6.88
10/6/2014
Permittee
6.86
10/13/2014
Permittee
6.84
10/20/2014
Permittee
7.18
10/27/2014
Permittee
6.9
11/3/2014
Permittee
7.01
11/10/2014
Permittee
6.8
11/17/2014
Permittee
7.41
11/24/2014
Permittee
7.39
12/1/2014
Permittee
7.67
12/8/2014
Permittee
7.54
12/15/2014
Permittee
6.72
12/22/2014
Permittee
7.58
12/29/2014
Permittee
6.85
1/5/2015
Permittee
7.63
1/12/2015
Permittee
7.47
1/19/2015
Permittee
7.39
1/26/2015
Permittee
7.32
Minimum
5.20
5th percentile
5.96
Average
6.96
90th percentile
7.51
95th percentile
7.59
Maximum
7.67
Standard Deviation
0.51
Count
87
Table 49: Upstream Temperature in Wanity Slough in April
Date
002 US T (°C)
4/16/2012
11.6
4/19/2012
11
4/20/2012
12.3
4/21/2012
16.1
4/22/2012
17.8
4/23/2012
18.9
4/24/2012
16.5
4/25/2012
14.3
4/26/2012
14.5
4/27/2012
13
4/28/2012
14.6
4/29/2012
15.1
4/30/2012
13.5
4/15/2013
10.2
4/16/2013
10.1
4/17/2013
10.8
4/20/2013
14.9
4/21/2013
15.4
4/22/2013
14.9
4/23/2013
15.7
4/24/2013
16.1
4/25/2013
16.5
4/26/2013
17
4/27/2013
16.2
4/28/2013
16.9
4/29/2013
15.7
4/30/2013
15.2
Fact Sheet: WA0050202 - Washington Beef LLC
Page 132 of 187
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4/15/2014
11
4/16/2014
10.5
4/17/2014
11.4
4/18/2014
11.2
4/19/2014
11.4
4/21/2014
12.6
4/22/2014
13.3
4/23/2014
12.1
4/24/2014
11.1
4/25/2014
13.4
4/26/2014
13.3
4/27/2014
13.6
4/28/2014
15
4/29/2014
15.6
4/30/2014
17
Minimum
10.1
Average
14.0
90th Percentile
16.9
95th Percentile
17.0
Maximum
18.9
Standard Deviation
2.3
Count
42
Table 50: Upstream Temperature in Wanity Slough May - September
Date
Source
002 US T (°C)
5/1/2012
Permittee
14.3
5/2/2012
Permittee
14
5/3/2012
Permittee
12.3
5/4/2012
Permittee
14.1
5/5/2012
Permittee
15.4
5/6/2012
Permittee
17.2
5/7/2012
Permittee
16.7
5/8/2012
Permittee
16.6
5/9/2012
Permittee
15.1
5/10/2012
Permittee
15.2
5/11/2012
Permittee
14.6
5/12/2012
Permittee
16.9
5/13/2012
Permittee
17.2
5/14/2012
Permittee
17.7
5/15/2012
Permittee
17.9
5/16/2012
Permittee
18
5/17/2012
Permittee
17.1
5/18/2012
Permittee
17.4
5/19/2012
Permittee
17.2
5/20/2012
Permittee
16.8
5/21/2012
Permittee
14.2
5/22/2012
Permittee
13.5
5/23/2012
Permittee
12.2
5/24/2012
Permittee
12
5/25/2012
Permittee
14.2
5/26/2012
Permittee
14.6
5/27/2012
Permittee
17.4
5/28/2012
Permittee
19.8
5/29/2012
Permittee
14.6
5/30/2012
Permittee
16.1
5/31/2012
Permittee
14.4
6/1/2012
Permittee
16.3
6/2/2012
Permittee
19.2
6/3/2012
Permittee
19
6/4/2012
Permittee
13.1
6/5/2012
Permittee
13.5
6/6/2012
Permittee
14.7
6/7/2012
Permittee
15.01
6/8/2012
Permittee
13.8
Fact Sheet: WA0050202 - Washington Beef LLC
Page 133 of 187
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Date
Source
002 US T (°C)
6/9/2012
Permittee
13.8
6/10/2012
Permittee
16.6
6/11/2012
Permittee
16.3
6/12/2012
Permittee
16.7
6/13/2012
Permittee
18.4
6/14/2012
Permittee
18.8
6/15/2012
Permittee
17.8
6/16/2012
Permittee
18.5
6/17/2012
Permittee
19.2
6/18/2012
Permittee
17.2
6/19/2012
Permittee
17.3
6/20/2012
Permittee
18.1
6/21/2012
Permittee
20.3
6/22/2012
Permittee
17
6/23/2012
Permittee
18.1
6/24/2012
Permittee
17.5
6/25/2012
Permittee
17.4
6/26/2012
Permittee
15.1
6/27/2012
Permittee
17.5
6/28/2012
Permittee
18.5
6/29/2012
Permittee
19.1
6/30/2012
Permittee
18.6
7/1/2012
Permittee
19.7
7/2/2012
Permittee
20.3
7/3/2012
Permittee
19.5
7/4/2012
Permittee
18.4
7/5/2012
Permittee
18.9
7/6/2012
Permittee
18.9
7/7/2012
Permittee
19.9
7/8/2012
Permittee
20.2
7/9/2012
Permittee
23.1
7/10/2012
Permittee
20.1
7/11/2012
Permittee
20.5
7/12/2012
Permittee
20.2
7/13/2012
Permittee
20.4
7/14/2012
Permittee
18.7
7/15/2012
Permittee
18.8
7/16/2012
Permittee
19.5
7/17/2012
Permittee
20.7
7/18/2012
Permittee
21.7
7/19/2012
Permittee
20.4
7/20/2012
Permittee
20.9
7/21/2012
Permittee
19.8
7/22/2012
Permittee
20.1
7/23/2012
Permittee
18.9
7/24/2012
Permittee
19.3
7/25/2012
Permittee
19.8
7/26/2012
Permittee
20.2
7/27/2012
Permittee
21
7/28/2012
Permittee
22.6
7/29/2012
Permittee
20.1
7/30/2012
Permittee
21.8
7/31/2012
Permittee
19.8
8/1/2012
Permittee
19.8
8/2/2012
Permittee
20.3
8/3/2012
Permittee
20.2
8/4/2012
Permittee
19.5
8/5/2012
Permittee
19.4
8/6/2012
Permittee
22.3
8/7/2012
Permittee
20.7
8/8/2012
Permittee
21.4
8/9/2012
Permittee
19.5
8/10/2012
Permittee
20.4
8/11/2012
Permittee
19.5
8/12/2012
Permittee
22.2
Fact Sheet: WA0050202 - Washington Beef LLC
Page 134 of 187
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Date
Source
002 US T (°C)
8/13/2012
Permittee
19.1
8/14/2012
Permittee
21.8
8/15/2012
Permittee
19.7
8/16/2012
Permittee
19.9
8/17/2012
Permittee
20.2
8/18/2012
Permittee
19.67
8/19/2012
Permittee
20.3
8/21/2012
Permittee
20
8/22/2012
Permittee
20.2
8/23/2012
Permittee
20.1
8/24/2012
Permittee
18.9
8/25/2012
Permittee
19.1
8/26/2012
Permittee
18.9
8/27/2012
Permittee
18.6
8/28/2012
Permittee
17.9
8/29/2012
Permittee
17.8
8/30/2012
Permittee
17.8
8/31/2012
Permittee
17.4
9/1/2012
Permittee
17.1
9/2/2012
Permittee
17.4
9/4/2012
Permittee
17.9
9/5/2012
Permittee
18.2
9/6/2012
Permittee
18.6
9/7/2012
Permittee
18.7
9/8/2012
Permittee
17.7
9/9/2012
Permittee
17.7
9/10/2012
Permittee
17.4
9/11/2012
Permittee
16.4
9/12/2012
Permittee
16.4
9/13/2012
Permittee
16.3
9/14/2012
Permittee
17
9/15/2012
Permittee
16.5
9/16/2012
Permittee
17.5
9/17/2012
Permittee
17.4
9/18/2012
Permittee
17.5
9/19/2012
Permittee
17.9
9/20/2012
Permittee
17.6
9/21/2012
Permittee
17.5
9/22/2012
Permittee
17.4
9/23/2012
Permittee
17.4
9/24/2012
Permittee
17
9/25/2012
Permittee
16.9
9/26/2012
Permittee
16.9
9/27/2012
Permittee
16.6
9/28/2012
Permittee
16.8
9/29/2012
Permittee
16.6
5/1/2013
Permittee
15.6
5/2/2013
Permittee
16.3
5/3/2013
Permittee
17.7
5/4/2013
Permittee
18.1
5/5/2013
Permittee
18.8
5/6/2013
Permittee
20.7
5/7/2013
Permittee
20.3
5/8/2013
Permittee
19.8
5/9/2013
Permittee
19.9
5/10/2013
Permittee
20.5
5/11/2013
Permittee
19.2
5/12/2013
Permittee
15.5
5/13/2013
Permittee
15
5/14/2013
Permittee
15
5/15/2013
Permittee
13.1
5/16/2013
Permittee
13.8
5/17/2013
Permittee
15.3
5/18/2013
Permittee
15.3
5/19/2013
Permittee
17.7
Fact Sheet: WA0050202 - Washington Beef LLC
Page 135 of 187
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Date
Source
002 US T (°C)
5/20/2013
Permittee
17.4
5/21/2013
Permittee
16.2
5/22/2013
Permittee
13
5/23/2013
Permittee
13
5/24/2013
Permittee
13.8
5/25/2013
Permittee
15.4
5/26/2013
Permittee
15.9
5/28/2013
Permittee
15.8
5/29/2013
Permittee
14.9
5/30/2013
Permittee
15.3
5/31/2013
Permittee
15.6
6/1/2013
Permittee
16.9
6/2/2013
Permittee
16.5
6/3/2013
Permittee
16.3
6/4/2013
Permittee
16.3
6/5/2013
Permittee
19
6/6/2013
Permittee
20.7
6/7/2013
Permittee
21.5
6/8/2013
Permittee
20
6/9/2013
Permittee
19.5
6/10/2013
Permittee
18.2
6/11/2013
Permittee
17.1
6/12/2013
Permittee
17.5
6/13/2013
Permittee
16.6
6/14/2013
Permittee
18.4
6/15/2013
Permittee
18.9
6/16/2013
Permittee
18.7
6/17/2013
Permittee
22
6/18/2013
Permittee
17.3
6/19/2013
Permittee
17.8
6/20/2013
Permittee
16.2
6/21/2013
Permittee
16.6
6/22/2013
Permittee
18.3
6/23/2013
Permittee
17.4
6/24/2013
Permittee
17.2
6/25/2013
Permittee
15.1
6/26/2013
Permittee
16.1
6/27/2013
Permittee
17
6/28/2013
Permittee
17.4
6/29/2013
Permittee
20.3
6/30/2013
Permittee
21.4
7/1/2013
Permittee
21.9
7/2/2013
Permittee
21.8
7/3/2013
Permittee
21.6
7/5/2013
Permittee
19.9
7/6/2013
Permittee
19.8
7/7/2013
Permittee
20.3
7/8/2013
Permittee
20
7/9/2013
Permittee
21.6
7/10/2013
Permittee
20.8
7/11/2013
Permittee
19.9
7/12/2013
Permittee
17.9
7/13/2013
Permittee
18.2
7/14/2013
Permittee
18.6
7/15/2013
Permittee
19.2
7/16/2013
Permittee
18.7
7/17/2013
Permittee
20.1
7/18/2013
Permittee
20
7/19/2013
Permittee
19.9
7/20/2013
Permittee
20
7/21/2013
Permittee
19.1
7/22/2013
Permittee
22.1
7/23/2013
Permittee
20
7/24/2013
Permittee
20.3
7/25/2013
Permittee
20.1
Fact Sheet: WA0050202 - Washington Beef LLC
Page 136 of 187
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Date
Source
002 US T (°C)
7/27/2013
Permittee
21.6
7/28/2013
Permittee
19.7
7/29/2013
Permittee
19.9
7/30/2013
Permittee
20
7/31/2013
Permittee
18.6
8/1/2013
Permittee
18.4
8/2/2013
Permittee
18.1
8/3/2013
Permittee
19.2
8/4/2013
Permittee
19.3
8/5/2013
Permittee
20
8/6/2013
Permittee
20.5
8/7/2013
Permittee
20.6
8/8/2013
Permittee
20.3
8/9/2013
Permittee
20.9
8/10/2013
Permittee
21.6
8/11/2013
Permittee
20.8
8/12/2013
Permittee
20.6
8/13/2013
Permittee
20.3
8/14/2013
Permittee
19.9
8/15/2013
Permittee
20.1
8/16/2013
Permittee
19.8
8/17/2013
Permittee
20
8/18/2013
Permittee
20.2
8/19/2013
Permittee
20.8
8/20/2013
Permittee
20.2
8/21/2013
Permittee
20
8/22/2013
Permittee
19
8/23/2013
Permittee
19.2
8/24/2013
Permittee
19.7
8/25/2013
Permittee
19.6
8/26/2013
Permittee
19.1
8/27/2013
Permittee
19.5
8/28/2013
Permittee
20
8/29/2013
Permittee
20.1
8/30/2013
Permittee
19.5
8/31/2013
Permittee
19.4
9/1/2013
Permittee
19.6
9/3/2013
Permittee
19.8
9/4/2013
Permittee
19.8
9/5/2013
Permittee
19.3
9/6/2013
Permittee
18.7
9/7/2013
Permittee
19
9/8/2013
Permittee
18.8
9/9/2013
Permittee
19
9/10/2013
Permittee
19.8
9/11/2013
Permittee
20.1
9/12/2013
Permittee
20
9/13/2013
Permittee
20.3
9/14/2013
Permittee
21
9/15/2013
Permittee
20
9/16/2013
Permittee
21
9/17/2013
Permittee
18.5
9/18/2013
Permittee
17.8
9/19/2013
Permittee
17.3
9/20/2013
Permittee
17.1
9/21/2013
Permittee
17
9/22/2013
Permittee
17.1
9/23/2013
Permittee
16
9/24/2013
Permittee
16.2
9/25/2013
Permittee
15.9
9/26/2013
Permittee
15.3
9/27/2013
Permittee
14.5
9/28/2013
Permittee
14.8
9/29/2013
Permittee
13.8
9/30/2013
Permittee
14.1
Fact Sheet: WA0050202 - Washington Beef LLC
Page 137 of 187
-------
Date
Source
002 US T (°C)
5/1/2014
Permittee
17.4
5/2/2014
Permittee
15.9
5/3/2014
Permittee
16.1
5/4/2014
Permittee
14.2
5/5/2014
Permittee
15.2
5/6/2014
Permittee
14.2
5/7/2014
Permittee
15.8
5/8/2014
Permittee
13.8
5/9/2014
Permittee
13.2
5/10/2014
Permittee
14.7
5/11/2014
Permittee
14.8
5/12/2014
Permittee
16.1
5/13/2014
Permittee
17
5/14/2014
Permittee
17.3
5/15/2014
Permittee
17.8
5/16/2014
Permittee
17.9
5/17/2014
Permittee
16.8
5/18/2014
Permittee
15.2
5/19/2014
Permittee
16.1
5/20/2014
Permittee
17.6
5/21/2014
Permittee
17.6
5/22/2014
Permittee
18.6
5/23/2014
Permittee
16.3
5/24/2014
Permittee
16.9
5/25/2014
Permittee
16.5
5/27/2014
Permittee
16.9
5/28/2014
Permittee
15.4
5/29/2014
Permittee
16.8
5/30/2014
Permittee
17
5/31/2014
Permittee
18.6
6/1/2014
Permittee
18.3
6/2/2014
Permittee
19
6/3/2014
Permittee
19.5
6/4/2014
Permittee
19.1
6/5/2014
Permittee
18.6
6/6/2014
Permittee
17.9
6/7/2014
Permittee
18.6
6/8/2014
Permittee
19.6
6/9/2014
Permittee
19.9
6/10/2014
Permittee
19.1
6/11/2014
Permittee
18.6
6/12/2014
Permittee
19
6/13/2014
Permittee
15.8
6/14/2014
Permittee
17.2
6/15/2014
Permittee
17.5
6/16/2014
Permittee
15
6/17/2014
Permittee
16.1
6/18/2014
Permittee
18
6/19/2014
Permittee
18.4
6/20/2014
Permittee
18.1
6/21/2014
Permittee
18.4
6/22/2014
Permittee
18.4
6/23/2014
Permittee
18.9
6/24/2014
Permittee
18.7
6/25/2014
Permittee
18.6
6/26/2014
Permittee
18.2
6/27/2014
Permittee
18.3
6/28/2014
Permittee
19
6/29/2014
Permittee
18.9
6/30/2014
Permittee
19.2
7/1/2014
Permittee
19
7/2/2014
Permittee
18.8
7/3/2014
Permittee
19.6
7/4/2014
Permittee
19
7/6/2014
Permittee
19.2
Fact Sheet: WA0050202 - Washington Beef LLC
Page 138 of 187
-------
Date
Source
002 US T (°C)
7/7/2014
Permittee
20.3
7/8/2014
Permittee
21.2
7/9/2014
Permittee
20.3
7/10/2014
Permittee
20.2
7/11/2014
Permittee
21.7
7/12/2014
Permittee
21.5
7/13/2014
Permittee
19.3
7/14/2014
Permittee
22.6
7/15/2014
Permittee
21
7/16/2014
Permittee
20.9
7/17/2014
Permittee
20.3
7/18/2014
Permittee
19.2
7/19/2014
Permittee
