Text

First Quarter 2015 Report on Discharge Self-Monitoring
	ML15127A189
Person / Time
Site:	Diablo Canyon
Issue date:	04/20/2015
From:	Cortese K; Pacific Gas & Electric Co
To:	; Document Control Desk, Office of Nuclear Reactor Regulation, State of CA, Central Coast Regional Water Quality Control Bd
References
	DCL-2015-518
	Download: ML15127A189 (133)
	v • d • e

~P acific Gas and Electric Company Diablo Canyon Power Plant P. 0. Box 56

. Avila Beach, CA 93424 PG&E Letter DCL-2015-518 April 20, 2015 Electronic Submission CIWQS Web Application California Regional Water Quality Control Board Central Coast Region Attn: Monitoring and Reporting Review Section 895 Aerovista, Suite #101 San Luis Obispo, CA 93401-7906 In accordance with Order 90-09, NPDES No. CA0003751, the 1st Quarter 2015 report on Discharge Self-Monitoring at Diablo Canyon Power Plant (DCPP) is provided. This letter and accompanying report summary has been attached to the State CIWQS application data submittal (eSMR). State DMR Forms are additionally incorporated in the CIWQS electronic data submittal (eDMR).

Facility Name:

Pacific Gas & Electric Company Diablo Canyon Power Plant Address:

P.O. Box 56 Avila Beach, CA 93424 Contact Person:

Job

Title:

Phone Number:

WDRINPDES Order Number:

Type of Report: (check one)

Quarter: (check one):

Bryan Cunningham Supervisor, Environmental Operations (805) 545-4439 Order No. 90-09, NPDES No. CA0003751 QUARTERLY z]

ANNUAL 11 1 St

[]

2nd 1:1 3 rd El 4 th E]

Year:

2015 (Annual Reports for DCPP are Jan-Dec)

Violation(s) (Place an X by the appropriate choice):

[] No (there are no violations to report)

LI Yes

PG&E Letter DCL-2015-518 CRWQCB Central Coast Region April 20, 2015 Page 2 If Yes is marked (complete a-g):

a) Parameter(s) in Violation:

b) Section(s) of WDR/NPDES Violated:

c) Reported Value(s):

d) WDR/NPDES Limit/Condition:

e) Dates of Violation(s):

(reference page of report/data sheet) f) Explanation of Cause(s):

(attach additional information as needed) g) Corrective Action(s):

(attach additional information as needed)

(If "YES", see overview section of attached report)

PG&E Letter DCL-2015-518 CRWQCB Central Coast Region April 20, 2015 Page 3 I certify under penalty of law that this document, the CIWQS data submittal, and all associated attachments were prepared under my direction or supervision in accordance with a system designed to assure that qualified personnel properly gather and evaluate the information submitted. Based on my inquiry of the person or persons who manage the system, or those persons directly responsible for gathering the information, the information submitted is, to the best of my knowledge and belief, true, accurate, and complete. The results of the influent and effluent monitoring presented are the observed results of the measurements and analyses required by the monitoring program, and is neither an assertion of the adequacy of any instrument reading or analytical result, nor an endorsement of the appropriateness of any analytical or measurement procedure. I am aware that there are significant penalties for submitting false information, including the possibility of fine and imprisonment for knowing violations.

If you have any questions or concerns regarding the report provided, or require additional information, please contact Bryan Cunningham at (805) 545-4439.

Sincerely, Name:

Kenneth W. Cortese

Title:

Manager, Chemistry and Environmental Operations - Diablo Canyon Power Plant 2015518/jlkbkc

PG&E Letter DCL-2015-518 CRWQCB Central Coast Region April 20, 2015 Page 4 cc:

PDF Formatted Copy of CIWQS Application Submittal:

Regional Administrator Licensing Assistant, Operations Branch U.S. Nuclear Regulatory Commission Region IV 1600 East Lamar Boulevard Arlington, TX 76011-4511 Hardcopy Print-Out of CIWQS Application Submittal:

U.S. Nuclear Regulatory Commission Document Control Desk Washington, D.C. 20555-0001 Thomas Hipschman Senior Resident Inspector U.S. Nuclear Regulatory Commission Diablo Canyon Power Plant 104/5

PACIFIC GAS AND ELECTRIC COMPANY First Quarter 2015 REPORT ON DISCHARGE MONITORING AT DIABLO CANYON POWER PLANT TABLE OF CONTENTS O V E R V IE W................................................................................

1

SUMMARY

OF MONITORING PROGRAM A.

Monitorinq of Plant Influent and Effluent....................... 2 B.

Monitoring of Receiving W aters.................................... 2 C.

Sodium Bromide Treatment Proqram........................... 2 APPENDIX 1: NPDES Discharge Points

OVERVIEW

1. During the first quarter of 2015, discharges occurred from Discharge Paths 001 (once through cooling water), 001B, 001D, 001E, 001F, 001G, 001H, 0001J, 001L, 001N, 001P, and 002 through 015. No discharges occurred from Discharge Paths 0011, 001 K, 001M, 016 and 017. A list of all of the permit discharge pathways, including name and number, is provided in Appendix 1.

2. The substances listed in Table B of the California Ocean Plan were each analyzed for and reported in the permit renewal application and application updates for Diablo Canyon Power Plant (DCPP) submitted in 1994, 2001, and 2011. There have been no changes in activities conducted at the plant that would have significantly affected the results previously reported in the above referenced documents. Ocean Plan Table B substances not analyzed for this quarter were not added to any plant discharge streams.

3. During the first quarter of 2015, maintenance activities that required draining of closed cooling water systems were performed, and are summarized below. PG&E received concurrence from the CCRWQCB in response to letters dated July 19, 1995 (PG&E Letter DCL-95-156), May 23, 1996 (PG&E Letter DCL-96-522), and May 19, 1997 (PG&E Letter DCL-97-533) regarding the use of glutaraldehyde and isothiazolin to control microbiological growth and corrosion in DCPP's closed cooling water systems.

Discharges are drained at a flow rate such that the chronic toxicity level remains below the "No Observable Effect Concentration" (NOEC) at NPDES Discharge 001.

TotalI Volume Glutaraldehyde Isothiazolin Oil & Grease Date System (gallons)

(mg/I)

(mg/I as CI')

Suspended (g/)

Solids (mg/1) 02/18/15 Unit 2 CCW 4,000 82 0.0

< 2.0

< 1.4

4. On 01/05/15 a leak was discovered in the pipe routing make-up water system process brine to discharge point 001G. The leaking water exited via a through-wall crack in a PVC pipe joint. The leak flowed onto an earthen hillside, and a portion of the leak reached a storm water drainage ditch that routed the water approximately 200 yards to Diablo Creek via discharge point 010. This event was an inadvertent bypass of a permitted plant wastewater discharge pathway. There were no exceedances of NPDES permit limits as a result of the leak. The water released was plant freshwater make-up system process brine containing some non-hazardous mineral constituent concentrates (TDS = 1,262 ppm, Conductivity = 1,727 uS/cm). The water flow was shut-down on 01/06/15. The pipe was subsequently repaired and placed back in service on 01/07/15 with no further leakage. There was no indication of a negative impact to vegetation on the earthen hillside, or along the storm water pathway to Diablo Creek. Regional Water Quality Control Board staff were notified within 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months of discovery of the leak.

5. On 02/18/15 an estimated 1,846 gallons of process water overflowed from the Unit 1 condensate polisher sump. Some of the release flowed into a drain inlet routed to the main turbine building sump system (normal discharge pathway), some remained on the surrounding area pavement; however, a portion routed to Diablo Creek via discharge point 008. The overflow was caused by the malfunction of an automatic valve. On discovery, the malfunctioning valve was manually manipulated terminating the overflow.

Subsequent maintenance work replaced the faulty valve. This event was an inadvertent bypass of a permitted plant wastewater discharge pathway. The sump effluent was very clean, near pure, polisher process freshwater. There were no exceedances of NPDES permit limits due to the event. Regional Water Quality Control Board staff were notified within 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months of discovery of the sump overflow, and partial water release to outfall.

SUMMARY

OF MONITORING PROGRAM A.

Monitoring of Plant Influent and Effluent

1. The results of the January, February, and March 2015 plant influent and effluent monitoring have been reported via the CIWQS web application to which this letter is attached.

2. The laboratory report for one acute bioassay on water sampled from Discharge 001, performed February 26 - March 02, 2015, is attached to the CIWQS application submittal. The acute bioassay results show that toxicity was 0.0 TUa (no acute toxicity).

Note: The 0. 0 TUa value is not included in the CIWQS application spreadsheet as the formatting of the data spreadsheet does not accommodate zero value entries.

3. The laboratory report for one chronic bioassay on water sampled from Discharge 001, performed March 03 - 05, 2015, is attached to the CIWQS application submittal. The chronic bioassay results show that toxicity was 1.0 TUc (no chronic toxicity).

B.

Monitorinq of Receivinq Waters

1.

Ecological Studies at Diablo Canyon Ecological studies in the vicinity of Diablo Cove conducted during the first quarter continued under the Diablo Canyon Receiving Water Monitoring Program (RWMP) as requested in a letter from the Central Coast Regional Water Quality Control Board (CCRWQCB) dated December 9, 1998, and as detailed in a letter (PG&E Letter DCL-99-503) dated January 8, 1999. This program includes tasks from the Ecological Monitoring Program (EMP) with additional stations and increased sampling frequencies. The RWMP replaces the EMP and the Thermal Effects Monitoring Program (TEMP).

2.

In Situ Bioassay Results of the Mussel Watch Program will be reported to the CCRWQCB directly from the California Department of Fish and Wildlife in the Department's periodic report for this program.

C.

Sodium Bromide Treatment Program Diablo Canyon Power Plant is continuing the use of sodium bromide and sodium hypochlorite to control macrofouling growth for both Units. Both circulating water conduits of each Unit can be chemically treated simultaneously. Each treated conduit typically receives a twenty-minute injection every four hours (six injections a day) of sodium bromide in combination with sodium hypochlorite.

Each chemical injection treatment attempts to achieve a target concentration in the range of 250-300 parts per billion (ppb) Total Residual Oxidant (TRO) when measured at the inlet waterbox of the condenser. Discharge TRO concentrations measured at the

plant outfall remained below NPDES permit limitations and the calculated Ocean Plan limit throughout the quarter.

Both conduits of Unit 1 were treated with simultaneous injections of sodium bromide and sodium hypochlorite six times a day throughout the first quarter with one brief interruption in February for equipment maintenance activities.

Both conduits of Unit 2 were treated with simultaneous injections of sodium bromide and sodium hypochlorite six times a day throughout the first quarter with one brief interruption in February for equipment maintenance activities, and two brief additional interruptions for a single Unit 2 conduit due to an injection control system fault that initiated automatic equipment shut-down.

APPENDIX 1 DIABLO CANYON POWER PLANT NPDES DISCHARGE POINTS DISCHARGE NUMBER DESCRIPTION 001 Once-Though Cooling Water 001 A Firewater Systems 001 B Auxiliary Salt Water Cooling System 001 C Discharge Deleted 001 D Liquid Radioactive Waste Treatment System 001 E Service Cooling Water System 001 F Turbine Building Sump 001 G Make-Up Water System Waste Effluent 001 H Condensate Demineralizer Regenerant 001 I Seawater Evaporator Blowdown 001 J Condensate Pumps Discharge Header Overboard 001 K Condenser Tube Sheet Leak Detection Dump Tank Overboard 001 L Steam Generator Blowdown 001 M Wastewater Holding and Treatment System 001 N Sanitary Wastewater Treatment System 001 P Seawater Reverse Osmosis System Blowdown 002 Intake Structure Building Floor Drains 003 Intake Screen Wash 004 Bio Lab and Storm Water Runoff 005, 008, 009, 013, 014, 015 Yard Storm Drains 006, 007, 010, 011, 012 Storm Water Runoff 016 Bio Lab Seawater Supply Pump Valve Drain 017 Seawater Reverse Osmosis System Blowdown Drain

CIWQS Web Application Submittal Print Out and Attached Supporting Documents

eSMR PDF Report Summary: Quarterly SMR ( MONNPDES ) report for Q1 2015 Summary: Quarterly SMR ( MONNPDES ) report for Q1 2015 submitted by Kenneth Cortese (No Title) on 04/20/2015.

Facility Name: PG&E Diablo Canyon Power Plant Order Number: R3-1990-0009 Waterboard Office:Region 3 - Central Coast Case Worker: Peter Von Langen Report Effective Dates: 01/01/2015 - 03/31/2015 No Discharge Periods Diablo M-001 Diablo M-001D Diablo M-OO1F Diablo M-OO1G Diablo M-O01H Diablo M-0011 01/01/2015 - 03/31/2015 Dlant Seawater Evaporators no longer in service.

Diablo M-001J Diablo M-001K 01101/2015 - 03131/2015 Dlant Condenser Tube Sheet Leak Detection Dump Tank no lonaer in service.

Diablo M-001L Diablo M-001M D1/01/2015 - 03/31/2015 Plant Wastewater Holding and Treatment System (WHAT) not discharged during 1Q15. Discharge is intermittent, used as "equired.

Diablo M-001N Diablo M-OO1P Diablo M-002 Diablo M-003 Diablo M-004 Diablo M-005 01/01/2015 - 03/31/2015 Diablo M-008 01/0112015 - 03/31/2015 Diablo M-009 01101/2015 - 03/31/2015 Diablo M-013 D1/01/2015 - 03/31/2015 Diablo M-015 D1101/2015 - 03/31/2015 Diablo M-016

)1/01/2015 - 03/31/2015 3io Lab Seawater Supply Line Valve Box not irained during 1Q15. No effluent iischarged.

Diablo M-017

)1/01/2015 - 03/31/2015

eawater RO System Blowdown Line not

__rained durinq 1015. Discharge rarely used Diablo M-INF Self-Determined Violations No Violations Entered Attachments Page 1 of 28

File Name~i File Description Date ploaded Fil Size - 2015 1st Qrt DCPP NPDES Worksheets.pdf 04/20/2015 244445 bytes - 2015 1st Qtr DCPP NPDES Contract Lab Results.

04/20/2015 3167633 bytes pdf Cover Letter (Uploaded File)

E+

itle Date Upipa ad File Size JPGE DCL2015518 lst-Q 2015 DSMR Summary.pdf 1

04/20/2015 1

1001934 bytes Data Summary Analytical Results Location Parameter Anpal. Method Sample Analysi QuaI Result Unit.

ML MIL Review QA Comments Dat Source M-001 Ammonia, Total (as N)

A4500NH :

02/02/2015 02/13/2015

=

0.14 mg/L No See Attachment 2, CDF Analytical_

Standard Method 09:59:00 Contract Lab Report Calculated_042 (19th) 4500-NH:

2015.zip Nitrogen (Ammonia)

I I

M-001 Chromium (Total)

DU : Data 01/15/2015 : 01/22/2015 ND ug/L 5

No CDFAnalytical_

Unavailable 09:50:00 Calculated_042C 2015.zip M-001 Chromium (Total)

DU : Data 02/02/2015 : 02/12/2015 ND ug/L 5

-No CDF Analytical_

Unavailable 09:59:00 Calculated_042C 2015.zip M-001 Chromium (Total)

DU : Data 03/03/2015 : 03/17/2015 ND ug/L 5

No CDFAnalytical_

Unavailable 09:51:00 Calculated_042C 2015.zip M-001 Chronic Toxicity DU : Data 03/02/2015 : 03/03/2015

=

T Uc No See Attachment 2, CDFAnalytical_

Unavailable 09:55:00 Contract Lab Report Calculated_042C 2015.zip M-001 Copper, Total DU : Data 01/15/2015 : 01/22/2015 DNQ 8.1 ug/L 5

10 No CDFAnalytical_

Unavailable 09:50:00 Calculated_042C 2015.zip M-001 Copper, Total DU : Data 02/02/2015 : 02/12/2015 DNQ 6 ug/L 5

10 No CDFAnalytical_

Unavailable 09:59:00 Calculated_042C 2015.zip M-001 Copper, Total DU : Data 03/03/2015 : 03/17/2015 DNQ 7 ug/L 5

10 No CDF Analytical_

Unavailable 09:51:00 Calculated 042C I _

2015.zip M-001 Nickel, Total DU : Data 01/15/2015 : 01/22/2015 ND ug/L 5

No CDFAnalytical_

Unavailable 09:50:00 Calculated_042C 2015.zip M-001 Nickel, Total DU : Data 02/02/2015 : 02/12/2015 ND ug/L 5

No CDF Analytical_

Unavailable 09:59:00 Calculated_042(

2015.zip M-001 Nickel, Total DU : Data 03/03/2015 : 03/17/2015 ND ug/L 5

No CDF Analytical_

Unavailable 09:51:00 Calculated_042(

2015.zip M-001 pH A4500HB :

01/15/2015 : 01/15/2015

=

8 SU No CDF Analytical_

Standard Method 09:50:00 Calculated_0420 (19th) 4500-H+ B:

2015.zip pH by Electrometric I~ethodl Page 2 of 28

I I"

IStandard Method 109:59:00 1

Lur - Anaiyicail Calculated_0420 2015.zip (19th) 4500-H+ B pH by Electrometric Method M-001 pH A4500HB:

03/03/2015 : 03/03/2015 7.9 SU No CDF Analytical_

Standard Method 09:51:00 Calculated 0420 (19th) 4500-H+ B:

2015.zip pH by Electrometric Method_

M-001 Zinc, Total DU : Data 03/03/2015 : 03/17/2015 DNQ 7 ug/L 5

10 No CDF Analytical_

Unavailable 09:51:00 Calculated_0420 2015.zip M-001 Zinc, Total DU : Data 01/15/2015 : 01/22/2015 ND ug/L 5

No CDFAnalytical_

Unavailable 09:50:00 Calculated_0420 2015.zi_

M-001 Zinc, Total DU : Data 02/02/2015 : 02/12/2015 ND ug/L 5

No CDFAnalytical_

Unavailable 09:59:00 Calculated_0420 2015.zip M-001D Oil and Grease E1664A : HEM anc 02/1012015 : 02/10/2015 DNO 1.5 mg/L 1.4 5

No Monthly avg result.

CDF Analytical_

SGT-HEM by 09:32:00 See Attachment 1, Calculated_0420 Extraction and Tab 6 2015.zip Gravimetry, Rev.

A M-001F Oil and Grease E1664A : HEM anc 01/08/2015 : 01/14/2015 ND mg/L 1.4 No CDF Analytical_

SGT-HEM by 12:55:00 Calculated_0420 Extraction and 2015.zip Gravimetry, Rev.

A M-OO1F Oil and Grease E1664A : HEM anc 02/02/2015 : 02/06/2015 ND mg/L 1.4 No CDF -Analytical_

SGT-HEM by 12:37:00 Calculated_0420 Extraction and 2015.zip Gravimetry, Rev.

A M-001F Oil and Grease E1664A : HEM anc 03/03/2015 : 03/09/2015 ND mg/L 1.4 No CDF_.Analytical_

SGT-HEM by 10:35:00 Calculated_0420 Extraction and 2015.zip Gravimetry, Rev.

A M-001G Oil and Grease E1664A : HEM and 01/08/2015 : 01/14/2015 ND mg/L 1.4 No CDF_- Analytical_

SGT-HEM by 11:45:00 Calculated_0420 Extraction and 2015.zip Gravimetry, Rev.

A M-001G Total Suspended Solids A2540D:

01/08/2015 : 01/09/2015 ND mg/L 2

No CDF Analytical_

(TSS)

Standard Method 11:45:00 Calculated_0420 (19th) 2540 D:

2015.zip Tot. Sus. Solids Dried 103-105C M-001G Total Suspended Solids A2540D :

02/03/2015 : 02/05/2015 ND mg/L 2

No CDFAnalytical_

(TSS)

Standard Method 12:37:00 Calculated_0420 (19th) 2540 D:

2015.zip Tot. Sus. Solids Dried 103-105C Page 3 of 28

, I Z)31 LZjULu ;

UVIUJILULJ ;

Standard Method 12:15:00 (19th) 2540 D:

Tot. Sus. Solids Dried 103-105C Calculated_042(

2015.zip M-001J Oil and Grease E1664A : HEM anc 01/01/2015 : 01/14/2015 ND mg/L 1.4

-No CDFAnalytical SGT-HEM by 14:00:00 Calculated 042(

Extraction and 2015.zip Gravimetry, Rev.

M-001J Total Suspended Solids A2540D:

01/0112015 : 01/01[2015 ND mg/L 2

No Monthly avg result.

CDF Analytical (TSS)

Standard Method 14:00:00 See Attachment 1, Calculated_042(

(19th) 2540 D:

Tab 11 2015.zip Tot. Sus. Solids Dried 103-105C M-001P Oil and Grease E1664A: HEM and01/12/2015 : 01/27/2015 ND mg/L 1.4 No CDF Analytical_

SGT-HEM by 12:30:00 Calculated_042(

Extraction and 2015.zip Gravimetry, Rev.

M-003 Oil and Grease E1664A : HEM and 01/08/2015 : 01/27/2015 ND mg/L 1.4 No CDF -Analytical_

SGT-HEM by 09:13:00 Calculated_042(

Extraction and 2015.zip Gravimetry, Rev.

M-003 pH A4500HB:

01/08/2015 : 01/08/2015 8 SU No CDF Analytical_

Standard Method 09:13:00 Calculated_042(

(19th) 4500-H+ B:

2015.zip pH by Electrometric Method M-003 pH A4500HB:

02/02/2015 : 02/02/2015 8 SU No CDF_-

Analytical_

Standard Method 15:15:00 Calculated_042(

(19th) 4500-H+ B 2015.zip pH by Electrometric Method_

M-003 pH A4500HB:

03/03/2015 : 03/03/2015 7.9 SU No CDF Analytical_

Standard Method 14:07:00 Calculated_042(

(19th) 4500-H+ B:

2015.zip pH by Electrometric Method M-004 Oil and Grease E1664A : HEM and 01/08/2015 : 01/14/2015 ND mg/L 1.4 No CDF Analytical_

SGT-HEM by 10:04:00 Calculated_042(

Extraction and 2015.zip Gravimetry, Rev.

M-004 pH A4500HB :

01108/2015 : 01/08/2015 8.1 SU No CDFAnalytical_

Standard Method 10:04:00 Calculated_042(

(19th) 4500-H+ B:

2015.zip pH by Electrometric Method Page 4 of 28

Standard Method (19th) 4500-H+ B:

pH by Electrometric Calculated_0.

2015.zip M-004 pH A4500HB:

03/03/2015 03/03t2015 8 SU No CDFAnalytical_

Standard Method 13:44:00 Calculated_042(

(19th) 4500-H+ B:

2015.zip pH by Electrometric Method M-INF Ammonia, Total (as N)

A450ONH 02/02/2015 02/13/2015 0.13 mg/L No See Attachment 2, CDFAnalytical_

Standard Method 09:47:00 Contract Lab Report Calculated_042C (19th) 4500-NH:

2015.zip Nitrogen (Ammonia)

M-INF pH A450OH :

01/15/2015 : 01/15/2015 8 SU No CDF_Analytical_

Standard Method 09:38:00 Calculated_042C (19th) 4500-H+:

2015.zip DH Value M-INF pH A4500H :

02/02/2015 : 02/02/2015 8 SU No CDF Analytical_

Standard Method 09:47:00 Calculated_042(

(19th) 4500-H+:

2015.zip

-DH Value M-INF pH A4500H :

03/0312015 : 03/0312015 7.9 SU No CDFAnalytical_

Standard Method 09:39:00 Calculated_042C (19th) 4500-H+:

2015.zip

[DH Value Calculated Values Location Parameter Clulation S ample Aaysis Qua]

Resul Unit MIDL ML L

Review QA

~Comments Data Source

<Type Date/11ne Date Priority Codes Indicator¶ M-001 Chlorine Usage 30-Day Average 01/01/2015 : 01/31/2015

=

706 lb/day No Monthly avg result.

CDFAnalytical_

of Daily Averages 00:00:00 See Attachment 1, Calculated_042 Tab 2 2

M-001 Chlorine Usage 30-Day Average 02/01/2015 : 02/28/2015

=

681 lb/day No Monthly avg result.

CDFAnalytical_

of Daily Averages 00:00:00 See Attachment 1, Calculated_042

_ab 3 2015.zip M-001 Chlorine Usage 30-Day Average 03/01/2015 : 03/31/2015

=

651 lb/day No VMonthly avg result.

CDFAnalytical_

of Daily Averages 00:00:00 See Attachment 1, Calculated_042(

I

_ab 4

2015.zip M-001 Chlorine, Total Residual 30-Day Average 01101/2015 : 01/31/2015

=

40 ug/L No Monthly avg result.

CDF Analytical_

of Daily 00:00:00 See Attachment 1, Calculated_042(

VMaximums Fab 2 2015.zip M-001 Chlorine, Total Residual 30-Day Average 02/01/2015 : 02/28/2015

=

36 ug/L No IMonthly avg result.

CDFAnalytical_

of Daily 00:00:00 See Attachment 1, Calculated_042C

_Maximums Pab 3 2015.ip M-001 Chlorine, Total Residual 30-Day Average 03/01/2015 : 03/3112015

=

33 ug/L No Monthly avg result.

