ML20134M888
| ML20134M888 | |
| Person / Time | |
|---|---|
| Site: | San Onofre, 05000000 |
| Issue date: | 11/17/1983 |
| From: | Chandler D CALIFORNIA, STATE OF |
| To: | NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION V) |
| Shared Package | |
| ML20134M881 | List: |
| References | |
| FOIA-85-426 NUDOCS 8509040330 | |
| Download: ML20134M888 (71) | |
Text
r-use c cwba m_
xsse = o u r,
.=-
CAUFORNIA POLLUTION MFC CONTROL FINANCING AUTHORITY t
CIS CA8 pot **An ecoan 200 Q $' % N lb lh "IMM8k 1Attaw mo vstle 1916% A459397 James M UM, ch Swe Tree ww C
November 17, 1983 g.g.g.j q,
y g+'y
==h.,i P.
- hen, bonne,elin mre Nuclear Regulatory Commission 1450 Maria Ln., ste. 210 Walnut Creek, CA 94506 Attention: 1.icensing Branch Dear Sirse Rei San Diego Cas & Electric Application A420 In accordance with recently passed regulations, the California Pollution Control Financing Authority, i its efforts to assist'compaaies with their pollution control problems, now required to obtain certifications frorn varinus pollution control agencies throughout the state.
.ne certificate itself is quite simple, as outlined in Section 44533(b) of the state's stealth and safety Code:
"No project relating to the intprovement of air or water quality"or solid waste control shall be el..gible for financ-ing under this division unless, prior to the issuance of bonds or notes, a local, regional, state, or federal environmental authority exercising jurisdiction over the project certifies that the proicet, as designed, will further compliance with federal, Etato, or local pcilution control stanM and requirements."
In the spirit of the law, I am forwarding to you, for your review, a copy of an application ~for financing from:
San Diego Gas & Electric 101 Ash Strant San Diego, CA 92101 The California Pollution Control Financing Authority took an "otficial actien" regarding thic project at its :neeting on November 16, 1983.
In accordance with the State Health and Safety Code, we ask you to review tha dnscription of the proposed project for eligibility.
Please advise us followinu your, swview wb:Lher yceu can certify that there is rnasonabic assurance that the project, as designed, will further compliance with federal,-
State, or local pollution control standards and requirements.
Following your review, we would appreciate an oral or written response with a preliminary indication as to whether this project would qualify.
Please be assured that you may hold reservation for further review prior to issuing a final cortification and an adoption by us of a Final Resolution for
[
iccuing bondc.
I call your attention to Section 44533(c) of thf= Health and Safety Code in that regard:
"No certification issued pursuant to subdivision (b)
[
shall be admissible in evidence, constitute an admission, or bind any certify-ing authority in any proceeding in which the compliance of a participating party's. facilities with any applicable pollution control, land use, zoning, or other similar law is an issue, or in any application or proceeding for a pemit to locate or construct facilities."
8509040330 850823 PDR FOIA BELL 85-426 PDR l
- 1'roposed project located near San Clemente, CA.
- If the Authority adopts a Final Resolution, we will make further writton rcquest that you take whatever steps are necessary to provide a final certificate for this project.
Should you have any questions, please contact me st 915 Capitol Mall, Sacramento, California 95314, Telephone (916) 323-9864.
l Sincerely, p
4 c. a A DOUGLAS E. CHANDLER Executive Secretary e
I i
l L
t
I CERTIFICATE PURSUANT 'IO HEALTH & SAFETY CODB SECTION 44533 (b)
CALITORNIA POLLUTION CONTROL FINANCING AUTHORITY 915 Capitol Mall, Room 110 Sacramento, california. 95814 4
RE: CPCFA Application For Financing No.
Applicant:
Upon review of the hazardous / liquid waste control project described in the subject application (the " Project"), it is hereby certified on behalf of the balow stated agency as follows:
1.
We exercise jurisdiction over the Project.
2.
The Project, as designed, will further conqpliance with federal, state or local pollution control standards or requirements.
3.
The Project, as designed, is in furtherance of the purpose of abating or controlling hazardous or 3iquid waste pollutants or contaminants.