20.1
7/20/2014
Permittee
18.3
7/21/2014
Permittee
18.6
7/22/2014
Permittee
18.7
7/23/2014
Permittee
18.6
7/24/2014
Permittee
18.3
7/25/2014
Permittee
18.6
7/26/2014
Permittee
19.7
7/27/2014
Permittee
19.6
7/28/2014
Permittee
20.8
7/29/2014
Permittee
21.3
7/30/2014
Permittee
20.7
7/31/2014
Permittee
21.2
8/1/2014
Permittee
20.8
8/2/2014
Permittee
19.9
8/3/2014
Permittee
20.5
8/4/2014
Permittee
20.8
8/5/2014
Permittee
21
8/6/2014
Permittee
21.1
8/7/2014
Permittee
20.8
8/8/2014
Permittee
21.3
8/9/2014
Permittee
20.1
8/11/2014
Permittee
21.1
8/12/2014
Permittee
20.8
8/15/2014
Permittee
20.1
8/17/2014
Permittee
19.7
8/18/2014
Permittee
21.6
8/19/2014
Permittee
21.2
8/20/2014
Permittee
20.4
8/21/2014
Permittee
19.8
8/22/2014
Permittee
19.6
8/23/2014
Permittee
19.8
8/24/2014
Permittee
19.6
8/25/2014
Permittee
20.2
8/26/2014
Permittee
20
8/27/2014
Permittee
20.6
8/28/2014
Permittee
19.7
8/29/2014
Permittee
20.6
8/30/2014
Permittee
18.7
8/31/2014
Permittee
18.2
9/2/2014
Permittee
18.4
9/3/2014
Permittee
17.8
9/4/2014
Permittee
18
9/5/2014
Permittee
18.1
9/6/2014
Permittee
18.3
9/7/2014
Permittee
19
9/8/2014
Permittee
18
9/9/2014
Permittee
18.1
9/10/2014
Permittee
18.6
9/11/2014
Permittee
17.3
9/12/2014
Permittee
16.7
9/13/2014
Permittee
17.2
9/14/2014
Permittee
17
Fact Sheet: WA0050202 - Washington Beef LLC
Page 139 of 187
-------
Date
Source
002 US T (°C)
9/15/2014
Permittee
17.4
9/16/2014
Permittee
18.3
9/17/2014
Permittee
17.6
9/18/2014
Permittee
18.3
9/19/2014
Permittee
18.2
9/20/2014
Permittee
18.3
9/21/2014
Permittee
18.2
9/22/2014
Permittee
18.4
9/23/2014
Permittee
17.4
9/24/2014
Permittee
16.8
9/25/2014
Permittee
16.5
9/26/2014
Permittee
17
9/27/2014
Permittee
17.3
9/28/2014
Permittee
17.8
9/29/2014
Permittee
17.4
9/30/2014
Permittee
16.7
6/26/2018
NARS WQX-NRS WA-10410
16.4
8/12/2014
NARS WQX-WASS-1139
20.7
8/16/2011
1119USBR WQX-YAV348
17.3
7/19/2011
1119USBR WQX-YAV348
16.6
7/19/2011
1119USBR WQX-YAV349
16.5
8/16/2011
1119USBR WQX-YAV349
16.8
Minimum
12.0
Average
18.3
60th percentile
19.1
85th percentile
20.3
90th Percentile
20.7
95th Percentile
21.3
Maximum
23.1
Standard Deviation
2.1
Count
451
Table 51: Downstream Temperature in Wanity Slough May - September
Date
Source
002 DS T (°C)
5/1/2007
1119USBR WQX-YAV380
11
5/15/2007
1119USBR WQX-YAV380
14
5/29/2007
1119USBR WQX-YAV380
15.6
6/12/2007
1119USBR WQX-YAV380
15.4
6/26/2007
1119USBR WQX-YAV380
15.2
7/10/2007
1119USBR WQX-YAV380
18.3
8/7/2007
1119USBR WQX-YAV380
19
8/22/2007
1119USBR WQX-YAV380
17.9
9/4/2007
1119USBR WQX-YAV380
17.8
9/18/2007
1119USBR WQX-YAV380
14.8
5/27/2008
1119USBR WQX-YAV380
13
6/24/2008
1119USBR WQX-YAV380
14.6
7/22/2008
1119USBR WQX-YAV380
18.4
8/19/2008
1119USBR WQX-YAV380
19.1
9/16/2008
1119USBR WQX-YAV380
15
5/26/2009
1119USBR WQX-YAV380
13.4
6/23/2009
1119USBR WQX-YAV380
15.1
8/18/2009
1119USBR WQX-YAV380
19.6
9/15/2009
1119USBR WQX-YAV380
17.7
6/8/2010
1119USBR WQX-YAV380
14.8
7/20/2010
1119USBR WQX-YAV380
17.5
8/31/2010
1119USBR WQX-YAV380
14.5
9/28/2010
1119USBR WQX-YAV380
16.5
5/24/2011
1119USBR WQX-YAV380
11.4
6/21/2011
1119USBR WQX-YAV380
15.1
7/19/2011
1119USBR WQX-YAV347
16.8
7/19/2011
1119USBR WQX-YAV346
17.9
8/2/2011
1119USBR WQX-YAV380
19.9
8/16/2011
1119USBR WQX-YAV380
17.2
Fact Sheet: WA0050202 - Washington Beef LLC
Page 140 of 187
-------
Date
Source
002 DS T (°C)
8/16/2011
1119USBR WQX-YAV347
17.5
8/16/2011
1119USBR WQX-YAV346
18.8
8/30/2011
1119USBR WQX-YAV380
17.9
9/27/2011
1119USBR WQX-YAV380
15.6
5/1/2012
Permittee
14.7
5/2/2012
Permittee
14.2
5/3/2012
Permittee
12.9
5/4/2012
Permittee
15.4
5/5/2012
Permittee
16.1
5/6/2012
Permittee
18.9
5/7/2012
Permittee
17.7
5/8/2012
Permittee
16.9
5/9/2012
Permittee
15.4
5/10/2012
Permittee
15.4
5/11/2012
Permittee
15.2
5/12/2012
Permittee
17.9
5/13/2012
Permittee
18.1
5/14/2012
Permittee
18.3
5/15/2012
Permittee
18.5
5/16/2012
Permittee
18.4
5/17/2012
Permittee
17.4
5/18/2012
Permittee
17.5
5/19/2012
Permittee
17.9
5/20/2012
Permittee
16.9
5/21/2012
Permittee
14.8
5/22/2012
Permittee
14
5/23/2012
Permittee
13
5/24/2012
Permittee
12.5
5/25/2012
Permittee
14.4
5/26/2012
Permittee
16.2
5/27/2012
Permittee
18.2
5/28/2012
Permittee
20.8
5/29/2012
Permittee
15
5/30/2012
Permittee
16.3
5/31/2012
Permittee
15.2
6/1/2012
Permittee
17.7
6/2/2012
Permittee
20.6
6/3/2012
Permittee
19.9
6/4/2012
Permittee
13.6
6/5/2012
Permittee
14.7
6/6/2012
Permittee
14.9
6/7/2012
Permittee
16
6/8/2012
Permittee
14.3
6/9/2012
Permittee
14.3
6/10/2012
Permittee
17.9
6/11/2012
Permittee
17.5
6/12/2012
Permittee
17.7
6/13/2012
Permittee
18.9
6/14/2012
Permittee
19.8
6/15/2012
Permittee
18.1
6/16/2012
Permittee
19
6/17/2012
Permittee
18.6
6/18/2012
Permittee
17.2
6/19/2012
Permittee
17.2
6/20/2012
Permittee
19.1
6/21/2012
Permittee
19.4
6/22/2012
Permittee
16.8
6/23/2012
Permittee
17.8
6/24/2012
Permittee
17.4
6/25/2012
Permittee
18.5
6/26/2012
Permittee
14.9
6/27/2012
Permittee
17.8
6/28/2012
Permittee
18.2
6/29/2012
Permittee
19.4
6/30/2012
Permittee
18.4
Fact Sheet: WA0050202 - Washington Beef LLC
Page 141 of 187
-------
Date
Source
002 DS T (°C)
7/1/2012
Permittee
19.5
7/2/2012
Permittee
20.1
7/3/2012
Permittee
18.9
7/4/2012
Permittee
18.5
7/5/2012
Permittee
19.2
7/6/2012
Permittee
19.5
7/7/2012
Permittee
19.8
7/8/2012
Permittee
20
7/9/2012
Permittee
23
7/10/2012
Permittee
19.5
7/11/2012
Permittee
19.7
7/12/2012
Permittee
19.4
7/13/2012
Permittee
20.8
7/14/2012
Permittee
18.9
7/15/2012
Permittee
18.7
7/16/2012
Permittee
19.3
7/17/2012
Permittee
20.6
7/18/2012
Permittee
21.2
7/19/2012
Permittee
20.9
7/20/2012
Permittee
20.6
7/21/2012
Permittee
19.9
7/22/2012
Permittee
19.9
7/23/2012
Permittee
19.1
7/24/2012
Permittee
19.3
7/25/2012
Permittee
19.7
7/26/2012
Permittee
20.2
7/27/2012
Permittee
20.9
7/28/2012
Permittee
22.8
7/29/2012
Permittee
20
7/30/2012
Permittee
21.7
7/31/2012
Permittee
19.6
8/1/2012
Permittee
19.5
8/2/2012
Permittee
19.8
8/3/2012
Permittee
19.8
8/4/2012
Permittee
19.8
8/5/2012
Permittee
19.3
8/6/2012
Permittee
21
8/7/2012
Permittee
19.8
8/8/2012
Permittee
20.2
8/9/2012
Permittee
18.8
8/10/2012
Permittee
19.9
8/11/2012
Permittee
19.6
8/12/2012
Permittee
19.5
8/13/2012
Permittee
19.9
8/14/2012
Permittee
22.3
8/15/2012
Permittee
19.9
8/16/2012
Permittee
20.1
8/17/2012
Permittee
20.7
8/18/2012
Permittee
19.86
8/19/2012
Permittee
20.3
8/21/2012
Permittee
20.2
8/22/2012
Permittee
20.9
8/23/2012
Permittee
20.6
8/24/2012
Permittee
19.1
8/25/2012
Permittee
19.7
8/26/2012
Permittee
19.3
8/27/2012
Permittee
19.1
8/28/2012
Permittee
18.8
8/29/2012
Permittee
18.9
8/30/2012
Permittee
18
8/31/2012
Permittee
18.3
9/1/2012
Permittee
18.1
9/2/2012
Permittee
18
9/4/2012
Permittee
18.4
9/5/2012
Permittee
18.8
Fact Sheet: WA0050202 - Washington Beef LLC
Page 142 of 187
-------
Date
Source
002 DS T (°C)
9/6/2012
Permittee
19.1
9/7/2012
Permittee
19.2
9/8/2012
Permittee
18.8
9/9/2012
Permittee
18.5
9/10/2012
Permittee
17.8
9/11/2012
Permittee
16.6
9/12/2012
Permittee
16.7
9/13/2012
Permittee
16.8
9/14/2012
Permittee
17.2
9/15/2012
Permittee
16.5
9/16/2012
Permittee
17.5
9/17/2012
Permittee
17.5
9/18/2012
Permittee
17.5
9/19/2012
Permittee
17.9
9/20/2012
Permittee
17.7
9/21/2012
Permittee
17.5
9/22/2012
Permittee
17.6
9/23/2012
Permittee
17.6
9/24/2012
Permittee
17.4
9/25/2012
Permittee
17
9/26/2012
Permittee
17
9/27/2012
Permittee
16.8
9/28/2012
Permittee
17
9/29/2012
Permittee
16.7
5/1/2013
Permittee
16
5/2/2013
Permittee
16.9
5/3/2013
Permittee
18.3
5/4/2013
Permittee
17.8
5/5/2013
Permittee
18.5
5/6/2013
Permittee
21.3
5/7/2013
Permittee
21.5
5/8/2013
Permittee
20.2
5/9/2013
Permittee
20.4
5/10/2013
Permittee
20.9
5/11/2013
Permittee
18.9
5/12/2013
Permittee
16.1
5/13/2013
Permittee
15.8
5/14/2013
Permittee
15.6
5/15/2013
Permittee
13.3
5/16/2013
Permittee
13.9
5/17/2013
Permittee
15.5
5/18/2013
Permittee
15.6
5/19/2013
Permittee
17.3
5/20/2013
Permittee
17.5
5/21/2013
Permittee
16.2
5/22/2013
Permittee
13.3
5/23/2013
Permittee
12.9
5/24/2013
Permittee
14
5/25/2013
Permittee
15.9
5/26/2013
Permittee
15.7
5/28/2013
Permittee
16.3
5/29/2013
Permittee
15.3
5/30/2013
Permittee
15.9
5/31/2013
Permittee
15.9
6/1/2013
Permittee
16.7
6/2/2013
Permittee
16.9
6/3/2013
Permittee
16.9
6/4/2013
Permittee
16.8
6/5/2013
Permittee
20.3
6/6/2013
Permittee
20.7
6/7/2013
Permittee
21.5
6/8/2013
Permittee
19.8
6/9/2013
Permittee
19.4
6/10/2013
Permittee
18.8
6/11/2013
Permittee
17.5
Fact Sheet: WA0050202 - Washington Beef LLC
Page 143 of 187
-------
Date
Source
002 DS T (°C)
6/12/2013
Permittee
17.8
6/13/2013
Permittee
16.6
6/14/2013
Permittee
18.4
6/15/2013
Permittee
18.8
6/16/2013
Permittee
18.6
6/17/2013
Permittee
20.2
6/18/2013
Permittee
18
6/19/2013
Permittee
18.1
6/20/2013
Permittee
17.1
6/21/2013
Permittee
16.8
6/22/2013
Permittee
18.4
6/23/2013
Permittee
17.5
6/24/2013
Permittee
17.5
6/25/2013
Permittee
16.1
6/26/2013
Permittee
16.3
6/27/2013
Permittee
17.8
6/28/2013
Permittee
17.6
6/29/2013
Permittee
19.4
6/30/2013
Permittee
21.7
7/1/2013
Permittee
22
7/2/2013
Permittee
21.8
7/3/2013
Permittee
21.8
7/5/2013
Permittee
19.7
7/6/2013
Permittee
19.6
7/7/2013
Permittee
20.6
7/8/2013
Permittee
21.4
7/9/2013
Permittee
22.3
7/10/2013
Permittee
20.9
7/11/2013
Permittee
20.1
7/12/2013
Permittee
18.3
7/13/2013
Permittee
18.6
7/14/2013
Permittee
18.8
7/15/2013
Permittee
19.3
7/16/2013
Permittee
19
7/17/2013
Permittee
19.8
7/18/2013
Permittee
19.9
7/19/2013
Permittee
19.8
7/20/2013
Permittee
21.3
7/21/2013
Permittee
20.6
7/22/2013
Permittee
22.7
7/23/2013
1119USBR WQX-YAV380
19.1
7/23/2013
Permittee
20.1
7/24/2013
Permittee
20.1
7/25/2013
Permittee
20.1
7/27/2013
Permittee
21.8
7/28/2013
Permittee
20.1
7/29/2013
Permittee
20.7
7/30/2013
Permittee
20.9
7/31/2013
Permittee
18.7
8/1/2013
Permittee
18.5
8/2/2013
Permittee
18.4
8/3/2013
Permittee
20.6
8/4/2013
Permittee
20.6
8/5/2013
Permittee
19.8
8/6/2013
Permittee
20.4
8/7/2013
Permittee
20.2
8/8/2013
Permittee
20
8/9/2013
Permittee
20.6
8/10/2013
Permittee
22.2
8/11/2013
Permittee
22.6
8/12/2013
Permittee
20.9
8/13/2013
Permittee
20.4
8/14/2013
Permittee
19.8
8/15/2013
Permittee
20.1
8/16/2013
Permittee
19.7
Fact Sheet: WA0050202 - Washington Beef LLC
Page 144 of 187
-------
Date
Source
002 DS T (°C)
8/17/2013
Permittee
20.8
8/18/2013
Permittee
20.9
8/19/2013
Permittee
20.5
8/20/2013
1119USBR WQX-YAV380
19.9
8/20/2013
Permittee
20.5
8/21/2013
Permittee
20
8/22/2013
Permittee
19.2
8/23/2013
Permittee
19.3
8/24/2013
Permittee
19.8
8/25/2013
Permittee
19.8
8/26/2013
Permittee
19.4
8/27/2013
Permittee
19.4
8/28/2013
Permittee
19.9
8/29/2013
Permittee
20.1
8/30/2013
Permittee
19.7
8/31/2013
Permittee
19.8
9/1/2013
Permittee
19.8
9/3/2013
Permittee
19.8
9/4/2013
Permittee
19.5
9/5/2013
Permittee
19.4
9/6/2013
Permittee
18.4
9/7/2013
Permittee
18.7
9/8/2013
Permittee
18.8
9/9/2013
Permittee
18.6
9/10/2013
Permittee
19.6
9/11/2013
Permittee
19.8
9/12/2013
Permittee
19.9
9/13/2013
Permittee
20.1
9/14/2013
Permittee
21.3
9/15/2013
Permittee
20.8
9/16/2013
Permittee
19.9
9/17/2013
1119USBR WQX-YAV380
17.7
9/17/2013
Permittee
18.3
9/18/2013
Permittee
17.8
9/19/2013
Permittee
17.4
9/20/2013
Permittee
17
9/21/2013
Permittee
17
9/22/2013
Permittee
17.4
9/23/2013
Permittee
16.8
9/24/2013
Permittee
16.1
9/25/2013
Permittee
15.9
9/26/2013
Permittee
15.5
9/27/2013
Permittee
14.6
9/28/2013
Permittee
14.8
9/29/2013
Permittee
14
9/30/2013
Permittee
14.5
5/1/2014
Permittee
16.7
5/2/2014
Permittee
16.1
5/3/2014
Permittee
16
5/4/2014
Permittee
14.8
5/5/2014
Permittee
15.2
5/6/2014
Permittee
14.4
5/7/2014
Permittee
16
5/8/2014
Permittee
14.8
5/9/2014
Permittee
13.4
5/10/2014
Permittee
14.3
5/11/2014
Permittee
14.6