CDFAnalytical_

of Daily 00:00:00 See Attachment 1, CalculatedO042(

_Maximums Tab 4 2015.zip M-001 Flow Daily Discharge 01/01/2015 : 01/01/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/02/2015 : 01/02/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042C 2015.ziD M-001 Flow Daily Discharge 01/03/2015 : 01/03/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

I_

I I

I 2015.zip Page 5 of 28

00:00:00 Calculated_042(

_2015.zip M-001 Flow Daily Discharge 01/05t2015: 01/05/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

,2015.zip M-001 Flow Daily Discharge 01/06/2015: 01/06/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/0712015 : 01/07/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated 042(

2015.zip M-001 Flow Daily Discharge 01/08/2015: 01/0812015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042C 2015.zip M-001 Flow Daily Discharge 01/09/2015 : 01/09/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/10/2015 : 01/1012015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042C 2015.zip M-001 Flow Daily Discharge 01/11/2015 : 01/1112015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

I

_2015.zip M-001 Flow Daily Discharge 01/12/2015 : 01/12t2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042C 2015.zip M-001 Flow Daily Discharge 01/13/2015 : 01/13t2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042C 2015.zip M-001 Flow Daily Discharge 01/14/2015 : 01114t2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/15/2015 : 01/15/2015

=

2486 MIGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/16/2015 : 01/1612015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/17/2015 : 01/1712015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/1812015 : 01/1812015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042C 2015.zip M-001 Flow Daily Discharge 01/19/2015 : 01/1912015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042C 2015.zip M-001 Flow Daily Discharge 01/20/2015 : 01/20/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated 042C 2015.zip M-001 Flow Daily Discharge 01/21/2015 : 01/21/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/22/2015 : 01/2212015

=

248b MGD No CDF Analytical_

00:00:00 Calculated_042(

I

._2015.zip M-001 Flow Daily Discharge 01/23/2015 : 01/2312015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042 1_

1_

_2015.zip Page 6 of 28

00:00:00 Calculated_042{

M-001 Flow Daily Discharge 01/2512015 01/25/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/26/2015 : 01/26/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/27/2015 : 01/27/2015

=

2486 MGD No CDFAnalytical 00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/28/2015 : 01/28/2015

=

2486 MGD No CDF Analytical 00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/2912015 : 01/29/2015

=

2486 MlGD No CDFAnalytical_

00:00:00 Calculated_042(

2015,zip M-001 Flow Daily Discharge 01/30/2015 : 01/30/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 01/31/2015 : 01/31/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042C 2015.zip M-001 Flow Daily Discharge 02/01/2015 : 02/01/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated 042(

2015.zip M-001 Flow Daily Discharge 02/02/2015 : 02/02/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015_zip_

M-001 Flow Daily Discharge 02/03/2015 : 02/03/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/04/2015 : 02/04/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated 042(

2015.zip M-001 Flow Daily Discharge 02/05/2015 : 02/05/2015 2486 MGD No CDFAnalytical_

00:00:00 Calculated 042(

2015.zip M-001 Flow Daily Discharge 02/06/2015 : 02/06/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated 042(

2015.zip M-001 Flow Daily Discharge 02/07/2015 : 02/07/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

______2015.zip M-001 Flow Daily Discharge 02/08/2015 : 02/08/2015

=

2486 MGD No CDF Ana lytical 00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/09/2015 : 02/09/2015

=

2486 1MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/10/2015 : 02/10/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/11/2015 : 02/11/2015 2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/12/2015 : 02/12/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

I_

I I

I 2015.zip Page 7 of 28 UUI riuw Udiy LJlSL1ldrgY UZlI.:lILV1k3 :VL1.IZLVI

=

Iqo tU rjuurtnaldIytICdI 00:00:00 Calculated 042C 2015.zip M-001 Flow Daily Discharge 02/14/2015 02114/2015 2486 MGD No CDF Analytical_

00:00:00 Calculated_042{

2015.zip M-001 Flow Daily Discharge 02/15/2015 02/15/2015

=

2486 MIGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/16/2015 : 02/16/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

I_

I I

I 2015.zip M-001 Flow Daily Discharge 02/17/2015 : 02/17/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042C 2015.zip)

M-001 Flow Daily Discharge 02/18/2015 : 02/18/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042C 2015,z4p M-001 Flow Daily Discharge 02/19/2015 : 02/19/2015

=

2486 MIGD No CDFAnalytical 00:00:00 Calculated_042(

I

_2015.zip M-001 Flow Daily Discharge 02/20/2015 : 02/20/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated 042C I_

2015.zip M-001 Flow Daily Discharge 02/21/2015 : 02/21/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/22/2015 : 02/22/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/23/2015 : 02/23/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daiy

-Discharge 02/24/2015 : 02/24/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/25/2015 : 02/25/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/26/2015 : 02/26/2015 2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/27/2015 : 02/27/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 02/28/2015 : 02/28/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015ip M-001 Flow Daily Discharge 03/01/2015 : 03/01/2015

=

2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 03/02/2015 : 03/02/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 03/03/2015 : 03/03/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 03/04/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated 042C T7777T

__2015.zip Page 8 of 28

M-0 Fo aily DJischrg 03/6/01 03/06/2015.

248 U.ULGftU No tUP14 00:00:00 M-001 Flow Daily Discharge 03/06/2015 : 03/06/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/07/2015 013/0712015 2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/08/2015 : 03/08/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/09/2015 :

3/109/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/10/2015 : 03/1012015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/11/2015 : 013/11/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/12/2015 : 013/12/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/13/2015 :

113/142015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/14/2015 : 03/14/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/15/2015 : 03/15/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/16/2015 : 03/1612015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/17/2015 : 03/17/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/18/2015 : 03118/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/19/2015 : 03119/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/20/2015 : 03/20/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/21/2015 : 03/21/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03122/2015 : 03/22/2015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/23/2015 : 03/2312015

=

2486 MGD No 00:00:00 M-001 Flow Daily Discharge 03/24/2015 : 113/24/2015

=

2486 MvGD No 00:00:00 Page 9 of 28

00:00:00 Calculated_042(

"IMl ý 7iý M-001 Flow Daily Discharge 03/26/2015 : 03/26/2015

=

2486 MGD No CDFAnalytical 00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 03/27/2015 : 03/27/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 03/28/2015 : 03/28/2015

=

2486 MGD No CDF Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 03/29/2015 : 03/29/2015 2486 MGD No CDF_- Analytical_

00:00:00 Calculated_042(

2015.zip M-001 Flow Daily Discharge 03/30/2015 : 03/30/2015 2486 MGD No CDFAnalytical_

00:00:00 Calculated_042(

M-001 Flow Daily Discharge 03/31/2015 : 03/31/2015

=

2486 MGD No CDFAna ytica 00:00:00 Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01/01/2015 :01/0112015

=

67.6 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01/02/2015 :01/02/2015

=

67.5 Degrees No CDFAnalytical 00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01/03/2015 :01/03/2015

=

67 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

2015.zio M-001 Temperature 24-hour Average 01/04/2015 :01/04/2015

=

67.4 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

_5.zip M-001 Temperature 24-hour Average 01/05/2015 :01/05/2015

=

73 Degrees No CDFAnalytical_

00:00:00 F

Calculated 042(

2015.zip M-001 Temperature 24-hour Average 01/06/2015 :01/06/2015

=

76.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01/07/2015 :01/0712015 77.9 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01108/2015 :01108/2015 77.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01/09/2015 :01/09/2015 77.8 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01/10/2015 : 01/10/2015

=

77.6 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

24-hour__2015.zip M-001 Temperature 24-hour Average 01/11/2015 :01/11/2015

=

77.9 Degrees No CDF Analytical_

00:00:00 F

Calculated 042(

2015.zip MI-001 Temperature 24-hour Average 01/12/2015 :01/12/2015 78.3 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

_2015.zip Ml-001 Temperature 24-hour Average 01/13/2015 :01/13/2015 78.3 IDegrees No CDF Analytical 00:00:00 F

Calculated 042C I

I I

_____2015.zipo Page 10 of 28

PI-UUJ.

ItcIII-

-CILUI*

£'f-lUUI MVCIOyC U+/-I-J+ILU1..u

. vUv az/

U

=z

,o4t cylc INU L Q.IrIIlyLILdl 00:00:00 F

Calculated_042C I_

I_

2015.zip M-001 Temperature 24-hour Average 01/15/2015 01/15/2015 78.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2 015.zip M-001 Temperature 24-hour Average 01/16/2015 01/16/2015

=

78 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01/17/2015: 01/17/2015

=

78 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 01/18/2015 : 01/18/2015 78.1 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/19/2015 : 01/19/2015 78 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042 2015.zip)

M-001 Temperature 24-hour Average 01/20/2015 :01/20/2015

=

77.2 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/21/2015 : 01/21/2015

=

77.3 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/22/2015 : 01/22/2015 77.7 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.ZiD M-001 Temperature 24-hour Average 01/23/2015 : 01/23/2015 77.7 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 01/24/2015 :01/24/2015 77.6 Degrees No CDF_.Analytical_

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/25/2015 :01/25/2015

=

77.6 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/26/2015 :01/26/2015

=

77.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/27/2015 :01/27/2015

=

77.7 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip)

M-001 Temperature 24-hour Average 01/28/2015 :01/28/2015

=

77.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/29/2015 :01/29/2015 77.5 Degrees No CDFAnalytical 00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/30/2015 :01/30/2015

=

77.5 Degrees No CDFAnalytical 00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 01/31/2015 :01/31/2015 77 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C 2015.ziD M-001 Temperature 24-hour Average 02/01/2015 : 02/01/2015 77.3 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C

,2015.zip M-001 emperature 24-hour Average 02/02/2015 : 02/02/2015 77.3 Degrees No CDF_.Analytical_

00:00:00 F

Calculated_042C I

I I__II__2015.zip Page 11 of 28

uuauu;UU Calculated_042C

")nl ; 7in rM-o01 Temperature 24-hour Average 0210412015 02/04/2015

=

77.7 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C 2015.z.ip M1-001 Temperature 24-hour Average 02/05/2015 02/05/2015

=

77.7 Degrees No CDFAnalytical 00:00:00 F

Calculated_042(

2015.zip M1-001 Temperature 24-hour Average 02/06/2015 :02/06/2015

=

77.9 Degrees No CDFAnalytical 00:00:00 F

Calculated_042C 2015.zip M-001 Temperature 24-hour Average 02/07/2015 : 02/07/2015

=

78 Degrees No CDFAnalytical_

00:00:00 F

Calculated 042C 2015.zip M-001 Temperature 24-hour Average 02/08/2015 :02/08/2015

=

78.2 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

20)15.zip M-001 Temperature 24-hour Average 02/09/2015 : 02/09/2015

=

78.4 Degrees No CDF Analytical_

00:00:00 F

Calculated 042(

2015.zip M-001 Temperature 24-hour Average 02/10/2015 :02/10/2015

=

77.8 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip)

M-001 Temperature 24-hour Average 02/11/2015 :02/11/2015

=

77.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip rvl-001 Temperature 24-hour Average 02/12/2015 :02/12/2015

=

78.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 02/13/2015 :02/13r2015

=

78.2 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

M-001 Temperature 24-hour Average 02/14/2015 : 02/14/2015

=

77.9 Degrees No CDFAna lytical_

00:00:00 F

Calculated_042(

2015.zio M-001 Temperature 24-hour Average 02/15/2015 : 02/15/2015

=

77.6 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 02/16/2015 : 02/16/2015

=

77.4 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 02/17/2015 :02/17/2015

=

77.2 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 02/18/2015 :02/18/2015

=

76.8 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M1-001 Temperature 24-hour Average 02/19/2015 : 02/19/2015

=

76.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 02/20/2015 :02/2012015

=

76.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M1-001 Temperature 24-hour Average 02/21/2015 :02/21/2015

=

77.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

_2015.zip M1-001 remperature 24-hour Average 02/22/2015 :02/2212015

=

77.2 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

I_

=_

I_

12015.zip Page 12 of 28

UU:U;VUU r

Calculated 042(

IM1 r i

M-001 Temperature 24-hour Average 0212412015 02/2412015 76.7 Degrees No CDF Analytical 00:00:00 F

Calculated_042(

________________________2015.zip M-001 Temperature 24-hour Average 02/25/2015 02/2512015

=

75.1 Degrees No CDFAnalytical 00:00:00 F

Calculated_042(

a015.zip M-001 Temperature 24-hour Average 02/26/2015 : 02/2612015

=

73.4 Degrees No CDFAnalytical 00:00:00 F

Calculated_042(

I I_

2015.zip M-001 Temperature 24-hour Average 02/27/2015 : 02/2712015 72.4 Degrees No CDF Analytical-00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 02/28/2015 : 02/2812015

=

72.1 Degrees No CDF Analytical 00:00:00 F

Calculated 042i 2015.zip M-001 Temperature 24-hour Average 03/01/2015 03/01/2015

=

74.4 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 03/02/2015 :03/02/2015

=

75 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zilp M-001 Temperature 24-hour Average 03/03/2015 :03/03/2015

=

73.5 Degrees No CDFAnalytical_

00:00:00 F

Calculated 042(

2015.zip M-001 Temperature 24-hour Average 03/04/2015 :03/04[2015

=

72.3 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 03/05/2015 :03/0512015

=

74.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

M-001 Temperature 24-hour Average 03/06/2015 :03/0612015 74.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

I_

2015.ZiD M-001 Temperature 24-hour Average 03/07/2015 :03/07/2015

=

74.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 03/08/2015 :03/08/2015 73.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 03/09/2015 : 03/09/2015 74 Degrees No CDF Analytical 00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 03/10/2015 : 03/1012015 75.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 03/11/2015 :03/11/2015

=

75.1 Degrees No CDFAnalytical 00:00:00 F

Calculated_042(

2015.zip M-001 Temperature 24-hour Average 03/12/2015 : 03/12t2015

=

74.4 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C I_

_2015.zip M-001 Temperature 24-hour Average 03/13/2015 : 03/1312015

=

74.4 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

.2015.zip M-001 Temperature 24-hour Average 03/14/2015 :103/1412015

=

74.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

I_

1_

0_

_2015.zip Page 13 of 28

00:

-lt=,

ULJF4a1d1YuLat dI_

00:00:00 F"JU "I

Calculated_0420

__2015.zip M-001 Temperature 24-hour Average 03116/2015 03/16/2015 74.7 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03117/2015 : 03/1712015

=

74.8 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/18/2015 : 03/18/2015

=

72.5 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/19/2015 : 03/19/2015

=

72.9 Degrees No CDF Analytical 00:00:00 F

Calculated_0420 2015,zip M-001 Temperature 24-hour Average 03/2012015 : 03/20/2015

=

73.5 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 2015.zio M-001 Temperature 24-hour Average 03/2112015 : 03/2112015

=

73.8 Degrees No CDF_- Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/22/2015 : 03/2212015

=

74.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/23/2015 : 03/23/2015

=

74.4 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/24/2015 : 03/24/2015

=

72.2 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/25/2015 : 03/25/2015 71.2 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/26/2015 : 03/26/2015

=

72.7 Degrees No CDF_.Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/27/2015 : 03/27/2015

=

72.1 Degrees No CDF Analytical_

00:00:00 F

Calculated 0420 2015.zip M-001 Temperature 24-hour Average 03/28/2015 : 03/28/2015 72.1 Degrees No CDF_- Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/29/2015 : 03/29/2015 72.7 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature 24-hour Average 03/30/2015 : 03/30/2015 72 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.z__

M-001 Temperature 24-hour Average 03/31/2015 : 03/31/2015 71.6 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature Daily Maximum 01/01/2015 : 01/31/2015 78.3 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Daily Maximum 02/01/2015 : 02/28/2015 78.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 I

I_

I 2015.zip M-001 Temperature D*aily Maximum 03/01/2015 :103/31/2015 75.1 Degrees iNo CDFAnalytical_

00:00:00 F

Calculated_0420 I

I I II I2015.zip Page 14 of 28

00:00:00 F

Calculated_0420

_015.zip M-001 Temperature Delta from 01/06/2015 : 01/06/2015

=

18.5 Degrees No CDF_.Analytical_

Background

00:00:00 F

Calculated_0420

,2015.zip M-001 Temperature Delta from 01/07/2015 : 01/07/2015

=

18.6 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_0420 2 015.zip M-001 Temperature Delta from 01/08/2015 : 01/08/2015

=

18.6 Degrees No CDFAnalytical_

Background

00:00:00 F

Calculated_0420 2 015.zip M-001 Temperature Delta from 01/09/2015 : 01/09/2015 18.5 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_0420

,2015.zip M-001 Temperature Delta from 01/10/2015 : 01/10/2015

=

18.5 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature Delta from 01/11/2015 : 01/11/2015

=

18.5 Degrees No CDFAnalytical_

Background

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature Delta from 01/12/2015 : 01/12/2015

=

18.5 Degrees No CDFAnalytical_

Background

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature Delta from 01/13/2015 : 01/13/2015

=

18,5 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature Delta from 01/14/2015 : 01/14/2015 18.5 Degrees No CDF Analytical_

Background

00:00:00 F

00:00:00 F

Calculated_0420 I

__2015.zip M-001 temperature Delta from 01/20/2015 : 01/20/2015

=

18.5 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_0420 I_

I_

I I

2015.zip Page 15 of 28

3ackground 00:00:00 F

k.

+

...~.

~

+

4-4-I-4-4 M-UUI emperature Delta trom 3ackground Ui11222015 : I11I/22UI5 00:00:00 iu.5 juegrees F

NO 2015.zip CDFAnalytical Calculated_0420 MIA i7iAn M-001 Temperature Delta from 01/23/2015 : 01/2312015

00:00:00 F

00:00:00 F

Calculated_042(

2015.zip)

M-001 Temperature Delta from 02/05/2015 : 02/05/2015

=

18.5 Degrees No CDF_-

Analytical_

Background

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Delta from 02/06/2015 : 02/06/2015

=

18.6 Degrees No CDFAnalytical

Background

00:00:00 F

Calculated_042(

I

_2015.zip M-001 Temperature Delta from 02/07/2015 : 02/07/2015

=

18.6 Degrees No CDF_-

Analytical_

Background

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Delta from 02/08/2015 : 02/08/2015

=

18.5 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Delta from 02/09/2015 : 02/09/2015

=

18.6 Degrees No CDFAnalytical

Background

00:00:00 F

Calculated_042(

0__ 520 zizp Page 16 of 28

IvI-II IPCIOLUIU LJCILd IIUMI UL.LU/ILUJIJ UL/J UILU.Z I 1

1 IL.yIeeV IU LuUrAiIdIYLILdI_

Background

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature Delta from 02/11/2015 :02/11/2015

=

18.6 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature Delta from 02/12/2015 :02/12/2015

=

18.6 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature Delta from 02/13/2015 :02/13/2015

=

18.6 Degrees No CDFAnalytical_

Background

00:00:00 F

Calculated_042C I

I_

2015.zip M-001 Temperature Delta from 02114/2015 :02/14/2015

=

18.5 Degrees No CDFAnalytical_

Background

00:00:00 F

Calculated_042[

2015.zip M-001 Temperature Delta from 02/15/2015 : 02/15/2015

=

18.6 Degrees No CDFAnalytical_

Background

00:00:00 F

Calculated_0420 2015.zip M-001 Temperature Delta from 02/16/2015 :02/16/2015

=

18.8 Degrees No CDFAnalytical_

Background

00:00:00 F

qIIJCI lLUIC

=

LCILOl It VlII U.IUVIS J-J.

UI.f/UtILU.L4 L-O, LJCIJI CC

'IU t..LJrF '

boIlytly oI__

Background

00:00:00 F

Calculated_042{

2015.zio M-001 Temperature Delta from 03/03/2015 :03/03/2015

=

17.4 Degrees No CDFAnalytical_

Background

00:00:00 F

Calculated_042(

_2015.zip M-001 emperature Delta from 03/04/2015: 03/04/2015

=

17.3 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_042C 2015.zip M-001 Temperature Delta from 03/05/2015 :03/05/2015

=

18.6 Degrees No CDFAnalytical

Background

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Delta from 03/06/2015 :03/06/2015

=

18.6 Degrees No CDF_- Analytical_

Calculated_042C 2015.zip M-001 Temperature Delta from 03/19/2015 : 03/19/2015

=

18.7 Degrees No CDF_.Analytical_

00:00:00 F

Calculated_042(

2 015.zip M-001 Temperature Delta from 03/28/2015 : 03/28/2015

=

18.7 Degrees No CDF_-

Analytical_

Background

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Delta from 03/29/2015 : 03/29/2015

=

18.7 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Delta from 03/30/2015 :03/30/2015

=

18.5 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Delta from 03/31/2015 : 03/31/2015

=

18.7 Degrees No CDF Analytical_

Background

00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Monthly Average 01/01/2015 : 01/31/2015

=

76.2 Degrees No CDFAnalytical-of Daily Averages 00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Monthly Average 02/01/2015 : 02/28/2015

=

76.9 Degrees No CDF Analytical_

of Daily Averages 00:00:00 F

Calculated_042(

2015.zip M-001 Temperature Monthly Average 03/01/2015 : 03/31/2015

=

73.6 Degrees No CDF Analytical_

of Daily Averages 00:00:00 F

Calculated_042(

2015.zip M-001D Cadmium, Total 90-Day Mean 01/06/2015 : 03/11/2015

=

0.19 ug/L No See Attachment 2, CDF Analytical_

00:00:00 Contract Lab Report Calculated_042(

2015.zip M-001D Chromium (Total) 90-Day Mean 01/06/2015 : 03/11/2015

=

3.9 ug/L No See Attachment 2, CDF Analytical_

00:00:00 Contract Lab Report Calculated_042(

,2015.zip M-001D Copper, Total 90-Day Mean 01/06/2015 : 03/11/2015

=

1.6 ug/L No See Attachment 2, CDF_Analytical_

00:00:00 Contract Lab Report Calculated_042(

2015.zi M-001D Lead, Total 90-Day Mean 01/06/2015 : 03/11/2015 DNQ 0.21 ug/L

.06

.3 No See Attachment 2, CDF Analytical_

00:00:00 Contract Lab Report Calculated_042(

2015.zip MI-001D Mercury, Total 90-Day Mean 01/06/2015 : 03/11/2015 ND ug/L

.091 No See Attachment 2, CDF Analytical_

00:00:00 Contract Lab Report Calculated_042(

2015.zip M1-001D Nickel, Total 90-Day Mean 01/06/2015 : 03/11/2015

=

2.4 ug/L No See Attachment 2, CDF Analytical_

00:00:00 Contract Lab Report Calculated_042(

I_

2015.zip M1-001D Oil and Grease 30-Day Average 01/13/2015 : 01/28/2015 DNQ 1.4 mg/L 1.4 5

No Monthly avg result.

CDF Analytical_

00:00:00 See Attachment 1, Calculated_042(

1 1

1 Tab 5 2015.zip Page 19 of 28

ayU..

I+/-J.

V.I.LILUJ I'L.

Ily/L t.'+

JIU I lUIlLfIIy dVy re2UIL,

.urMjIdIyLILdI_

00:00:00 See Attachment 1, Calculated_042C

_ab 7 2015.zip M-001D Silver, Total 90-Day Mean 01/06/2015 03/11/2015 DNQ 0.28 ug/L

.1 1

No See Attachment 2, CDF Analytical_

00:00:00 Contract Lab Report Calculated_042(

2015.zip M-001D rotal Suspended Solids 30-Day Average 01/13/2015 : 01/28/2015 5 mg/L No Monthly avg result.

CDFAnalytical_

(TSS) of Daily Averages 00:00:00 See Attachment 1, Calculated_042(

I Tab 5 2015.zip M-001D Total Suspended Solids 30-Day Average 02/10/2015 : 02/25/2015 5 mg/L No Monthly avg result.

CDFAnalytical_

(TSS) of Daily Averages 00:00:00 See Attachment 1, Calculated_042C T-ab 6 2015.zip M-OO1D lotal Suspended Solids 30-Day Average 03/05/2015 : 03/12/2015 5 mg/L No Monthly avg result.