I certify that I am an authorized officer of the below stated agency.
signature Type Name Title Agency l
Addreva Date l
4 e
l
e Southern Callibrnla Edison Company RO.SOE400 ahed WALNUT GROVE AVENUE MICHAEL L.NCEL vaggewohs
- m..n..o..
October 27, 1983 California Pollution Control Financing Authority 915 Capitol Mall, Room 280 Sacramento CA 95814 Attention:, Mr. Douglas E. Chandler Executive Secretary Gentlemen:
corporation ("the Company") Southern California Edison Company, a California Pollution Control Financing Authority for financing in anhereby applies amount not to exceed $225,000,000 pollution control facilities at the San Onofre Nuclearfor the construction of Generating Station, located near San Clemente, California Information concerning the Company, the pollution control facilities and the requested financing is attached hereto and incorporated by this reference.
the amount of. $5,000.00 Also enclosed is our check in application fee.
representing payment of the The undersigned certifies that incorrect information or data, and the applicationknowledg exhibits and attachments is truly descriptive of the projectincluding The Company is familiar with the California Pollution Control Financing Authority Act and its regulations, as amended Very truly yours, g q_.'
t 0
- 1 APPLICATION FOR FINANCING OF POLLUTION CONTROL PROJECT PART 1.
GENERAL AND BUSINESS INFORMATION 1.1 Legal name of the applicant.
SOUTHERN CALIFORNIA EDISON COMPANY (the ' Company")
l 1.2
_Line of business.
4 The company is engaged in the generation, transmission, and distribution of electric energy for sale.
(Standard Industrial Code No. 4911) 1.3 Mailing addreas for purposes of application liaison, and address of headquarters.
Southern California Edison Company P. O. Box 800 2244 Walnut Grove Avenue Rosemead, California 91770 1.4 Employer I.D. No.
a)
IRS-Number 95-1240335 b)
Return filed Fresno, California
-1.5 and 1.6 Name, title and telephone numbers of principal contacts.
Mr.-T..R. McDaniel, Assistant Treasurer (213) 572-2939 (213) 572-1083 Mr. K. S. Stewart, Attorney (213) 572-1482
1.7 Type of business organization.
i Corporation i
1.7.1 Place of organization.
California 1.7.2 pate of organization.
July 6, 1909 1.7.3 The nature of legal affliation or relationship with other entities.
r The company is a publicly-held corporation with a number of wholly-owned subsidiaries.
None of these subsidiaries is involved in the construction of the pollution control
~
i facilities at the san onofre Nuclear Generating i
station..The company owns a 75.05% undivided interest in san onofre Unit 3.
The remainder of the Unit lLs owned by San Diego Gas &
1 Electric Company (204) and the cities of Anaheim (1.5%) and Riverside (3.45%).
{
1.8 Constitution of' ownership of the company, including t
percentage of holdings by general public.
i 1004 Investor-owned.
The Company's common Stock is l
traded on the New York, Pacific and London Stock Exchanges.
At August 5, 1983, there were 99,216,145-1 a
i shares of Common Stock outstanding.
The Company's
'E Annual Report to Shareholders for 1982 (attached as i
Apendix 2.1) contains on the inside back cover t
information about the distribution of record
.=
shareholders as of December 31, 1982 1.9 I
Names and locations of key officials, including:
1.9.1 Principal officers (All of the following officers have their offices at the general headquarters of Southern California Edison Company in Rosemead, California.)