5/12/2014
Permittee
16
5/13/2014
Permittee
16.8
5/14/2014
Permittee
17
5/15/2014
Permittee
17.5
5/16/2014
Permittee
17.7
5/17/2014
Permittee
16.6
5/18/2014
Permittee
15.2
5/19/2014
Permittee
16
Fact Sheet: WA0050202 - Washington Beef LLC
Page 145 of 187
-------
Date
Source
002 DS T (°C)
5/20/2014
1119USBR WQX-YAV380
16.4
5/20/2014
Permittee
17.7
5/21/2014
Permittee
17.8
5/22/2014
Permittee
18.5
5/23/2014
Permittee
16.3
5/24/2014
Permittee
16.8
5/25/2014
Permittee
16
5/27/2014
Permittee
16.9
5/28/2014
Permittee
15.4
5/29/2014
Permittee
16.7
5/30/2014
Permittee
17
5/31/2014
Permittee
18.1
6/1/2014
Permittee
18.9
6/2/2014
Permittee
18.7
6/3/2014
Permittee
19
6/4/2014
Permittee
19
6/5/2014
Permittee
18.3
6/6/2014
Permittee
17.9
6/7/2014
Permittee
19.7
6/8/2014
Permittee
19.1
6/9/2014
Permittee
19.3
6/10/2014
Permittee
18.8
6/11/2014
Permittee
18.4
6/12/2014
Permittee
18.8
6/13/2014
Permittee
15.7
6/14/2014
Permittee
17.2
6/15/2014
Permittee
17.5
6/16/2014
Permittee
16.3
6/17/2014
Permittee
16.4
6/18/2014
Permittee
18.2
6/19/2014
Permittee
18.5
6/20/2014
Permittee
18.2
6/21/2014
Permittee
18.9
6/22/2014
Permittee
19.8
6/23/2014
Permittee
19.6
6/24/2014
Permittee
19.3
6/25/2014
Permittee
19.2
6/26/2014
Permittee
18.9
6/27/2014
Permittee
18.6
6/28/2014
Permittee
19.2
6/29/2014
Permittee
18.9
6/30/2014
Permittee
20.1
7/1/2014
Permittee
19.6
7/2/2014
Permittee
18.8
7/3/2014
Permittee
20.2
7/4/2014
Permittee
19
7/6/2014
Permittee
19.4
7/7/2014
Permittee
22.3
7/8/2014
Permittee
22.6
7/9/2014
Permittee
20.3
7/10/2014
Permittee
20.3
7/11/2014
Permittee
22.7
7/12/2014
Permittee
21.8
7/13/2014
Permittee
19.2
7/14/2014
Permittee
23.4
7/15/2014
Permittee
21.3
7/16/2014
Permittee
23.4
7/17/2014
Permittee
20.9
7/18/2014
Permittee
20
7/19/2014
Permittee
20.3
7/20/2014
Permittee
18.5
7/21/2014
Permittee
18.8
7/22/2014
Permittee
19.1
7/23/2014
Permittee
18.8
7/24/2014
Permittee
19.1
Fact Sheet: WA0050202 - Washington Beef LLC
Page 146 of 187
-------
Date
Source
002 DS T (°C)
7/25/2014
Permittee
19.2
7/26/2014
Permittee
19.8
7/27/2014
Permittee
19.8
7/28/2014
Permittee
22
7/29/2014
Permittee
22
7/30/2014
Permittee
21.7
7/31/2014
Permittee
21.7
8/1/2014
Permittee
21.2
8/2/2014
Permittee
20
8/3/2014
Permittee
20.8
8/4/2014
Permittee
21.8
8/5/2014
Permittee
22.2
8/6/2014
Permittee
21.5
8/7/2014
Permittee
21.5
8/8/2014
Permittee
21.8
8/9/2014
Permittee
20.2
8/11/2014
Permittee
20.1
8/12/2014
Permittee
20.8
8/15/2014
Permittee
20.5
8/17/2014
Permittee
20.1
8/18/2014
Permittee
21
8/19/2014
Permittee
21
8/20/2014
Permittee
20.3
8/21/2014
Permittee
19.6
8/22/2014
Permittee
19.6
8/23/2014
Permittee
20.2
8/24/2014
Permittee
20.2
8/25/2014
Permittee
20.5
8/26/2014
Permittee
20.1
8/27/2014
Permittee
20.5
8/28/2014
Permittee
19.8
8/29/2014
Permittee
20.2
8/30/2014
Permittee
18.7
8/31/2014
Permittee
18.6
9/2/2014
Permittee
18.8
9/3/2014
Permittee
18
9/4/2014
Permittee
17.9
9/5/2014
Permittee
18.5
9/6/2014
Permittee
18.5
9/7/2014
Permittee
19.1
9/8/2014
Permittee
18.5
9/9/2014
Permittee
18.7
9/10/2014
Permittee
18.4
9/11/2014
Permittee
17.7
9/12/2014
Permittee
17
9/13/2014
Permittee
17.6
9/14/2014
Permittee
17.1
9/15/2014
Permittee
17.4
9/16/2014
Permittee
18.3
9/17/2014
Permittee
17.7
9/18/2014
Permittee
19.3
9/19/2014
Permittee
19.8
9/20/2014
Permittee
19.5
9/21/2014
Permittee
19.5
9/22/2014
Permittee
19.4
9/23/2014
Permittee
17.6
9/24/2014
Permittee
17
9/25/2014
Permittee
16.8
9/26/2014
Permittee
17.2
9/27/2014
Permittee
17.4
9/28/2014
Permittee
18.3
9/29/2014
Permittee
17.3
9/30/2014
Permittee
16.8
5/12/2015
1119USBR WQX-YAV380
16.9
6/9/2015
1119USBR WQX-YAV380
21.7
Fact Sheet: WA0050202 - Washington Beef LLC
Page 147 of 187
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Date
Source
002 DS T (°C)
9/29/2015
1119USBR WQX-YAV380
14.3
5/3/2016
1119USBR WQX-YAV380
15.8
5/17/2016
1119USBR WQX-YAV380
15.9
8/9/2016
1119USBR WQX-YAV380
18.6
8/8/2017
1119USBR WQX-YAV380
17.5
Minimum
11.0
Average
18.4
90th Percentile
20.9
95th Percentile
21.7
Maximum
23.4
Standard Deviation
2.2
Count
489
Table 52: Downstream Temperature in Wanity Slough October - April
Date
Month
002 DS T (°C)
12/12/2006
1119USBR WQX-YAV380
9.4
1/23/2007
1119USBR WQX-YAV380
7.6
2/20/2007
1119USBR WQX-YAV380
9.4
3/20/2007
1119USBR WQX-YAV380
8.8
4/3/2007
1119USBR WQX-YAV380
8.4
4/17/2007
1119USBR WQX-YAV380
9.2
10/2/2007
1119USBR WQX-YAV380
13.5
10/16/2007
1119USBR WQX-YAV380
14.3
10/30/2007
1119USBR WQX-YAV380
12.4
11/27/2007
1119USBR WQX-YAV380
10.3
1/7/2008
1119USBR WQX-YAV380
9.7
2/5/2008
1119USBR WQX-YAV380
11.2
3/4/2008
1119USBR WQX-YAV380
10.5
4/1/2008
1119USBR WQX-YAV380
6.8
4/29/2008
1119USBR WQX-YAV380
10.7
10/14/2008
1119USBR WQX-YAV380
11.4
4/28/2009
1119USBR WQX-YAV380
10.9
10/13/2009
1119USBR WQX-YAV380
9.3
1/5/2010
1119USBR WQX-YAV380
10.3
2/2/2010
1119USBR WQX-YAV380
11.8
4/27/2010
1119USBR WQX-YAV380
11.3
10/12/2010
1119USBR WQX-YAV380
12.9
12/28/2010
1119USBR WQX-YAV380
10.2
1/25/2011
1119USBR WQX-YAV380
10.7
2/22/2011
1119USBR WQX-YAV380
11.6
4/26/2011
1119USBR WQX-YAV380
1.3
4/16/2012
Permittee
11.6
4/19/2012
Permittee
11
4/20/2012
Permittee
12.3
4/21/2012
Permittee
15.8
4/22/2012
Permittee
17
4/23/2012
Permittee
20.9
4/24/2012
Permittee
16.5
4/25/2012
Permittee
14.3
4/26/2012
Permittee
14.7
4/27/2012
Permittee
13
4/28/2012
Permittee
14.8
4/29/2012
Permittee
15.5
4/30/2012
Permittee
13.7
4/15/2013
Permittee
11
4/16/2013
Permittee
10.6
4/17/2013
Permittee
11.6
4/20/2013
Permittee
15.6
4/21/2013
Permittee
16.1
4/22/2013
Permittee
15.1
4/23/2013
Permittee
16
4/24/2013
Permittee
16.8
4/25/2013
Permittee
17.2
Fact Sheet: WA0050202 - Washington Beef LLC
Page 148 of 187
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Date
Month
002 DS T (°C)
4/26/2013
Permittee
17.6
4/27/2013
Permittee
16.1
4/28/2013
Permittee
16.2
4/29/2013
Permittee
16
4/30/2013
Permittee
15.6
4/15/2014
Permittee
10.2
4/16/2014
Permittee
10.6
4/17/2014
Permittee
11
4/18/2014
Permittee
11.5
4/19/2014
Permittee
11.8
4/21/2014
Permittee
12.4
4/22/2014
Permittee
13.7
4/22/2014
1119USBR WQX-YAV380
10.3
4/23/2014
Permittee
12.6
4/24/2014
Permittee
12.5
4/25/2014
Permittee
13.4
4/26/2014
Permittee
13.2
4/27/2014
Permittee
13.5
4/28/2014
Permittee
15.1
4/29/2014
Permittee
15.6
4/30/2014
Permittee
16.7
12/2/2014
1119USBR WQX-YAV380
9.4
1/6/2015
1119USBR WQX-YAV380
12.1
12/15/2015
1119USBR WQX-YAV380
10.4
4/19/2016
1119USBR WQX-YAV380
11.8
4/18/2017
1119USBR WQX-YAV380
11
Minimum
1.3
Average
12.5
90th Percentile
16.2
95th Percentile
16.9
Maximum
20.9
Standard Deviation
3.0
Count
74
Table 53: Upstream Total Dissolved Solids in Wanity Slough
Agency
Code
Station
number
Begin date
Begin time
Time datum
Medium code
Remark
code for
P70301
P70301 - Dissolved solids,
water, filtered, sum of
constituents, milligrams
per liter
USGS
12505470
7/18/1987
7:10
PDT
WS
85
USGS
12505470
11/3/1987
10:00
PST
ws
141
Fact Sheet: WA0050202 - Washington Beef LLC
Page 149 of 187
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Table 54: Upstream Total Nitrogen in Wanity Slough
Station and Date
Inorganic nitrogen
(nitrate and nitrite)
(mg/L)
Kieldahl nitrogen
(mg/L)
Total N
(mg/L)
1119USBR WQX-YAV348
7/19/2011
0.41
0.28
0.69
8/16/2011
0.44
0.17
0.61
1119USBR WQX-YAV349
7/19/2011
0.36
0.28
0.64
8/16/2011
0.35
0.16
0.51
Minimum
0.510
Average
0.613
Maximum
0.690
Standard Deviation
0.076
Count
4
Table 55: Upstream Total Phosphorus in Wanity Slough
Activity
Start Date
Monitoring Location
Identifier
Monitoring Location Name
Characteristic Name
Result Sample
Fraction Text
Result
Measure
Value
Result
Measure
Unit
Code
7/19/2011
1119USBR WQX-
YAV349
Wanity Slough at Mc Donald
Rd
Phosphorus
Total
0.074
mg/l
8/16/2011
1119USBR WQX-
YAV348
Wanity Slough at YN RV
Park Footbridge
Phosphorus
Total
0.057
mg/l
8/16/2011
1119USBR WQX-
YAV349
Wanity Slough at Mc Donald
Rd
Phosphorus
Total
0.068
mg/l
7/19/2011
1119USBR WQX-
YAV348
Wanity Slough at YN RV
Park Footbridge
Phosphorus
Total
0.085
mg/l
6/26/2018
NARS WQX-
NRS WA-10410
Wanity Slough
Total Phosphorus,
mixed forms
Total
Recoverable
0.047
mg/l
8/12/2014
NARS WQX-WASS-
1139
Wanity Slough
Total Phosphorus,
mixed forms
Total
Recoverable
0.062
mg/l
Minimum
0.047
Average
0.065
Maximum
0.085
Standard
deviation
0.013
Count
6
Table 56: Downstream Total Phosphorus in Wanity Slough, Zero Outfall 002 Flow
Activity Start Date
Result Measure Value
6/13/2017
0.082
7/11/2017
0.076
8/8/2017
0.061
9/5/2017
0.093
Minimum
0.061
Average
0.078
Maximum
0.093
Standard Deviation
0.013341664
Count
4
Fact Sheet: WA0050202 - Washington Beef LLC
Page 150 of 187
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Table 57: Downstream Total Phosphorus in Wanity Slough, Nonzero Outfall 002 Flow
Average of
Result
Measure
Activity Start Date
Value
4/27/2010
0.195
6/8/2010
0.166
7/20/2010
0.28
8/31/2010
0.2
9/28/2010
0.202
10/12/2010
0.31
12/28/2010
1.6
1/25/2011
3
2/22/2011
3.59
4/26/2011
0.095
5/24/2011
0.24
6/21/2011
0.31
7/19/2011
0.34
8/2/2011
0.35
8/16/2011
0.193333333
8/30/2011
0.1705
9/27/2011
0.29
7/23/2013
0.38
8/20/2013
0.32
9/17/2013
0.29
12/17/2013
1.2
1/14/2014
2.3
4/22/2014
0.33
5/20/2014
0.31
12/2/2014
2
1/6/2015
1.4
5/12/2015
0.645
6/9/2015
0.7
9/29/2015
0.52
12/15/2015
2.7
4/19/2016
0.45
5/3/2016
0.65
5/17/2016
0.43
8/9/2016
0.19
9/6/2016
0.605
10/4/2016
0.47
4/18/2017
0.409
5/16/2017
0.188
Minimum
0.095
Average
0.737
Maximum
3.59
Standard Deviation
0.87
Count
38
Table 58: Downstream Total Nitrogen in Wanity Slough, Nonzero Outfall 002 Flow
Station
Date
Inorganic nitrogen
(nitrate and nitrite)
(mg/L)
Kjeldahl
nitrogen
(mg/L)
Outfall 002
Flow
(mgd)
Outfall 008
Flow
(mgd)
Total
Nitrogen
(mg/L)
1119USBR WQX-YAV380
4/27/2010
0.29
0.32
0.466
0
0.61
1119USBR WQX-YAV380
6/8/2010
0.4
0.19
0.592
0
0.59
1119USBR WQX-YAV380
7/20/2010
0.57
0.2
0.623
0
0.77
1119USBR WQX-YAV380
8/31/2010
0.66
0.21
0.509
0
0.87
1119USBR WQX-YAV380
9/28/2010
0.785
0.2
0.648
0
0.985
1119USBR WQX-YAV380
10/12/2010
1.36
0.37
0.767
0
1.73
1119USBR WQX-YAV380
12/28/2010
4.33
0.41
0.731
0
4.74
1119USBR WQX-YAV380
1/25/2011
5.14
0.33
0.708
0
5.47
1119USBR WQX-YAV380
2/22/2011
13.55
0.71
0.704
0.704
14.26
1119USBR WQX-YAV380
4/26/2011
0.05
0.38
0.656
0
0.43
Fact Sheet: WA0050202 - Washington Beef LLC
Page 151 of 187
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Station
Date
Inorganic nitrogen
(nitrate and nitrite)
(mg/L)
Kjeldahl
nitrogen
(mg/L)
Outfall 002
Flow
(mgd)
Outfall 008
Flow
(mgd)
Total
Nitrogen
(mg/L)
1119USBR WQX-YAV380
5/24/2011
0.25
0.36
0.754
0.754
0.61
1119USBR WQX-YAV380
6/21/2011
0.39
0.27
0.821
0.821
0.66
1119USBR WQX-YAV346
7/19/2011
1.36
0.32
0.837
0.837
1.68
1119USBR WQX-YAV347
7/19/2011
1.38
0.26
0.837
0.837
1.64
1119USBR WQX-YAV380
8/2/2011
1.29
0.22
0.79
0.79
1.51
1119USBR WQX-YAV346
8/16/2011
0.81
0.25
0.79
0.79
1.06
1119USBR WQX-YAV347
8/16/2011
0.96
0.2
0.79
0.79
1.16
1119USBR WQX-YAV380
8/16/2011
0.68
0.23
0.79
0.79
0.91
1119USBR WQX-YAV380
8/30/2011
0.6
0.23
0.79
0.79
0.83
1119USBR WQX-YAV380
9/27/2011
1.24
0.175
0.77
0.77
1.415
1119USBR WQX-YAV380
7/23/2013
0.85
0.14
0.741
0
0.99
1119USBR WQX-YAV380
8/20/2013
1.02
0.21
0.76
0
1.23
1119USBR WQX-YAV380
9/17/2013
1.2
0.25
0.73
0
1.45
1119USBR WQX-YAV380
12/17/2013
2.84
0.2
0.673
0
3.04
1119USBR WQX-YAV380
1/14/2014
2.52
0.33
0.662
0
2.85
1119USBR WQX-YAV380
4/22/2014
0.62
0.29
0.708
0
0.91
1119USBR WQX-YAV380
5/20/2014
0.56
0.21
0.686
0
0.77
1119USBR WQX-YAV380
12/2/2014
3.19
0.165
0.667
0
3.355
1119USBR WQX-YAV380
1/6/2015
3.79
0.26
0.68
0
4.05
1119USBR WQX-YAV380
5/12/2015
1.755
0.33
0.624
0
2.085
1119USBR WQX-YAV380
6/9/2015
2.03
0.1
0.696
0
2.13
1119USBR WQX-YAV380