CDF Analytical_

(TSS) of Daily Averages 00:00:00 See Attachment 1, Calculated_042C I

Tab 7 2015.zip M-001D Zinc, Total 90-Day Mean 01/06/2015 : 03/11/2015

=

330 ug/L No See Attachment 2, CDF Analytical_

00:00:00 Contract Lab Report Calculated_042C 2015.zip M-001F Cadmium, Total 7-Day Average 01/01/2015 : 01/08/2015 ND ug/L 5

-No CDF Analytical_

(Mean) 00:00:00 Calculated_0420 I_

I 2015.zip M-001F Chromium (Total) 7-Day Average 01/01/2015 : 01/08/2015 ND ug/L 5

No CDF Analytical_

(Mean) 00:00:00 Calculated 042(

2015.zip M-001F Copper, Total 7-Day Average 01/01/2015 : 01/08/2015

=

18.6 ug/L No CDFAnalytical_

(Mean) 00:00:00 Calculated 042(

I_

2015.zip M-001F Lead, Total 7-Day Average 01/01/2015 : 01/08/2015

=

20.7 ug/L No CDF_- Analytical_

(Mean) 00:00:00 Calculated_042C 2015.zip M-001F Mercury, Total 7-Day Average 01/01/2015 : 01/08/2015 ND ug/L

.05

-No See Attachment 2, CDF Analytical_

(Mean) 00:00:00 Contract Lab Report Calculated 042C 2015.zip M-001F Nickel, Total 7-Day Average 01/01/2015: 01/08/2015 ND ug/L 5

No CDF Analytical_

(Mean) 00:00:00 Calculated 042C

_2015,zip M-OO1F Silver, Total 7-Day Average 01/01/2015 : 01/08/2015 ND ug/L 5

No CDF Analytical_

(Mean) 00:00:00 Calculated_042 2015,zip M-001F Total Suspended Solids 30-Day Average 02/02/2015 : 02/03/2015 DNQ 2 mg/L 2

5 No Monthly avg result.

CDF Analytical_

(TSS) of Daily Averages 12:37:00 See Attachment 1, Calculated_042(

Tab 12 2015.zip M-001F Total Suspended Solids 30-Day Average 03/03/2015 : 03/04/2015 DNQ 2 mg/L 2

5 No Monthly avg result.

CDFAnalytical_

(TSS) of Daily Averages 10:35:00 See Attachment 1, Calculated_042(

T-ab 13 2015.zip M-001F Total Suspended Solids 30-Day Average 01/08/2015 : 01/09/2015 ND mg/L 2

No Monthly avg result.

CDF Analytical_

(TSS) of Daily Averages 12:55:00 See Attachment 1, Calculated 042C Tab 11 2015.zip M-001F Zinc, Total 7-Day Average 01/01/2015 : 01/08/2015

=

30.2 ug/L No CDF Analytical_

(Mean) 00:00:00 Calculated_042C 2015.zip M-001H Cadmium, Total 90-Day Mean 01/06/2015 : 01/07/2015 ND ug/L 5

No Avg of qtrly CDFAnalytical 00:00:00 composites. See Att Calculated_042(

No 1, Tab 1 2015.zip M-001H Chromium (Total)

Y0-Day Mean 01/06/2015 : 01/07/2015

=

14 ug/L No Avg of qtrly CDF Analytical_

00:00:00 composites. See Att Calculated_042C 1, Tab 1 2015.zip M-001H Copper, Total 90-Day Mean 01106/2015 : 01/07/2015

=

39 ug/L INo Avg of qtrly CDFAnalytical_

00:00:00 composites. See Att Calculated_042C I

I I

=

I I

1, Tab 1 2015.zip Page 20 of 28

mVY U k14tUy composites. See Att 1 T~hl 1 Ta 1

M-UUIH Mercury, Iotal gu-Day Mean

)IIUbtu.i5 UIU1/u/Zu1S

)0:00:00 ND UgIL 05 1J0 Qtrly avg-Att 1 Tab 1

& Att 2 Contract Lab RPnnrt M-001H Nickel, Total 90-Day Mean 01/06/2015 01/07/2015

=

18 ug/L No Avg of qtrly 00:00:00 composites. See Att 1

1. Tab 1 M-001H Oil and Grease Monthly Average 01/02/2015: 01/02/2015 ND mg/L 1.4 No Avg result for qtrly (Mean) 00:00:00 samples. See Att 1, Tab 1 M-001H Silver, Total 90-Day Mean 01/06/2015: 01/07/2015 ND ug/L 5

No Avg of qtrly 00:00:00 composites. See Att

.1, Tab 1 M-001H Total Suspended Solids 30-Day Average 03/01/2015: 03/01/2015 DNQ 3 mg/L 2

5 No Monthly avg result.

(TSS) of Daily Averages 00:00:00 See Attachment 1, Tab 13 M-001H Total Suspended Solids 30-Day Average 01/02/2015: 01/02/2015 ND mg/L 2

-No Monthly avg result.

(TSS) of Daily Averages 00:00:00 See Attachment 1, Tab 11 M-001H Total Suspended Solids 30-Day Average

)2/01/2015 : 02/02/2015 ND mg/L 2

-No Monthly avg result.

(TSS) of Daily Averages 00:00:00 See Attachment 1, Tab 12 M-001H Zinc, Total 90-Day Mean 01/06/2015 : 01/07/2015 DNQ 8 ug/L 5

10 No Avg of qtrly 00:00:00 composites. See Att 1_

.1, Tab 1 M-001L Cadmium, Total 90-Day Mean 01/08/2015 : 01/08/2015 ND ug/L 5

No Avg of qtrly 00:00:00 composites. See Att 1, Tab 1 M-001L Chromium (Total) 90-Day Mean 01/08/2015 : u1/08/2015 ND ug/L 5

No Avg of qtrly 00:00:00 composites. See Att 1, Tab 1 M-001L Copper, Total 90-Day Mean 01/08/2015 : 01/08/2015 ND ug/L 5

No Avg of qtrly 00:00:00 composites. See Att

1. Tab 1 M-001L Lead, Total 90-Day Mean 01/08/2015 : 01/08/2015 ND ug/L 5

No Avg of qtrly 00:00:00 composites. See Att 1, Tab 1 M-001L Mercury, Total 90-Day Mean 01/08/2015: 01/08/2015 ND ug/L

.05 No Qtriy avg-Att 1 Tab 00:00:00

& Att 2 Contract Lab Report M-001L Nickel, Total 90-Day Mean 01/08/2015 : 01/08/2015 ND ug/L No Avg of qtrly 00:00:00 composites. See Att

.1. Tab 1 M-001L Oil and Grease Monthly Average 01/08/2015 : 01/08/2015 ND mg/L 1.4

-No Avg result for qtrly (Mean) 00:00:00 samples. See Att 1, Tab 1 M-001L Silver, Total 90-Day Mean 01/08/2015 : 01/08/2015 ND ug/L 5

-No Avg of qtrly 00:00:00 composites. See Att 1, Tab 1 M-001L Total Suspended Solids 30-Day Average 01/08/2015 : 01/08/2015 ND mg/L 2

No Monthly avg result.

(TSS) of Daily Averages 00:00:00 See Attachment 1, Tab 11 M-001L Total Suspended Solids 30-Day Average 02/09/2015 : 02109/2015 ND mg/L 2

No Monthly avg result.

(TSS) of Daily Averages 00:00:00 See Attachment 1, Tab 12 M-001L Total Suspended Solids 30-Day Average 03/10/2015 : 03/10/2015 ND mg/L 2

No Monthly avg result.

(TSS) of Daily Averages 00:00:00 See Attachment 1,

___a__

b11 Page 21 of 28

M-UUIL ILnc, j orai u-L)ay viean UiIZU1: u/u./1Uui NU UgIL b

NO vg or qrIy uur_,naiyrjcai_

00:00:00 composites. See Aft Calculated_042C I

I I

F 1 Tab 1 2015.zip M-001N Oil and Grease 30-Day Average 01/02/2015 01/27/2015 DNQ 0.72 mg/L

.72 5

No Monthly avg - Aft 1 CDF Analytical_

of Daily Averages 00:00:00 Tab 8 & Att 2 Contr. Calculated_042C Lab Rot.

2015.zip M-001N Oil and Grease 30-Day Average 02/03/2015 : 02/24/2015 DNO 0.72 mg/L

.24 5

No Monthly avg - Art 1 CDF Analytical_

of Daily Averages 00:00:00 Tab 9 & Aft 2 Contr. Calculated_042C

_Lab Rpt.

2015.zip M-001N Oil and Grease 30-Day Average 03/03/2015 : 03/23/2015 DNQ 0.52 mg/L

.24 5

No Monthly avg - Att 1 CDF Analytical_

of Daily Averages 00:00:00 Tab 10 & Aft 2 Contr. Calculated_042C ILab Rot.

2015.zip M-001N Settleable Solids 30-Day Average 01/02/2015 : 01/27/2015 DNQ 0.1 mil/L

.1

.1 No Monthly avg - Att 1 CDFAnalytical_

00:00:00 Tab 8 & Att 2 Contr. Calculated_042C Lab Rot.

2015.zip M-001N Settleable Solids 30-Day Average 02/03/2015 : 02/24/2015 DNO 0.1 mil/L

.1

.1 No Monthly avg - Att 1 CDF Analytical_

00:00:00 Tab 9 & Att 2 Contr. Calculated_042{

_Lab Rpt.

2015.ziO M-001N Settleable Solids 30-Day Average 03/03/2015 : 03/23/2015 DNO 0.1 mi/L

.1

.1 No Monthly avg - Aft 1 CDF Analytical 00:00:00 Tab 10 & Aft 2 Contr. Calculated_042(

Lab Rpt.

2015.zip M-001N Total Suspended Solids 30-Day Average 01/02/2015 : 01/27/2015

=

18 mg/L No Monthly avg - Aft 1 CDFAnalytical_

(TSS) of Daily Averages 00:00:00 Tab 8 & Aft 2 Contr. Calculated_042C Lab Rpt.

2015.zip M-001N Total Suspended Solids 30-Day Average 02/03/2015 : 02/24/2015

=

17 mg/L No Monthly avg - Aft 1 CDFAnalytical_

(TSS) of Daily Averages 00:00:00 Tab 9 & Att 2 Contr. Calculated_042C Lab Rot.

2015.zip M-0O1N Total Suspended Solids 30-Day Average 03/03/2015 : 03/23/2015

=

11 mg/L No Monthly avg - Aft 1 CDFAnalytical_

(TSS) of Daily Averages 00:00:00 Tab 10 & Att 2 Contr. Calculated_042C Lab Rot.

2015.zip M-001P pH Daily Average 01/12/2015 : 01/12/2015

=

7.7 SU No See Attachment #1, CDF Analytical_

(Mean) 12:30:00 Tab 11 Calculated_042C I

2015.zip M-001P pH Daily Average 02/05/2015 : 02/05/2015

=

7.7 SU No See Attachment #1, CDFAnalytical_

(Mean) 07:30:00 Tab 12 Calculated_042{

2015.zip M-001P pH Daily Average 03/12/2015 : 03/12/2015

=

7.7 SU No See Attachment #1, CDF Analytical_

(Mean) 07:05:00 Tab 13 Calculated_042C 2015.zip M-001P Total Suspended Solids 30-Day Average 03112/2015 : 03/12/2015 5 mg/L No Monthly avg result.

CDF Analytical_

(TSS) of Daily Averages 00:00:00 See Attachment 1, Calculated_042C Tab 13 2015.zip M-001P Total Suspended Solids 30-Day Average 01/12/2015 : 01/15/2015

=

17 mg/L No Monthly avg result.

CDF Analytical_

(TSS) of Daily Averages 00:00:00 See Attachment 1, CalculatedO042C Tab 11 2015.zip M-001P Total Suspended Solids 30-Day Average 02/05/2015 : 02/05/2015 DNQ 2 mg/L 2

5 No Monthly avg result.

CDFAnalytical_

(TSS) of Daily Averages 00:00:00 See Attachment 1, Calculated_042C Fab 12 20152zip M-002 Oil and Grease Monthly Average 01/08/2015 : 01/08/2015 ND mg/L 1.4 No Avg result for qrtrly CDF Analytical_

(Mean) 00:00:00 samples. See Att 1, Calculated_042C Tab 1 2015.zip M-002 pH Daily Average 01/08/2015 : 01/08/2015

=

8.1 SU No See Attachment #1, CDFAnalytical_

(Mean) 00:00:00 Tab 11 Calculated_042C 2015.zip M-002 pH Daily Average 02/02/2015 : 02/02/2015

=

8 SU No See Attachment #1, CDFAnalytical_

(Mean) 00:00:00 Tab 12 Calculated 042C 2015.zip M-002 pH Daily Average 03/03/2015 : 03/03/2015

=

8 SU No See Attachment #1, CDFAnalytical_

(Mean) 00:00:00 Tab 13 Calculated 042C I_

2015.zip Page 22 of 28

I'U IULCII 3U ~PlllUcU OUIU*

iJU'tu y /veeyc zy U

3 1UJ -D.

UVJ1Ul UJJ O Illy/LU IIlUIILIIly dVY I*CUli.

LLJ

/IIOIYlLILCll_

(TSS) of Daily Averages 00:00:00 See Attachment 1, Calculated 042C 1'ab 13 2015.zip M-002 Total Suspended Solids 30-Day Average 01108/2015 01/08/2015 DNQ 2 mg/L 2

5 No Monthly avg result.

CDFAna ytical_

(TSS) of Daily Averages 00:00:00 See Attachment 1, Calculated 042C Tab 11 2015.zip M-002 Total Suspended Solids 30-Day Average 02/02/2015 : 02/02/2015 DNQ 2 mg/L 2

5 No Monthly avg result.

CDF Analytical_

(TSS) of Daily Averages 00:00:00 See Attachment 1, Calculated_042 Tab 12 2015.zip M-003 Total Suspended Solids 30-Day Average 01/08/2015 : 01/0912015 DNQ 3 mg/L 2

5 No Monthly avg result.

CDF Analytical_

(TSS) of Daily Averages 09:13:00 See Attachment 1, Calculated_042C Fab 11 2015.zi M-003 Total Suspended Solids 30-Day Average 02/02/2015: 02/03/2015 DNQ 3 mg/L 2

5 No Monthly avg result.

CDF Analytical_

(TSS) of Daily Averages 15:15:00 See Attachment 1, Calculated-042C Tab 12 2015.zi M-003 Total Suspended Solids 30-Day Average 03/03/2015: 03/0412015 ND mg/L 2

No Monthly avg result.

CDFAnalytical_

i(TSS) of Daily Averages 14:07:00 See Attachment 1, Calculated_042C Tab 13 2015.zip M-INF Chromium (Total) 90-Day Mean 01/15/2015: 03/03/2015 ND ug/L 5

No Quarterly avg result. CDF Analytical_

00:00:00 See Attachment 1, Calculated_0420 Fab 1.

2015.zip M-INF Copper, Total 90-Day Mean 01/15/2015: 03/03/2015 DNQ 7 ug/L 5

10 No Quarterly avg result, CDFAnalytical_

00:00:00 See Attachment 1, Calculated 042C Tab 1.

2015.zip M-INF Nickel, Total 90-Day Mean 01/15/2015 : 03/03/2015 ND ug/L 5

No Quarterly avg result. CDFAnalytical_

00:00:00 See Attachment 1, Calculated_042{

Tab 1.

2015.zip M-INF Temperature 24-hour Average 01/01/2015: 01/01/2015

=

58 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 2015.zip M-INF Temperature 24-hour Average 01/02/2015: 01/02/2015

=

57.9 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 01/03/2015 : 01/03/2015

=

57.4 Degrees No CDF Analytical 00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 01/04/2015: 01/04/2015

=

57.2 Degrees No CDF-Analytical_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 01/05/2015 :01/05/2015 57.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 01/06/2015: 01/06/2015

=

58.4 Degrees No CDF Analytical 00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 01/07/2015 :01/07/2015

=

59.3 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C S2015.zi M-INF Temperature 24-hour Average 01/08/2015 :01/08/2015

=

59.3 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 01/09/2015 :01/09/2015

=

59.3 Degrees No CDF Analytical 00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 01/10/2015: 01/10/2015

=

59.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-INF emperature 24-hour Average 01/11/2015 : 01/11/2015 59.4 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C I _2015.zip Page 23 of 28

00:00:00 Calculated_042(

2njl, z

M-INF Temperature 24-hour Average 01/13/2015 01/13/2015

=

59.8 Degrees No CDF_- Analytical_

00:00:00 F

Calculated_042(

2015.zip M-INF Temperature 24-hour Average 01/14/2015 : 01/14/2015

=

59.7 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip VM-INF Temperature 24-hour Average 01/15/2015 : 01/15/2015

=

59.6 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M1-INF Temperature 24-hour Average 01/16/2015 : 01/16/2015

=

59.5 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042(

2015.zp MI-INF Temperature 24-hour Average 01/17/2015: 01/17/2015

=

59.4 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C 2015.zip v1-INF Temperature 24-hour Average 01/18/2015: 01/18/2015

=

59.6 Degrees No CDF -Analytical_

00:00:00 F

Calculated_042(

2015.zip v1-INF Temperature 24-hour Average 01/19/2015 :01/19/2015

=

59.4 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip Vl-INF Temperature 24-hour Average 01/20/2015 :01/20/2015

=

58.7 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C

,2015.zip v1-INF Temperature 24-hour Average 01/21/2015: 01/21/2015

=

58.8 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C I

_2015,zip V-INF Temperature 24-hour Average 01/22/2015 :01/22/2015

=

59.2 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C

_______2015 zip v1-INF Temperature 24-hour Average 01/23/2015 :01/23/2015

=

59.2 Degrees No CDFAnaytical_

00:00:00 F

Calculated_042C

,2015.zip v-INF Temperature 24-hour Average 01124/2015 :01/24/2015

=

59.1 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042C I

_2015.zip v-INF Temperature 24-hour Average 01/25/2015 :01/25/2015

=

59.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip Vl-INF Temperature 24-hour Average 01/26/2015 :01/26/2015

=

59 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 1

_2015.zip Vl-INF Temperature 24-hour Average 01/27/2015 :01/27/2015

=

59.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip

'A-INF Temperature 24-hour Average 01/28/2015 :01/28/2015

=

59 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip A-INF Temperature 24-hour Average 01/29/2015 :01/29/2015

=

59 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip A-INF Temperature 24-hour Average 01/30/2015 :01/30/2015

=

59 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C

_2015.zip

-INF Temperature 24-hour Average 01/31/2015 :01/31/2015

=

58.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 1_ __ _

2015.zip Page 24 of 28

i--i!

auth cI~

Crl*

t-iJUI f

'lVC!

oyC VCPJ

/*.LC J+/-

JVL UUIf U-JJ

.1C.0 L!~yI CO 4U

%ULrM o-1 llytLo.l_

00:00:00 F

Calculated_042C 2015.zi M-INF

-emperature 24-hour Average 02/02/2015 02/02/2015

=

58.7 Degrees No CDF Analytical_

00:00:00 F

Calculated_042

(

_ _2015.zip M-INF Temperature 24-hour Average 02/03/2015 : 02/03/2015

=

59 Degrees No CDF_.Analytical_

00:00:00 F

Calculated_042

(

_ _2015.zi p

M-INF Temperature 24-hour Average 02/04/2015 : 02/04/2015

=

59.1 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042 2015.zip M-INF Temperature 24-hour Average 02/05/2015 :02/05/2015

=

59.2 Degrees No CDF Analytical 00:00:00 F

Calculated

_042

_2015.zip M-INF Temperature 24-hour Average 02/06/2015 :02/06/2015

=

59.3 Degrees No CDF Analytical_

0 0 :0 0 :0 0 F

C a lc u late d

_04 2

(

2015.zip M-INF Temperature 24-hour Average 02107/2015 : 02/07/2015

=

59.4 Degrees No CDF_- Analytical_

00:00:00 F

Calculated_042

(

2015.zip M-INF Temperature 24-hour Average 02/08/2015 :02/08/2015

=

59.7 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 02/09/2015 : 02/09/2015

=

59.8 Degrees No CDF Analytical_

00:00:00 F

Calculated_042

(

2015.zio M-INF Temperature 24-hour Average 02/10/2015 :02/10/2015 59.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042

(

_________No__

_________2015.zip M-INF Temperature 24-hour Average 02/11/2015 : 02/1112015

=

59.3 Degrees No CDF_- Analytical_

00:00:00 F

Calculated_042

(

2015.zip M-INF Temperature 24-hour Average 02/12/2015 :02/12/2015

=

59.9 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042

(

2015.zip M-INF Temperature 24-hour Average 02/13/2015 : 02/13/2015

=

59.6 Degrees No CDF Analytical 00:00:00 F

Calculated_042 2015.zip M-INF Temperature 24-hour Average 02/14/2015 :02/14/2015

=

59.4 Degrees No CDF

.Analytical_

00:00:00 F

Calculated_042 2015.zip M-INF Temperature 24-hour Average 02/15/2015 : 02/15/2015

=

59 Degrees No CDF Analytical_

00:00:00 F

Calculated_042

(

2015.zip M-INF Temperature 24-hour Average 02/16/2015 : 02/16/2015

=

58.6 Degrees No CDF Analytical 00:00:00 F

Calculated_042

(

2015.zip M-INF Temperature 24-hour Average 02/17/2015 :02/17/2015

=

58.6 Degrees No CDF Analytical_

00:00:00 F

Calculated

_042C 2015.zip M-INF Temperature 24-hour Average 02/18/2015 :02/18/2015

=

58.2 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 02/19/2015 :02/19/2015

=

58.2 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C M-INF Temperature 24-hour Average 02/20/2015 : 02/20/2015

=

57.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C I_

I_

I 2015.zip Page 25 of 28

UU:UU:Uu Calculated 042(

.fl C

M-INF Temperature 24-hour Average 02/22/2015 0212212015

=

58.5 Degrees No CDF.. Analytical_

00:00:00 F

Calculated 042(

2015.zip M-INF Temperature 24-hour Average 02/23/2015 : 02/23/2015

=

58.2 Degrees No CDF Analytical 00:00:00 F

Calculated 042(

2015.zip M-INF Temperature 24-hour Average 02/24/2015 0212412015

=

58.1 Degrees No CDF_- Analytical_

00:00:00 F

Calculated_042(

2015.zip M-INF Temperature 24-hour Average 02/25/2015 : 02/25/2015

=

56.4 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-INF Temperature 24-hour Average 02/26/2015 :02/26/2015

=

54.8 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

_2015.zip M-INF Temperature 24-hour Average 02/27/2015 :02/27/2015

=

53.8 Degrees No CDF_- Analytical_

00:00:00 F

Calculated_042(

I_

2015.zip M-INF Temperature 24-hour Average 02/28/2015 :02/28/2015

=

53.6 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.ziD M-INF Temperature 24-hour Average 03/01/2015 :03101/2015

=

55.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015,ZID M-INF Temperature 24-hour Average 03/02/2015 :03/02/2015

=

56.5 Degrees No CDF_- Analytical 00:00:00 F

Calculated_042(

I

_2015.zip M-INF Temperature 24-hour Average 03/03/2015 :03/03/2015

=

56.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-INF Temperature 24-hour Average 03/04/2015 : 03/04/2015

=

55 Degrees No CDF Analytical 00:00:00 F

Calculated 042(

2015.zip M-INF Temperature 24-hour Average 03/05/2015 :03/05/2015

=

55.9 Degrees No CDFAnalytical_

00:00:00 F

Calculated 042(

2015.zip M-INF Temperature 24-hour Average 03/06/2015 :03/06/2015

=

55.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 03/07/2015 :03/07/2015

=

55.8 Degrees No CDF Analytical_

00:00:00 F

Calculated_042(

2015.zip M-INF Temperature 24-hour Average 03/08/2015 :03/08/2015

=

55.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 03/09/2015 :03/09/2015

=

55.6 Degrees No CDFAnalytical 00:00:00 F

Calculated_042C 2015.zip M-INF Temperature 24-hour Average 03/10/2015 :03/10/2015

=

56.7 Degrees No CDF Analytical 00:00:00 F

Calculated_042(

2015.zip M-INF Temperature 24-hour Average 03/11/2015 :03/11/2015

=

56.6 Degrees No CDF Analytical 00:00:00 F

Calculated_042(

2015.zip M-INF Temperature 24-hour Average 03/12/2015 :03/12/2015

=

55.8 Degrees No CDF Analytical_

00:00 F

Calculated 042(

S1_

1_

1 2015.zip Page 26 of 28

00:00:00 F

Calculated_0420

_2015.zip M-INF Temperature 24-hour Average 03/14/2015: 03/14t2015

=

55.9 Degrees No CDF Analytical_

00:00:00 F

Calculated 0420 2015,zip M-INF Temperature 24-hour Average 03/15/2015: 03/1502015

=

56.2 Degrees No CDF.Analytical_

00:00:00 F

Calculated_0420 2 015.zip M-INF Temperature 24-hour Average 03/16/2015: 03/16/2015

=

56 Degrees No CDF Analytical_

00:00:00 F

Calculated 0420 S2015,zi M-INF Temperature 24-hour Average 03/17/2015 : 03/17/2015

=

56 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-INF Temperature 24-hour Average 03/18/2015 : 03/18t2015

=

53.8 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zio M-INF Temperature 24-hour Average 03/19/2015 : 03/1912015

=

54.2 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-INF Temperature 24-hour Average 03/20/2015 : 03/2012015

=

54.8 Degrees No CDFAnalytical 00:00:00 F

Calculated_0420 I

2015.zip M-INF Temperature 24-hour Average 03/21/2015 : 03/21/2015

=

55,4 Degrees No CDF Analytical 00:00:00 F

Calculated_0420 2015.zip M-INF Temperature 24-hour Average 03/22/2015 : 03/22/2015

=

55.8 Degrees No CDF Analytical 00:00:00 F

Calculated_0420 I__

I_

a2015.zip M-INF Temperature 24-hour Average 03/23/2015 : 03/23/2015

=

55.7 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 M-INF Temperature 24-hour Average 03/24/2015 : 03/24/2015

=

53.7 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 2015.zio M-INF Temperature 24-hour Average 03125/2015: 03/25/2015

=

52.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-INF Temperature 24-hour Average 03/26/2015 : 03/26/2015

=

54.1 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420

_____________2015

.zip M-INF Temperature 24-hour Average 03/27/2015 : 03/27/2015

=

53.5 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-INF Temperature 24-hour Average 03/28/2015 : 03/28/2015

=

53.4 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zio M-INF Temperature 24-hour Average 03/29/2015 : 03/29t2015

=

54 Degrees No CDFAnalytical_

00:00:00 F

Calculated_0420 2015.zip M-INF Temperature 24-hour Average 03/30/2015 : 03/30t2015

=

53.5 Degrees No CDFAnalytical_

00:00:00 F

Calculated_042q 2015.zip M-INF Temperature 24-hour Average 03/31/2015 : 03/31/2015

=

52.9 Degrees No CDF Analytical_

00:00:00 F

Calculated_0420 2015.zip M-INF Temperature Daily Maximum 01/01/2015 : 01/31/2015

=

59.8 Degrees No CDF Analytical_

00:00:00 F

Calculated 0420 015.zipio Page 27 of 28

IIt'Il LJlly I-l IIU ULIVILVUJ

.tjLIZO/LU+/-.)

aty!