William R. Gould, Chairman of the Board and Chief Executive Officer Howard P. Allen, President H. Fred Christie, Executive Vice President and Chief Financial Officer i
David J. Fogarty, Executive Vice President P. L. Martin, Senior Vice President 3
i L. T. Papay, Senior Vice President A. Arenal, Vice President (Engineering and Construction)
}
K. P. Baskin, Vice President (Nuclear Engineering)
G. J. Bjorklund, Vice President (System Development)
R. H. Bridenbecker, Vice President (Fuel Supply)
John R. Bury, Vice President and General Counsel e
4 e
b
,~
v-,
,,r
, ~ < -. - - -
Rebort Dietch, Vice Procidant (Customer Service and Conservation)
C. E. Hathaway, Vice President j;
(Human Resources) i Joe T. Head, Jr., Vice President (Power Supply)
A. L. Maxwell, Vice President and Comptroller Charles S. McCarthy, Vice President (Advanced Engineering)
!\\
Edward A. Myers, Jr., Vice President (Communications and Revenue Services)
Michael L. Noel, Vice President and Treasurer i
Honor Muller, Secretary 1.9.2 Directors William R. Gould, Chairman of the Board Howard P. Allen, President Roy A. Anderson, Chairman of the Board Lockheed Corporation, Burbank Norman Barker, Jr., Chairman of the Board United California Bank, Los Angeles Edward W. Carter, Chairman of the Board Carter Hawley Hale Stores, Inc., Los Angeles Warren Christopher, Senior Partner of the l
law firm of O'Melveny & Myers, Los Angeles Walter B. Gerken, Chairman of the Board Pacific Mutual Life Insurance Company, Newport Beach Joan C. Hanley, General Partner and Manager of Miramonte Vineyards, Rancho California Jack K. Horton, Corporate Director and Consultant (Retired Chairman of the Board of Southern California Edison Company),
Rosemead Carl F. Huntainger, President and Chief Executive, Blue Goose Growers, Inc., Ojai Frederick G. Larkin, Jr.', Chairman of the Executive Committee, Security Pacific National Bank, Los Angeles
. I m---.
y q-,,-
T. M. McDaniel, Jr., Corporate Director and Consultant (Retired President, Southern California Edison Company), San Marino Gerald H. Phipps, President,. Gerald H. Phipps, Inc., General Contractors, (Building Construction), Denver Henry T. Segerstrom, Managing General Partner, C. J. Segerstrom & Sons (Real Estate Develop-ment), Costa Mesa E._L. Shannon, Jr., President, Santa Fe Inter-national Corporation (oil Service Petroleum Exploration and Production), Alhambra H. Russell Smith, Chairman of the Board, Avery International (Manufacturers of self-Adhesive Products), Pasadena 1.9.3 Principal Stockholders (over 10% ownership)
Code & Company (Depository) 30.6% of total shares outstanding of all classes of stock at 2/1/83.
1.10 Description of other business affiliations of principal officers, directors, and principal stockholders.
HOWARD P. ALLEN - DIRECTOR AND OFFICER California Council for Environmental & Economic Balance California Federal Savings & Loan California-State University and College Chancellor's Association California State University & College Foundation Computer Sciences Company i
l ICN Pharmaceuticals
(
Los Angeles Civic Light opera Association Los Angeles County Fair-Association Los Angeles County Museum of Art Los Angeles Olympic Organizing Committee MCA, Inc.
National Confernce of Christians and Jews Pacific Coast Electrical Association Pacific Southwest-Airlines Pomona College PSA, Inc.
Republic Corporation Stanford Law School Board of Visitors
-5
ROY A. ANDERSON - DIRECTOR Airaras Incorporated Avantek, Inc.
First Interstate Bancorp First Interstate Bank of California Granite Rock Company Lockheed Air Terminal, Inc.
Lockheed Corporation Lockheed Finance Corporation Lockheed Missiles & Space Company, Inc.
Lockheed Properties, Inc.
Lockheed shipbuilding and Construction Company Occidental College SRI International Vega Aircraft Company A. ARENAL - OFFICER APCD Building Corporation Don Bosco Technical Institute NORMAN BARKER, JR. - DIRECTOR Automobile Club of Southern California Carnation Company Carter Hawley Hale Stores, Inc.
First Interstate Bancorp First Interstate Bank of California First Interstate Investment Services, Inc.
Lear siegler, Inc.
Los Angeles Country Club Occidental College Pacific American Income Shares, Inc.
Pacific Telephone and Telegraph Company Santa Anita Foundation sixth and spring Corporation United California Bank Realty Corporation University of Chicago JOHN R. BURY - OFFICER Visiting Nurses Association of the East San Gabriel Valley Western Water Education Foundation EDWARD W. CARTER - DIRECTOR Brookings Institution Carter Hawley Hale Stores, Inc.