9/29/2015
2.01
0.085
0.621
0
2.095
1119USBR WQX-YAV380
12/15/2015
9.995
0.385
0.638
0
10.38
1119USBR WQX-YAV380
4/19/2016
1.5
0.22
0.633
0
1.72
1119USBR WQX-YAV380
5/3/2016
0.88
0.27
0.651
0
1.15
1119USBR WQX-YAV380
5/17/2016
1.45
0.15
0.651
0
1.6
1119USBR WQX-YAV380
8/9/2016
1.56
0.14
0.704
0
1.7
1119USBR WQX-YAV380
9/6/2016
2.33
0.88
0.665
0
3.21
1119USBR WQX-YAV380
4/18/2017
0.84
0.36
0.763
0
1.2
1119USBR WQX-YAV380
5/16/2017
0.59
0.27
0.23
0.634
0.86
Minimum
0.43
Average
2.22
Maximum
14.26
Standard
Deviation
2.65
Count
40
Table 59: Downstream Total Nitrogen in Wanity Slough, Zero Outfall 002 Flow
Station
Date
Inorganic nitrogen
(nitrate and
nitrite) (mg/L)
Kjeldahl
nitrogen
(mg/L)
Outfall 002
Flow
Outfall 008
Flow
Total
Nitrogen
(mg/L)
1119USBR WQX-YAV380
6/13/2017
0.48
0.15
0
0.645
0.63
1119USBR WQX-YAV380
7/11/2017
0.71
0.24
0
0.649
0.95
1119USBR WQX-YAV380
8/8/2017
0.82
0.24
0
0.648
1.06
1119USBR WQX-YAV380
9/5/2017
1.68
0.23
0
0.63
1.91
Minimum
0.63
Average
1.14
Maximum
1.91
Standard
Deviation
0.55
Count
4
Fact Sheet: WA0050202 - Washington Beef LLC
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Table 60: Upstream Turbidity in Wanity Slough
Date
Source
Turbidity
3/5/2012
Permittee
1.15
4/2/2012
Permittee
1.28
5/7/2012
Permittee
3.84
6/5/2012
Permittee
6.92
7/2/2012
Permittee
5.5
7/23/2012
Permittee
4.23
9/4/2012
Permittee
1.13
10/1/2012
Permittee
2.3
11/5/2012
Permittee
3.5
12/3/2012
Permittee
0.91
1/2/2013
Permittee
0.81
2/4/2013
Permittee
1.54
3/4/2013
Permittee
1.35
4/1/2013
Permittee
0.82
5/6/2013
Permittee
4.06
6/3/2013
Permittee
15.4
7/1/2013
Permittee
5.8
8/5/2013
Permittee
4.66
9/3/2013
Permittee
2.29
10/21/2013
Permittee
2.85
11/4/2013
Permittee
1.94
12/2/2013
Permittee
4.98
1/6/2014
Permittee
4.05
2/3/2014
Permittee
3.38
3/3/2014
Permittee
2.45
4/7/2014
Permittee
6.15
5/5/2014
Permittee
6.35
6/2/2014
Permittee
11.7
7/7/2014
Permittee
5.03
8/4/2014
Permittee
2.83
9/8/2014
Permittee
0.91
10/6/2014
Permittee
4.49
11/3/2014
Permittee
3.6
12/1/2014
Permittee
1.93
1/5/2015
Permittee
5.56
6/26/2018
NARS WQX-NRS WA-10410
1.9
8/12/2014
NARS WQX-WASS-1139
1.38
Minimum
0.81
5th Percentile
0.89
Average
3.76
95th Percentile
7.88
Maximum
15.4
Standard Deviation
3.00
Count
37
Table 61: Upstream Ammonia, BODs and Turbidity in Spencer Lateral
Date
Turbidity
BOD
Ammonia
10/2/2012
1.54
2
0.09
9/5/2012
1.63
2
0.22
8/7/2012
2.08
2
0.79
9/4/2013
2.59
2.9
0.07
8/6/2013
2.62
2
0.12
10/7/2014
2.89
2
0.07
6/26/2012
3.06
2
0.07
9/2/2014
3.12
2
7/1/2014
4.34
2
0.11
7/2/2013
4.48
2
0.07
4/23/2013
5.43
2
0.09
5/7/2013
6.11
2
0.1
6/4/2013
7.79
2
0.07
7/3/2012
8.69
2
0.07
Fact Sheet: WA0050202 - Washington Beef LLC
Page 153 of 187
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Date
Turbidity
BOD
Ammonia
5/6/2014
9.84
2
0.07
6/3/2014
11.3
2
0.09
5/1/2012
20.1
2
0.07
4/22/2014
20.5
2
0.07
10/1/2013
46.1
2
0.07
Minimum
1.54
2
0.07
5th percentile
1.62
2
0.07
Average
8.64
2.0
0.13
95th percentile
23.1
2.1
0.31
Maximum
46.1
2.9
0.79
Standard Deviation
10.7
0.2
0.17
Count
19
19
18
Table 62: Upstream pH in Spencer Lateral
Date
PH
4/24/2012
7.6
5/1/2012
5.57
5/8/2012
6.65
5/15/2012
6.85
5/22/2012
6.68
5/29/2012
6.52
6/5/2012
6.5
6/12/2012
6.65
6/19/2012
10.09
6/26/2012
9.2
7/3/2012
8.94
7/17/2012
7.02
7/24/2012
6.1
7/31/2012
6.61
8/7/2012
6.96
8/14/2012
7.15
8/21/2012
7.51
8/28/2012
6.99
9/5/2012
6.57
9/11/2012
6.84
9/18/2012
7.35
9/25/2012
7.05
10/2/2012
7.44
10/9/2012
6.75
10/16/2012
7.01
4/6/2013
6.04
4/23/2013
7.58
4/30/2013
7.51
5/7/2013
6.94
5/14/2013
6.86
5/21/2013
7.1
5/28/2013
6.7
6/4/2013
7
6/11/2013
7
6/18/2013
7.3
6/25/2013
6.75
7/2/2013
7.33
7/9/2013
7.34
7/16/2013
7.16
7/23/2013
7.28
7/30/2013
7.4
8/6/2013
6.61
8/13/2013
7.51
8/20/2013
7.45
8/27/2013
7.62
9/4/2013
7.3
9/10/2013
7.73
9/17/2013
7.47
Fact Sheet: WA0050202 - Washington Beef LLC
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Date
PH
9/24/2013
7.43
10/1/2013
7.38
10/8/2013
7.49
4/22/2014
6.82
4/29/2014
6.79
5/6/2014
6.6
5/13/2014
6.46
5/20/2014
7.1
5/27/2014
6.64
6/3/2014
6.79
6/10/2014
6.98
6/12/2014
5.79
6/17/2014
6.12
6/24/2014
6.34
7/1/2014
6.39
7/8/2014
6.24
7/15/2014
6.3
7/22/2014
6.35
7/29/2014
6.5
8/5/2014
6.45
8/12/2014
6.5
8/19/2014
6.65
8/26/2014
6.83
9/2/2014
6.8
9/9/2014
7.1
9/16/2014
6.99
9/23/2014
7.02
9/30/2014
6.8
10/7/2014
7.13
10/14/2014
7.21
Minimum
5.57
5th Percentile
6.12
Average
6.99
90th Percentile
7.51
95th Percentile
7.64
Maximum
10.09
Standard Deviation
0.67
Count
78
Table 63: Upstream Temperature in Spencer Lateral, May - September
Date
008 RW T (°C)
5/24/2012
12
5/3/2012
12.1
5/23/2012
12.1
5/22/2013
12.9
5/22/2012
13
5/15/2013
13
5/4/2014
13.2
5/21/2012
13.3
6/1/2012
16.6
5/23/2013
13.3
5/9/2014
13.3
6/2/2012
19
6/3/2012
18.6
5/16/2013
13.6
5/8/2014
13.6
5/10/2014
13.7
5/4/2012
13.8
6/4/2012
13.3
5/24/2013
13.8
5/2/2012
14
6/5/2012
13.8
5/6/2014
14
Fact Sheet: WA0050202 - Washington Beef LLC
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Date
008 RW T (°C)
6/6/2012
14.6
5/5/2014
14.1
5/25/2012
14.3
5/29/2012
14.3
6/7/2012
15.8
5/26/2012
14.4
5/31/2012
14.4
5/1/2012
14.5
5/29/2013
14.5
6/8/2012
13.5
6/9/2012
13.4
5/6/2012
14.8
5/11/2012
14.9
5/13/2013
14.9
5/11/2014
15
5/5/2012
15.1
5/1/2013
15.1
5/10/2012
15.2
6/10/2012
15.9
5/28/2014
15.4
6/11/2012
16.5
5/7/2012
15.6
5/9/2012
15.6
5/25/2013
15.6
5/18/2013
15.7
5/3/2014
15.7
5/7/2014
15.7
6/12/2012
16.7
5/2/2013
15.8
5/17/2013
15.8
5/30/2013
15.8
6/13/2012
18.8
6/14/2012
18.8
6/15/2012
17.3
6/16/2012
17.9
6/17/2012
19.2
5/31/2013
15.9
5/18/2014
15.9
5/12/2012
16
5/12/2013
16
5/28/2013
16
5/30/2012
16.1
5/26/2013
16.1
6/18/2012
18.1
6/19/2012
18.3
6/20/2012
18.5
5/12/2014
16.1
6/21/2012
18.7
5/21/2013
16.2
6/22/2012
17.8
6/23/2012
18
6/24/2012
17.3
5/13/2012
16.4
5/27/2012
16.4
6/25/2012
17.8
5/2/2014
16.5
5/25/2014
16.5
5/20/2012
16.6
6/26/2012
15.9
6/27/2012
17.8
6/28/2012
18.1
6/29/2012
19.8
5/8/2012
16.7
6/30/2012
17.9
7/1/2012
20.4
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Date
008 RW T (°C)
7/2/2012
19.9
7/3/2012
19.9
5/19/2012
16.8
7/4/2012
19.2
7/5/2012
19.7
5/14/2013
16.8
7/6/2012
19.9
5/1/2014
16.8
5/23/2014
16.8
7/7/2012
22
7/8/2012
23.2
7/9/2012
23.4
5/29/2014
16.9
7/10/2012
26.5
7/11/2012
22.5
7/12/2012
22.4
7/13/2012
23.4
7/14/2012
22.1
7/15/2012
21.8
7/16/2012
20.8
7/17/2012
22.5
5/13/2014
17.1
5/17/2014
17.1
5/19/2014
17.1
5/24/2014
17.1
7/18/2012
23.6
5/17/2012
17.2
7/19/2012
20.9
7/20/2012
22.2
7/21/2012
21.2
5/30/2014
17.2
7/22/2012
21
7/23/2012
20.5
7/24/2012
20.8
7/25/2012
20.5
7/26/2012
22.4
5/18/2012
17.4
7/27/2012
22.1
7/28/2012
21.9
5/27/2014
17.4
7/29/2012
21.8
7/30/2012
22
7/31/2012
21.9
5/3/2013
17.6
8/1/2012
21.5
8/2/2012
21.1
8/3/2012
21.1
8/4/2012
21.1
8/5/2012
21.5
8/6/2012
23
8/7/2012
24.9
5/15/2012
17.8
8/8/2012
23.6
8/9/2012
20.3
8/10/2012
21.7
8/11/2012
22
8/12/2012
22.3
8/13/2012
21.1
5/19/2013
17.8
5/20/2013
17.8
8/14/2012
22.4
5/14/2014
17.8
5/20/2014
17.8
5/14/2012
17.9
8/15/2012
20.6
Fact Sheet: WA0050202 - Washington Beef LLC
Page 157 of 187
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Date
008 RW T (°C)
8/16/2012
21.2
8/17/2012
20.9
8/18/2012
21.8
8/19/2012
22.6
8/21/2012
22.1
8/22/2012
22.8
5/16/2012
18
8/23/2012
21.4
8/24/2012
19.4
8/25/2012
19.5
8/26/2012
18.7
8/27/2012
19.9
8/28/2012
19.6
8/29/2012
19.1
5/21/2014
18.1
8/30/2012
18.4
8/31/2012
18.5
9/1/2012
17.5
9/2/2012
17.7
5/4/2013
18.2
9/4/2012
18.6
9/5/2012
19.1
9/6/2012
18.9
9/7/2012
19.1
9/8/2012
18.3
9/9/2012
18.3
9/10/2012
17.8
9/11/2012
17.2
9/12/2012
16.6
9/13/2012
16.2
9/14/2012
16.8
9/15/2012
17
9/16/2012
17.4
9/17/2012
17.8
9/18/2012
17.7
5/15/2014
18.4
5/22/2014
18.4
9/19/2012
17.9
9/20/2012
17.9
9/21/2012
17.7
9/22/2012
18
9/23/2012
17.8
9/24/2012
17.2
9/25/2012
17.1
9/26/2012
17.1
9/27/2012
16.8
9/28/2012
16.9
9/29/2012
16.7
6/1/2013
16.8
6/2/2013
16.7
6/3/2013
16.3
6/4/2013
16.7
6/5/2013
20.1
6/6/2013
21.5
6/7/2013
21.5
5/16/2014
18.8
5/31/2014
18.8
6/8/2013
20.7
6/9/2013
20.3
6/10/2013
18.9
6/11/2013
18
6/12/2013
17.5
5/5/2013
18.9
6/13/2013
16.6
6/14/2013
18.9
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Date
008 RW T (°C)
6/15/2013
20.3
6/16/2013
19.4
6/17/2013
21.4
6/18/2013
17.1
6/19/2013
17.9
6/20/2013
16.1
6/21/2013
16.6
6/22/2013
19
6/23/2013
18.2
6/24/2013
17.6
6/25/2013
15.3
6/26/2013
16.1
6/27/2013
17.7
6/28/2013
17.4
6/29/2013
21.5
5/28/2012
19.1
6/30/2013
23.8
7/1/2013
21.8
7/2/2013
21.8
7/3/2013
21.7
7/5/2013
21.4
7/6/2013
21.4
5/11/2013
19.2
7/7/2013
21.7
7/8/2013
20.1
7/9/2013
21.6
7/10/2013
20.6
7/11/2013
19.9
7/12/2013
17.9
7/13/2013
18
7/14/2013
18.2
7/15/2013
20.2
7/16/2013
20.3
7/17/2013
21.7
7/18/2013
21.8
7/19/2013
21.1
7/20/2013
19.9
7/21/2013
19
5/9/2013
19.8
7/22/2013
22
7/23/2013
21.6
7/24/2013
22.2
7/25/2013
22
7/27/2013
20.6
7/28/2013
20.5
5/8/2013
19.9
7/29/2013
20.4
7/30/2013
20.8
7/31/2013
19.5
8/1/2013
19.3
8/2/2013
19
8/3/2013
20.2
8/4/2013
19.9
5/6/2013
20
8/5/2013
21.7
8/6/2013
22.2
8/7/2013
21.4
8/8/2013
21.3
5/7/2013
20.1
5/10/2013
20.1
8/9/2013
21.9
8/10/2013
22
8/11/2013
21.4
8/12/2013
21.9
8/13/2013
21.5
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Date
008 RW T (°C)
8/14/2013
21.1
8/15/2013
21.1
8/16/2013
20.6
8/17/2013
21.4
8/18/2013
21.5
8/19/2013
21.4
8/20/2013
21
8/21/2013
20.7
8/22/2013
19.8
8/23/2013
19.7
8/24/2013
20.3
8/25/2013
20.1
8/26/2013
19.9
8/27/2013
20.3
8/28/2013
20.9
8/29/2013
21
8/30/2013
20.8
8/31/2013
20.3
9/1/2013
20.1
9/3/2013
20.9
9/4/2013
20.8
9/5/2013
20.6
9/6/2013
19.1
9/7/2013
19.5
9/8/2013
18.7
9/9/2013
18.4
9/10/2013
20.6
9/11/2013
20.6
9/12/2013
20.7
9/13/2013
21.3
9/14/2013
21.3
9/15/2013
20.3
9/16/2013
20.6
9/17/2013
19.8
9/18/2013
18.3
9/19/2013
17.8
9/20/2013
17.2
9/21/2013
17
9/22/2013
17.1
9/23/2013
15.8
9/24/2013
16.1
9/25/2013
15.8
9/26/2013
15.5
9/27/2013
14.1
9/28/2013
14.5
9/29/2013
14
9/30/2013
14.3
6/1/2014
19
6/2/2014
20.2
6/3/2014
20.2
6/4/2014
20
6/5/2014
19.2
6/6/2014
18.9
6/7/2014
18.7
6/8/2014
20.6
6/9/2014
21.1
6/10/2014
20.5
6/11/2014
20.4
6/12/2014
20
6/13/2014
15.8
6/14/2014
17.5
6/15/2014
18
6/16/2014
16.3
6/17/2014
16.9
6/18/2014
18.1
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Page 160 of 187
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Date
008 RW T (°C)
6/19/2014
18.3
6/20/2014
18.2
6/21/2014
18.4
6/22/2014
19.7
6/23/2014
19.9
6/24/2014
18.9
6/25/2014
18.8
6/26/2014
18.2
6/27/2014
18.3
6/28/2014
20.5
6/29/2014
20.1
6/30/2014
18.9
7/1/2014
19
7/2/2014
18.8
7/3/2014
20
7/4/2014
20.2
7/6/2014
20.5
7/7/2014
23.8
7/8/2014
22.2
7/9/2014
22.3
7/10/2014
22.6
7/11/2014
22.3
7/12/2014
22.6
7/13/2014
20.8
7/14/2014
23.4
7/15/2014
21
7/16/2014
21.4
7/17/2014
20.3
7/18/2014
21.7
7/19/2014
21.9
7/20/2014
19.6
7/21/2014
20.1
7/22/2014
18.8
7/23/2014
18.7
7/24/2014
18.7
7/25/2014
18.7
7/26/2014
20.7
7/27/2014
20.5
7/28/2014
21
7/29/2014
21.2
7/30/2014
20.5
7/31/2014
21.2
8/1/2014
20.6
8/2/2014
21.2
8/3/2014
22.1
8/4/2014
20.8
8/5/2014
22.8
8/6/2014
21
8/7/2014
20.8
8/8/2014
21.5
8/9/2014
22
8/11/2014
21.8
8/12/2014
21.9
8/15/2014
20
8/17/2014
20.1
8/18/2014
22.4
8/19/2014
22.5
8/20/2014
21.7
8/21/2014
20.7
8/22/2014
20.7
8/23/2014
19.9
8/24/2014
20.2
8/25/2014
21.2
8/26/2014
20.9
8/27/2014
21.6
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Date
008 RW T (°C)
8/28/2014
21.2
8/29/2014
22.2
8/30/2014
19.6
8/31/2014
19.9
9/2/2014
18.1
9/3/2014
18.1
9/4/2014
18.3
9/5/2014
18.2
9/6/2014
18.3
9/7/2014
19
9/8/2014
18.4
9/9/2014
18.6
9/10/2014
18.7
9/11/2014
17.3
9/12/2014
16.9
9/13/2014
17.3
9/14/2014
17.3
9/15/2014
18.5
9/16/2014
19
9/17/2014
18.1
9/18/2014
18.9
9/19/2014
19
9/20/2014
19
9/21/2014
18.8
9/22/2014
19.7
9/23/2014