, lucyI IrN LUýI-drlRlyLI1Ld_

00:00:00 F

Calculated_042C 2015.zip M-INF Temperature Daily Maximum 03/01/2015 : 03/31/2015

=

56.7 Degrees No CDF

_Analytical _

00:00:00 F

Calculated 042C

_2015.zip M-INF Temperature Monthly Average 01/01/2015 :01/31/2015

=

58.9 Degrees No CDF

_Analytical.

of Daily Averages 00:00:00 F

Calculated_042 M-INF Temperature Monthly Average 02/01/2015 : 02/28/2015

=

58.3 Degrees No CDFAnalytical_

of Daily Averages 00:00:00 F

Calculated_042i 2015 zip M-INF Temperature Monthly Average 03/01/2015 : 03/31/2015

=

55.1 Degrees No CDF Analytical_

of Daily Averages 00:00:00 F

Calculated 042C 2015.zio M-INF Zinc, Total 90-Day Mean 01/15/2015 : 03/03/2015 DNQ 5 ug/L 5

10 No Quarterly avg result. CDFAnalytical_

00:00:00 See Attachment 1, Calculated 042C Tab 1.

2015.zip Certificate I certify under penalty of law that this document and all attachments were prepared under my direction or supervision In accordance with a system designed to assure that qualified personnel properly gather and evaluate the Information submitted. Based on my inquiry of the person or persons who manage the system, or those persons directly responsible for gathering the Information, the information submitted is, to the best of my knowledge and belief, true, accurate, and complete. I am aware that there are significant penalties for submitting false information, including the possibility of fine and imprisonment for knowing violations.

I certify that I am Kenneth Cortese and am authorized to submit this report on behalf of PG&E Diablo Canyon Power Plant. I understand that I am submitting the following report(s):

- Quarterly SMR ( MONNPDES ) report for Q1 2015 (due 04/20/2015)

I understand that data submitted in this report(s) can be used by authorized agencies for water quality management related analyses and enforcement actions, if required.

I am also aware that my user ID, password, and answer to a challenge question constitute my electronic signature and any Information I indicate I am electronically certifying contains my signature. I understand that my electronic signature is the legal equivalent of my handwritten signature. I certify that F have not violated any term in my Electronic Signature Agreement and that I am otherwise without any reason to believe that the confidentiality of my password and challenge question answers have been compromised now or at any time prior to this submission. I understand that this attestation of fact pertains to the implementation, oversight, and enforcement of a federal environmental program and must be true to the best of my knowledge.

Name:

Kenneth Cortese

Title:

No Title Page 28 of 28

-2015 1st Qrt DCPP NPDES Worksheets.xlsm Diablo Canyon Power Plant - NPDES Data Worksheets 1 st Quarter 2015 Tab Information Y

Go To Tab I 1

Miscellaneous Quarterly Averaqes Go To Tab 2 2

Circulating Water Chlorine Residual - January Go To Tab 3 3

Circulating Water Chlorine Residual - February Go To Tab 4 4

Circulating Water Chlorine Residual - March Go To Tab 5 5

001 D Flow Weighted Averages For TSS and O&G - January Go To Tab 6 6

001 D Flow Weighted Averages For TSS and O&G - February Go To Tab 7 7

001 D Flow Weighted Averages For TSS and O&G - March Go To Tab 8 8

001 N TSS, SS and O&G - January Go To Tab 9 9

001N TSS, SS and O&G - February Go To Tab 10 10 001N TSS, SS and O&G - March Go To Tab I1 11 Miscellaneous Duplicates - January Go To Tab 12 12 Miscellaneous Duplicates - February Go To Tab 13 13 Miscellaneous Duplicates - March Navigation

- 2015 1st Ort DCPP NPDES Worksheets.xlsm A

B C

D E

F G

H I

J K

2 Miscellaneous Quarterly Average Calculations for Quarterly eSMR 3 1 1

1 1

4

- For Influent uarterl Metals.

ll in highlighted cells onlyt Subsequent cells will be filled in automatically.

5 10 pgIL is DCPP lab Reporting Limit. 5 pg/L is DCPP lab MDL.

6

/_____

Analysis Resu for Daily Numerncal Repo ting verage 7

Date Date Lab Parameter Results Average Average Quarterly Average for Quarter 9

1/15/2015 1122/2015 DCPP Influent Cr ND(5) 0 0

0 ND(5) 10 21212015 2/12/2015 DCPP Influent Cr ND(5) 0 0

11 31312015 3/17/2015 DCPP Influent Cr ND(5) 0 0

12 13 1/15/2015 112212015 DCPP Influent Cu DNQ(7) 7 7

7 DNQ(7) 14 2/2/2015 2/12/2015 DCPP Influent Cu DNQ(7) 7 7

15 3/3/2015 3/17/2015 DCPP Influent Cu DNQ(6) 6 6

16 17 1/15/2015 1/2212015 DCPP Influent Ni ND(5) 0 0

0 ND(5) 18 2/2/2015 2/1212015 DCPP Influent Ni ND 5) 0 0

19 3/3/2015 3117/2015 DCPP Influent Ni ND(5) 0 0

.20 21 1/15/2015 1/2212015 DCPP Influent Zn ND(5) 0 0

2 DNQ(5) 22 2/212015 211212015 DCPP Influent Zn ND(5 0

0 23 3/3/2015 3117/2015 DCPP Inf1uentZn DNQ(6) 6 6

24 25 Quarterly Oil and Grease Averages 26 5.0 mglL is DCPP lab Reporting Limit. 1.4 mg/L is DCPP lab MDL.

27 Analysis Result for Numerical Reporting Average 28 Sample Date Date Location Unit Parameter Results Average Daily Average Quarterly Average for Quarter 29 30 1/212015 1/14/2015 O01H 1

O&G ND(1.4) 0.0 0.0 0.0 NDII.4) 31 1/212015 1114/2015 O01H 2

O&G ND(1.4) 0.0 32 33 1/8/2015 1/14/2015 001L 1

O&G ND(1.4) 0.0 0.0 0.0 ND(1.4) 34 118/2015 1/14/2015 001L 2

O&G ND(1.4) 0.0 36 11812015 1/14/2015 002 1

O&G ND(1.4) 0.0 0.0 0.0 ND(1.4) 37 1/5/2015 1/27/2015 002 2

O&G ND(1.4) 0.0 38 39 Quarterly Metals Composite Averages 40 10

/iglL is DCPP lab Reporting Limit. 5 pg/L is DCPP lab MDL.

Last First Aliquot Aliquot Result for Numerical Reporting Average 42 Date Date Location Unit Parameter Results Average Quarterly Average for Quarter 43 1/712015 319/2015 001H 1

Ag ND(5) 0 0

ND(5) 44 1/6/2015 319/2015 001H 2

Ag ND(5) 0 45 46 1/7/2015 31912015 001H 1

Cd ND(5) 0 0

ND(5) 47 116/2015 3/9/2015 O01H 2

Cd ND(5) 0 48 49 1/7/2015 3/9/2015 O01H 1

Cr 16 16 14 14 50 1/6/2015 3/9/2015 O01H 2

Cr 12 12 51 52 1/7/2015 3/9/2015 O01H 1

Cu 35 35 39 39 53 1/6/2015 3/9/2015 OO1H 2

Cu 42 42 54 55 1/7/2015 319/2015 O01H 1

Ni 21 21 is 18 56 1/612015 3/9/2015 001H 2

Ni 15 15 57 58 1/7/2015 3/9/2015 001H 1

Pb 23 23 21 21 59 1/6/2015 3/9/2015 001H 2

Pb 19 19 60 61 1/7/2015 3/912015 001H 1

Zn 6

6 8

DNQ68) 62 1/6/2015 3/912015 001H 2

Zn 9

9 63 64 1/7/2015 3/9/2015 001H 1

Hg ND(O.050) 0.050 0.050 ND(0.050) 65 1/612015 3/9/2015 001H 2

Hg ND(0.050) 0.050 66 1

67 68 118/2015 31412015 001L 1

Ag NDS) 0 0

ND/5) 69 1/8/2015 314/2015 001L 2

Ag I

ND(S) 00

70.

I I

IIIII 71 1 1/8/2015 3/4/2015 001L 1

2 2

Cd ND(5)

ND(5)

N D(5) 0 0

0 0

0 ND(5)

ND(5) 77 3/4/2015 001L Cuu ND(5) 0 0

ND(5) u ND(5) 0 1

I ND(5)

I 86 1/8/2015 3/4/2015 001L 1

Zn 871 1/8/2015 3/412015 J001L

[

2 lZn

- 2015 1st Ort DCPP NPDES Worksheets.xlsm A

B C

D E

F G

H I

J K

L M

N 0

p 2

Chlorine for eSMR 3

1 4

FILL IN ONLY SHADED/COLORED CELLS 5

6 Date 7

111/2015 11212015 1/3/2015 1/412015 1/512015 116/2015 1/7/2015 1/8/2015 1/9/2015 1/10/2015 1/1112015 1/12/2015 1/13/2015 1114/2015 1/15/2015 8

Unit 1 TRC (ppb) 46 46 35 35 27 17

<10 17 24 27 17 20 20 13 18 9

38 46 32 35 24 20 13 17 24 27 20 20 20 17 14 10 38 46 38 32 24 17 15 15 18 27 17 17 18 14 15 11 46 46 35 32 17 17 18 20 27 20 18 20 20 17 25 12 38 38 38 35 17 14 18 27 29 29 20 22 15 20 24 13 46 32 35 29 22 13 18 27 29 22 20 15 18 20 25 14 Unit 1 C12 Use Ibs) 331.2 326.4 316.8 316.8 316.8 316.8 316.8 316.8 316.8 316.8 316.8 316.8 316.8 316.8 331.2 15 Unit 2 TRC (ppb) 44 40 40 33 30 30 25 36 28 40 28 28 28 30 30 16 44 44 40 40 36 28 30 30 28 40 28 23 30 33 28 17 36 40 36 40 36 30 25 30 44 33 28 23 30 28 30 18 44 40 33 36 36 28 21 33 30 36 25 30 25 44 38 19 40 40 33 36 30 30 30 33 33 33 23 25 28 30 45 20 40 40 36 33 36 33 30 28 33 33 23 25 30 28 42 21 Unit 2 C12 Use (Ibs) 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 22 23 46 46 38 35 27 20 18 27 29 29 20 22 20 20 25 24 44 44 40 40 36 33 30 36 44 40 28 30 30 44 45 25 Daily Maximum TRC (ppb) 46 46 40 40 36 33 30 36 44 40 28 30 30 44 45 26 DailyCl2Use(Ibs) 706 701 691 691 691 691 691 691 691 691 691 691 691 691 706 27 28 29 30 31 32

.33 34 35 2

- 2015 1st Qrt DCPP NPDES Worksheets.x/sm Q

R S

T U

V W

X Y

Z AA AB AC AD AE AF AG 1

R

-S T

U 2

3 4

5 6

7 111612015 1/1712015 111812015 1/1912015 1120/2015 1/2112015 1122/2015 1123/2015 1124/2015 1125/2015 112612015 1127/2015 1128/2015 1/29/2015 1/3012015 1/3112015 8

20 24 24 21 27 27 27 22 17 20 18 22 18 18 20 20 9

24 22 27 25 32 27 24 20 13 18 18 18 14 22 22 20 10 21 27 20 22 27 27 24 20 20 20 19 20 18 20 20 22 11 27 27 26 24 27 29 27 20 24 18 18 18 18 22 22 24 12 32 22 26 32 32 27 27 22 24 24 20 18 18 22 20 24 13 24 22 25 22 27 24 24 20 20 15 17 17 14 20 24 20I 14 345.6 345.6 345.6 345.6.

345.6 3495.9 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 15 40 40 36 35 48 48 30 36 25 36 33 44 28 30 33 40

.16 32 44 33 38 48 44 30 33 30 33 36 30 33 36 40 40 17 35 44 44 40 40 44 36 30 36 30 33 33 36 28 36 36 is 33 40 38 40 40 33 40 28 40 40 30 33 33 36 40 36 19 36 36 42 40 40 36 40 33

<10 33 40 33 33 40 40 36 20 33 40 32 40 44 2B 36 36 30 33 44 33 36 33 36 36 21 374.4 374.4 374.4 374.4 374.4 374.4 374.4 374.4 343.2 374.4 374.4 374.4 374.4 374.4 374.4 374.4.

22 23 32 27 27 32 32 29 27 22 24 24 20 22 18 22 24 24 24 40 44 44 40 48 48 40 36 40 40 44 44 36 40 40 40 25 40 44 44 40 48 48 40 36 40 40 44 44 36 40 40 40 26 720 720 720 720 720 720 720 720 689 720 720 720 720 720 720 720 27 Chlorine (ppb)

(Ibs/day) 28nthye 40 706 29MONTHLY CHLORINE USE:

21,895 Ibs.

Maximum 48 720 30 Minimum 28 689 31 Verify that values have correct references.

32 3/4/15 12c5: Verified all row calcs to end at col AF for 31 -day month.

33 H34 35 2

- 2015 1st Qrt DCPP NPDES Worksheets.xlsm A

B C

D E

F G

H I

J K

L M

N O

P "2

Chlorine for eSMR 3

1 4

FILL IN ONLY SHADEDICOLORED CELLS

._5,1 6

Date 7

2/1/2015 212/2015 2/3/2015 2/4/2015 21512015 2/6/2015 217/2015 21812015 2/912015 211012015 211112015 2/1212015 2/1312015 2/14/2015 2/15/2015 8

Unit I TRC (ppb) 20 17 22 18 20 20 20 18 15 27 22 24 22 27 24 9

20 15 20 18 20 20 20 22 14 27 27 22 24 32 22 10il 20 14

-T22 18 22 20 22 20 18 27 18 22 24 27 24 11 18 22 17 18 24 22 24 15 24 24 27 29 22 27 27 12 14 18 20 20 22 18 18 17 24 27 24 24 27 27 27 13 17 24 18 20 22 17 18 17 22 27 24 24 24 27 27 14 Unit 1 C12 Use (Ibs) 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 360.0 374.4 374.4 374.4 374.4 374.4 374.4 15 Unit 2 TRC (ppb) 36 28 33 25 21 23 21 25 17 33 36 40 44 44 36 16 36 30 30 21 23 28 25 23 17 36 36 33 40 44 36

.17 36 30 30 21 25 19 30 21 16 28 33 36 44 44 36 18 28 33 23 21 25 25 23 23 28 33 33 40 36 48 40 19 33 36 28 23 23 21 23 21 25 28 40 40 44 44 36 20 33 33 23 21 23 25 25 17 30 25 40 44 48 40 44 21 Unit 2 CI2 Use (IbsI 374.4 360 345.6 345.6 345.6 345.6 345.6 345.6 360 374.4 374.4 374.4 374.4 374.4 374.4 23 20 24 22 20 24 22 24 22 24 27 27 29 27 32 27 24 36 36 33 25 25 28 30 25 30 36 40 44 48 48 44 25 DailyMaximumTRC(ppb) 36 36 33 25 25 28 30 25 30 36 40 44 48 48 44 26 DailyCI2Use(Ibs) 720 706 691 691 691 691 691 691 720 749 749 749 749 749 749 27 28 29 30 31 32 L33 34 351 3

- 2015 1st Qrt DCPP NPDES Worksheets.xlsm Q

R S

T U

V W

X Y

Z AA AB AC AD AE AF AG 2

3 4

5 6

7 2/1612015 2/17/2015 2/1812015 2/19/2015 2120/2015 2/21/2015 212212015 2/23/2015 2/2412015 212512015 2/2612015 2127/2015 2/2812015 8

27 29 20 24 22 18 15 15

<10

<10 18 18 20 9

27 29 24 22 22 17 14 13

<10

<10 17 20 24 10 24 29 22 22 18 20 13 13

<10

<10 18 20 22 11 29 18 24 No Injection 17 14 12 11

<10 17 17 22 22 12 27 27 35 18 18 17 13 12

<10 17 20 18 20 13 27 24 22 18 17 14 13 12

<10 17 22 20 20 14 374.4 360.0 345.6 278.4 316.8 316.8 316.8 302.4 288.0 288.0 288.0 288.0 288.0 15 40 40 40 33 44 23 28 25 25 28 33 33 30 16 36 36 40 33 36 28 23 25 30 25 30 33 30 17 36 33 40 30 36 19

<10 25 22 28 33 33 33 18 40 33 40 No Inection 30 21 16 30 25 28 30 30 36 19 40 40 33 58 30 25 23 30 23 28 30 33 30 20 40 44 33 40 25 28 25 28 25 30 36 30 30 21 374.4 374.4 360 288 331.2 316.6 290.4 316.8 316.8 316.8, 316.8 316.8 316.8 22 23 29 29 35 24 22 20 15 15 0

17 22 22 24 0

0 0

24 40 44 40 58 44 28 28 30 30 30 36 33 36 0

0 0

25 40 44 40 58 44 28 28 30 30 30 36 33 36 0

0 0

28 749 734 706 566 648 634 607 619 605 605 605 605 605 0

0 0

27 Chlorine (ppb)_

(lbslday)

Monthly 28 Average 36 681 29 MONTHLY CHLORINE USE:

19,073 lbs.

Maximum 58 749 30 1 Minimum 25 566 31 Verify that values have correct references.

32 3/4/15 12c5; Verified all row calcs to end at col AC for 28-day month.

33 I

I 3

- 2015 1st Qrt DCPP NPDES Worksheets.xlsm A

B C

D E

F G

H I

J K

L M

N 0

P 2

Chlorine for eSMR 3

1 4

FILL IN ONLY SHADED/COLORED CELLS 5

6 Date 7

31112015 312/2015 313/2015 314/2015 3/512015 3/6/2015 3/7/2015 3/8/2015 3/912015 3/1012015 3/11/2015 3/12/2015 3/13/2015 3/14/2015 3/1512015 8

Unit 1 TRC (ppb) 20 15 17 24 24 24 20 18 18 15 12 18 23 19 16 9

18 15 15 20 22 20 24 18 20 13 11 18 25 18 15 10 18

<10 13 18 18 20 24 20 18 14 11 19 23 21 13 11 17 17 17 20 18 20 20 18 20 11 12 18 23 28 21 12 18 17 17 27 22 20 18 14 14 11 15 21 21 19 19 13 18 18 20 20 22 24 17 20 15 11 18 19 21 18 15 14 Unit I CI2 Use (lbs) 288.0 302.4 331.2 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 15 Unit 2 TRC (ppb) 28 23 30 33 40 33 28 25 25 23 16 23 33 28 30 16 25 23 28 33 33 28 30 30 28 19 16 28 33 28 25 17 28 21 28 33 33 23 28 28 23 19 14 25 36 25 30 18 25 33 30 36 28 28 25 23 30 16 17 33 36 25 28 19 25 30 36 44 33 30 30 21 21 12 21 28 30 25 25 20 23 28 33 40 30 30 28 23 20 13 28 33 36 28 28 21 Unit 2 C12 Use (Ibs) 316.8 331.2 360.0 374.4 360.0 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 345.6 22 23 20 18 20 27 24 24 24 20 20 15 18 21 25 28 21 24 28 33 36 44 40 33 30 30 30 23 28 33 36 28 30 25 Daily Maximum TRC (ppb) 28 33 36 44 40 33 30 30 30 23 28 33 36 28 30 26 DailyC12Use(Ibs) 605 634 691 720 706 691 691 691 691 691 691 691 691 691 691 27 28 29 30 31 32 231 34 1351 4

- 2015 1st Qrt DCPP NPDES Worksheets.xlsm 0

R S

T U

V W

X Y

Z A

AB AC AD AE AF AG 2

3 4

5 6

7 311612015 311712015 3/18/2015 3/1912015 312012015 3/2112015 3/2212015 3123/2015 3/2412015 312512015 3/2612015 312712015 3128/2015 312912015 313012015 3/31/2015 8

21 18 19 23 23

<10 15 13 18 21 19 11 13 15 15 151 9

21 16 21 23 16

<10 15 13 19 23 19 10 13

<10 12 21 10 19 15 23 23

<10

<10 15 15 21 21 12 12

'13

<10 12 18 11 19 "

19 23 16

<10

<10 16 21 23 12 13 12

<10 16 16 12 19 21 25 19

<10

<10 19 16 19

<10

<10 16

<10 16 19 13 19 21 25 16 11 12

<10 19 23 19

<10 13 15 10 16 15 14 331.2 316.8 316.8 316.8 316.8 316.8 316.8 316.8 316.8 307.2 288.0 288 288.0 264.0 288.0 288.0 15 28 28 33 40 36 25 25 28 30 33 28 19 25 23 21 25 16 25 30 36 36 33 25 28 30 30 36 28 23 28 17 19 30 17 21 36 33 33 19 23 33 30 33 36 20 21 22

<10 21 28 18 33 53 33 36 25 19 28 25 36 33 23 25 25

<10 25 30 19 25 53 33 36 28 21 23 28 36 30 19 23 22 19 23 30 20 30 48 40 40 25 28 25 33 40 25 19 30 19 19 25 25 21 345.6 345.6 345.6 345.6 345.6 345.6 345.6 331.2 316.8 302.4 288.0 268.0 288.0 240.0 288.0 288 22 23 21 21 25 23 23 12 15 19 23 23 19 13 16 15 16 21 24 33 53 40 40 36 28 33 33 40 36 28 30 28 23 25 30 25 33 53 40 40 36 28 33 33 40 36 28 30 28 23 25 30 26 677 662 662 662 662 662 662 648 634 610 576 576 576 504 576 576 27 Chlorine (ppb)

(lbslday) 28 Monthly 33 651 28____

______Average 29 MONTHLY CHLORINE USE:

20,194 lbs.

Maximum 53 720 30 Minimum 23 504 31 Verify that values have correct references.

32 3/4/15 12c5; Verified all row calcs to end at col AF for 31-day month 33

- 2015 1st QOi DCPP NPDES Worksheets.xlsm 12LR CDo-u 5.NA1.

I A B

C D

EFG H

IJ K

LM N0 2i 5

2.0 mg/L Is MDL. 5.0 mglL Is Reporting Limit.

6 eut reported toteWtrBadt

,hle numbers only (no tenths).,

12LWCT02dp15.5

N/A 15.5 13 LRW 4

CDT 0-1 451 1/28/2015 11:57 0

45.4 7.7 37.7 39 0.04 1.61 14 LRW CDT 0-1 dup 45.4 5.4 40 15 LRW 5

PWR 0-2 1/29/2015 11:34 0

I 10212 16 LRW 17 LRW 18 LRW 19 LRW 20 LRW 21 LRW 22 23 LRW 24 LRW 251 LRW 26 LRW 27 LRW 28 LRW 29 LRW 30 LRW 31 LRW 32 LRW 33 LRW 34 LRW 35 LRW 636 LRW 737 LRW 338 LRW 340 total volume of sampled tanks:

10,877 total sum 01 votume weights:

1.00 Momnthy LRW TS5 Average 4

't 42

_1 Repoilt 5to Reflect CDT 0-leand 0-2s RL 43i5 4

F 44 501.

D g

&G Data I____

47 1.4 mg/Li MDL. 6.0 mg/L Is Reporting Limit.

t4 eutar reported to the Water Board to the nearest tenth mgIL.____________________________

50 Basem tch Tank Volume Discharge Date Statue Result O&G for avg.

Weight Weighted O&G 51 LRW 2

PWR 0-2 9924 1/13/2015 12:02 0

ND(1.4) 0.0 0.91 0.00 1

52 LRW 3

CDT 0-2 502 1/20/2015 15:31 0

DNQ(3.2) 3.2 0.05 0.15 53 LRW 4

CDT 0-1 451 1/28/2015 11:57 0

DNQ(1.5) 1.5 0.04 0.06 54 LRW 55 LRW 56 LRW 57 LRW 58 L-R-W 59 LRW 601 total volume of sampled tanks:

10,877 total sum of volume weights:

1.00 Monthly G&tGAverage 63 I

Report DNQ 1.4) to Reflect CDT 0-2 and CDT 0-1 > MDL and < R (DNQ 64__

65 I

5

- 2015 1st Ort DCPP NPDES Worksheets.xlsm A

B C

DJ K

LM N0 2j 13 !

LRW TSDt 5

2.0 mg/L Is MDL, 5.0 mg/L Is Reporting Limit.