Committee for Economic Development First Interstate Bancorp I
1 EDWARD W. CARTER (continued)
First Interstate Bank of California James Irvine Foundation Lockheed Corporation Los Angeles County Museum of Art National Huranities Center Novacor Medical Corporation Occidental College Pacific Mutual Life Insurance Company Sar Francisco Opera Association Sat.ta Anita Foundation SRI International University of California H. FRED CHRISTIE - OFFICER Adams Street Associates i
American Mutual. Fund, Inc.
Associated Electric & Gas Insurance Services, Inc. (AEGIS)
The Bond Fund of America, Inc.
Cash Management Trust of America Industrial Drive Associates Multiple Sclerosis Society, Southern California Chapter Nuclear Electric Insurance. Limited Nuclear Mutual Limited Occidental College The Tax - Exempt' Bond Fund of America, Inc.
Varco International, Inc.
l l
WARREN CHRISTOPHER - DIRECTOR l
l Council of Foreign Relations First Interstate Bancorp First Interstate Bank of California O'Melveny & Myers Stanford University I
DAVID J.
POGARTY - OFFICER I
American Nuclear Energy Council Atomic Industrial Forum, Inc.
i Los' Angeles Area Chamber of Commerce i
Petrolane Incorporated l
Varco International Inc.
West Associates l
l '
WALTER B. GERKEN - DIRECTOR 41 American Council of Life Insurance California Round Table i
Carter Hawley Hale Stores, Inc.
j Irvine Foundation j -
W. M. Keck Foundation 1984 Los Angeles olympics committee occidental College Pacific Mutual Life Insurance Company l1 The Times Mirror Company Times Mirror Cable Tel. vision United Way of Los Angeles Wesleyan University Whittaker Corporation i
WILLIAM R. GOULD - DIRECTOR AND OFFICER Aerospace Corporation Atomic Industrial Forum 1
Beckman Instruments, Inc.
California Institute of Technology Edison Electric Institute-Electric Power Research Institute Eyring Research Institute Buntington Library Kaiser Steel Corporation Los Angeles Philharmonic Association Los Angeles World Affairs Council i
National Energy Foundation Union Bank JOAN C. HANLEY - DIRECTOR Kellogg Foundation Miramonte Vineyards Peninsula Chapter of National Charity League, Inc.
Peninsula Committee of Childrens' Hospital Pomona College (I
Rancho California /Temecula Winegrowers Association
{
United Way.
- United Way Regional Training Center C. E. HATHAWAY - OFFICER Merchants and Manufacturers Association 1
-s-d 9
_.~.-,.m,
I JACK K. HORTON - DIRECTOR Business Council California Museum Foundation First Interstate Bancorp First Interstate Bank of California Hoover Institution on War, Revolution and Peace John Randolph Haynes and Dora Haynes Foundation Lockheed Corporation Pacific Mutual Life Insurance Company l,
Pepperdine University Tax Foundation University of Southern California FREDERICK G. LARKIN, JR. - DIRECTOR Automobile Club of Southern California The Bank of Canton, Limited (Hong Kong)
California Institute of Technology Carnation Company l
Executive Service Corps of Southern California Getty Oil Company.
The John Randolph Haynes and Dora Haynes Foundation Hospital of the Good Samaritan Medical Center Los Angeles Philharmonic Association Los Angeles World Affairs Council National Safety Council, Greater Los Angeles Chapter Occidental College Pacific Stock Exchange Rockwell International Corporation Security Pacific Corporation Security Pacific International Bank Security Pacific National Bank Security Pacific Overseas Corporation Security Pacific Overseas Investment Corporation Southern California Building Funds T. M. MC DANIEL, JR. - DIRECTOR Bank of America N.T. & S. A.