19
9/24/2014
16.8
9/25/2014
16.3
9/26/2014
17.1
9/27/2014
17.6
9/28/2014
17.9
9/29/2014
17.6
9/30/2014
16.8
Minimum
12.0
Average
18.9
60th Percentile
19.9
75th Percentile
20.8
90th Percentile
21.9
95th Percentile
22.4
99th Percentile
23.6
Maximum
26.5
Standard Deviation
2.5
Count
445
Table 64: Upstream Temperature in Spencer Lateral in April
Date
008 RW T (°Q
4/20/2012
11.9
4/21/2012
15.5
4/22/2012
17.3
4/23/2012
19
4/24/2012
18.8
4/25/2012
14.3
4/26/2012
15.01
4/27/2012
13.8
4/28/2012
14.5
4/29/2012
15
4/30/2012
13.5
4/15/2013
9.4
4/16/2013
9.3
4/17/2013
10
4/20/2013
13.9
4/21/2013
14.1
4/22/2013
14.3
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Date
008 RW T (°C)
4/23/2013
14.6
4/24/2013
15.2
4/25/2013
15.9
4/26/2013
16
4/27/2013
16.4
4/28/2013
16.6
4/29/2013
15
4/30/2013
14.9
4/17/2014
11
4/18/2014
11.2
4/19/2014
11.2
4/21/2014
12
4/22/2014
13.4
4/23/2014
11.9
4/24/2014
11.4
4/25/2014
13.1
4/26/2014
13.1
4/27/2014
13.3
4/28/2014
14.8
4/29/2014
15.7
4/30/2014
16.7
Minimum
9.3
Average
14.0
90th Percentile
16.6
Maximum
19.0
Standard Deviation
2.4
Count
38
Table 65: Upstream Dissolved Oxygen in Spencer Lateral, May - September
Date
DO, AM (mg/L)
DO, PM (mg/L)
5/1/2012
6.85
7.5
5/8/2012
10.38
9.1
5/15/2012
10.65
9.55
5/22/2012
10.6
8.01
5/29/2012
8.63
8.5
6/5/2012
9.5
9.59
6/12/2012
10.7
9.88
6/19/2012
8.42
10.4
6/26/2012
9.31
9.65
7/3/2012
9.41
10.75
7/11/2012
8.6
7/17/2012
6.31
11.65
7/24/2012
7.78
9.88
7/31/2012
6.88
11.52
8/7/2012
6.9
11.18
8/14/2012
7.98
8.62
8/21/2012
7.22
9.11
8/28/2012
7.24
10.92
9/5/2012
7.45
9.98
9/11/2012
7.69
10.51
9/18/2012
7.05
10.43
9/25/2012
8.32
10.23
5/7/2013
9.38
8.91
5/14/2013
7.75
9.78
5/21/2013
9.7
8.99
5/28/2013
8.7
9.83
6/4/2013
8.5
9.97
6/11/2013
8.64
9.93
6/18/2013
7.92
9.87
6/25/2013
7.55
9.23
7/2/2013
8.61
9.45
7/9/2013
7.72
8.45
7/16/2013
9.04
9.89
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Page 163 of 187
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Date
DO, AM (mg/L)
DO, PM (mg/L)
7/23/2013
7.58
8.49
7/30/2013
8.6
8.1
8/6/2013
9.2
8.34
8/13/2013
7.02
8.3
8/20/2013
9.2
8.7
8/27/2013
9.1
9.2
9/4/2013
8.1
9/10/2013
8.3
8.1
9/17/2013
9
8.6
9/24/2013
8
9
5/6/2014
9.1
8.5
5/13/2014
8.6
8.7
5/20/2014
9.1
8.6
5/27/2014
7.1
8.8
6/3/2014
7
8.2
6/10/2014
8.7
8.5
6/12/2014
8.7
6/17/2014
7.4
9.1
6/24/2014
9.7
6.9
7/1/2014
7.5
6.8
7/8/2014
8.6
7.6
7/15/2014
8.6
7.2
7/22/2014
8.7
9.7
7/29/2014
8.8
9.3
8/5/2014
9.8
7.7
8/12/2014
8.8
8.3
8/19/2014
8.2
7.9
8/26/2014
5.2
7
9/2/2014
6.2
6.4
9/9/2014
5.9
8.7
9/16/2014
7.8
9.1
9/23/2014
6.9
9.3
9/30/2014
6.1
9.2
Minimum
5.20
6.40
5th Percentile
6.22
7.03
10th Percentile
6.89
7.63
Average
8.24
9.03
Maximum
10.70
11.65
Standard Deviation
1.18
1.12
Count
65
64
Table 66: E. Coli, Spencer Lateral, Upstream
Date
E. coll
7/1/2014
4.2
10/16/2012
17.8
4/29/2014
17.8
10/9/2012
20.7
10/2/2012
22.2
4/23/2013
34.4
9/24/2013
34.4
10/8/2013
35.4
10/7/2014
35.4
9/4/2013
40.6
5/13/2014
40.6
7/29/2014
42.9
7/15/2014
47.8
7/24/2012
56
6/18/2013
56
5/20/2014
56
7/31/2012
62.4
10/1/2013
62.4
9/30/2014
62.4
8/7/2012
65.9
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Date
E. coll
5/7/2013
78.2
6/4/2013
78.2
7/2/2013
78.2
6/3/2014
78.2
7/11/2012
83.1
9/9/2014
83.1
6/19/2012
88.5
8/19/2014
88.5
9/5/2012
94.5
9/25/2012
94.5
9/17/2013
94.5
8/12/2014
94.5
9/2/2014
94.5
4/24/2012
101
6/12/2014
101.3
9/11/2012
109
4/6/2013
109.1
5/21/2013
109.1
6/11/2013
109.1
6/17/2014
109.1
8/26/2014
109.1
5/1/2012
118
5/8/2012
118
8/28/2012
118
7/22/2014
118.4
8/5/2014
118.4
9/23/2014
118.4
9/18/2012
130
6/12/2012
144
7/16/2013
144.5
5/6/2014
144.5
6/24/2014
144.5
9/16/2014
144.5
5/15/2012
165
5/22/2012
165
6/26/2012
165
8/14/2012
165
8/27/2013
165.2
5/27/2014
165.2
7/8/2014
165.2
5/29/2012
>200
6/5/2012
>200
7/3/2012
200
7/17/2012
>200
8/21/2012
200
4/30/2013
>200.5
5/14/2013
200.5
5/28/2013
>200.5
6/25/2013
>200.5
7/9/2013
200.5
7/23/2013
200.5
7/30/2013
>200.5
8/6/2013
>200.5
8/13/2013
>200.5
8/20/2013
>200.5
4/22/2014
200.5
9/10/2013
490
Minimum
4.2
25th Percentile
65.9
Median
109.1
75th Percentile
165.2
Maximum
490
IQR
99.3
Count
77
Greater than values
10
Fact Sheet: WA0050202 - Washington Beef LLC
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Fact Sheet: WA0050202 - Washington Beef LLC Page 166 of 187
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Stream Flow
Table 67: Wanity Slough Flow Data from Legacy STORET
1 Station
Station Name
Agency Name
State Name
County Name
Latitude
Longitude
Result Value R
HUC
Param
Start Date
Start Time
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
80 J
17030003
61
3/20/1974
950
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
150 J
17030003
61
4/16/1974
945
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
40 J
17030003
61
5/22/1974
930
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
150 J
17030003
61
7/24/1974
940
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
150 J
17030003
61
8/20/1974
945
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
80 J
17030003
61
9/24/1974
920
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
100 J
17030003
61 10/17/1974
930
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
90 J
17030003
61 11/20/1974
915
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
200 J
17030003
61
1/22/1975
855
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
85 J
17030003
61
3/19/1975
905
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
150 J
17030003
61
4/22/1975
925
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
50 J
17030003
61
5/21/1975
1020
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
95 J
17030003
61
6/17/1975
910
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
105 J
17030003
61
7/15/1975
920
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
135 J
17030003
61
8/27/1975
915
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
135 J
17030003
61
9/24/1975
850
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
80 J
17030003
61 10/22/1975
940
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
75 J
17030003
61 11/18/1975
950
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
50 J
17030003
61
1/20/1976
945
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
175 J
17030003
61
3/17/1976
900
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
75 J
17030003
61
4/22/1976
930
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
115 J
17030003
61
5/13/1976
1500
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
80 J
17030003
61
6/9/1976
1544
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
90 J
17030003
61
7/27/1976
850
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
110 J
17030003
61
8/9/1976
940
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
100 J
17030003
61
9/8/1976
1420
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
225 J
17030003
61 10/13/1976
915
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
95 J
17030003
61 11/16/1976
1255
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
50 J
17030003
61 12/14/1976
910
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
20 J
17030003
61
1/19/1977
1640
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
75 J
17030003
61
2/17/1977
1515
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
70 J
17030003
61
4/27/1977
1410
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
40 J
17030003
61
5/24/1977
1300
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
15 J
17030003
61
6/21/1977
1220
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
35 J
17030003
61
7/22/1977
856
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
70 J
17030003
61
8/24/1977
1355
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
50 J
17030003
61
9/27/1977
1320
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
80 J
17030003
61 10/25/1977
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
35 J
17030003
61 11/23/1977
1500
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
60 J
17030003
61
1/11/1978
905
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
25 J
17030003
61
3/20/1978
940
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
150 J
17030003
61
4/19/1978
1350
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
120 J
17030003
61
5/17/1978
900
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
100 J
17030003
61
6/20/1978
920
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
120
17030003
61 10/25/1978
950
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
70
17030003
61 11/30/1978
1000
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
30 J
17030003
61
1/29/1979
1005
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
30 J
17030003
61
2/28/1979
855
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
60 J
17030003
61
3/26/1979
1055
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
120 J
17030003
61
4/16/1979
1035
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
80 J
17030003
61
5/15/1979
935
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
50 J
17030003
61
6/19/1979
915
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
40 J
17030003
61
7/17/1979
1010
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
30 J
17030003
61
8/14/1979
1030
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
20 J
17030003
61
9/26/1979
900
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
30 J
17030003
61 11/13/1979
1515
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
20 J
17030003
61
1/15/1980
1150
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
20 J
17030003
61
2/20/1980
1210
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
50 J
17030003
61
3/19/1980
935
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
60 J
17030003
61
4/16/1980
945
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
100 J
17030003
61
6/3/1980
1010
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
60 J
17030003
61
6/24/1980
905
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
60
17030003
61
7/29/1980
818
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
60 J
17030003
61
9/17/1980
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
75
17030003
61
10/29/1980
1255
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
50
17030003
61
12/5/1980
1025
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
60
17030003
61
1/20/1981
1350
YAV131
WANITY SLOUGH AT MYERS RD
PACIFIC NORTHWEST/ YAKIMA RIVER BASIN
US BUR OF RECLAMATION
Washington
Yak
ma
46.334167
-120.29278
80 J
17030003
61
2/19/1981
945
Table 68: Wanity Slough Flow Data from USGS NWIS
Agency Code Station number Begin date
Begintime Time datum Time datum reliability code
Agency Collecting Sample Code
Medium code
Discharge, instantaneous, cubic feet per second
USGS 12505480 8/17/1986
14:00 PDT
T
USGS-WRD
WS
74
USGS 12505482 3/10/1988
16:00 PST
T
USGS-WRD
WS
176
USGS 12505482 7/28/1988
8:45 PDT
T
USGS-WRD
WS
63
USGS 12505482 10/31/1989
13:00 PST
|t
USGS-WRD
WS
72
Fact Sheet: WA0050202 - Washington Beef LLC
Page 167 of 187
-------
Appendix C. Reasonable Potential and WQBEL Formulae
A. Reasonable Potential Analysis
EPA uses the process described in the Technical Support Document for Water Quality-
based Toxics Control (USEPA, 1991) to determine reasonable potential. To determine
if there is reasonable potential for the discharge to cause or contribute to an exceedance
of water quality criteria for a given pollutant, EPA compares the maximum projected
receiving water concentration to the water quality criteria for that pollutant. If the
projected receiving water concentration exceeds the criteria, there is reasonable
potential, and a WQBEL must be included in the permit.