6*

Results are reported to the Water Board to whole numbers only (no tenths).

8 1Sysetem Batch Tank Volume Discharge Date Status Filter I Filter 2 Net TSS TSS for avg.

Unused Volumes Weight Weighted TSS 9

LRW 6

CDT 0-2 139.7

!77072-015 9:32 0

80,0 0.0 80,0 so 0.02 1.21 10 LRW CDT 0-2 dup 8O0,0 0.0 80.0 "11 LRW 7

PWR 0-1 9,061 2/25/2015 10:24 0

0.0

N/A N D(2) 0 0.98 0.00 12 LRW 13 :

LRW 14 LRW 15 LRW 16 LRW 17 LRW 18' LRW 19 LRW 20 LRW 21 LRW 22 LRW 23 LRW 24 LRW 25 LRW 26 LRW 27 LRW 28 LRW 29 LRW 30 LRW 31 LRW 32 I LRW 33 LRW 34 LRW 35 LRW 36 LRW 37 LRW 38 LRW

ý 40 total volume of sampled tanks:

9,201 total sum of volume weightFS 1.00 Monthly LRW TSS Averge 43 Report <5 to Reflect CD T 0-2 *RL 44 45 001D O&G Data 47 1.4 mgfL Is MDL. 5.0 mg/L Is Reporting Limit 48 Results are reported to the Water Board to the nearest tenth mglL 50 S stem Batch Tank Volume Discharge Date Status Result O&G for avg.

Weight Weighted O&G 51 LRW 6

CDT 0-2 139.7 2/10/2015 9:32 0

1.5 1.5 1.00 1.50 52 LRW 53 LRW 54 LRW 55 LRW 56 LRW 57 LRW 58 LRW 59 LRW 6 0 61 total volume of ampled t 62 Monthly 0&0 Average 63 ReDort

-2015 1stQrt DCPP NPDES Worksheets.xism IA B

I C

F D

E F

G H

I j

K L

M N

1_0 2i I_

_I I

L3 _

LRW TSS Data I

5-n Limit.

2.0 mglL is MDL. 5.0 mng/L Is Reporting Liit I

6 Results a reported to the Water Board to whole numbers only (no tenths).

8 System Batch Tank Volume Dlscharge Date Status Filter 1 Filter 2 Net TSS TSS for aev.

Unused Volumes Weliht Welihted TSS 9

LRW 8

PWR-01 7,191 3/5/2015 12:23 0

1.2

N/A ND(2) 0 0.415 0.00 10 LRW 9

CDT-01 384 3/11/2015 10:13 20.4 0.4 20 18 0.022 0.40 O1LW O-l u 16.0 0.0 16 12 LRW 10 ORR 0-2 9,764 3/12/2015 11:35 0

0.7

N/A ND 2 0

0.563 0.00 13 LRW 11 ORR 0-1 3/18/2015 10:42 9,994 14 LRW 12 PWRD-1 3/19/2015 11:53 0

10,499 15 LRW 16 LRW 17 LRW____

16 LRW___________

19 LRW 20 LRW 21 LRW 22 LRW 23 LRW___________________

24 1LRW 25 1LRW 26 LRW 27 LRW 28 LRW 29 LRW 30 LRW 31 LRW 32 LRW 33 LRW 34 LRW 37 LR 378 LR 39 40 totai voiume of earnlad tanks:

17,339 totai sum of voiumne weighis 1.00 Monthly LRW TSS Average 41 04 42

_______________Report 5S Because CDT 0-1 RL 43 44 45 001D O&G Data 4L7_

1.4 mg/L Is MDL. 6.0 mg[L Is Reporting Limit.

48 Results Ar reported to the Water Board to the nearest tenth mgIL.

50 Systeml Batch I

Tank Volume Discharge Date Sgtatuas Result O&G for avg.

Weight Weighted O&G 51 LRW 9

CDT-01 384 3/11/2015 10:13 0

ND(1.4) 0.0 0.04 0.00 52 LRW 10 ORRO0-2 9,764 3/12/2015 11:35 0

ND(1.4) 0.0 0.96 0.00 53 LRW 54 LRW 55 LRW 56 LRW 57 LRW 58 LRW 59 I OW 61 I

total volume of sampled tanks1 10,148 1

total sum of volume weights:

1.00 62 o1ap 1

1 1

1 63 I

Report ND(1.4:

w 1

I _________

[

I L..........

- 2015 1st Qrt DCPP NPDES Worksheets.xlsm A

B C

D E

F G

H 2

3 001N Monthly Average Calculations 4

NOTE: Values <Reporting Limit are treated as 0 when averaged with values ; RL.

5 All Results on this sheet are included in Vendor Laboratory Data 6

7 0.72 mg/L is O&G method 1664 MDL for BSK Lab.

8 5.0 mglL is O&G Method 1664 Reporting Limit.

9 Results are reported to the Water Board to the nearest tenth mg/L.

10 1

11 Oil and Grease (mg/L) 12 D

Numerical Daily Average Qualifier Results for Monthly Report Monthly 14Date Result Average Average Average 15 1/2/2015 ND(0.72) 0.0 ND 0.0 0.2 17 ND(0.72)N(2 Report DNQ(0.72) 18 1/8/2015 ND(0.72) 0.3 DNQ 0.3 Daily Maximum 79-N-D(072) 0.8 20 1DNQ(0.98) 21 1/16/2015 ND(0.72) 0.8 DNQ 0.8 22 D=NQ(0.90) 23, DNQ(1.4) 24 1/20/2015 ND(0.72) 0.0 ND 0.0 25 ND(.72) 26 ND(0.72) 27 1127/2015 ND(0.72) 0.0 ND 0.0 28 ND(0.72) 29 ND(1.72) 30 31 32 Total Suspended Solids (mg/L)

Date Result Numerical Result Monthly Average 35 1/2/2015 9

9 18 36 1/8/2015 40 40 37 1/16/2015 24 24 Daily Maximum 38 1/20/2015 DNQ(2.6) 0 40 39 1/27/2015 15 15 40 41 42 Settleable Solids (milL) 41Date Result Numerical Result Monthly Average 45 1/2/2015 DNQ(0.1) 0.1 DNQ(0.1) 46 1/8/2015 DNQ(0. 1) 0.1 47 1/16/2015 DNQ(0. 1) 0.1 Daily Maximum 48 1/20/2015 DNQ(0.1) 0.1 0.1 49 1/27/2015 DNQ(0.1) 0.1 50 51 52 8

- 2015 1st Qrt DCPP NPDES Worksheets.xlsm A

B C

D E

F G

H 2

3 001N Monthly Average Calculations 4

NOTE: Values <Reporting Limit are treated as 0 when averaged with values a RL.

5 All Results on this sheet are included in Vendor Laboratory Data 6

1 1

7 0.72 mg/L is O&G method 1664 MDL for BSK Lab.

(NOTE: For week of 2/3/15, O&G MDL is 0.72 mq/L.

8 5.0 mglL is O&G Method 1664 Reporting Limit.

I following that, it has been reduced to 0.24 ma/L.)

9 Results are reported to the Water Board to the nearest tenth mg/L.

101 11 Oil and Grease (mg/L) 172 Numerical Daily Average Qualifier Results for Monthly Report Monthly 14Date Result Average Average Average 15 2/3/2015 ND(0.72) 0.0 ND 0.0 0.65 16 FND(0.72)

Report DNQ(0.72) 171 ND(0.72) 18 2/1012015 DNQ(2.3) 1.4 DNQ 1.4 Daily Maximum 191 FDNQ(I.1) 1.4 20 1DNQ(0.80) 21 2/19/2015 DNQ(0.79) 1.1 DNQ 1.1 221 1D-NQ(0.39) 23 1DNQ(2.1) 24 2/24/2015 DNQ(0.30) 0.1 DNQ 0.1 251 1ND(0.24) 26 ND(0.24) 271 1281 29 30 31 32 Total Suspended Solids (mg/L)

Date Result Numerical Result Monthly Average 351 2/32015 16 16 17 36 2/10/2015 11 11 37 2/19/2015 17 17 Daily Maximum 38 2/24/2015 22 22 22 39 40 41 42 Settleable Solids (mil/L)

Date Result Numerical Result Monthly Average 45 2/3/2015 DNQ(0.1) 0.1 DNQ(0.1) 46 2/10/2015 DNQ(0.1) 0.1 47 2/19/2015 DNQ(0.1) 0.1 Daily Maximum 48 2/24/2015 DNQ(0.1) 0.1 0.1 49 50 51 52 9

- 2015 1st Qrt DCPP NPDES Worksheets.xism I A B

C D

1 E

IF G

H 2

3 001N Monthly Average Calculations 4

NOTE: Values <Reporting Limit are treated as 0 when averaged with values _ RL.

5 All Results on this sheet are included in Vendor Laboratory Data 6

1 7

0.24 mg/L is O&G method 1664 MDL for BSK Lab.

8 5.0 mg/L is O&G Method 1664 Reporting Limit.

9 Results are reported to the Water Board to the nearest tenth mg/L.

10 1

11 Oil and Grease (mg/L) 1 2 Numerical Daily Average Qualifier Results for Monthly Report Monthly 143//21 Result Average Average Average 15 3/3/2015 DNQ(0.88) 0.92 DNQ 0.92 0.52 161 DNQ(0.69)

Report DNQ(0.52) 17 1DNQ(1.2) 18 3/12/2015 DNQ(0.49) 0.42 DNQ 0.42 Daily Maximum 19 FDNQ(0.39) 0.92 20 1

DNQ(0.39) 21 3/17/2015 ND(0.24) 0.16 DNQ 0.24 22 ------

T lD N Q (0.4g9) 23 R

ND(N.24) 24 3/23/2015 ND(0.24) 0.50 D

NQ 0.50 453 5

DNQ(0.29) 26 DNQ(1.2) 27 28 29 30 31 32 Total Suspended Solids (mg/L) 34Date Result Numerical Result Monthly Average 351 3/3/2015 27 27 11 36 3/1 2/2015 10 10 37 3/17/2015 ND(2.57) 0 Daily Maximum 38 3/23/2015 6

6 27 39 40 41 42 Settleable Solids (milL) 41Date Result Numerical Result Monthly Average 45 3/3/2015 DNQ(0.1) 0.1 DNQ(0.1) 46 3/12/2015 DNQ(0.1) 0.1 47 3/17/2015 DNQ(0.1) 0.1 Daily Maximum

48 3/23/2015 DNQ(0.1) 0.1 0.1 49 50 51 52, 10

- 2015 1st Qrt DCPP NPDES Worksheets.xlsm I

A_

B C

D E

F G

H I

J K

L M

N 2

3 Miscellaneous Daily Duplicate/Average and Monthly Average Calculations for eSMR 4

I 1 5

Duplicate pH Averages 6

7 Date Time Analysis Date Location Unit Parameter Result Average 9

1/12/2015 12:30 1/12/2015 001P N/A pH 7.74 7.7 10 1/12/2015 12:30 1/12/2015 001P N/A pH 7.75 11 12 1/8/2015 9:51 1/8/2015 002 1

pH 8.07 8.1 13 1/8/2015 9:56 1/8/2015 002 2

pH 8.03 14 15 16 Monthly TSS Averages 17 1 I1 18 12 mg/L is MDL. 5 mg/L is Reporting Limit.

1 19 Results are reported to the Water Board to whole numbers only (no tenths).

Numerical Reported 20 1

1t TSS for Daily Monthly Monthly 21 2ate Time Analysis Date Location Sample TSS FiltrateTSS Net TSS Average Average Average Average 221 1

23 T1/8/2015 12:55 1/9/2015 O01F N/A 1.1 0.1 1.0 1.0 1.0 1.0 ND(2) 24 1/8/2015 12:55 1/9/2015 001F N/A 1.2 0.1 1.1 1.1 25.

26 1/2/2015 5:05 1/2/2015 001H 1

0.2 0.0 0.2 0.0 0.0 0.0 ND(2) 27 1/2/2015 2:30 1/2/2015 001H 2

0.0 0.0 0.0 0.0 28 1

29 1/8/2015 13:48 1/9/2015 001L 1

0.0

NA 0.0 0.0 0.0 0.0 ND(2) 30 1/8/2015 13:45 1/9/2015 001L 2

0.0

NA 0.0 0.0 31 32 1/12/2015 10:25 1/13/2015 OO1P N/A 104.8 0.4 104.4 104.4 34.8 17.4 17 33 1/12/2015 12:30 1/12/2015 001P N/A 3.7 0.8 2.9 0.0 34 1/12/2015 14:30 1/12/2015 001P N/A 6.0 1.2 4.8 0.0 35_

1/15/2015 9:30 1/15/2015 001P N/A 4.2 1.3 2.9 0.0 0

36 37 118/2015 9:51 1/9/2015 002 1

1.9 0.5 1.4 0.0 1.4 1.4 DNQ(2) 38 1/8/2015 9:56 1/9/2015 002 2

3.0 0.3 2.7 2.7 39 40 1/8/2015 9:13 1/9/2015 003 N/A 3.6 0.3 3.3 3.3 3.0 3.0 DNQ(3) 41 1/8/2015 9:13 1/9/2015 003 N/A 3.0 0.4 2.6 2.6 424 44 11

- 2015 1st Qrt DCPP NPDES Worksheets.xlsm A

B C

D E

F G

H I

K L

M N

-2 3

Miscellaneous Daily Duplicate/Average and Monthl Average Calculations for eSMR

-4 0ý I

5 Duplicate pH Averages 6

7 Date Time Analysis Date Location Unit Parameter Result Average 8

9 2/5/2015 7:30 2/5/2015 001P N/A pH 7.67 7.7 10 2/5/2015 7:30 2/5/2015 001P N/A pH 7.67 11 12 2/2/2015 14:40 2/2/2015 002 1

pH 7.99 8.0 13 2/2/2015 14:46 2/2/2015 002 2

pH 8.05 14 15 16 Monthly TSS Averages 17 1 1 18 2 mg/L is MDL. 5 mg/L is Reporting Limit.

19 Results are reported to the Water Board to whole numbers only (no tenths).

Numerical Reported 20 1U1i1_TSS for Daily Monthly Monthly 21 Date Time Analysis Date Location it Sample TSS Filtrate TSS Net TSS Average Average Average Average 221 23 2/2/2015 12:37 2/3/2015 001F N/A 2.3 0.1 2.2 2.2 1.8 1.8 DNQ(2) 24 2/2/2015 12:37 2/3/2015 001F N/A 1.5 0.0 1.5 1.5 25 26 2/1/2015 8:12 2/1/2015 001H 1

0.0 0.0 0.0 0.0 0.0 0.0 ND(2) 27 2/2/2015 2:05 2/2/154 001H 2

0.0 0.0 0.0 0.0 28 29 2/9/2015 12:48 2/9/2015 001L 1

0.0

N/A 0.0 0.0 0.0 0.0 ND(2) 30 2/9/2015 12:53 2/9/2015 OO1L 2

0.0

N/A 0.0 0.0 31 32 2/5/2015 7:30 2/5/2015 001P N/A 1.9 1.7 0.2 0.0 1.4 1.4 DNQ(2) 33 2/5/2015 10:01 2/5/2015 001P N/A 1.2 1.1 0.1 0.0 34 2/5/2015 13:14 2/5/2015 001P N/A 5.8 1.5 4.3 4.3 35 36 2/2/2015 14:40 2/3/2015 002 1

1.3 0.4 0.9 0.0 1.6 1.6 DNQ(2) 37 2/2/2015 14:46 2/3/2015 002 2

3.6 0.5 3.1 3.1 38 39 2/2/2015 15:15 2/3/2015 003 N/A 2.7 0.5 2.2 2.2 2.9 2.9 DNQ(3) 40 2/2/2015 15:15 2/3/2015 003 N/A 3.8 0.3 3.5 3.5 41 42 44 12

- 2015 1st Qrt DCPP NPDES Worksheets.xtsm A

B C

D E

F G

H I

J K

L M

N 2

3 Miscellaneous Daily Duplicate/Average and Monthly Average Calculations for eSMR 4

1 1

5 Duplicate pH Averages 6

7 Date Time Analysis Date Location Unit Parameter Result Average 8

9 3/12/2015 7:05 3/12/2015 001P N/A pH 7.71 7.7 10 3/12/2015 7:05 3/12/2015 001P N/A pH 7.74 11 12 3/3/2015 13:53 3/3/2015 002 1

pH 7.94 8.0 13 3/3/2015 13:58 3/3/2015 002 2

pH 7.96 14 15 16 Monthly TSS Averages 17 I

18 2 mg/L is MDL. 5 mg/L is Reporting Limit._

19 Results are reported to the Water Board to whole numbers only (no tenths).

Numerical Reported 20 U1ni TSS for Daily Monthly Monthly 21 Date Time Analysis Date Location Sample TSS Filtrate TSS Net TSS Average Average Average Average 22U 1

23 3/3/2015 10:35 3/4/2015 001F N/A 2.4 0.0 2.4 2.4 1.2 1.2 DNQ(2) 24 3/3/2015 10:35 3/4/2015 001F N/A 1.9 0.1 1.8 0.0 25 26 3/1/2015 15:45 3/1/2015 001H 1

6.2 0.5 5.7 5.7 2.9 2.9 DNQ(3) 27 31/2015 2:15 3/1/2015 001H 2

0.0 0.0 0.0 0.0 28 29 3/10/2015 14:58 3/11/2015 001L 1

0.3

N/A 0.3 0.3 0.2 0.2 ND(2) 30 3/10/2015 15:03 3/11/2015 001L 2

0.0

N/A 0.0 0.0 31 32 3/12/2015 7:05 3/12/2015 001P N/A 6.3 1.1 5.2 5.2 1.7 1.7

<5 33 3/12/2015 8:55 3/12/2015 001P N/A 2.1 0.8 1.3 0.0 34 3/12/2015 11:05 3/12/2015 001P N/A 3.1 0.7 2.4 0.0 35 36 3/3/2015 13:53 3/5/2015 002 1

2.0 0.7 1.3 0.0 7.9 7.9 8

37 3/3/2015 13:58 3/5/2015 002 2

16.1 0.4 15.7 15.7 38 39 3/3/2015 14:07 3/4/2015 003 N/A 1.6 0.4 1.2 1.2 1.4 1.4 ND(2) 40 3/3/2015 14:07 3/4/2015 003 N/A 2

0.5 1.5 1.5 41421 43; 441 F4-5 13

Diablo Canyon Power Plant 2015 First Quarter Contract Lab Results PDF Page Description 2-4 001N Oil & Grease - 01/02/2015 5-7 001N Oil & Grease - 01/08/2015 8-10 001N Oil & Grease - 01/16/2015 11 - 13 001N Oil & Grease - 01/20/2015 14-16 001N Oil & Grease - 01/27/2015 17-19 001N Oil & Grease- 02/03/2015 20-22 001N Oil & Grease - 02/10/2015 23 - 25 001 N Oil & Grease - 02/19/2015 26-28 001N Oil & Grease - 02/24/2015

.29 - 31 001 N Oil & Grease - 03/03/2015 32-34 001N Oil & Grease - 03/12/2015 35-37 001N Oil & Grease - 03/17/2015 38 -40 001 N Oil & Grease - 03/23/2015 41 001N Suspended Solids, Settleable Solids - 01/02/2015 42 001 N Suspended Solids, Settleable Solids - 01/08/2015 43 001N Suspended Solids, Settleable Solids - 01/16/2015 44 001N Suspended Solids, Settleable Solids - 01/20/2015 45 001N Suspended Solids, Settleable Solids- 01/27/2015 46 001N Suspended Solids, Settleable Solids - 02/03/2015 47 001N Suspended Solids, Settleable Solids - 02/10/2015 48 001N Suspended Solids, Settleable Solids- 02/19/2015 49 001N Suspended Solids, Settleable Solids - 02/24/2015 50 001 N Suspended Solids, Settleable Solids - 03/03/2015 51 001N Suspended Solids, Settleable Solids- 03/12/2015 52 001 N Suspended Solids, Settleable Solids - 03/17/2015 53 001N Suspended Solids, Settleable Solids - 03/23/2015 54 001D Mercury, Metals - 01/06/2015 to 03/11/2015 Composite 55 001 F Mercury - 01/01/2015 to 01/08/2015 Composite 001 H, Unit 1 Mercury - 01/07/2015 to 03/09/2015 Composite 001 H, Unit 2 Mercury - 01/06/2015 to 03/09/2015 Composite 001 L, Unit 1 Mercury - 01/08/2015 to 03/04/2015 Composite 001 L, Unit 2 Mercury - 01/08/2015 to 03/04/2015 Composite 56-57 Intake, Discharge 001 Ammonia as Nitrogen - 02/02/2015 58 - 63 Discharge 001 Acute Toxicity Test - 02/25/2015 64-78 Discharge 001 Chronic Toxicity Test - 03/02/2015

BSK Associates Engineerf aboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/16/2015 11:03 Received Date: 01/06/2015 Received Time: 12:25 Lab Sample ID:

A5A0193-01 Client Project: 15-0018 DCVJWTP Sample Date:

01/02/2015 10:18 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qual Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A500384 01/13/15 01115115 MCL.rpt A5A0193 FTNAL 01162015 1103 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing P

BSK Associates Engineer4rinboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/16/2015 11:03 Received Date: 01/06/2015 Received Time: 12:25 Lab Sample ID:

A5A0193-02 Client Project: 15-0018 DCWWTP Sample Date:

01/02/2015 10:30 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qual Oil and Grease 11664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A500384 01/13/15 01/15/15 MCL.rpt AMA0193 FINAL 01162015 1103 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing

BSK Associates Engineerz thboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/16/2015 11:03 Received Date: 01/06/2015 Received Time: 12:25 Lab Sample ID:

A5A0193-03 Client Project: 15-0018 DCVVWTP Sample Date:

01/02/2015 10:42 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed QuaI Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A500384 01/13/15 01/15/15 MCL.rpt A5A0193FINAL01162015 1103 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing P

BSI(

Associates Engineer I boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/21/2015 13:23 Received Date: 01/09/2015 Received Time: 12:51 Lab Sample ID:

A5A0655-01 Client Project: 15-0169 DCWWTP Sample Date:

01/08/2015 10:14 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qual Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A500684 01/20/15 01/21/15 MCL.rpt A5A0655 FINAL 01212015 1323 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Page 3 of 10 Environmental Engineering I Geotechnical Engineering I Materials Testing

Associates Engineerý 1boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/21/2015 13:23 Received Date: 01/09/2015 Received Time: 12:51 Lab Sample ID:

A5A0655-02 Client Project: 15-0169 DCVWWTP Sample Date:

01/08/2015 10:29 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult' MCL Batch Prepared Analyzed Qual Oil and Grease (16641 Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A500684 01/20/15 01/21/15 MCL.rpt A5A0655 FINAL.01212015 1323 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Page 4 of 10 Environmental Engineering I Geotechnical Engineering I Materials Testing

BS[K Associates Engineerv boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/21/2015 13:23 Received Date: 01109/2015 Received Time: 12:51 Lab Sample ID:

A5A0655-03 Client Project: 15-0169 DCWWTP Sample Date:

01/08/2015 10:41 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Oual Oil and Grease (1664)

Total Oil & Grease EPA 1664A 0.98 0,72 5.0 mg/L A500684 01/20115 01/21/15 MCL.rpt A5A0655 FINAL 01212015 1323 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Page 5 of 10 Environmental Engineering I Geotechnical Engineering I Materials Testing

BSK Associates Engineerf.boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/28/2015 9:46 Received Date: 01/20/2015 Received Time: 08:00 Lab Sample ID:

A5A1340-01 Client Project: 15-0345 DCWV'TP Sample Date:

01/16/2015 11:05 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qual Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L 1

A500918 01/26/15 01/27/15 MCL.rpt A5A1340 FNAL 01282015 0946 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Page 3 of 10 Environmental Engineering I Geotechnical Engineering I Materials Testing

Associates Engineer ff'aboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/28/2015 9:46 Received Date: 01/20/2015 Received Time: 08:00 Lab Sample ID:

A5A1340-02 Client Project: 15-0345 DCWJVTP Sample Date:

01/16/2015 11:14 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qual Oil and Grease (1664)

Total Oil & Grease EPA 1664A 0.90 0.72 5.0 mg/L 1

A500918 01/26/15 01/27/15 J

MCL.rpt A5A1340 FINAL 01282015 0946 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Page 4 of 10 Environmental Engineering I Geotechnical Engineering I Materials Testing

Associates Engineer,1 fboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/28/2015 9:46 Received Date: 01/20/2015 Received Time: 08:00 Lab Sample ID:

A5A1340-03 Client Project: 15-0345 DCVWV-TP Sample Date:

01/16/2015 11:26 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result

-MDL RL Units Mult MCL Batch Prepared Analyzed

Q~u:al Oil and Grease (1664)

Total Oil & Grease EPA 1664A 1.4 0.72 5.0 mg/L A500918 01/26/15 01/27/15 J

MCLrpt A5AI340 FINAL 01282015 0946 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing Page5 of 10

Associates Engineer boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/29/2015 12:38 Received Date: 01/21/2015 Received Time: 07:45 Lab Sample ID:

A5A1452-01 Client Project: 15-0380 DCWW'TP Sample Date:

01/20/2015 11:24 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qa Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A501026 01/28/15 01/29/15 MCL.rpt A5AI452 FINAL01292015 1238 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com.