BankAmerica Corporation Dillingham Corporation Northrop Corporation Pacific Indemnity Company Santa Anita Foundation l
MICHAEL L. NOEL - OFFICER I
Current Income Shares, Inc.
l l
-9_
l l
[-
4 L. T. PAPAY - OFFICER
- 1 Arcadia High School Boosters Club Arcadia Tournament of Roses Association Renewable Energy Institute GERALD H. PHIPPS - DIRECTOR C-P Comp 4ny The Colorado College i
Colorado Safety Association Denver & Rio Grande Western Railroad Company Denver Bears, Ltd., a Partnership Denver Chamber of Commerce F G & P, Ltd.
Gerald H. Phipps, Inc.
IntraWest Bank of Denver IntraWest Financial Corp.
Rio Grande Industries The First Edition, Ltd., a Partnership HENRY T. SEGERSTROM - DIRECTOR The California Roundtable Nordso Orange County Energy Conservation Association Orange County Music Center Orange County Water District Petrolane Incorporated Secon Properties C. J. Segerstron & Sons C. J. Segerstros Associates Segerstron Center-South Coast Plaza Associates Union Bank World Affairs Council l
E. L. SHANNON, JR. - DIRECTOR I
C. F. Braun Consolidated Freightways, Inc.
Hyster Company Santa Fe International Corporation i
-Trust Company of the West :
a-
-- ~
B. RUSSELL SMITH - DIRECTOR Avery International i
Beckman Instruments, Inc.
Childrens Hospital of Los Angeles Los Angeles Philharmonic Association Pomona College security Pacific Corporation Security Pacific National Bank ROBERT E. UMBAUGH - OFFICER 1015 North Lake Ltd.
GTN Building Associates Ltd.
Botel Films I Ltd.
SNG Building Associates Ltd.
4 Virtual Investors Ltd.
1.11 Employees.
The Company is engaged in the generation and trans-mission of electricity in the states of Arizona, Nevada, and New Mexico, but does not distribute electricity for consumption in any state other than e
The substantial majority of the Company's facilities and employees are located in California.
1.11.1 Number of employees in California.
\\
As of 9/30/83 = 16,197 f*
1.11.2 Locations in California.
The Company provides electric service in a 50,000 square mile area of central and southern California, excluding the city of Los Angeles and certain other cities.
The Company owns and operates 13 oil-and gas-fueled electric generating plants, one diesel-fueled generating
1 I
plant, two cogeneration plants and 36
!I hydroelectric plants, located in central and e
southern California.
The Company also owns undivided interests in three units at the San Onofre Nuclear Generating Station near San Clemente, California.
1.12-Principal bank of account, and name of bank officer holding account.
Bank of America N.T. & S.A.
Account $10825-00001
~
North America Division 555 S. Flower Street Los Angeles, CA 90017 Mr. Michael J. Nester, Executive Account-i Manager and Group Vice President (213) 228-3526 PART 2.
FINANCIAL INFORMATION 2-4 4
2.1 Financial statements from three most recent fiscal years.
Attached are the following:
(See Appendix 2.1) 2.1.1 Balance Sheet (s).
Quarterly Report on Form 10-Q for the Quarter i
Ended June 30, 1983, at pages 4-5 (12 Months Ended June 30, 1983)
Annual Reports to Shareholders for 1982.(pages 1,
i 20-21) and 1981 (pages 18-19).
(Years Ended December 31, 1982, 1981 and 1980) i l
[
t n
i 2.1.2 Income Statement (s).
Quarterly Report on Form 10-Q for the Quarter Ended June 30, 1983, at page 3.
(12 Months Ended June 30, 1983)
Annual Report to Shareholders for 1982, at page 19.
(Years Ended December 31, 1982, 1981 and 1980) 2.1.3 Analysis of sources and Application of Funds.
Quarterly Report on Form 10-0 for the Quarter Ended June 30, 1983 at page 6.
(12 Months Ended June 30, 1983)
Annual Report to Shareholders for 1982, at page 22.
(Years Ended December 31, 1982, 1981 and 1980) 2.2 Description of the applicant's ranking and relative size in its industry.