1. Mass Balance
For discharges to flowing water bodies, the maximum projected receiving water
concentration is determined using the following mass balance equation:
where,
CdQd = CeQe + CuQu Equation 1
Receiving water concentration downstream of the effluent
Cd = discharge (that is, the concentration at the edge of the mixing
zone)
Ce = Maximum projected effluent concentration
Cu = 95th percentile measured receiving water upstream concentration
Q.
a
Receiving water flow rate downstream of the effluent discharge =
Qe+Qu
Qe = Effluent flow rate
Qu
Receiving water low flow rate upstream of the discharge (1Q10,
7Q10 or 30B3)
When the mass balance equation is solved for Cd, it becomes:
= Ce X Qe + Cu X Qu Equation 2
Qe + Qu
The above form of the equation is based on the assumption that the discharge is
rapidly and completely mixed with 100% of the receiving stream.
If the mixing zone is based on less than complete mixing with the receiving water,
the equation becomes:
Ce x Qe + Cu x (Qu x %MZ)
Cd = ; Equation 3
Qe + (Qu x %MZ) *
Where:
% MZ = the percentage of the receiving water flow available for mixing.
Fact Sheet: WA0050202 - Washington Beef LLC
Page 168 of 187
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If a mixing zone is not allowed, dilution is not considered when projecting the
receiving water concentration and,
Cd = Ce Equation 4
A dilution factor (D) can be introduced to describe the allowable mixing. Where
the dilution factor is expressed as:
Qe + Qu x %MZ
u ~ q Equation 5
After the dilution factor simplification, the mass balance equation becomes:
Ce-Cu
Cd ~I-Cu Equation 6
If the criterion is expressed as dissolved metal, the effluent concentrations are
measured in total recoverable metal and must be converted to dissolved metal as
follows:
CFxCe-Cu ^ ,
Cd= l-Cu Equation 7
Where Ce is expressed as total recoverable metal, Cu and Cd are expressed as
dissolved metal, and CF is a conversion factor used to convert between dissolved
and total recoverable metal.
The above equations for Cd are the forms of the mass balance equation which were
used to determine reasonable potential and calculate wasteload allocations.
2. Maximum Projected Effluent Concentration
When determining the projected receiving water concentration downstream of the
effluent discharge, EPA's Technical Support Document for Water Quality-based
Toxics Controls (USEPA, 1991) recommends using the maximum projected
effluent concentration (Ce) in the mass balance calculation (see equation 3, page
C-5). To determine the maximum projected effluent concentration (Ce) EPA has
developed a statistical approach to better characterize the effects of effluent
variability. The approach combines knowledge of effluent variability as estimated
by a coefficient of variation (CV) with the uncertainty due to a limited number of
data to project an estimated maximum concentration for the effluent. Once the CV
for each pollutant parameter has been calculated, the reasonable potential
multiplier (RPM) used to derive the maximum projected effluent concentration
(Ce) can be calculated using the following equations:
First, the percentile represented by the highest reported concentration is calculated.
pn = (1 - confidence level)111 Equation ,
where,
pn = the percentile represented by the highest reported concentration
Fact Sheet: WA0050202 - Washington Beef LLC
Page 169 of 187
-------
n
the number of samples
confidence level = 99% = 0.99
and
RPM=
Equation 9
cr
.2
IntCV2 +1)
2.326 (z-score for the 99th percentile)
z-score for the Pn percentile (inverse of the normal cumula
distribution function at a given percentile)
coefficient of variation (standard deviation mean)
CV
The maximum projected effluent concentration is determined by simply
multiplying the maximum reported effluent concentration by the RPM:
Ce = (RPM)(MRC)
Equation 10
where MRC = Maximum Reported Concentration
3. Maximum Projected Effluent Concentration at the Edge of the Mixing Zone
Once the maximum projected effluent concentration is calculated, the maximum
projected effluent concentration at the edge of the acute and chronic mixing zones
is calculated using the mass balance equations presented previously.
4. Reasonable Potential
The discharge has reasonable potential to cause or contribute to an exceedance of
water quality criteria if the maximum projected concentration of the pollutant at
the edge of the mixing zone exceeds the most stringent criterion for that pollutant.
B. WQBEL Calculations
1. Calculate the Wasteload Allocations (WLAs)
Wasteload allocations (WLAs) are calculated using the same mass balance
equations used to calculate the concentration of the pollutant at the edge of the
mixing zone in the reasonable potential analysis. To calculate the wasteload
allocations, Cd is set equal to the acute or chronic criterion and the equation is
solved for Ce. The calculated Ce is the acute or chronic WLA. Equation 6 is
rearranged to solve for the WLA, becoming:
Ce = WLA = D X (C^ Cu) + Cu Equation 11
Washington's water quality criteria for some metals are expressed as the dissolved
fraction, but the Federal regulation at 40 CFR 122.45(c) requires that effluent
limits be expressed as total recoverable metal. Therefore, EPA must calculate a
wasteload allocation in total recoverable metal that will be protective of the
Fact Sheet: WA0050202 - Washington Beef LLC
Page 170 of 187
-------
dissolved criterion. This is accomplished by dividing the WLA expressed as
dissolved by the criteria translator, as shown in equation 12. The criteria translator
(CT) is equal to the conversion factor, because site-specific translators are not
available for this discharge.
Dx(Cd-Cu)+Cu
C =WLA= - Equation 12
CT
The next step is to compute the "long term average" concentrations which will be
protective of the WLAs. This is done using the following equations from EPA's
Technical Support Document for Water Quality-based Toxics Control (TSD):
LTAa=WLAaxe(a5c72-zc7) Equation 13
LTAC=WLACxe(a5c74 " z<7*) Equation 14
where,
o2 = ln(CV2 +1)
Z99 = 2.326 (z-score for the 99th percentile probability basis)
CV = coefficient of variation (standard deviation mean)
042 = ln(CV2/4 + 1)
The LTAs are compared and the more stringent is used to develop the daily
maximum and monthly average permit limits as shown below.
2. Derive the maximum daily and average monthly effluent limits
Using the TSD equations, the MDL and AML effluent limits are calculated as
follows:
MDL = LTA X e^a~ a5(j2) Equation 15
AML = LTA X e(Za(Tn " o s< Equation 16
where o, and o2 are defined as they are for the LTA equations above, and,
o2 = ln(CV2/n + 1)
za = 1.645 (z-score for the 95th percentile probability basis)
zm = 2.326 (z-score for the 99th percentile probability basis)
number of sampling events required per month. With the
exception of ammonia, if the AML is based on the LTAC, i.e.,
LTAminimum = LTAC), the value of "n" should is set at a
n
minimum of 4. For ammonia, In the case of ammonia, if the
AML is based on the LTAC, i.e., LTAminimum = LTAC), the
value of "n" should is set at a minimum of 30.
Critical Low Flow Conditions
WA0050202 - Washington Beef LLC
Page 171 of 187
-------
The low flow conditions of a water body are used to determine WQBELs. Low flow
conditions for the Toppenish Plant are discussed under Low Flow Conditions on page
15.
Fact Sheet: WA0050202 - Washington Beef LLC
Page 172 of 187
-------
Appendix D. Reasonable Potential and WQBEL Calculations
Table 69: Reasonable Potential and WQBEL Calculations for Outfall 002 May -
September
Reasonable Potential Calculation
Dilution Factors:
Acute Chronic
Facility
Washington Beef 002
Water Body Type
Freshwater
Rec. Water Hardness
60.4 mg/L
Aquatic Life
' 1.2
' 5.4
Human Health Carcinogenic
' 13.0
Human Health Non-Carcinogenic
' 5.9
Pollutant, CAS No. &
NPDES Application Ref. No.
V) Q
Q m
Receiving Water Data
Water Quality Criteria
# of Sam pies (n)
Co eff of Vari ati on (Cv)
Effluent Concentration, ug/L 1
(Max. or 95th Percentile)
Calculated 50th percentile
Effluent Cone, (when n>10)
90th Percentile Cone., ug/L T
Geo Mean, ug/L
Aquatic Life Criteria1 Acute
ug/L Chronic
WQ Criteria for Protection of
Human Health, ug/L
Meta I Cri teri a ^ Acute
29
0.075
'
See Gold Book
50000CT
Translator, decimal Chronic
Carcinogen?
N r
Aquatic Life Reasonable Potential
Effluent percentile value
0.990
0.950
0.950
0.950
0.950
s s2=ln(CV2+1)
1.240
0.929
0.555
0.555
0.075
Pn Ri=(1 -confidence level)1 /n
0.994
0.861
0.887
0.996
0.902 r
r
r
r
r
Multiplier
0.78
1.68
1.00
1.00
1.00
Max concentration (ug/L) at edge of... Acute
5,518
23.192
16.364
26.480
0.000
Chronic
1,286
4.977
3.512
12.241
0.000
Reasonable Potential? Limit Required?
YES
YES
NO
NO
#VALUE!
Aquatic Life Limit Calculation
# of Compliance Samples Expected per month
12
1
LTACoeff. Var. (CV), decimal
1.9113
1.17
Permit LimitCoeff. Var. (CV), decimal
1.9113
1.17
V\foste Load Allocations, ug/L
Acute
5163.7
Chronic
3045.4
5.4106
Long Term Averages, ug/L
Acute
622.65
Chronic
646.91
1.7747
Limiting LTA ug/L
622.65
1.7747
Metal Translator or 1?
1.00
1.00
Average Monthly Limit (AML), ug/L
1273
5.3
Maximum Daily Limit (MDL), ug/L
5164
10.0
Human Health Reasonable Potential
S s2=ln(CV2+1)
0.4967
0.9287
0.074894851
Pn Ri=(1-confidence level) 1/n
0.994
0.861
0.902
Multiplier
0.2887
0.3653
0.907756751
Dilution Factor
5.9398
#N/A
5.939832836
Max Cone, at edge of Chronic Zone, ug/L
7349.4
#N/A
477866
Reasonable Potential? Limit Required?
NO
#N/A
NO
Page 173 of 187
Fact Sheet: WA0050202 - Washington Beef LLC
-------
Table 70: Reasonable Potential and WQBEL Calculations for Outfall 002, Ammonia,
October - April
CO
X
Z
8
Pollutant, CAS No. &
in !
ru
ru
NPDES Application Ref. No.
o
O [
<'
z
o
S
S
< 1
# of Samples (n)
796
Coeff of Variation (Cv)
1.91
Effluent Data
Effluent Concentration, ug/L 1
8.18
(Max or 95th Percentile)
Calculated 50th percentile
Effluent Cone, (when n>10)
Receivina Water Data
90th Percentile Cone., ug/L 1
Geo Mean, ug/L
152
Aquatic Life Criteria^ Acute
10,14?
ug/L Chronic
1,87?
WQ Criteria for Protection of
-
Water Qualitv Criteria
Human Health, ug/L
Metal Criteria ^ Acute
-
Translator, decimal Chronic
-
Carcinogen?
N
Aquatic Life Reasonable Potential
Effluent percentile value
0.990
s s2=ln(CV2+1
)
1.240
Pn Fh=(1-confidence level)1'"
0.994
Multiplier
0.78
Max concentration (ug/L) at edge of...
Acute
27
Chronic
125
Reasonable Potential? Limit Required?
NO
Aquatic Life Limit Calculation
# of Compliance Samples Expected per month
12
LTACoeff. Var. (CV), decimal
r 1.91
Permit Limit Coeff. Var. (CV), decimal
r 1.91
Waste Load Allocations, ug/L
Acute
11753
Chronic
9457
Long Term Averages, ug/L
Acute
1417.8
Chronic
2010.1
Limiting LTA ug/L
1417.8
Metal Translator or 1 ?
1.00
Average Monthly Limit (AML), ug/L
2898
Maximum Daily Limit (MDL), ug/L
11753
Fact Sheet: WA0050202 - Washington Beef LLC
Page 174 of 187
-------
Table 71: Reasonable Potential and WQBEL Calculations for Outfall 008 May -
September
Facility
Washington Beef008
Water Body Type
Freshwater
Rec. Water Hardness
60.4 mg/L
Reasonable Potential Calculation
Dilution Factors:
Acute Chronic
Aquatic Life
1.14
3.89
Human Health Carcinogenic
9.7
Human Health Non-Carcinogenic
4.18
CO
i
z
ts
i-
>
3
Śv
"55
~
z
<
~
Q
z
<
Pollutant, CAS No. &
NPDES Application Ref. No.