An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing P

BSK Associates Engineers9 boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/29/2015 12:38 Received Date: 01/21/2015 Received Time: 07:45 Lab Sample ID:

A5A1452-02 Client Project: 15-0380 DCWW-TP Sample Date:

01/20/2015 11:39 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch

. Prepared Analyzed Qual Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L 1

A501026 01/28/15 01/29/15 MCL.rpt A5AI452 FINAL 01292015 1238 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing P

BSK Associates Engineer~lliboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 01/29/2015 12:38 Received Date: 01/21/2015 Received Time: 07:45 Lab Sample ID:

A5A1452-03 Client Project: 15-0380 DCWWTP Sample Date:

01/20/2015 11:51 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qual Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A501026 01/28/15 01/29/15 MCL.rpt AMA1452 F[NAL 01292015 1238 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing P

BSK Associates Engineer'4 iboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 02/04/2015 13:32 Received Date: 01/28/2015 Received Time: 08:00 Lab Sample ID:

A5A2054-01 Client Project: 15-0521 DCWWTP Sample Date:

01/27/2015 11:21 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qual Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A501224 02/03/15 02/04/15 MCL.rpt A5A2054 FIN.AL 02042015 1332 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing Page 3 of 10

BSK Associates Engineer,0 boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 02/04/2015 13:32 Received Date: 01/28/2015 Received Time: 08:00 Lab Sample ID:

A5A2054-02 Client Project: 15-0521 DCWW'TP Sample Date:

01/27/2015 11:33 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qa Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L A501224 02/03/15 02/04/15 MCL.rpt A5A2054 FINAL 02042015 1332 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Page 4 of. 10 Environmental Engineering I Geotechnical Engineering I Materials Testing

BSK Associates Engineer yaboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 02/04/2015 13:32 Received Date: 01/28/2015 Received Time: 08:00 Lab Sample ID:

A5A2054-03 Client Project: 15-0521 DCWWTP Sample Date:

01/27/2015 11:45 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Anallyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qa Oil and Grease (16641 Total Oil & Grease EPA 1664A ND 0.72 5.0 mg/L 1

A501224 02/03/15 02/04/15 MCL.rpt A5A2054 FINAL02042015 1332 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Page 5 Environmental Engineering I Geotechnical Engineering I Materials Testing

Associates Engineer f boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 02/10/2015 12:21 Received Date: 02/04/2015 Received Time: 08:30 Lab Sample ID:

A5B0311-01 Client Project: 15-0648 DCWWTP Sample Date:

02/03/2015 08:00 Sampled by: Client Sample Type:

Grab Matrix: Waste Water Sample

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Qual Oil and Grease (1664)

Total Oil & Grease EPA 1664A 2.3 0.24 5.0 mg/L 1

A501989 02/21/15 02/22/15 J

MCL.rpt A5B0906 FINAL 02262015 0957 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Page 3 of 10 Environmental Engineering I Geotechnical Engineering I Materials Testing

Associates Engineerf boratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 02/26/2015 9:57 Received Date: 02/11/2015 Received Time: 08:15 Lab Sample ID:

A5B0906-02 Client Project: 15-0829 DCVWV'ITP Sample Date:

02/10/2015 12:17 Sampled by: Client Sample Type:

Grab Matrix: Water Sample

Description:

Decant Arm BSK Associates Fresno Organics RL Analyte Method Result MDL RL Units Mult MCL Batch Prepared Analyzed Oa Oil and Grease (1664)

Total Oil & Grease EPA 1664A 1.1 0.24 5.0 mg/L A501989 02/21/15 02/22/15 J

MCL.rpt A5B0906 FINAL 02262015 0957 1414 Stanislaus St Fresno, CA, 93706 559-497-2888 FAX 559-485-6935 www.bskassociates.com An Employee-Owned Company I Analytical Testing I Construction Observation Environmental Engineering I Geotechnical Engineering I Materials Testing Page 4 of 10

Associates Engineer fboratories Caitlin Galloway Abalone Coast Analytical, Inc.

141 Suburban, Suite C-1 San Luis Obispo, CA 93401 Certificate of Analysis Report Issue Date: 02/26/2015 9:57 Received Date: 02/11/2015 Received Time: 08:15 Lab Sample ID:

A5130906-03 Client Project: 15-0829 DCWWTP Sample Date:

Description:

Decant Arm A5C1 238 Main Project - e COC Trace (MDLs) 15-1494 DCWWTP Certificate of Analysis Sample Date -Time: 03/12/15 - 10:26 Matrix: Water Sample Type: Grab BSK Associates Fresno Organics Oil and Grease (1664)

Total Oil & Grease EPA 1664A 0.39 0.24 5.0 mg/L 1

A503012 03/17/15 03/18/15 J

A5C1238 FINAL 03272015 1448 Printed: 03/27/2015 QA-RP-0001-10 Final.rpt www.BSKAssociates.com Page 4 of 11

BS'K Associates Engineer*'laboratories Sample ID: A5C1238-03 Sampled By:

Client Sample

Description:

Decant Arm A5C1 238 Main. Project - e COC Trace (MDLs) 15-1494 DCWWTP Certificate of Analysis Sample Date - Time: 03/12/15 - 10:38 Matrix: Water Sample Type: Grab BSK Associates Fresno Organics b~R P,

Oil and Grease (1664)

Total Oil & Grease EPA 1664A 0.39 0.24 5.0 mg/L 1

A503012 03/17/15 03/18/15 J

A5C1 238 FINAL 03272015 1448 Printed: 03/27/2015 QA-RP-0001-10 Final.rpt www.BSKAssociates.com I

Page 5 of 11

Associates EngineerýTaboratories Sample ID: A5C1492-01 Sampled By:

Client Sample

Description:

Decant Arm A5C1492 Main Project - e COC Trace (MDLs) 15-1565 DCWWTP Certificate of Analysis Sample Date - Time: 03/17/15 - 08:26 Matrix: Water Sample Type: Grab BSK Associates Fresno Organics Oil and Grease (16641 Total Oil & Grease EPA 1664A ND 0.24 5.0 mg/L 1

A503457 03/28/15 03/29/15 A5C1492 FINAL 04012015 1408 Printed: 04/01/2015 QA-RP-0001-10 Final.rpt www.BSKAssociates.com Page 3 of 11

Associates Engineer Cibotatories Sample ID: A5C1492-02 Sampled By:

Client Sample

Description:

Decant Arm A5C1492 Main Project - e COC Trace (MDLs) 15-1565 DCWWTP Certificate of Analysis Sample Date - Time: 03/17/15 - 08:35 Matrix: Water Sample Type: Grab BSK Associates Fresno Organics RL J

Oil and Grease (1664)

Total Oil & Grease EPA1664A 0.49 0.24 5.0 mg/L 1

A503457 03/28/15 03129)15 J

A5C1492 FINAL 04012015 1408 Printed: 04/01/2015 QA-RP-0001-10 Final.rpt www.BSKAssociates.com I

Page 4 of 11E

Associates Engineer¢,-,boratories Sample ID: A5C1492-03 Sampled By:

Client Sample

Description:

Decant Arm A5C1492 Main Project - e COC Trace (MDLs) 15-1565 DCWNTP Certificate of Analysis Sample Date -Time: 03/17/15 - 08:47 Matrix: Water Sample Type: Grab BSK Associates Fresno Organics Oil and Grease (1664)

Total Oil & Grease EPA 1664A ND 0.24 5.0 mg/L 1

A503457 03/28/15 03/29/15 A5C1492 FINAL04012015 1408 Printed: 04/01/2015 I

Page 5 of11 QA-RP-0001-10 Final.rpt QA-R-000-10 inalrptwww.BSKAssociates.com

BSK Associates Engineer 4E~boratories A5C1868 Main Project - e COC Trace (MDLs) 15-1688 DCWV'I'P Certificate of Analysis Sample ID: A5C1868-01 Sampled By:

Client Sample

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time

-1 Decant Arm 112/151018

-2 Decant Arm 1/2/15 1030

-6 Decant Arm INF 112115 0910 SUB Oil & Grease Report Completion date:

1/5/15 Analysis Suspended Solids Settleable Solids Suspended Solids Method SM 2540 D.

SM 2540 F.

SM 2540 D. ~1=

Result 9.

<0.1 209.

-I+MDL~

RL Dil Factor Units Completed

3.

1 mg/L 01/05/15 0.1 1 mL/L 01/02/15

3.

1 mg/L 01/05115

~1~

~A*Q~Y4i2~

Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ= Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual SOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description 14-8251-1 Duplicate 14-8251-1 Run Date Method 1/512015 Suspended Solids SM 2540D 1/5/2015 Suspended Solids Dup. SM 2540D Result 32.

27.

119% Rec Units mg/L mg/L Difference %

Acceptable

< 5% of Average

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-0169 Date/Time Rec'd: 1/8/15 1350 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time

-1 Decant Arm 118115 1014

-2 Decant Arm 1/8/15 1030

-6 Decant Arm lnf 1/8/15 0950 SUB Oil& Grease Analysis Suspended Solids Settleable Solids Suspended Solids Method SM 2540 D.

SM 2540 F.

SM 2540 D.*

Result 40.

<0.1 788.

MDL 2.57 RL 3.

0.1 3.

Dil Factor Units Completed 1 mg/L 01109115 1 mL/L 01/08/15 1 mL/L 01109/15 Report Completion date:

1/12/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. -This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 15-0119-1 Duplicate 15-0119-1 1/912015 Suspended Solids SM 2540D 1/9/2015 Suspended Solids Dup. SM 2540D 13.

17.

Rec 103 %

mg/L mg/L 5% of Average

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-0345 Date/Time Rec'd: 1/16/15 1537.

Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time Analysis

-1 Decant Arm 1116/15 1105 Suspended Solids

-2 Decant Arm 1116/15 0725 Settleable Solids

-6 Decant Arm 1/16/15 1025 Suspended Solids SUB Oil& Grease Method SM 2540 D.

SM 2540 F.

SM 2540 D.

Result 24.

<0.1 504. El MDL RL Dil Factor Units Completed 2.57

3.

1 mg/L 01/21/15 0.1 1 mL/L 01/16/15 2.57

3.

1 mg/L 01/21/15 Report Completion date:

1/21/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L millilieters per liter (ppm)

QA/QC Results Test Description 0316-2 Duplicate 0316-2 Run Date Method 1121/2015 Suspended Solids SM 2540D 1/21/2015 Suspended Solids Dup. SM 2540D Result 16.

17.

Rec 106%

Units Difference %

Acceptable mg/L mg/L

< 5% of Average

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order #: 15-0380 Date/Time Rec'd: 1/20/15 1238 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time Analysis

-1 Decant Arm 1120115 1124 Suspended Solids

-2 Decant Arm 1/20/15 0755 Settleable Solids

-6 Influent PRT 1/20115 0752 Suspended Solids SUB Oil& Grease Method SM 2540 D.

SM 2540 F.

SM 2540 D. I Result 2.6

<0.1 147.

MIDL 2.57

-2.57 RL 3.

0.1 3.

Dil Factor Units 1 mg/L 1 mLL 1 mg/L Completed 01/21/15 01/20/15 01/21/15 Report Completion date:

1/21/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description 0316-2 Duplicate 0316-2 Run Date Method 1/21/2015 Suspended Solids SM 2540D 1/2112015 Suspended Solids Dup. SM 2540D Result 16.

17.

Rec 106%

Units mg/L mg/L Difference %

Acceptable

< 5% of Average

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-0521 Date/Time Recd: 1/27/15 1439 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time Analysis Method

-1 Decant Arm 1/27115 1121 Suspended Solids SM 2540 D.

-2 Decant Arm 1/27115 0755 Settleable Solids SM 2540 F.

-6 Influent PRT 1/27/15 0900 Suspended Solids SM 2540 D.

SUB Oil& Grease Report Completion date:

1/28/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values failing below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description 15-0519-1 Duplicate 15-0519-1 Run Date Method 1/28/2015 Suspended Solids SM 2540D 1/28/2015 Suspended Solids Dup. SM 2540D Result 31.

31.

Rec 100%

Units Difference %

Acceptable mg/L mg/L

< 5% of Average

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order #: 15-0648 Date/Time Rec'd: 2/3/15 1447 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time Analysis Method Result MDL RL Dil Factor Units Completed

-1 Decant Arm 2/3/15 0800 Suspended Solids SM 2540 D.

16.

2.57

3.

1 mg/L 02/04/15

-2 Decant Arm 2/3/15 0815 Settleable Solids SM 2540 F.

<0.1 0.1 1 mL/L 02/03/15 SUB Oil& Grease Report Completion date:

2/4/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 15-0620-2 Duplicate 15-0620-2 Blank ASTM II water 2/4/2015 Suspended Solids SM 2540D 2/412015 Suspended Solids Dup. SM 2540D 2/4/2015 Suspended Solids SM 2540D 28.

29.

Rec 102%

<3.

mg/L mg/L

< 5% of Average mg/L

<3.

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-0829 Date/Time Rec'd: 2/10/15 1505 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time Analysis Method Result MDL RL Dil Factor Units Completed

-1 Decant Arm 2/10/15 1202 Suspended Solids SM 2540 D.

11.

2.57

3.

1 mg/L 02/13/15

-2 Decant Arm 2/10/15 1215 Settleable Solids SM 2540 F.

<0.1 0.1 1 mL/L 02/10/15 SUB Oil& Grease Report Completion date:

2/16/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace valueswhere analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL ='Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU =Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 0838-1 Duplicate 0838-1 2/13/2015 Suspended Solids SM 2540D 2/13/2015 Suspended Solids Dup. SM 2540D 2/13/2015 Suspended Solids SM 2540D 29.

27.

Rec 93%

<3.

mg/L mg/L

< 5% of Average Blank ASTM II water mg/L

<3.

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-1014 Date/Time Rec'd: 2/19/15 1415 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time Analysis Method Result MDL RL Dil Factor Units Completed

-1 Decant Arm 2/19/15 0843 Suspended Solids SM 2540 D.

17.

2.57

3.

1 mg/L 02/24/15

-2 Decant Arm 2/19115 0900 Settleable Solids SM 2540 F.

<0.1 0.1 1 mL/L 02/19/15 SUB Oil& Grease AAA4~*L4A Report Completion date:

2/24/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 15-1036-2 Duplicate 15-1036-2 Blank ASTM II water 2/24/2015 Suspended Solids SM 2540D 2/24/2015 Suspended Solids Dup. SM 2540D 2/24/2015 Suspended Solids SM 2540D 29.

26.

91% Rec

<3.

mg/L mg/L

< 5% of Average mg/L

<3.

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-1101 Date/Time Rec'd: 2/24/15 1431 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler:* Jim Wysong Sample # Sample Description Date i Time Analysis Method Result MDL RL Dil Factor Units Completed

-1 Decant Arm 2/24/15 0900 Suspended Solids SM 2540 D.

22.

2.57

3.

1 mg/L 02/26/15

-2 Decant Arm 2/24/15 0915 Settleable Solids SM 2540 F.

<0.1 0.1 1 mL/L 02/24/15 SUB Oil& Grease Report Completion date:

2/26/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 15-1101-1 Duplicate 15-1101-1 Blank ASTM II water 2/26/2015 Suspended Solids SM 2540D 2/26/2015 Suspended Solids Dup. SM 2540D 2/26/2015 Suspended Solids SM 2540D 22.

20.

Rec 93%

<3.

mg/L mg/L

< 5% of Average mg/L

<3.

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-1245 Date/Time Rec'd: 3/3/15 1352 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: PG&E/DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time

-1 Decant Arm 3/3/15 0858

-2 Decant Arm 3/3115 0920 SUB Oil& Grease Analysis Suspended Solids Settleable Solids Method SM 2540 D.

SM 2540 F.t Result 27.

<0.1 MDL RL Dil Factor Units Completed 2.57

3.

1 mg/L 03104/15 0.1 1 mL/L 03/03/15 6A~

6 4A Report Completion date:

3/4/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 15-1170-2 Duplicate 15-1170-2 Blank ASTM II water 314/2015 Suspended Solids SM 2540D 3/4/2015 Suspended Solids Dup. SM 2540D 3/4/2015 Suspended Solids SM 2540D 17.

16.

92% Rec

<3.

mg/L mg/L

< 5% of Average mg/L

<3.

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-1494 Date/Time Recd: 3/12/15 1548 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time

-1 Decant Arm 3/12115 1014

-2 Decant Arm 3/12/15 1030 SUB Oil & Grease Analysis Suspended Solids Settleable Solids Method SM 2540 D.

SM 2540 F. "it Result 10.

<0.1 MDL RL Dil Factor Units Completed 2.57

3.

1 mg/L 03/13/15 0.1 1 mL/L 03/12/15 Report Completion date:

3/16/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 15-1459-1 Duplicate 15-1459-1 Blank ASTM II water 3113/2015 Suspended Solids SM 2540D 3/13/2015 Suspended Solids Dup. SM 2540D 3113/2015 Suspended Solids SM 2540D 15.

16.

104% Rec

<3.

mg/L mg/L

< 5% of Average mg/L

<3.

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-1565 Date/Time Rec'd: 3/17/15 1433 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date / Time Analysis Method Result MDL RL Dil Factor Units Completed

-1 Decant Arm 3117/15 0826 Suspended Solids SM 2540 D.

ND.

2.57

3.

1 mg/L 03119/15

-2 Decant Arm 3/17/15 0845 Settleable Solids SM 2540 F.

<0.1 0.1 1 miLL 03/17/15 SUB Oil & Grease Report Completion date:

3/19/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 1582-1 Duplicate 1582-1 3/19/2015 Suspended Solids SM 2540D 3119/2015 Suspended Solids Dup. SM 2540D 3/19/2015 Suspended Solids SM 2540D 196.

194.

Rec 99%

<3.

mg/L mg/L

< 5% of Average Blank ASTM II water mg/L

<3.

Abalone Coast Analytical, Inc.

141 Suburban Rd, Ste C-1 San Luis Obispo CA, 93401 Phone: 595-1080 Fax: 595-1080 Order#: 15-1688 Date/Time Rec'd: 3/23/15 1406 Diablo Canyon WWTP 320 Beta Court Arroyo Grande, CA 93420 Project: DCWWTP

Contact:

Jim Wysong Phone: 550-1217 Sampler: Jim Wysong Sample # Sample Description Date I Time Analysis Method Result MDL RL Dil Factor Units Completed

-1 Decant Arm 3/23/15 1220 Suspended Solids SM 2540 D.

6.

2.57

3.

1 mg/L 03/25/15

-2 Decant Arm 3/23/15 0840 Settleable Solids SM 2540 F.

<0.1 0.1 1 mL/L 03/23/15 SUB Oil& Grease Report Completion date:

3/25/15 Reviewed:

Amanda Smith, Lab Director ND = Analyte NOT DETECTED at MDL

Result detected below the RL are estimated concentration DNQ = Detected, not quantified. This applies to trace values where analytes are detected between the MDL and the RL. This result is estimated or qualitative due to matrix background noise or values falling below the lowest point of a calibration curve.

RL = Reporting Limit MDL = Method Detection Limit State of California CDPH ELAP 2661 ppm = parts per million mg/L = milligrams per liter (ppm)

Estimated (est) results are due to the sample dilutions being too high where the change in dissolved oxygen is such MPN = Most Probable Number that it cannot be accurately quantified. Actual BOD may be slighly higher than indicated.

NTU = Turbidity Units mL/L = millilieters per liter (ppm)

QA/QC Results Test Description Run Date Method Result Units Difference %

Acceptable 15-1663-2 Duplicate 15-1663-2 Blank ASTM 11 water 312512015 Suspended Solids SM 2540D 3/25/2015 Suspended Solids Dup. SM 2540D 3/25/2015 Suspended Solids SM 2540D 22.

22.

96% Rec

<3.

mg/L mg/L

< 5% of Average mg/L

<3.

Client Sample Results Client: PG&E Corporation Project/Site: Diablo Canyon Power Plant Client Sample ID: 001D LRW 1ST QTR 2015 COMPOSITE Date Collected: 03/16/15 10:00 Date Received: 03/20/15 09:00 TestAmerica Job ID: 160-11003-1 Lab Sample ID: 160-11003-1 Matrix: Water I Method: 245.1 - Mercury (CVAA)

I Analyte Mercury Result Qualifier RL MDL Unit D

ND 0.20 0.091 ug/L Prepared Analyzed Oil Fac 03/30/15 14:04 03/31/15 09:40 1

Client Sample ID: 001D LRW IST QTR 2015 COMPOSITE Date Collected: 03/16/15 10:00 Date Received: 03/20/15 09:00 Lab Sample ID: 160-11003-2 Matrix: Water Method: 200.8 -Metals (ICP/MS)

Analyte Silver Cadmium Chromium Copper Nickel Lead Zinc Result Qualifier.

RL MDL 0.28 J 1.0 0.10 0.19 0.10 0.043 3.9 2.0 1.0 1.6 1.0 0.50 2.4 1.0 0.40 0.21 J 0.30 0.060 330 20 2.8 Unit D

ug/L ug/L ug/L ug/L ug/L ug/L ug/L Prepared 03/30/15 10:11 03/30/15 10:11 03/30/15 10:11 03/30/15 10:11 03/30/15 10:11 03/30/15 10:11 03/30/15 10:11 Analyzed 03/30/15 19:01 03/30/15 19:01 03/30/15 19:01 03/30/15 19:01 03/31/15 18:18 03/30/15 19:01 03/30/15 19:01 Dil Facl TestAmerica St. Louis Page 11 of 15

Client Sample Results Client: PG&E Corporation Project/Site: Diablo Canyon Power Plant Client Sample ID: 001F OWS 1ST QTR 2015 COMPOSITE Date Collected: 03/16/15 10:00 Date Received: 03/21/15 09:00 TestAmerica Job ID: 160-10992-1 Lab Sample ID: 160-10992-1 Matrix: Water V

Method: 245.1 - Mercury (CVAA)

Analyte k.Mercury Result Qualifier RL MDL Unit D

Prepared Analyzed Dil Fac ND 0.20 0.050 ug/L 04/02/15 08:28 04/03/15 07:25 1

Client Sample ID: 001H U-1 CDRS 1ST QTR 2015 COMPOSITE Lab Sample ID: 160-10992-2 Date Collected: 03/16/15 10:00 Matrix: Water Date Received: 03/21/15 09:00 Method: 245.1 - Mercury (CVAA)

Analyte Result Qualifier RL MDL Unit D

Prepared Analyzed Dil Fac Me-rcury NO 0.20 0.050 ug/L 04/02/15 08:28 04/03/15 07:27 1

Client Sample ID: 001H U-2 CDRS 1ST QTR 2015 COMPOSITE Lab Sample ID: 160-10992-3 Date Collected: 03/16115 10:00 Matrix: Water Date Received: 03/21/15 09:00 Method: 245.1 - Mercury (CVAA)

Analyte Result Qualifier RL MDL Unit D

Prepared Analyzed Dil Fac Mercury ND 0.20 0.050 ug/L 04/02/15 08:28 04/03/15 07:29 1

Client Sample ID: 001L U-1 SGBD 1ST QTR 2015 COMPOSITE Lab Sample ID: 160-10992-4 Date Collected: 03/16/15 10:00 Matrix: Water Date Received: 03/21/15 09:00 Method: 245.1 - Mercury (CVAA)

Analyte Result Qualifier RL MDL Unit D

Prepared Analyzed DIl Fac LMercury NO 0.20 0.050 ug/L 04/02/15 08:28 04/03/15 07:31 1

Client Sample ID: 001L U-2 SGBDIST QTR 2015 COMPOSITE Lab Sample ID: 160-10992-5 Date Collected: 03/16/15 10:00 Matrix: Water Date Received: 03/21/15 09:00 Method: 245.1 - Mercury (CVAA)

Analyte Mercury Result Qualifier RL MDL Unit D

Prepared Analyzed Dii Fac NO 0.20 0.050 ug/L 04/02/15 08:28 04/03/15 07:33 1

TestAmerica St. Louis Page 9 of 11

000 BABCOCK Laboratories, Inc.

[7.*J S

It;!',

0. rU 10)

Client Name: Diablo Canyon Power Plant

Contact:

Rich Dong Address: P.O. Box 56-MS Space 104-5-9B Avila Beach, CA 93424 Report Date: 04-Mar-2015 Analytical Report: Page 2 of 6 Project Name: Diablo Canyon Power Plant-C Project Number: NPDES / Avila Beach, CA Work Order Number: B5B0551 Received on Ice (Y/N): Yes Temp: 1

'C Laboratory Reference Number B5B0551-01 Sample Description Intake Matrix Liquid Sampled Date/Time 02/02/15 09:47 Received Date/Time 02105/15 10:10 Analyte(s)

Result RDL MDL Units Method Analysis Date Analyst Flag Nutrients Ammonia-Nitrogen 0.13 0.10 0.059 mg/L SM4500NH3H 02/13/15 14:34 slI mailing P.O. Box 432 Riverside, CA 92502-0432 location 6100 Quail Valley Court Riverside, CA 92507-0704 P 951 653 3351 F 951 653 1662 www.babcocklabs.com Page 2 of 6 CA ELAP No. 2698 EPA no. CA00102 LACSD No., 10119

000 BABCOCK Laboratories, Inc.

?/;,

/0;&.d*

lck.:**

).rl

( Vt Client Name: Diablo Canyon Power Plant

Contact:

Rich Dong Address: P.O. Box 56-MS Space 104-5-9B Avila Beach, CA 93424 Report Date: 04-Mar-2015 Analytical Report: Page 3 of 6 Project Name: Diablo Canyon Power Plant-C Project Number: NPDES / Avila Beach, CA Work Order Number: B5B0551 Received on Ice (Y/N): Yes Temp: I

°C Laboratory Reference Number B5B0551-02 Sample Description Discharge Matrix Liquid Sampled Date/Time 02/02/15 09:59 Received Date/Time 02/05/15 10:10 Analyte(s)

Result RDL MDL Units Method Analysis Date Analyst Flag Nutrients Ammonia-Nitrogen 0.14 0.10 0.059 mg/L SM4500NH3H 02/13/15 14:36 sll mailing P.O. Box 432 Riverside, CA 92502-0432 location 6100 Quail Valley Court Riverside, CA 92507-0704 P 951 653 3351 F 951 653 1662 www.babcocklabs.com Page 3 of 6 CA ELAP No. 2698 EPA no. CA00102 LACSD No., 10119

aquatic bioassay?0 consulting laboratories, inc March 17, 2015 Mr. Jim Kelly PG&E-Diablo Canyon Power Plant 9 Miles NW Avila Beach Avila Beach, CA 93424

Dear Mr. Kelly:

We are pleased to present the enclosed bioassay report. The test was conducted under guidelines prescribed in Guidelines for Performing Static Acute Fish Bioassays in Municipal and Industrial Waste Waters as provided to us by Frederic R. Kopperdahl, Fish and Wildlife Water Pollution Control Laboratory, Department of Fish and Game.