Relative Size of the Company - Large i
2.2.1 Revenues (6/30/83)
$4,211,961,000 2.2.2 Assets (6/30/83) 9,331,404,000 2.2.3 Tangible Net Worth (6/30/83) 3,583,013,000 Also attached hereto is a copy of the Company's Annual Report on Form 10-X for the Year Ended December 31, 1982.
- ['
L' C
PART 3.
PROJECT INFORMATION 3.1 Description of Plant and Pollution Control Facilities A.
General Description of the Station f
Ey San Onofre Nuclear Generating Station includes, in addition to the older Unit 1, two new 1,100 MWE pressurized water nuclear generating units.
Construction of both units began prior to September 1972.
Unit 2 is now in full operation.
Unit 3 is not fully operational but is expected to reach full commercial operation in late 1983 or early 1984.
The reactor coolant system for Unit 3 circulates water in a closed cycle, removing heat from the reactor and
(
transferring it to the main steam system in the steam generators.
The main steam system in turn is used to drive f*
the generator which produces electricity.
The main steam
~
j system is also a closed cycle.
A third system, the i.
circulating water system, provides ocean water for open cycle cooling of the main condensers.
In a pressurized water reactor, the steam generators provide the interface between the reactor coolant system and the main steam system.
Reactor coolant is prevented from mixing with the secondary main steam system by the steam generator, making the reactor coolant system a closed loop.
This forms a barrier to the release of radioactive materials from the reactor coolant system.
ri The following is a description of the major structures and systems which comprise the station.
l Reactor building
[,
The reactor building, also known as the " containment i
structure," is a steel-lined, cylindrical, domed concrete structure with an inside height of 170 feet and an inside i
diameter of 150 feet.
Major equipment housed in the reactor
)
building includes the reactor vessel and its control equipment, the steam generators, the reactor coolant pumps, the pressurizer and associated piping.
These items comprise the entire primary loop and its interface with the secondary loop in the steam generators.
A portion of the secondary loop, including the steam generators and associated piping, equipment used to control the rate of reaction, equipment to remove and replace reactor fuel and equipment to perform taintenance on the reactor, steam generators and other heavy equipment also are located in tne containment structure.
l i
r c
n- - -.
.: !I
- l Air inside the reactor building can be recirculated
[
through filters during normal operation.
In a separate step, it is purged under strictly controlled conditions prior to opening the building when personnel enter for refueling or maintenance.
Liquid spills and leaks are collected in sumps near the bottom of the building and routed to the Liquid Radwaste Systems for processing.
Finally, a portion of the equipment used to cool or bring the reactor under control in the event of an emergency also is contained inside the reactor building.
The design of the building itself is directed mainly to radiation shielding, protection of the critical equipment from internally or externally generated missiles, and to containment of pressure and radwaste that would result from an uncorrected LOCA (loss b
of coolant accident).
Auxiliary building The auxiliary building contains the balance of the reactor support equipment which is not housed in the reactor building itself.
The group of structures collectively known as the auxiliary building are made of reinforced concrete and are specially designed to shield workers and sensitive equipament from radiation, to protect critical equipment, and to prevent uncontrolled release of radiation to the environment.
The Auxiliary building contains a multitude of equipment used to support the operating reactor and i
equipment.
Most of the balance of the auxiliary building houses equipment to collect and treat contaminated liquids, gases, and solid wastes.
j Control Room Situated within the Auxiliary building is the control room which houses the controls, monitors, and support equipment to control the entire gener'ating complex.
Fuel Handling Building The fuel-handling building houses equipment to offload and store incoming fuel, handle irradiated spent fuel removed from the reactor, store spent fuel prior to shipment i
to a reprocessing plant, and load spent fuel into casks for shipment.
The spent fuel pool is designed to keep the fuel submerged and to circulate and clean cooling water to remove heat and radioactive material in the continuing process of radioisotope decay.
Since some radioactivity may be transferred to the air in this process, the spent fuel building has squipment to collect and treat contaminated air
. prior to its release or recirculation.
e
~
?.
S g
?
Radwaste Building The radwaste building houses the majority of the r,ndioactive waste management systems which are designed to f
collect, process, monitor, and recycle or dispose of g-radioactive liquid, gaseous, or solid wastes.