Ž
O
<
z
O
S
s
<
NITRATE/NITRITE^
0
1-
Ł
3
E
LU
a>
o
CHLORINE (Total Ri
7782505
SOLIDS.SUSPENDE
TURBIDITY
SOLIDS,DISSOLVEC
SALINITY
# of Samples (n)
796
378
20
25
796
29
Coeff of Variation (C\^
0.6
0.529
1.17
0.6
0.627
0.075
0.6
0.6
0.6
0.6
0.6
Effluent Data
Effluent Concentration, ug/L
(Max. or 95th Percentile)
8,180
III
16
29.4
Calculated 50th percentile ^
Effluent Cone, (when n>10)
ilB
41555
2300000
Receivinq Water Data
90th Percentile Cone., ug/L ^
130
Ś
23.1
Geo Mean, ug/L
ww
425
109000
Aquatic Life Criteria^ Acute
13,083*
19
ug/L Chronic
1,29?
1
11
28.1
See Gold Book
W3 Criteria for Protection of
10000
#N/A
500000
Water Qualitv Criteria
Human Health, ug/L
Metal C riteri a ^ Acu te
1
Translator,decimal Chronic
1
Carcinogen?
N
N
w #N/A
N
N
N
Aquatic Life Reasonable Potential
Effluent percentile value
0.990
0.990
0.990
0.990
0.990
s s2=ln(CV2+1)
0.555
0.929
0.555
0.576
0.075
Pn Ri=(1-confidence level)1"1
0.994
0.794
0.832
0.994
0.853 r
Multiplier
0.90
4.04
1.00
1.00
1.00F
Max concentration (ug/L) at edge of... Acute
6,466
57.007
16.736
28.649
0.000 r
Chronic
1,977
16.623
4.880
24.718
0.000 r
Reasonable Potential? Limit Required?
YES
YES
NO
NO1
#VALUE!r
Aquatic Life Limit Calculation
# of Compliance Samples Expected pern
nonth
12
1
LTA Coeff. Var. (CV), decim al
r 0.6r
r 1.17r
r
r
Ľ
Ľ
Ľ
Ľ
Ľ
Perm it Lim it Coeff. Var. (CV), decim al
r 0.6r
r 1.17r
r
r
r
r
r
r
Waste Load Allocations, ug/L
Acute
14838
Chronic
4656.5
3.8933
Long Term Averages, ug/L
Acute
4764.2
Chronic
2456
1.277
Limiting LTA, ug/L
2456
1.277
Metal Translator or 1?
1.00
1.00
r
Ľ
Ľ
Ľ
Ľ
Ľ
Average Monthly Limit (ANIL), ug/L
3211 r
3.8 r
Maximum Daily Limit (MDL), ug/L
7649
7.2
Human Health Reasonable Potential
s s2=ln(CV2+1)
0.4967 0.9287
0.074894851
Pn Ri=( 1 - c on fiden ce level) 1 /n
0.992 0.861
0.902 r
r
Ľ
Ľ
Multiplier
0.3015 0.3653
0.907756751 r
Dilution Factor
4.1756F #N/A
4.175606823 r
Max Cone, at edge of Chronic Zone, ug/L
10275 W #N/A
633714r
Reasonable Potential? Limit Required?
YESr #N/A
YESr
Human Health Limit Calculation
# of Compliance Samples Expected per month
12
12
Average Monthly Effluent Limit, ug/L
40406 F
1741662F
Maximum Daily Effluent Limit, ug/L
89369 F
1995439r
Fact Sheet: WA0050202 - Washington Beef LLC
Page 175 of 187
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Table 72: Reasonable Potential and WQBEL Calculations for Outfall 008, October - April
Facility
r Washington Beef 008
Water Body Type
Freshwater
Rec. Water Hardness
60.4 mg/L
Reasonable Potential Calculation
Dilution Factors:
Acute Chronic
Aquatic Life
r 1.0
r 1.0
Human Health Carcinogenic
' 1.0
Human Health Non-Carcinogenic
' 1.0
CO
i
z
i-
>
O
z
<
Q
Q
z
<
3
jO
"55
Pollutant, CAS No. &
NPDES Application Ref. No.
<0
O
<
z
O
S
s
<
NITRATE/NITRITE^
0
i-
c
Ž
3
E
LU
Ž
o
SOLIDS,SUSPENDE
TURBIDITY
SOLIDS,DISSOLVEC
SALINITY
CHLORINE (Total RŤ
7782505
# of Sam pies (n)
796
796
20
29
25
Coeff of Variation (Cv)
1.91
0.529
1.17
0.6
0.075
0.6
0.6
0.6
0.6
0.6
0.6
Effluent Data
Effluent Concentration, ug/L
(Max. or 95th Percentile)
8,180
mm,
ĽJm
16
19
mmmmmm
Calculated 50th percentile ^
41555
23000000
Effluent Cone, (when n>10)
illilll
Receivina Water Data
90th Percentile Cone., ug/L
130
i
Geo Mean, ug/L
lllllllllll
425
Aquatic Life Criteria^ Acute
4,55?
19
ug/L Chronic
48?
1
d WAC 173-201A
See Gold Book
11
WQ Criteria for Protection of
10000
r #N/A
500000
Water Qualitv Criteria
Human Health, ug/L
Meta I C rite ri a ^ Acu te
1
Translator, decimal Chronic
1
Carcinogen?
N
N
r #N/A
N
N
N
Aquatic Life Reasonable Potential
Effluent percentile value
0.990
0.950
0.950
0.950
0.950
s
s2=ln(CV2+1)
1.240
0.929
0.555
0.075
0.555
Pn
Ri=(1-confidence level)1/n
0.994
0.861
#DIV/0!
0.902
0.887
r
F
F
F
F
Multiplier
0.78
1.68
#DIV/0!
1.00
1.00
Max concentration (ug/L) at edge of... Acute
6,386.8
26.927
#D IV/0!
0 000
19.000
Chronic
6,386.8
26.927
#DIV/0!
0.000
19.000
Reasonable Potential? Limit Required?
YES
YES
#VALU E!
#VALU E!
YES
Aquatic Life Limit Calculation
# of Com pliance Sam pies Expected per r
nonth
12
1
4
LTA Coeff. Var. (CV), decim al
1.91
1.17
0.6
Permit Limit Coeff. Var. (CV), decimal
1.91
1.17
0.6
Waste Load Allocations, ug/L
Acute
4552.216934 - 19
Chronic
485.2249982
1
11
Long Term Averages, ug/L
Acute
549.1818811
6.100581062
Chronic
103.137695
0.328
5.801767885
Limiting LTA,ug/L
103.137695
0.328
5.801767885
Metal Translator or 1?
1.00
1.00
1.00
Average Monthly Limit (AML), ug/L
211
1.0
9.0
Maximum Daily Limit (MDL), ug/L
855
1.8
18.1
Human Health Reasonable Potential
s s2=ln(CV2+1)
0.4967
0.9287
0.074894851
Pn Pn=(1-confidence lev el) 1/n
0.996
0.861
0.902
Multiplier
0.265
0.3653
0.907756751
Dilution Factor
1 #N/A 1
Max Cone, at edge of Chronic Zone, ug/L
41555
#N/A
23000000
Reasonable Potential? Limit Required?
YES
#N/A
YES
Human Health Limit Calculation
# of Com pliance Sam pies Expected per m onth
12
4
Average Monthly Effluent Limit, ug/L
10000
500000
Maximum Daily Effluent Limit, ug/L
22117
558383
Page 176 of 187
Fact Sheet: WA0050202 - Washington Beef LLC
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Table 73: Reasonable Potential and WQBEL Calculations for Temperature for Outfall 002
Freshwater Temperature Reasonable Potential and Limit Calculation
Based on WAC 173-201 A-200(1)(c)(i)--(ii) and the Water Quality Program Guidance. All data inputs must meet W3 guidelines. The V\feter Quality temperature guidance
document may be found at: https://fortress.wa.gov/ecy/publications/summarypages/0610100.html
INPUT
1. Chronic Dilution Factor at Mixing Zone Boundary
2. 7DADMax AmbientTemperature (T) (Upstream Background 90th percentile)
18.6 °C
19.5 °C
21.6 °C
21.1 °C
19.7 °C
16.9 °C
3. 7DADMaxEffluentTemperature (95th percentile)
30.4 °C
32.1 °C
32.8 °C
32.1 °C
30.7 °C
25.8 °C
4. Aquatic Life Temperature WQ Criterion in FreshWater
21.0 °C
21.0 °C
21.0 °C
21.0 °C
21.0 °C
21.0 °C
OUTPUT
5. Temperature at Chronic Mixing Zone Boundary:
19.8 °C
20.8 °C
22.7 °C
22.2 °C
20.8 °C
17.8 °C
6. Incremental Temperature Increase or decrease:
1.2 °C
1.3 °C
1.1 °C
1.1 °C
1.1 °C
0.9 °C
7. Maximum Allowable Incremental Temperature Increase:
1.2 °C
1.2 °C
O
CO
o
O
CO
d
1.2 °C
1.3 °C
8. Maximum Allowable Temperature at Mixing Zone Boundary:
19.8 °C
20.7 °C
21.9 °C
21.4 °C
20.9 °C
18.2 °C
A. [f ambient temp is warmer than WQ criterion
9. Does temp fall within this warmer temp range?
NO
NO
YES
YES
NO
NO
10. Temperature Limit if Required:
0.3
0.3
B. if ambient temp is cooter than WQ criterion but within 34/(Tomb+3) and within 0.30
3 of the criterion
11. Does temp fall within this incremental temp, range?
NO
NO
NO
NO
12. Temp increase allowed at mixing zone boundary, if required:
C. if ambient temp is cooter than (WQcriterion-0.3) but within 34f(Tsmb+S) of the criterion
13. Does temp fall within this Incremental temp, range?
NO
NO
NO
NO
14. Temp increase allowed at mixing zone boundary, if required:
D. If ambient temp is cooler than (WQ criterion - 34/(Tamb+9))
15. Does temp fall within this Incremental temp, range?
YES
YES
YES
YES
16. Temp increase allowed at mixing zone boundary, if required:
NO LIMIT
1.19 °C
NO LIMIT
NO LIMIT
RESULTS
17. Do any of the above cells show a temp increase?
NO
YES
YES
YES
NO
NO
18. Temperature Limit if Required?
NO LIMIT
31.2 °C
23.6 °C
23.6 °C
NO LIMIT
NO LIMIT
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Table 74: Reasonable Potential Calculations for Temperature for Outfall 008
Freshwater Temperature Reasonable Potential and Unit Calculation
Based on WAC 173-201 A-200(1)(c)(i)-(ii) and the Water Quality Program Guidance. All data inputs must meet WQ guidelines. The Water Quality temperature
guidance document maybe found at: https://fortress.wa.gov/ecy/publications/summarypages/0610100.html
INPUT
1. Chronic Dilution Factor at Mixing Zone Boundary
29.9
29.9
29.9
29.9
29.9
1.0
a. /UADMaxAmbientTemperature (T) (Upstream Background 90th percentile)
18.8 °C
20.5 °C
22.5 °C
22.3 °C
20.5 °C
30.3 °C
3. 7DADMaxEffluentTemperature (95th percentile)
30.4 °C
32.1 °C
32.8 °C
32.1 °C
30.7 °C
30.3 °C
4. Aquatic Life Temperature WQ Criterion in Freshwater
21.0 °C
21.0 °C
21.0 °C
21.0 °C
21.0 °C
21.0 °C
OUTPUT
5. Temperature atChronic Mixing Zone Boundary:
19.2 C
_
_
_
_
30.3 C
6. Incremental Temperature Increase ordecrease:
0.39 °C
0.39 °C
0.35 °C
0.33 °C
0.34 °C
O
o
o
7. Maximum Allowable Incremental Temperature Increase:
1.22 °C
1.1 5 °C
0.30 °C
0.30 °C
1.15 °C
O
CO
o
8. Maximum Allowable Temperature at Mixing Zone Boundary:
20.0 °C
21.0 °C
22.8 °C
22.6 °C
21.0 °C
30.6 °C
A. If ambient temp is warmer than WQ criterion
9. Does temp fall within this warmer temp range?
NO
NO
YES
YES
NO
YES
10. Temperature Limit if Required:
...
...
NO LIMIT
NO LIMIT
...
NO LIMIT
B. If am blent temp is cooler than WQ criterion but within 34/(Ta7?b+9) and within 0.3 X of the criterion
11. Does temp fall within this incremental temp, range?
NO
NO
...
...
NO
...
12. Temp increase allowed at mixing zone boundary, if required:
...
...
...
...
...
...
G. If ambient temp is cooler than (WQ criterion-0.3) but within Z4l{Tsnt>+B) of the crite
rion
13. Does temp fall within this Incremental temp, range?
NO
YES
...
...
YES
...
14. Temp increase allowed at mixing zone boundary, if required:
...
NO LIMIT
...
...
NO LIMIT
...
D. If ambient temp is cooler than (WQ criterion - 34/(Tamb+9))
15. Does temp fall within this Incremental temp, range?
YES
NO
...
...
NO
...
16. Temp increase allowed atmixingzone boundary, if required:
NO LIMIT
...
...
...
...
...
RESULTS
17. Do any of the above cells show a temp increase?
NO
NO
NO
NO
NO
NO
18. Temperature Limit if Required?
NO LIMIT
NO LIMIT
NO LIMIT
NO LIMIT
NO LIMIT
NO LIMIT
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Appendix E. Reasonable Potential and Effluent Limit
Calculations for Nutrients
Overview
As explained below, EPA has performed a reasonable potential analysis for nutrients (i.e., total
phosphorus and total nitrogen) discharged by the Toppenish Plant. EPA has determined that
discharges of total nitrogen and total phosphorus from Outfall 002 at the Toppenish Plant to
Wanity Slough have the reasonable potential to cause or contribute to excursions above water
quality standards from April - October, and therefore effluent limits are necessary.
Dual Nutrient Control
Both nitrogen and phosphorus can contribute to violations of WQS that result from excess
nutrients (i.e., nuisance algae or aesthetics, DO, and pH). Liebig's Law of the Minimum states
that the nutrient that is less abundant relative to the biological requirements of algae is the
limiting nutrient (i.e., the nutrient that controls primary productivity) (EPA 1972). However, in
this case, EPA believes it is necessary to evaluate the Toppenish Plant's discharges of both
nitrogen and phosphorus for the reasonable potential to cause or contribute to excursions above
water quality standards and establish effluent limits for both if reasonable potential is found.
Phosphorus is often the limiting nutrient in freshwaters because blue-green algae can "fix"
elemental nitrogen from the air as a nutrient source or utilize nitrogen in the water column at
very low concentrations and thereby grow in a low-nitrogen environment. However, in the
Lower Yakima River, the USGS found that periphytic algal growth was generally not limited by
either nitrogen or phosphorus in the Zillah reach, which is the reach affected by the discharge
from the Toppenish Plant (via Wanity Slough and Marion Drain) (Wise, Zuroske, Carpenter, &
Kiesling, 2009) That is to say, the Zillah reach of the Lower Yakima River had an excess of
both nitrogen and phosphorus. The Lower Yakima watershed is part of ecoregion 10 (Columbia
Plateau), and TetraTech found that, in ecoregion 10 (as well as ecoregions 3 and 11), diatom
metrics were more sensitive to total nitrogen than total phosphorus (USEPA, 2018). Because of
this evidence that nitrogen is an important factor for water quality in addition to phosphorus in
the Lower Yakima watershed, EPA is analyzing reasonable potential for both nitrogen and
phosphorus.
Status of Water Quality
Status of Water Quality in Wanity Slough
Available water quality data for Wanity Slough show violations of water quality criteria that are
likely caused, at least in part, by excess nutrients.
pH in Wanity Slough at downstream from the facility exceeds the upper bound criterion of 8.5
standard units from April - October (Table 45 and Table 46). The lower bound criterion of 6.5
standard units is also violated in October. The minimum DO concentration in Wanity Slough
downstream from the facility is below the criterion of 8.0 mg/L every month except November.