"All acceptability criteria were met and the concentration-response was normal. This is a valid test " Results were as follows:

CLIENT:

PG&E-Diablo Canyon Power Plant SAMPLE I.D.:

Discharge 001-Acute DATE RECEIVED:

25 Feb - 2015 ABC LAB. NO.:

PGE0215.345 ACUTE ABALONE SURVIVAL BIOASSAY LC50 =

100 % Survival in 100 % Sample TUa

=

0.00 Yours very truly, Scott o son

~.LabtoraotoryoDirector 29 north olive st. ventura, ca 93001 (805) 643 5621 www.aquabio.org

CETIS Summary Report Report Date:

Test Code:

17 Mar-15 14:17 (p 1 of 1)

PGE0215.345 117-3971-8558 96 Hour Red Abalone Survival Aquatic Bloassay & Consulting Labs, Inc.

Batch ID:

13-3619-4884 Test Type: Survival (96h)

Analyst:

Start Date:

26 Feb-15 12:18 Protocol:

Kopperdahl (1976)

Diluent:

Laboratory Seawater Ending Date:

02 Mar-15 10:33 Species:

Haliotis rufescens Brine:

Not Applicable Duration:

94h Source:

Cultured Abalone Age:

Sample ID:

18-5420-1370 Code:

PGE0215.345 Client:

Pacific Gas & Electric Co.

Sample Date: 25 Feb-15 09:30 Material:

Sample Water Project:

Receive Date: 26 Feb-15 11:45 Source:

Bioassay Report Sample Age:

27h (10.8 'C)

Station:

Discharge 001-Acute Comparison Summary Analysis ID Endpoint NOEL LOEL TOEL PMSD TU Method 19-0182-8669 96h Survival Rate 100

>100 NA NA I

Wilcoxon Rank Sum Two-Sample Test Point Estimate Summary Analysis ID Endpoint Level 95% LCL 95% UCL TU Method 16-6966-0584 96h Survival Rate EC5

>100 N/A N/A

<1 Linear Interpolation (ICPIN)

EC10

>100 N/A N/A

<1 EC15

>100 N/A N/A

<1 EC20

>100 N/A N/A

<1 EC25

>100 N/A N/A

<1 EC40

>100 N/A N/A

<1 EC50

>100 N/A N/A

<1 96h Survival Rate Summary C-%

Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

%Effect 0

Negative Control 4 1

1 1

0 0

0.0%

100 4

1 1

1 0

0 0.0%

0.0%

96h Survival Rate Detail C-%

Control Type Rep 1 Rep 2 Rep 3 Rep 4 0

Negative Control 1 1

1 1

100 1

1 1

1 96h Survival Rate Binomials C-%

Control Type Rep I Rep 2 Rep 3 Rep 4 0

100 Negative Control 10/10 10/10 10/10 10/10 10/10 10/10 10/10 10/10 Analyst:

11 ý

.Qk.

7 000-055-186-3 CETISTM vi.8.7.11

CETIS Analytical Report Report Date:

17 Mar-15 14:17 (p 1 of 2)

Test Code:

PGE0215.345 I 17-3971-8558 96 Hour Red Abalone Survival Aquatic Bloassay & Consulting Labs, Inc.

Analysis ID:

19-0182-8669 Endpoint: 96h Survival Rate CETIS Version:

CETISv1.8.7 Analyzed:

17 Mar-15 14:16 Analysis:

Nonparametric-Two Sample Official Results:

Yes Sample ID:

18-5420-1370 Code:

PGE0215.345 Client:

Pacific Gas & Electric Co.

Sample Date: 25 Feb-1 5 09:30 Material:

Sample Water Project:

Receive Date: 26 Feb-15 11:45 Source:

Bioassay Report Sample Age:

27h (10.8 °C)

Station:

Discharge 001-Acute Data Transform Zeta Alt Hyp Trials Seed Test Result Angular (Corrected)

NA C T NA NA Passes 96h survival rate Wllcoxon Rank Sum Two-Sample Test Control vs C-%

Test Stat Critical Ties DF P-Value P-Type Declsion(a:5%)

Negative Control 100 18 NA 1

6 1.0000 Exact Non-Significant Effect ANOVA Table Source Sum Squares Mean Square DF F Stat P-Value Decislon(a:5%)

Between 0

0 1

65540

<0.0001 Significant Effect Error 0

0 6

Total 0

7 96h Survival Rate Summary C-%

Control Type Count Mean 95% LCL 95% UCL Median Min Max Std Err CV%

%Effect 0

Negative Control 4 1

1 1

1 0

0.0%

100 4

1 1

0 0.0%

0.0%

Angular (Corrected) Transformed Summary C-%

Control Type Count Mean 95% LCL 95% UCL Median Min Max Std Err CV%

%Effect 0

Negative Contr 4

1.412 1.412 1.412 1.412 1.412 1.412 0

0.0%

100 4

1,412 1.412 1.412 1.412 1.412 1.412 0

0.0%

96h Survival Rate Detail C-%

Control Type Rep I Rep 2 Rep 3 Rep 4 0

Negative Control 1 1

1 1

100 1

1 1

1 Angular (Corrected) Transformed Detail C-%

Control Type Rep 1 Rep 2 Rep 3 Rep 4 0

Negative Control 1.412 1.412 1.412 1.412 100 1.412 1.412 1.412 1.412 96h Survival Rate Binomials C-%

Control Type Rep 1 Rep 2 Rep 3 Rep 4 0

Negative Control 10/10 10/10 10/10 10/10 100 10/10 10/10 10110 10/10 000-055-186-3 CETISTM vl.8.7.11 Analyst:_

QA:

CETIS Analytical Report Report Date:

Test Code:

17 Mar-15 14:17 (p 2 of 2)

PGE0215.345 117-3971-8558 96 Hour Red Abalone Survival Aquatic Bioassay & Consulting Labs, Inc.

Analysis ID:

19-0182-8669 Endpoint: 96h Survival Rate CETIS Version:

CETISv1.8.7 Analyzed:

17 Mar-15 14:16 Analysis:

Nonparametric-Two Sample Official Results:

Yes Graphics 1.0 1.0£+00 0.9 0.8 V.

7..E-01 0.4 0.3 M.5-01 0.2 0.1 0.0 I- "

0.

I do O N

0-.5

-1.0

-o.5 0.0 0.5 1.0 1.5 C-%

R.nklt.

Analyst:_ __

QA:

000-055-186-3 CETISTm vl.8.7.11

CETIS Analytical Report Report Date:

Test Code:

17 Mar-15 14:17 (p 1 of 1)

PGE0215.345 117-3971-8558 96 Hour Red Abalone Survival Aquatic Bioassay & Consulting Labs, Inc.

Analysis ID:

16-6966-0584 Endpoint:

96h Survival Rate CETIS Version:

CETISv1.8.7 Analyzed:

17 Mar-15 14:16 Analysis:

Linear Interpolation (ICPIN)

Official Results:

Yes Sample ID:

18-5420-1370 Code:

PGE0215.345 Client:

Pacific Gas & Electric Co.

Sample Date: 25 Feb-15 09:30 Material:

Sample Water Project:

Receive Date: 26 Feb-15 11:45 Source:

Bioassay Report Sample Age:

27h (10.8 °C)

Station:

Discharge 001-Acute

[

Linear Interpolation Options XTransform Y Transform Seed Resamples Exp 95% CL Method Linear Linear 0

280 Yes Two-Point Interpolation Point Estimates Level 95% LCL 95% UCL TU 95% LCL 95% UCL EC5

>100 N/A N/A

<1 NA NA ECO

>100 N/A N/A

<1 NA NA EC15

>100 N/A N/A

<1 NA NA EC20

>100 N/A N/A

<1 NA NA EC25

>100 N/A N/A

<1 NA NA EC40

>100 N/A N/A

<1 NA NA EC50

>100 N/A N/A

<1 NA NA 96h Survival Rate Summary Calculated Variate(AJB)

C.%

Control Type Count Mean Min Max Std Err Std Dev CV%

%Effect A

B 0

Negative Control 4

1 1

1 0

0 0.0%

0.0%

40 40 100 4

1 1

1 0

0 0.0%

0.0%

40 40 96h Survival Rate Detail C-%

Control Type Rep 1 Rep 2 Rep 3 Rep 4 0

Negative Control 1

1 1

1 100 1

1 1

1 96h Survival Rate Binomials C.%

Control Type Rep I Rep 2 Rep 3 Rep 4 0

Negative Control 10/10 10/10 10/10 10/10 100 10/10 10/10 10/10 10/10 Graphics 0.9 0.8 0.7 0.6 0.5 0.2 0.1 0.0 I

i I

I I

0 20 40 60 80 100 C-%*

000 863 CTIST vi.8..11Analyst:

Yhý QA:f 000-055-186-3 CETISTM v1.8.7.11

CETIS Measurement Report Report Date:

Test Code:

17 Mar-15 14:17 (p 1 of 1)

PGE0215.345 117-3971-8558 96 Hour Red Abalone Survival Aquatic Bioassay & Consulting Labs, Inc.

Batch ID:

13-3619-4884 Test Type: Survival (96h)

Analyst:

Start Date:

26 Feb-15 12:18 Protocol:

Kopperdahl (1976)

Diluent:

Laboratory Seawater Ending Date:

02 Mar-15 10:33 Species:

Haliotis rufescens Brine:

Not Applicable Duration:

94h Source:

Cultured Abalone Age:

Sample ID:

18-5420-1370 Code:

PGE0215.345 Client:

Pacific Gas & Electric Co.

Sample Date: 25 Feb-15 09:30 Material:

Sample Water Project:

Receive Date: 26 Feb-15 11:45 Source:

Bioassay Report Sample Age:

27h (10.8 °C)

Station:

Discharge 001-Acute Dissolved Oxygen-mg/L C-%

Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 10 7.29 7.171 7.409 7.1 7.6 0.0526 0.1663 2.28%

0 100 10 7.36 7.283 7.437 7.2 7.5 0.03399 0.1075 1.46%

0 Overall 20 7.325 7.1 7.6 0 (0%)

pH-Units C-%

Control Type Count Mean 95% LCL 95% UCL MIn Max Std Err Std Dev CV%

QA Count 0

Negative Contr 10 7.57 7.444 7.696 7.4 7.9 0.05588 0.1767 2.33%

0 100 10 7.71 7.631 7.789 7.6 7.9 0.0348 0.11 1.43%

0 Overall 20 7.64 7.4 7.9 0 (0%)

Salinity-ppt C-%

Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 10 34 34 34 34 34 0

0 0.0%

0 100 10 34 34 34 34 34 0

0 0.0%

0 Overall 20 34 34 34 0 (0%)

Temperature-°C C-%

Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 10 14.75 14.32 15.18 14.3 15.9 0.1922 0.6078 4.12%

0 100 10 14.41 14.26 14.56 14.1 14.7 0.06741 0.2132 1.48%

0 Overall 20 14.58 14.1 15.9 0(0%)

Dissolved Oxygen-mgIL C-%

Control Type 1

2 3

4 5

6 7

8 9

10 0

Negative Contr 7.6 7.5 7.4 7.3 7.2 7.2 7.1 7.1 7.3 7.2 100 7.4 7.4 7.5 7.5 7.3 7.3 7.2 7.2 7.4 7.4 pH-Units C-%

Control Type -1 2

3 4

5 6

7 8

9 10 0

Negative Contr 7.9 7.9 7.5 7.4 7.5 7.5 7.5 7.5 7.5 7.5 100 7.9 7.9 7.6 7.6 7.7 7.7 7.7 7.7 7.6 7.7 Salinity-ppt C-%

Control Type 1

2 3

4 5

6 7

8 9

10 0

Negative Contr 34 34 34 34 34 34 34 34 34 34 100 34 34 34 34 34 34 34 34 34 34 Temperature-°C C-%

Control Type 1

2 3

4 5

6 7

8 9

10 0

Negative Contr 15.8 15.9 14.8 14.8 14.3 14.4 14.4 14.4 14.4 14.3 100 14.5 14.5 14.7 14.6 14.5 14.6 14.2 14.2 14.1 14.2 Analyst: _U_\\_

QA:

000-055-186-3 CETISTM v1.8.7.11

aquatic bioassay 6 consulting laboratories, inc March 19, 2015 Mr. Jim Kelly PG&E-Diablo Canyon Power Plant 9 Miles NW Avila Beach Avila Beach, CA 93424

Dear Mr. Kelly:

We are pleased to present the enclosed bioassay report. The test was conducted under guidelines prescribed in Short-Term Methods for Measuring the Chronic Toxicity of Effluents and Receiving Waters to West Coast Marine and Estuarine Organisms, EPA-R-95/136. "All acceptability criteria were met and the concentration-response was normal.

This is a valid test." Results were as follows:

CLIENT:

PG&E-Diablo Canyon Power Plant SAMPLE I.D.:

Discharge 001 DATE RECEIVED:

3 March - 2015 ABC LAB. NO.:

PGE0315.015 CHRONIC ABALONE LARVAL DEVELOPMENT BIOASSAY NOEC =

100.00 %

TUc

=

1.00 EC25 =

>100.00 %

EC50 =

>100.00 %

Yours ery t Sco j son' Laboratory Dire o 29 north olive st. ventura, ca 93001 (805) 643 5621 www.aquabio.org

CETIS Summary Report Report Date:

18 Mar-15 11:12 (p 1 of 1)

Test Code:

PGE0315.015 I 12-6770-6216 Red Abalone Larval Development Test Aquatic Bioassay & Consulting Labs, Inc.

Batch ID:

07-4488-0348 Test Type: Development Analyst:

Start Date:

03 Mar-15 12:16 Protocol:

EPAI600/R-95/136 (1995)

Diluent:

Laboratory Seawater Ending Date: 05 Mar-15 12:30 Species:

Haliotis rufescens Brine:

Not Applicable Duration:

48h Source:

Cultured Abalone Age:

Sample ID:

10-4543-3962 Code:

PGE0315.015 Client:

Pacific Gas & Electric Co.

Sample Date: 02 Mar-15 09:55 Material:

Sample Water Project:

Toxicity Testing Receive Date: 03 Mar-15 10:10 Source:

Bioassay Report Sample Age:

26h (1.6 °C)

Station:

Discharge 001-Chronic Comparison Summary Analysis ID Endpoint NOEL LOEL TOEL PMSD TU Method 20-9828-4840 Proportion Normal 100

>100 NA 9.78%

1 Dunnett Multiple Comparison Test Point Estimate Summary Analysis ID Endpoint Level 95% LCL 95% UCL TU Method 00-8990-7852 Proportion Normal EC5

>100 N/A N/A

<1 Linear Interpolation (ICPIN)

EC10

>100 N/A NWA

<1 EC15

>100 N/A NIA

<1 EC20

>100 N/A N/A

<1 EC25

>100 N/A N/A

<1 EC40

>100 N/A N/A

<1 EC50

>100 N/A N/A

<1 Test Acceptability Analysis ID Endpoint Attribute Test Stat TAC Limits Overlap Decision 00-8990-7852 Proportion Normal Control Resp 0.902 0.8 - NL Yes Passes Acceptability Criteria 20-9828-4840 Proportion Normal Control Resp 0.902 0.8 - NL Yes Passes Acceptability Criteria 20-9828-4840 Proportion Normal PMSD 0.09779 NL - 0.2 No Passes Acceptability Criteria Proportion Normal Summary C-%

Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

%Effect 0

Negative Control 5 0.902 0.8455 0.9585 0.87 0.98 0.02035 0.0455 5.04%

0.0%

10 5

0.934 0.8887 0.9793 0.89 0.97 0.01631 0.03647 3.91%

-3.55%

18 5

0.946 0.862 1

0.84 1

0.03027 0.06768 7.15%

-4.88%

32 5

0.892 0.8267 0.9573 0.85 0.98 0.02354 0.05263 5.9%

1.11%

56 5

0.966 0.9472 0.9848 0.94 0.98 0.006782 0.01517 1.57%

-7.1%

100 5

1 1

1 0

0 0.0%

-10.86%

Proportion Normal Detail C-%

Control Type.

Rep I Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 0.9 0.89 0.87 0.98 0.87 10 0.9 0.89 0.95 0.97 0.96 18 0.92 0.84 0.97 1

1 32 0.87 0.9 0.86 0.85 0.98 56 0.97 0.98 0.94 0.97 0.97 100 1

1 1

Proportion Normal Binomials C-%

Control Type Rep 1 Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 90/100 89/100 87/100 98/100 87/100 10 18 32 56 100 90/100 89/100 95/100 97/100 96/100 92/100 84/100 97/100 100/100 100/100 87/100 90/100 86/100 85/100 98/100 971100 98/100 94/100 97/100 97/100 100/100 100/100 100/100 100/100 100/100 Analyst:

-/ - QA: fIt 000-055-186-3 CETISTM vl.8.7.11

CETIS Analytical Report Report Date:

18 Mar-15 11:12 (p 1 of 2)

Test Code:

PGE0315.015 1 12-6770-6216 Red Abalone Larval Development Test Aquatic Bioassay & Consulting Labs, Inc.

Analysis ID:

20-9828-4840 Endpoint:

Proportion Normal CETIS Version:

CETISv1.8.7 Analyzed:

18 Mar-15 11:12 Analysis:

Parametric-Control vs Treatments Official Results:

Yes Sample ID:

10-4543-3962 Code:

PGE0315.015 Client:

Pacific Gas & Electric Co.

Sample Date: 02 Mar-15 09:55 Material:

Sample Water Project:

Toxicity Testing Receive Date: 03 Mar-15 10:10 Source:

Bioassay Report Sample Age:

26h (1.6 °C)

Station:

Discharge 001-Chronic Data Transform Zeta Alt Hyp Trials Seed PMSD NOEL LOEL TOEL TU Angular (Corrected)

NA C> T NA NA 9.78%

100

>100 NA 1

Dunnett Multiple Comparison Test Control vs C-%

Test Stat Critical MSD DF P-Value P-Type Declslon(a:5%)

Negative Control 10

-0.9519 2.362 0.138 8 0.9809 CDF Non-Significant Effect 18

-1.937 2.362 0.138 8 0.9991 CDF Non-Significant Effect 32 0.2537 2.362 0.138 8 0.7477 CDF Non-Significant Effect 56

-2.145 2.362 0.138 8 0.9996 CDF Non-Significant Effect 100

-4.404 2.362 0.138 8 1.0000 CDF Non-Significant Effect ANOVA Table Source Sum Squares Mean Square DF F Stat P-Value Declsion(a:5%)

Between 0.2512986 0.05025972 5

5.864 0.0011 Significant Effect Error 0.2056986 0.008570774 24 Total 0.4569972 29 Distributional Tests Attribute Test Test Stat Critical P-Value Decision(a:1%)

Variances Mod Levene Equality of Variance 2.683 4.248 0.0555 Equal Variances Variances Levene Equality of Variance 3.732 3.895 0.0122 Equal Variances Distribution Shapiro-Wilk W Normality 0.9322 0.9031 0.0560 Normal Distribution Distribution Kolmogorov-Smimov D 0.161 0.1853 0.0456 Normal Distribution Distribution D'Agostino Skewness 0.5706 2.576 0.5682 Normal Distribution Distribution D'Agostino Kurtosis 1.293 2.576 0.1959 Normal Distribution Distribution D'Agostino-Pearson K,2 Omnibus 1.999 9.21 0.3681 Normal Distribution Distribution Anderson-Darling A2 Normality 0.9738 3.878 0.0144 Normal Distribution Proportion Normal Summary C-%

Control Type Count Mean 95% LCL 95% UCL Median Min Max Std Err CV%

%Effect 0

Negative Control 5 0.902 0.8455 0.9585 0.89 0.87 0.98 0.02035 5.04%

0.0%

10 5

0.934 0.8887 0.9793 0.95 0.89 0.97 0.01631 3.91%

-3.55%

18 5

0.946 0.862 1

0.97 0.84 1

0.03027 7.15%

-4.88%

32 5

0.892 0.8267 0.9573 0.87 0.85 0.98 0.02354 5.9%

1.11%

56 5

0.966 0.9472 0.9848 0.97 0.94 0.98 0.006782 1.57%

-7.1%

100 5

1 1

0 0.0%

-10.86%

Angular (Corrected) Transformed Summary C-%

Control Type Count Mean 95% LCL 95% UCL Median Min Max Std Err CV%

%Effect 0

Negative Contr 5

1.263 1.145 1.381 1.233 1.202 1.429 0.04248 7.52%

0.0%

10 5

1.319 1.227 1.41 1.345 1.233 1.397 0.03287 5.57%

-4.41%

18 5

1.376 1.182 1.57 1.397 1.159 1.521 0.06992 11.36%

-8.98%

32 5

1.248 1.118 1.378 1.202 1.173 1.429 0.04698 8.42%

1.18%

56 5

1.388 1.34 1.437 1.397 1.323 1.429 0.01744 2.81%

-9.94%

100 5

1.521 1.521 1.521 1.521 1.521 1.521 0

0.0%

-20.42%

000-055-186-3 CETISTm vi.8.7.11 Analyst: K-f QA:

CETIS Analytical Report Report Date:

Test Code:

18 Mar-15 11:12 (p 2 of 2)

PGE0315.015 I 12-6770-6216 Red Abalone Larval Development Test Aquatic Bioassay & Consulting Labs, Inc.

Analysis ID:

20-9828-4840 Endpoint:

Proportion Normal CETIS Version:

CETISv1.8.7 Analyzed:

18 Mar-15 11:12 Analysis:

Parametric-Control vs Treatments Official Results:

Yes Proportion Normal Detail C-%

Control Type Rep 1 Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 0.9 0.89 0.87 0.98 0.87 10 0.9 0.89 0.95 0.97 0.96 18 0.92 0.84 0.97 1

1 32 0.87 0.9 0.86 0.85 0.98 56 0.97 0.98 0.94 0.97 0.97 100 1

1 1

Angular (Corrected) Transformed Detail C-%

Control Type Rep I Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 1.249 1.233 1.202 1.429 1.202 10 1.249 1.233 1.345 1.397 1.369 18 1.284 1.159 1.397 1.521 1.521 32 1.202 1.249 1.187 1.173 1.429 56 1.397 1.429 1.323 1.397 1.397 100 1.521 1.521 1.521 1.521 1.521 Proportion Normal Binomials C-%

Control Type Rep I Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 90/100 89/100 87/100 98/100 87/100 10 90/100 89/100 95/100 97/100 96/100 18 92/100 84/100 97/100 100/100 100/100 32 87/100 90/100 86/100 85/100 98/100 56 97/100 98/100 94/100 97/100 97/100 100 100/100 1001100 100/100 100/100 100/100-Graphics 209 00.20 0.8......................................

M Ij-t i "

,S 0.7

.3 0.10 2

0.5 0.00 0.5 0.,0o ------------------------------------------

0.4

-0.05 0.3

.0.10 0.2

-0.05 0.1

-0.20 0.0 I

-0.25 I

I I

0 N 10 10 32 56 100

-2.

-2.0

-1.5

-10

-0,5 0.0 0.5 1.0 1.5 2.0 2.5 C-%/o Ranklts 000-055-86-3 CTISTM v.8.7.11Analyst:_____

QIA:___

000-055-186-3 CET]ST" v1.8.7.11

CETIS Analytical Report Report Date:

18 Mar-15 11:12 (p 1 of 2)

Test Code:

PGE0315.015 I 12-6770-6216 Red Abalone Larval Development Test Aquatic Bioassay & Consulting Labs, Inc.