The building is constructed of reinforced concrete and located adjacent to the j.
auxiliary building.
Most of the radiological pollution g'
e abatement equipment is located therein.
)
Pumphouse Structure The pumphouse structure contains the main circulating water pumps, service water pumps and support equipasnt.
In the onshore intake, circulating ocean water is drawn from the of fshore intake pipe and pumped to the main condensers.
[
Traveling screens and bar racks located in the onshore intake remove debris from the cooling water flow for offsite disposal.
j B.
General Pollution Control Design Features 3
The original design and planned modification of the Station include facilities to abate or control the discharge
[;
of radioactive and nonradioactive air and water pollutants and contaminants and heat.
The original design also included i
solid waste disposal facilities.
The radioactive waste processing facilities were originally designed to collect, process, monitor, sample, and recycle or dispose of wastes based on the origin of the waste in the plant and the expected levels of radioactivity from
)
<i normal operation (including heat-up, shutdown, refueling, and j'
other expected transitions).
Prior to being released, samples are analyzed to determine the types and amounts of radioactivity present.
Based on the results of those analyses, water is retained for further processing or released l
l under controlled conditions to the environment.
Nonradioactive oily wasten are treated by collection 4
and removal from waste water.
Oily wastes removed by this Process are shipped offsite to an approved disposal facility.
Non-radioactive liquid wastes are neutralized by pH i
l adjustment to within allowable limits.
Neutralized liquids are subsequently piped to the circulating water system for discharge offshore.
Waste heat is disposed of by the circulating water
?
system.
The pollution control function of this system is to treat thermal pollution by transporting heated cooling water to an acceptable dispossl site and discharging it in an approved manner.
r 1
4
. l l
3.2 The Pollution Control Facilities: Functional and Engineering Description (See also Appendix 3.2 attached hereto. )
A.
Radiological Pollution Control Facilities (3.2.1 - 3.2.4) i The radiological pollution control facilities will
'i have the main functions of (1) limiting exposure to radioactive l,
materials in unrestricted areas to levels well within 10CFR50, l'
Appendix I, and 10CFR20 guidelines (2) preventing on an ALARA (as low as reasonably achievable) basis the release of radioactive waste to unrestricted areas, and (3) disposing of radioactive waste.
An " unrestricted area," is any area outside of the Station not controlled by Southern California Edison Co.
for purposes of protecting individuals from expasure to
'i radioactive materials.
The ALARA concept for control of I!
4 radioactive pollutants is applied under provisions of 10CFR20.l(c) and 10CFR50.34(a) and 50.36(a).
Facilities that are designed to control releases of radioactive waste materials to the environment ("radwaste facilities") are required by criterion 60, Appendix A,
- 10CFR50, to function "during normal reactor operation, including anticipated operational occurrences."
" Anticipated operational occurrences" are defined in Appendix A as those cor.ditions of normal operation that are expected to occur one or more times during the life of a nuclear power unit.
Radwaste facilities are not designed to prevent the release of pollutants in a major accident.
The basic radiological pollution control systems include the Liquid Radwaste Systems, Coolant Radwaste System, l
Gaseous Radwaste System, Coolant and Boric Acid Recycle System, j
Solid Radwaste Handling System, and portions of the Chemical i
and Volume Control, Ef fluent and Radiation Monitoring, Steam Generator Blowdown Processing, and Nuclear Plant Sampling Systems.
The liquid, gaseous, and solid radwaste systems are shared between San Onofre Units 2 and 3.
Liquid Radwaste Systems The liquid radwaste system at Unit 3 is designed to collect and treat non-reactor grade water for reuse within the plan't or for discharge and consists of two subsystems:
a miscellaneous liquid radwaste subsystem for the processing of r
low conductivity wastes, and a chemical waste subsystem for the processing of high conductivity wastes.
The miscellaneous liquid radwaste subsystem collects a
low conductivity non-reactor grade water from auxiliary t
building sumps, containment sumps, and other sources in a 6,000 gallen waste holdup tank and processes those wastes through as many as four in-series domineralizers and associated filters.