The most severe DO violations, when DO was less than 2 mg/L, occurred from April - October
(Table 42).
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The average concentrations of total nitrogen and total phosphorus downstream from the facility
exceed the interpretations of the narrative criteria above. Average concentrations of total
nitrogen and total phosphorus in Wanity Slough were higher at times when the Toppenish Plant
was discharging to Wanity Slough through Outfall 002 than when it was discharging to Spencer
Lateral through outfall 008 (Table 56, Table 57, Table 58, Table 59).
Status of Water Quality in Spencer Lateral
The only water quality data available for Spencer Lateral were collected by the permittee as a
condition of the current permit. The permit required monitoring for BODs, dissolved oxygen,
pH, temperature, total ammonia as N, turbidity, and E. coli bacteria. All of the monitoring was
required only upstream from the discharge except for dissolved oxygen and temperature.
Downstream monitoring was not required when the facility was not discharging to Outfall 008,
and no downstream data were submitted. Data were only collected during the irrigation season,
when there was flow in Spencer Lateral upstream from Outfall 008.
Upstream of the facility, violations of the lower bound pH criterion were observed from April -
August, and violations of the 8 mg/L criterion for DO were observed May - October.
Applicable Water Quality Criteria
Narrative Criterion
The State of Washington has a narrative water quality criterion which reads "Aesthetic values
must not be impaired by the presence of materials or their effects, excluding those of natural
origin, which offend the senses of sight, smell, touch, or taste" (WAC 173-201 A-260(2)(b)).
Excess nutrients can cause nuisance algae growth that would violate this criterion. The State of
Washington does not have numeric water quality criteria for TP or total nitrogen (TN).
Use of Narrative Criteria in NPDES Permits
Where a State or Tribe has not established a water quality criterion for a specific chemical
pollutant that is present in an effluent at a concentration that causes, has the reasonable potential
to cause, or contributes to an excursion above a narrative criterion within an applicable State or
Tribal water quality standard, the permitting authority must establish effluent limits using one or
more of the options provided in 40 CFR 122.44(d)(l)(vi).
In this case, EPA is performing its reasonable potential and effluent limit calculations based on
40 CFR 122.44(d)(l)(vi)(A), which states that EPA may "establish effluent limits using a
calculated numeric water quality criterion for the pollutant which the permitting authority
demonstrates will attain and maintain applicable narrative water quality criteria and will fully
protect the designated use."
EPA's Nutrient Criteria Technical Guidance Manual: Rivers and Streams (USEPA, 2000b)
states that nutrient criteria may be developed based on an upper percentile of the nutrient
concentrations observed in reference reaches, which are relatively undisturbed stream segments
that exemplify a region's natural biological integrity. The manual recommends using the 75th
percentile of the frequency distribution of reference streams, however, other percentiles can be
used. In this case, EPA has used the 90th percentile of the total nitrogen and total phosphorus.
Reference sites were identified in the Nutrient Scientific Technical Exchange Partnership
Support (N-STEPS) analysis of nutrient and biological data for Washington. EPA analyzed the
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nutrient data used in the N-STEPS report. Total nitrogen and total phosphorus data were first
reduced to an average concentration for each reference station in ecoregion 10 (Columbia
Plateau) to avoid over-representing stations with more data. EPA then calculated the 90th
percentile of the average total nitrogen and total phosphorus concentrations at reference stations
in ecoregion 10. These were:
102 |ig/L total phosphorus, and
857 |ig/L total nitrogen
EPA is only applying these numeric interpretations of Washington's narrative criterion for
aesthetics to Wanity Slough from April - October, which is when pH violations and DO
concentrations less than 2 mg/L have been observed in Wanity Slough downstream from the
facility. The EPA's Ambient Water Quality Criteria Recommendations for Rivers and Streams
in Nutrient Ecoregion III (USEPA, 2000a) states that EPA recommends a seasonal or annual
averaging period for nutrient criteria. Thus, EPA is applying these numeric translations as April
- October seasonal averages.
In general, EPA is applying Washington water quality standards to both Spencer Lateral and
Wanity Slough as a reference. However, EPA is not translating Washington's narrative water
quality criterion for aesthetics into numeric nutrient concentrations for Spencer Lateral. As
stated above, average concentrations of total phosphorus and nitrate+nitrite were lower at times
when the Toppenish Plant was discharging to Spencer Lateral via outfall 008 relative to times
when it was discharging to Wanity Slough via Outfall 002. Although Spencer Lateral is tributary
to Wanity Slough via a piped connection and to the Yakima River via Subdrain 35, during the
irrigation season, some of the water flowing in Spencer Lateral is used for irrigation. Nutrients
in water that is used for irrigation would not directly contribute to excess nutrients in
downstream waters. The lower concentrations of nutrients in Wanity Slough when the
Toppenish Plant is discharging through outfall 008 indicate that a significant portion of the
nutrients discharged to Spencer Lateral are used in the irrigation water and not discharged back
to Wanity Slough. Nutrients in irrigation water are generally a benefit to irrigation uses
(USEPA, 1972). In addition, there are no downstream water quality data available for Spencer
Lateral demonstrating that beneficial uses of Spencer Lateral are impaired due to excess
nutrients.
Because available data do not demonstrate that nutrients discharged to Spencer Lateral
significantly affect downstream waters and because there is no known impairment of beneficial
uses within Spencer Lateral due to excess nutrients, EPA is not translating Washington's
narrative criterion for aesthetics into numeric nutrient concentrations for Spencer Lateral.
Reasonable Potential to Cause or Contribute to WQS Violations
Nutrient Concentrations and Loads
Total Phosphorus
After consolidating duplicates, EPA located 6 results for total phosphorus collected between July
2011 and June 2016 in Wanity Slough upstream from the facility in the Water Quality Portal
(Table 55). All samples were collected during the irrigation season. The average upstream
phosphorus concentration is 65 |ig/L. At Wanity Slough's harmonic mean flow of 57 CFS, this
is an upstream load of 20 lb/day total phosphorus.
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The Toppenish Plant does not routinely monitor total phosphorus, but total phosphorus effluent
data were reported on the July 2014 application. The average effluent concentration was 39.3
mg/L, and the average effluent load was 217 lb/day (n = 9).
The effluent loading of total phosphorus (217 lb/day) is large relative to the total phosphorus
loading in Wanity Slough upstream from the discharge (20 lb/day).
Downstream from the facility, at times when the Toppenish Plant was discharging exclusively
from Outfall 002 to Wanity Slough, the average total phosphorus concentration in Wanity
Slough was 737 |ig/L (Table 57). At times when the Toppenish Plant was discharging
exclusively from Outfall 008 to Spencer Lateral, the average total phosphorus concentration in
Wanity Slough downstream from the facility was 78 |ig/L (Table 56).
Total Nitrogen
EPA located 4 paired results for total Kjeldahl nitrogen and nitrate-nitrite collected during July
and August 2011 in Wanity Slough upstream from the facility in the Water Quality Portal. Total
nitrogen is the sum of total Kjeldahl nitrogen and nitrate-nitrite. The average upstream total
nitrogen concentration is 613 |ig/L (Table 54). At Wanity Slough's harmonic mean flow of 57
CFS, this is an upstream load of 188 lb/day total nitrogen. The average total nitrogen load
reported by the Toppenish Plant for outfall 002 is 395 lb/day.
The effluent loading of total nitrogen (395 lb/day) is large relative to the total nitrogen loading in
Wanity Slough upstream from the discharge (188 lb/day).
Downstream from the facility, at times when the Toppenish Plant was discharging from Outfall
002 to Wanity Slough, the average total nitrogen concentration in Wanity Slough was 2,220 |ig/.
At times when the Toppenish Plant was discharging exclusively from Outfall 008 to Spencer
Lateral, the average total nitrogen concentration in Wanity Slough was 1,140 |ig/L (Table 59).
Reasonable Potential Calculations
Downstream concentrations of total nitrogen and total phosphorus at the edge of a mixing zone
encompassing 25% of the harmonic mean flow of Wanity Slough are as follows:
D = 13.0
For total nitrogen:
o Ce = 69,173 |ig/L
o Cu = 613 |ig/L
For total phosphorus:
o Ce = 39,300 |ig/L
o Cu = 65 |ig/L
This results in downstream concentrations (Cd) of:
Total nitrogen: Cd = 5,887 |ig/L
Total phosphorus: Cd = 3,083 |ig/L
The downstream concentrations of total nitrogen and total phosphorus exceed the interpreted
narrative criterion for aesthetics. In addition, the effluent loads of total nitrogen and total
phosphorus are large relative to the upstream loads, and downstream monitoring data in Wanity
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Slough show excursions above the interpreted narrative criterion, particularly when the
Toppenish Plant is discharging through Outfall 002 to Wanity Slough.
Effluent Limit Calculation
Seasonal water quality-based effluent limits for total nitrogen and total phosphorus, for April -
October are calculated as follows:
Ce = WLA = D x (Cd Cu) + Cu
D = 13.0
For total nitrogen:
o Cd = 857 |ig/L
o Cu = 613 |ig/L
For total phosphorus:
o Cd = 102 |ig/L
o Cu = 65 |ig/L
This results wasteload allocations or effluent concentrations (Ce) of:
Total nitrogen: Ce = WLA = 3,798 |ig/L
Total phosphorus: Ce = WLA = 547 |ig/L
The narrative criterion for aesthetics is interpreted using seasonal average concentrations. 40
CFR 122.45(d) requires effluent limits for continuous discharges from sources other than
POTWs to be stated as average monthly limits and maximum daily limits. EPA will implement
the wasteload allocation as an average monthly limit. This is conservative because the averaging
period for the limit is shorter than the averaging period for the criterion.
Maximum daily limits are calculated from the average monthly limits based on the following
equation from Table 5-3 of the TSD (USEPA, 1991):
MDL - exp (zmo - O.So2]
AMI exp [zaon - 0.5a2j
where
on2= In (CV^/n + 1)
a2 = lr>(CV2+1)
CV = the coefficient of variation of the effluent concentration
n = the number of samples per month
zm = the percentile exeeedance probability for the MDL
.'d = the percentile exceedance probability for the AML.
EPA uses the 95th percentile for the AML and the 99th percentile for the MDL, resulting in the
following z-scores:
zm = 1.645
za = 2.326
n = 12
CV = 0.6 (assumed since the Toppenish Plant does not routinely monitor for total
phosphorus and the variability of total nitrogen after upgrades is unknown)
This results in an MDL:AML ratio of 2.38:1. This ratio results in the following seasonal (April -
October) maximum daily limits:
Total nitrogen: 3,798 |ig/L x 2.38 = 9,049 |ig/L
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Total phosphorus: 547 |ig/L x 2.38 = 1,303 |ig/L
In general, effluent limits in NPDES permits must be expressed in terms of mass (40 CFR
122.45(f)). Mass limits are calculated from the concentration limits as follows:
Total nitrogen:
o AML = 3.798 mg/L x 8.34 lb/gallon x 0.766 mgd = 24.3 lb/day
o MDL = 9.049 mg/L x 8.34 lb/gallon x 0.766 mgd = 57.8 lb/day
Total phosphorus:
o AML = 0.547 mg/L x 8.34 lb/gallon x 0.766 mgd = 3.54 lb/day
o MDL = 1.303 mg/L x 8.34 lb/gallon x 0.766 mgd = 8.32 lb/day
Consistent with Section 5.7.1 of the TSD, since the dilution factor is less than 100:1, the draft
permit proposes both mass and concentration limits.
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Appendix F. Essential Fish Habitat Assessment
Pursuant to the requirements for Essential Fish Habitat (EFH) assessments, this appendix contains the
following information:
Listing of EFH Species in the Facility Area
Description of the Facility and Discharge Location
EPA's Evaluation of Potential Effects to EFH
A. Listing of EFH Species in the Facility Area
According to NOAA Fisheries' EFH Mapper, the Lower Yakima basin is EFH for Chinook
and coho salmon.
B. Description of the Facility and Discharge Location
The activities and sources of wastewater at the Toppenish Plant are described in detail in
Part II and Appendix A of this fact sheet. The location of the outfall is described in Part III
("Receiving Water").
C. EPA's Evaluation of Potential Effects to EFH
Water quality is an important component of aquatic life habitat. NPDES permits are
developed to protect water quality in accordance with WQS. The standards protect the
beneficial uses of the waterbody, including all life stages of aquatic life. The development
of permit limits for an NPDES discharger includes the basic elements of ecological risk
analysis. The underlying technical process leading to NPDES permit requirements
incorporates the following elements of risk analysis:
Effluent Characterization
Characterization of the Toppenish Plant's effluent was accomplished using a variety of
sources, including:
Ś Permit application monitoring
Ś Permit compliance monitoring
Statistical evaluation of effluent variability
Ś Quality assurance plans and evaluations
Identification of Pollutants of Concern and Threshold Concentrations
The pollutants of concern include pollutants with aquatic life criteria in the Washington
WQS. Threshold concentrations are equal to the numeric water quality criteria for the
protection of aquatic life. No other pollutants of concern were identified by NOAA
Fisheries.
Exposure and Wasteload Allocation
Analysis of the transport of pollutants near the discharge point with respect to the
following:
Mixing zone policies in the Washington WQS
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Dilution modeling and analysis
Exposure considerations (e.g., prevention of lethality to passing organisms)
Consideration of multiple sources and background concentrations
Statistical Evaluation for Permit Limit Development
Calculation of permit limits using statistical procedures addressing the following:
Effluent variability and non-continuous sampling
Fate/transport variability
Duration and frequency thresholds identified in the water quality criteria
Monitoring Programs
Development of monitoring requirements, including:
Compliance monitoring of the effluent
Ambient monitoring
Protection of Aquatic Life in NPDES Permitting
EPA's approach to aquatic life protection is outlined in detail in the Technical Support
Document for Water Quality-based Toxics Control (USEPA, 1991). EPA and states
evaluate toxicological information from a wide range of species and life stages in
establishing water quality criteria for the protection of aquatic life.
The NPDES program evaluates a wide range of chemical constituents (as well as whole
effluent toxicity testing results) to identify pollutants of concern with respect to the criteria
values. When a facility discharges a pollutant at a level that has a "reasonable potential" to
exceed, or to contribute to an exceedance of, the water quality criteria, permit limits are
established to prevent exceedances of the criteria in the receiving water (outside any
authorized mixing zone).
Effects Determination
Since the proposed permit has been developed to protect aquatic life species in the
receiving water in accordance with the Washington WQS, EPA has determined that
issuance of this permit is not likely to adversely affect any EFH in the vicinity of the
discharge. EPA will provide NMFS with copies of the draft permit and fact sheet during the
public notice period. Any recommendations received from NMFS regarding EFH will be
considered prior to reissuance of this permit.
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Appendix G. CWA § 401 Certification
Below is EPA's draft CWA § 401 Certification. EPA is taking comment on EPA's intent to
certify this permit as described in Section VI.C.
Clean Water Act (CWA) Section 401 Certification for
Discharger Located within Tribal Boundaries
Facility: Washington Beef, Toppenish Plant
NPDES Permit Number: WA0050202
Location: Yakama Reservation
Receiving Waters: Wanity Slough and Spencer Lateral
Facility Location: 201 Elmwood Road
Toppenish, Washington 98948
EPA hereby certifies that the conditions in the National Pollutant Discharge Elimination System
(NPDES) permit for the Washington Beef Toppenish Plant, are necessary to assure
compliance with the applicable provisions of Sections 301, 302, 303, 306, and 307 of the
CWA. See CWA Section 401(a)(1), 33 U.S.C. 1341(a)(1); 40 CFR 124.53(e).
The State in which the discharge originates is responsible for issuing the CWA Section
401 certification pursuant to CWA Section 401(a)(1). When a NPDES permit is issued on Tribal
Land, the Tribe is the certifying authority where the Tribe has been approved by EPA for
Treatment as a State (TAS) pursuant to CWA Section 518(e) and 40 CFR § 131.8. Where a Tribe
does not have TAS, EPA is the certifying authority. The Yakama Nation does not have TAS for
the reservation. Therefore, EPA is responsible for issuing the CWA Section 401 Certification for
this permit.
Mathew J. Martinson
CAPT, USPHS
Branch Chief
Permits, Drinking Water, and Infrastructure
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