Analysis ID:

00-8990-7852 Endpoint:

Proportion Normal CETIS Version:

CETISv1.8.7 Analyzed:

18 Mar-15 11:12 Analysis:

Linear Interpolation (ICPIN)

Official Results: Yes Sample ID:

10-4543-3962 Code:

PGE0315.015 Client:

Pacific Gas & Electric Co.

Sample Date: 02 Mar-15 09:55 Material:

Sample Water Project:

Toxicity Testing Receive Date: 03 Mar-15 10:10 Source:

Bioassay Report Sample Age:

26h (1.6 °C)

Station:

Discharge 001-Chronic Linear Interpolation Options X Transform Y Transform Seed Resamples Exp 95% CL Method Linear Linear 0

280 Yes Two-Point Interpolation Point Estimates Level 95% LCL 95% UCL TU 95% LCL 95% UCL EC5

>100 N/A NIA

<1 NA NA ECl0

>100 N/A N/A

<1 NA NA ECl 5

>100 N/A N/A

<1 NA NA EC20

>100 N/A N/A

<1 NA NA EC25

>100 N/A N/A

< 1 NA NA EC40

>100 N/A N/A

<1 NA NA EC50

>100 N/A N/A

<1 NA NA Proportion Normal Summary Calculated Variate(A/B)

C.%

Control Type Count Mean Min Max Std Err Std Dev CV%

%Effect A

B 0

Negative Control 5

0.902 0.87 0.98 0.02035 0.0455 5.04%

0.0%

451 500 10 5

0.934 0.89 0.97 0.01631 0.03647 3.91%

-3.55%

467 500 18 5

0.946 0.84 1

0.03027 0.06768 7.15%

-4.88%

473 500 32 5

0.892 0.85 0.98 0.02354 0.05263 5.9%

1.11%

446 500 56 5

0.966 0.94 0.98 0.006782 0.01517 1.57%

-7.1%

483 500 100 5

1 1

1 0

0 0.0%

-10.86%

500 500 Proportion Normal Detail C-%

Control Type Rep 1 Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 0.9 0.89 0.87 0.98 0.87 10 0.9 0.89 0.95 0.97 0.96 18 0.92 0.84 0.97 1

1 32 0.87 0.9 0.86 0.85 0.98 56 0.97 0.98 0.94 0.97 0.97 100 1

1 1

Proportion Normal Binomials C-%

Control Type Rep I Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 90/100 89/100 87/100 98/100 87/100 10 90/100 89/100 95/100 97/100 96/100 18 92/100 84/100 97/100 100/100 100/100 32 87/100 90/100 86/100 85/100 98/100 56 97/100 98/100 94/100 97/100 97/100 100 100/100 100/100 100/100 100/100 100/100 000-055-186-3 CETISTM v0.8.7.11 Analyst:_____

QA:__

CETIS Measurement Report Report Date:

Test Code:

18 Mar-15 11:12 (p 1 of 2)

PGE0315.015! 12-6770-6216 Red Abalone Larval Development Test Aquatic Bloassay & Consulting Labs, Inc.

Batch ID:

07-4488-0348 Test Type: Development Analyst:

Start Date:

03 Mar-15 12:16 Protocol:

EPAJ600/R-95/136 (1995)

Diluent:

Laboratory Seawater Ending Date:

05 Mar-15 12:30 Species:

Haliotis rufescens Brine:

Not Applicable Duration:

48h Source:

Cultured Abalone Age:

Sample ID:

10-4543-3962 Code:

PGE0315.015 Client:

Pacific Gas & Electric Co.

Sample Date: 02 Mar-15 09:55 Material:

Sample Water Project:

Toxicity Testing Receive Date: 03 Mar-15 10:10 Source:

Bioassay Report Sample Age:

26h (1.6 "C)

Station:

Discharge 001-Chronic Parameter Acceptability Criteria Parameter Min Max Acceptability Limits Overlap Decision Salinity-ppt 34 34 32 - 36 Yes Results Within Limits Temperature-°C 14.3 14.4 14 - 16 Yes Results Within Limits Dissolved Oxygen-mg/L C-%

Control Type Count Mean 96% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 2 6.85

-1.409 15.11 6.2 7.5 0.65 0.9192 13.42%

0 10 2

7.2 2.118 12.28 6.8 7.6 0.4 0.5657 7.86%

0 18 2

7.35 1.632 13.07 6.9 7.8 0.45 0.6364 8.66%

0 32 2

7.4 1.047 13.75 6.9 7.9 0.5 0.7071 9.56%

0 56 2

7.55

-0.709 15.81 6.9 8.2 0.65 0.9192 12.18%

0 100 2

7.75

-1.78 17.28 7

8.5 0.75 1.061 13.69%

0 Overall 12 7.35 6.2 8.5 0 (0%)

pH-Units C-%

Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 2 7.65 7.015 8.285 7.6 7.7 0.05 0.07071 0.92%

0 10 2

7.7 7.698 7.702 7.7 7.7 0

0 0.0%

0 18 2

7.7 7.698 7.702 7.7 7.7 0

0 0.0%

0 32 2

7.7 7.698 7.702 7.7 7.7 0

0 0.0%

0 56 2

7.7 7.698 7.702 7.7 7.7 0

0 0.0%

0 100 2

7.7 7.698 7.702 7.7 7.7 0

0 0.0%

0 Overall 12 7.692 7.6 7.7 0 (0%)

Salinlty-ppt C-%

Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 2 34 34 34 34 34 0

0 0.0%

0 10 2

34 34 34 34 34 0

0 0.0%

0 18 2

34 34 34 34 34 0

0 0.0%

0 32 2

34 34 34 34 34 0

0 0.0%

0 56 2

34 34 34 34 34 0

0 0.0%

0 100 2

34 34 34 34 34 0

0 0.0%

0 Overall 12 34 34 34 0(0%)

Temperature.°C C-%

Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 2 14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 10 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 18 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 32 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 56 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 100 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 Overall 12 14.35 14.3 14.4 0 (0%)

Analyst: \\*.J-QA:

P 000-055-186-3 CETISTM v1.8.7.11

CETIS Measurement Report Repot Test C t Date:

18 Mar-15 11:12 (p2 of 2) ode:

PGE0315.015 1 12-6770-6216 Aquatic Bloassay & Consulting Labs, Inc.

Red Abalone Larval Development Test Dissolved Oxygen-mgIL C-%

Control Type 1

2 0

Negative Contr 7.5 6.2 10 7.6 6.8 18 7.8 6.9 32 7.9 6.9 56 8.2 6.9 100 8.5 7

pH-Units C-%

Control Type 1

2 0

Negative Contr 7.7 7.6 10 7.7 7.7 18 7.7 7.7 32 7.7 7.7 56 7.7 7.7 100 7.7 7.7 Sailnity-ppt C-%

Control Type 1

2 0

Negative Contr 34 34 10 34 34 18 34 34 32 34 34 56 34 34 100 34 34 Temperature-°C C-%

Control Type 0

Negative Contr 10 18 32 56 100 1

14.3 14.3 14.3 14.3 14.3 14.3 2

14.4 14.4 14.4 14.4 14.4 14.4 Analyst: ýQA'-_

P CA:

000-055-186-3 rFTISTM vl.8.7.1 1

aquati*c bioassay consulting laboratories, inc CHRONIC ABALONE DEVELOPMENT BIOASSAY DATE:

STANDARD TOXICANT:

Zinc NOEC =

18.00 ug/l EC25 =

24.91 ug/1 EC50 =

66.77 ug/1 3 March 2015 Yours very truly, cott Johnson Laboratory Director 29 north olive st.. ventura, ca 93001 (805) 643 5621 www.aquabio.org

CETIS Summary Report Report Date:

Test Code:

18 Mar-15 11:07 (p 1 of 1)

ABS030315 I 05-7107-9514 Red Abalone Larval Development Test Aquatic Bioassay & Consulting Labs, Inc.

Batch ID:

06-5432-7894 Test Type: Development Analyst:

Start Date:

03 Mar-15 12:15 Protocol:

EPA/600/R-95/136 (1995)

Diluent:

Laboratory Seawater Ending Date: 05 Mar-15 12:30 Species:

Haliotis rufescens Brine:

Not Applicable Duration:

48h Source:

Cultured Abalone Age:

Sample ID:

03-6602-4055 Code:

ABS030315 Client:

Internal Lab Sample Date: 03 Mar-15 12:15 Material:

Zinc Project:

REF TOX Receive Date:

Source:

Reference Toxicant Sample Age:

NA Station:

REF TOX Comparison Summary Analysis ID Endpoint NOEL LOEL TOEL PMSD TU Method 20-1509-4568 Proportion Normal 18 32 24 28.2%

Dunnett Multiple Comparison Test Point Estimate Summary Analysis ID Endpoint Level pg/L 95% LCL 95% UCL TU Method 19-4596-6591 Proportion Normal EC5 5.475 2.368 25.99 Linear. Interpolation (ICPIN)

EC10 10.95 4.735 29.2 EC15 16.42 7.103 41.53 EC20 20.87 9.983 67.59 EC25 24.91 13.07 75.54 EC40 60.13 12.32 70.34 EC50 66.77 44.26 75.28 Test Acceptability Analysis ID Endpoint Attribute Test Stat TAC Limits Overlap Decision 19-4596-6591 Proportion Normal Control Resp 0.876 0.8 - NL Yes Passes Acceptability Criteria 20-1509-4568 Proportion Normal Control Resp 0.876 0.8 - NL Yes Passes Acceptability Criteria 20-1509-4568 Proportion Normal NOEL 18 NL -56 No Passes Acceptability Criteria 20-1509-4568 Proportion Normal PMSD 0.2819 NL - 0.2 No Above Acceptability Criteria Proportion Normal Summary C-pgIL Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

%Effect 0

Negative Control 5 0.876 0.8174 0.9346 0.8 0.92 0.02112 0.04722 5.39%

0.0%

18 5

0.732 0.5658 0.8982 0.56 0.88 0.05987 0.1339 18.29%

16.44%

32 5

0.558 0.1952 0.9208 0.09 0.89 0.1307 0.2922 52.36%

36.3%

56 5

0.602 0.3691 0.8349 0.31 0.77 0.08387 0.1875 31.15%

31.28%

100 5

0 0

0 100.0%

180 5

0 0

0 100.0%

Proportion Normal Detail C-pglL Control Type Rep I Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 0.8 0.87 0.92 0.91 0.88 18 0.88 0.64 0.84 0.56 0.74 32 0.89 0.6 0.09 0.55 0.66 56 0.31 0.77 0.75 0.54 0.64 100 0

0 0

180 0

0 0

Proportion Normal Binomials C-pgIL Control Type 0

Negative Control 18 32 56 100 180 Rep 1 Rep 2 Rep 3 Rep 4 Rep 5 80/100 87/100 92/100 91/100 88/100 88/100 64/100 84/100 56/100 74/100 89/100 60/100 9/100 55/100 66/100 31/100 77/100 75/100 54/100 64/100 0/100 0/100 0/100 0/100 0/100 0/100 0/100 0/100 0/100 0/100 Analyst.______

QA:

000-055-186-3 CETISTM v1.8.7.11

CETIS Analytical Report Report Date:

18 Mar-15 11:06 (p 1 of 2)

Test Code:

ABS030315 I 05-7107-9514 Red Abalone Larval Development Test Aquatic Bioassay & Consulting Labs, Inc.

Analysis ID:

20-1509-4568 Endpoint:

Proportion Normal CETIS Version:

CETISv1.8.7 Analyzed:

18 Mar-15 11:06 Analysis:

Parametric-Control vs Treatments Official Results:

Yes Sample ID:

03-6602-4055 Code:

ABS030315 Client:

Internal Lab Sample Date: 03 Mar-15 12:15 Material:

Zinc Project:

REF TOX Receive Date:

Source:

Reference Toxicant Sample Age:

NA Station:

REFTOX Data Transform Zeta Alt Hyp Trials Seed PMSD NOEL LOEL TOEL TU Angular (Corrected)

NA C > T NA NA 28.2%

18 32 24 Dunnett Multiple Comparison Test Control vs C-pglL Test Stat Critical MSD DF P-Value P-Type Decision(a:5%)

Negative Control 18 1.327 2.227 0.299 8 0.2182 CDF Non-Significant Effect 32*

2.781 2.227 0.299 8 0.0172 CDF Significant Effect 56*

2.404 2.227 0.299 8 0.0359 CDF Significant Effect ANOVA Table Source Sum Squares Mean Square DF F Stat P-Value Decislon(a:5%)

Between 0.4220498 0.1406833 3

3.116 0.0556 Non-Significant Effect Error 0.7224627 0.04515392 16 Total 1.144513 19 Distributional Tests Attribute Test Test Stat Critical P-Value Decision(a:1%)

Variances Bartlett Equality of Variance 7.677 11.34 0.0532 Equal Variances Variances Mod Levene Equality of Variance 1.359 5.953 0.3022 Equal Variances Variances Levene Equality of Variance 1.323 5.292 0.3016 Equal Variances Distribution Shapiro-Wilk W Normality 0.9326 0.866 0.1733 Normal Distribution Distribution Kolmogorov-Smirnov D 0.1728 0.2235 0.1203 Normal Distribution Distribution D'Agostino Skewness 1.745 2.576 0.0809 Normal Distribution Distribution D'Agostino Kurtosis 1.933 2.576 0.0532 Normal Distribution Distribution D'Agostino-Pearson K2 Omnibus 6.783 9.21 0.0337 Normal Distribution Distribution Anderson-Darling A2 Normality 0.6396 3.878 0.0958 Normal Distribution Proportion Normal Summary C-pglL Control Type Count Mean 95% LCL 95% UCL Median Min Max Std Err CV%

%Effect 0

Negative Control 5 0.876 0.8174 0.9346 0.88 0.8 0.92 0.02112 5.39%

0.0%

18 5

0.732 0.5658 0.8982 0.74 0.56 0.88 0.05987 18.29%

16.44%

32 5

0.558 0.1952 0.9208 0.6 0.09 0.89 0.1307 52.36%

36.3%

56 5

0.602 0.3691 0.8349 0.64 0.31 0.77 0.08387 31.15%

31.28%

100 5

0 0

0 100.0%

180 5

0 0

0.

0 0

100.0%

Angular. (Corrected) Transformed Summary C-pg/L Control Type Count Mean 95% LCL 95% UCL Median Min Max Std Err CV%

%Effect 0

Negative Contr 5

1.215 1.129 1.301 1.217 1.107 1.284 0.03097 5.7%

0.0%

18 5

1.037 0.8446 1.229 1.036 0.8455 1.217 0.06931 14.94%

14.67%

32 5

0.8414 0.4228 1.26 0.8861 0.3047 1.233 0.1508 40.07%

30.76%

56 5

0.8922 0.6497 1.135 0.9273 0.5905 1.071 0.08734 21.89%

26.58%

100 5

0.05002 0.05001 0.05003 0.05002 0.05002 0.05002 0

0.0%

95.88%

180 5

0.05002 0.05001 0.05003 0.05002 0.05002 0.05002 0

0.0%

95.88%

000-055-186-3 CETIS TM v0.8.7.11 Analyst:_______

QA:

CETIS Analytical Report Report Date:

18 Mar-15 11:06 (p 2 of 2)

Test Code:

ABS030315 I 05-7107-9514 Red Abalone Larval Development Test Aquatic Bloassay & Consulting Labs, Inc.

Analysis ID:

20-1509-4568 Endpoint:

Proportion Normal CETIS Version:

CETISvl.8.7 Analyzed:

18 Mar-15 11:06 Analysis:

Parametric-Control vs Treatments Official Results:

Yes Proportion Normal Detail C-Vg/L Control Type Rep I Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 0.8 0.87 0.92 0.91 0.88 18 0.88 0.64 0.84 0.56 0.74 32 0.89 0.6 0.09 0.55 0.66 56 0.31 0.77 0.75 0.54 0.64 100 0

0 0

0.

0 180 0

0 0

Angular (Corrected) Transformed Detail C-pgIL Control Type Rep I Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 1.107 1.202 1.284 1.266 1.217 18 1.217 0.9273 1.159 0.8455 1.036 32 1.233 0.8861 0.3047 0.8355 0.9483 56 0.5905 1.071 1.047 0.8254 0.9273 100 0.05002 0.05002 0.05002 0.05002 0.05002 180 0.05002 0.05002.

0.05002 0.05002 0.05002 Proportion Normal Binomials C-pg/L Control Type Rep I Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 80/100 87/100 921100 91/100 881100 18 88/100 64/100 84/100 56/100 74/100 32 89/100 60/100 9/100 55/100 66/100 56 31/100 77/100 75/100 54/100 64/100 100 0/100 0/100 0/100 0/100 0/100 180 0/100 0/100 0/100 0/100 0/100 Graphics 1.0 0.4 0.9 0.3 H~

0.2 F-0.7i0.1 0

O.5 J

.1 0.4

-0L2 0.3

-0.3 0.2

-0.4 0.1

.0.5 0.0 I-0.6 4 6 I

0 N Is 32 5

100 O

-2.5

-2.0

-1.

.0 "0.5 0!0 0.5 1.0 1.5 2.0 2.5 C-pg/L Ranklts 000-055-186-3 CETIS TM v1.8.7.11 Analyst:

-f"-JQA: P

CETIS Analytical Report Report Date:

18 Mar-15 11:06 (p 1 of 2)

Test Code:

ABS030315 I 05-7107-9514 Red Abalone Larval Development Test Aquatic Bioassay & Consulting Labs, Inc.

Analysit ID:

19-4596-6591 Endpoint:

Proportion Normal CETISVersion:

CETISv1.8.7 Analyzed:

18 Mar-15 11:06 Analysis:

Linear Interpolation (ICPIN)

Official Results:

Yes Sample ID:

03-6602-4055 Code:

ABS030315 Client:

Internal Lab Sample Date: 03 Mar-15 12:15 Material:

Zinc Project:

REF TOX Receive Date:

Source:

Reference Toxicant Sample Age:

NA Station:

REF TOX Linear Interpolation Options X Transform Y Transform Seed Resamples Exp 95% CL Method Linear Linear 0

280 Yes Two-Point Interpolation Point Estimates Level pg/L 95% LCL 95% UCL EC5 5.475 2.368 25.99 EC10 10.95 4.735 29.2 EC15 16.42 7.103 41.53 EC20 20.87 9.983 67.59 EC25 24.91 13.07 75.54 EC40 60.13 12.32 70.34 EC50 66.77 44.26 75.28 Proportion Normal Summary Calculated Varlate(A/B)

C-pg/L Control Type Count Mean Min Max Std Err Std Dev CV%

%Effect A

B 0

Negative Control 5

0.876 0.8 0.92 0.02112 0.04722 5.39%

0.0%

438 500 18 5

0.732 0.56 0.88 0.05987 0.1339 18.29%

16.44%

366 500 32 5

0.558 0.09 0.89 0.1307 0.2922 52.36%

36.3%

279 500 56 5

0.602 0.31 0.77 0.08387 0.1875 31.15%

31.28%

301 500 100 5

0 0

0 100.0%

0 500 180 5

0 0

0 100.0%

0 500 Proportion Normal Detail C-pg/L Control Type Rep 1 Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 0.8 0.87 0.92 0.91 0.88 18 0.88 0.64 0.84 0.56 0.74 32 0.89 0.6 0.09 0.55 0.66 56 0.31 0.77 0.75 0.54 0.64 100 0

0 0

180 0

0 0

Proportion Normal Binomials C-pg/L Control Type Rep 1 Rep 2 Rep 3 Rep 4 Rep 5 0

Negative Control 80/100 87/100 92/100 91/100 88/100 18 88/100 64/100 84/100 56/100 74/100 32 89/100 60/100 9/100 55/100 66/100 56 31/100 77/100 75/100 54/100 64/100 100 01100 0/100 0/100 0/100 0/100 180 0/100 0/100 0/100 0/100 0/100 000-055-186-3 CETISTM v1.8.7.11 Analyst:__-"

QA:

CETIS Analytical Report Report Date:

Test Code:

18 Mar-15 11:06 (p 2 of 2)

ABS030315 I 05-7107-9514 Red Abalone Larval Development Test Aquatic Bioassay & Consulting Labs, Inc.

Analysis ID:

19-4596-6591 Endpoint:

Proportion Normal CETIS Version:

CETISv1.8.7 Analyzed:

18 Mar-15 11:06 Analysis:

Linear Interpolation (ICPIN)

Official Results:

Yes Graphics 1.0 0.8 0.7 0.0 0.4 0-3 0.2 0.1 D

20 40 60 so 100 20 1i0 160 180 C-PglL Analyst:

'-ý-Qk 000-055-186-3 CETISTM v1.8.7.11

CETIS Measurement Report Repo Test rt Date:

18 Mar-15 11:07 (p I of 2)

Code:

ABS030315 1 05-7107-9514 Aquatic Bioassay & Consulting Labs, Inc.

Red Abaione Larvai Development Test Batch ID:

06-5432-7894 Test Type: Development Analyst:

Start Date:

03 Mar-15 12:15 Protocol:

EPA/600/R-95/136 (1995)

Diluent:

Laboratory Seawater Ending Date: 05 Mar-15 12:30 Species:

Haliotis rufescens Brine:

Not Applicable Duration:

48h Source:

Cultured Abalone Age:

Sample ID:

03-6602-4055 Code:

ABS030315 Client:

Internal Lab Sample Date: 03 Mar-15 12:15 Material:

Zinc Project:

REF TOX Receive Date:

Source:

Reference Toxicant Sample Age:

NA Station:

REF TOX Parameter Acceptability Criteria Parameter Min Max Acceptability Limits Overlap Decision Salinity-ppt 34 34 32 - 36 Yes Results Within Limits Temperature-'C 14.3 14.4 14-16 Yes Results Within Limits Dissolved Oxygen-mg/L C-pglL Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 2 7

0.6469 13.35 6.5 7.5 0.5 0.7071 10.1%

0 18 2

7.4 6.129 8.671 7.3 7.5 0.1 0.1414 1.91%

0 32 2

7.4 6.129 8.671 7.3 7.5 0.1 0.1414 1.91%

0 56 2

7.4 6.129 8.671 7.3 7.5 0.1 0.1414 1.91%

0 100 2

7.4 6.129 8.671 7.3 7.5 0.1 0.1414 1.91%

0 180 2

7.4 6.129 8.671 7.3 7.5 0.1 0.1414 1.91%

0 Overall 12 7.333 6.5 7.5 0 (0%)

pH-Units C-pg/L Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 2 7.65 7.015 8.285 7.6 7.7 0.05 0.07071' 0.92%

0 18 2

7.75 7.115 8.385 7.7 7.8 0.05001 0.07072 0.91%

0 32 2

7.75 7.115 8.385 7.7 7.8 0.05001 0.07072 0.91%

0 56 2

7.75 7.115 8.385 7.7 7.8 0.05001 0.07072 0.91%

0 100 2

7.75 7.115 8.385 7.7 7.8 0.05001 0.07072 0.91%

0 180 2

7.75 7.115 8.385 7.7 7.8 0.05001 0.07072 0.91%

0 Overall 12 7.733 7.6 7.8 0 (0%)

Salinity-ppt C-pgIL Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 2 34 34 34 34 34 0

0 0.0%

0 18 2

34 34 34 34 34 0

0 0.0%

0 32 2

34 34 34 34 34 0

0 0.0%

0 56 2

34 34 34 34 34 0

0 0.0%

0 100 2

34 34 34 34 34 0

0 0.0%

0 180 2

34 34 34 34 34 0

0 0.0%

0 Overall 12 34 34 34 0(0%)

Temperature-°C C-pg/L Control Type Count Mean 95% LCL 95% UCL Min Max Std Err Std Dev CV%

QA Count 0

Negative Contr 2 14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 18 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 32 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 56 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 100 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 180 2

14.35 13.71 14.99 14.3 14.4 0.04998 0.07068 0.49%

0 Overall 12 14.35 14.3 14.4 0 (0%)

Analyst:

-*.f*eA 000-055-186-3 CETI STM 01.8.7.111

CETIS Measurement Report

Repo, Test C Red Abalone Larval Development Test rt Date:

18 Mar-15 11:07 (p 2 of 2) ode:

ABS030315 1 05-7107-9514 Aquatic Bioassay & Consulting Labs, Inc.

Dissolved Oxygen-mg/L C-pg/L Control Type 1

0 Negative Contr 7.5 18 7.5 32 7.5 56 7.5 100 7.5 180 7.5 pH-Units C-pg/L Control Type 1

0 Negative Contr 7.7 18 7.7 32 7.7 56 7.7 100 7.7 180 7.7 Salinity-ppt C-pg/L Control Type 1

0 Negative Contr 34 18 34 32 34 56 34 100 34 180 34 Temperature-°C C-pglL Control Type I

0 Negative Contr 14.3 18 14.3 32 14.3 56 14.3 100 14.3 180 14.3 2

6.5 7.3 7.3 7.3 7.3 7.3 2

7.6 7.8 7.8 7.8 7.8 7.8 2

34 34 34 34 34 34 2

14.4 14.4 14.4 14.4 14.4 14.4 Analyst:._

QA:

2 000-055-18B-3 CETISTM 018.7.11

DCL-2015-518, First Quarter 2015 Report on Discharge Self-Monitoring

Text

Title:

Title:

SUMMARY

SUMMARY

=

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background

Background