The processed wastes are pumped to one of 2
two 25,000 gallon monitor tanks for batch sampling and
.l analysis, prior to reprocessing or discharge.
The monitor
'j tanks are shared with the chemical waste system.
If needed, the waste stream can also be diverted to the liquid radwaste system evaporator for treatment.
l The chemical radwaste subsystem collects high conductivity wastes from laboratory drains, decontamination area drains, and domineralizer regenerant solutions in a 25,000 gallon chemical waste tank and processes those wastes through two domineralizers, associated filters, and/or a waste evaporator.
Those wastes are also pumped to the shared monitor tanks for batch sampling and analysis prior to being reprocessed or discharged.
f In both subsystems, certain of the listed components can be bypassed depending on the nature of the wastes to be processed.
However, in any case the monitor tanks are used for waste holdup to allow batch sampling and analysis.
The contents of these tanks are normally recycled for further treatment or discharged if within the ALARA and 10CFR20 guidelines.
l
~
Coolant Radwaste System Miscellaneous liquids from the reactor coolant system (RCS) are collected in the RCS drain tank from where they are processed through the primary ion exchangers, associated filters, and the gas strippers, and then pumped to one of the i
four 60,000 gallon radwaste primary holdup tanks.
The wastes in the four radwaste primary holdup tanks can then be processed through the coolant radwaste system.
The remainder of the coolant radweste system (downstream of the primary tanks), consists of two domineralizers in series, two 120,000 gallon radwaste secondary holdup tanks, and ancilliary filters and pumps.
From the radwaste secondary holdup tanks, the processed liquid can be routed to the reactor coolant makeup tank, can be discharged to the circulating water outfall (if t,
radioactivity concentrations are within established limits),
or can be further processed through the coolant and boric acid recycle system.
l 9
e
a i '.
}
Coolant and Boric Acid Recycle System The coolant and boric acid recycle system can be used in series with the coolant radwaste system to enable reclaimed water and boric acid to be reused in the reactor coolant l
system.
The coolant and boric acid recycle system consists of a boric acid evaporator, two deborating and polishing g
domineralizers in series, and two 300,000 gallon primary plant makeup tanks.
The boric acid recovered in the evaporater bottoms can be recycled.
If the radioactivity is below a predetermined value, the treated stream may be discharged i
following appropriate sampling and analysis.
{;
Chemical and Volume Control System I-s' A letdown stream of approximately 40 gallons per i
minute of primary coolant is removed from the primary reactor
{'
coolant system for processing through the chemical and volume e
control system (CVCS).
The letdown stream is cooled through the letdown heat exchangers, reduced in pressure, filtered and processed through one of two domineralizers.
The processed letdown stream is collected in the volume control tank and reused in the primary coolant system.
The chemical and vol6me control system is used to control the primary coolant boron concentration by diverting a portion of the treated letdown stream to the coolant radwaste system as shim bleed.
The i
coolant radwaste system receives input from the chemical and volume control system letdown stream to be processed accordingly.
Primary coolant-grade water from equipment drains, equipment leakage, and from relief valves inside containment is collected in the reactor drain tank and equipment drain tank.
5 Gaseous Radwaste Systems 4
The gaseous radwaste systems consist of the gaseous l'
i radioactive waste system, the plant ventilation system.the vent gas collection system, and These systems are designed to collect, store, process, monitor, and/or discharge potentially i
radioactive gaseous wastes which are generated during normal operation of the plant.
The systems consist of equipment and instrumentation necessary to reduce releases of radioactive gases and particulates to the environment.
The principal sources of gaseous waste are the effluents from the gaseous waste system, condenser vacuum pumps, and ventilation exhausts from the auxiliary building, reactor containment, and turbine crea.
- I
/
I l
---.?
-.,,-.Q.
- l 0
The gaseous radioactive waste system is designed to i
collect and process gases stripped from the primary coolant
}
and from the hydrogenated gases vented from the volume control tanks and the reactor drain' tanks.
The gases are compressed into pressurized storage tanks to allow radioactive decay.
[
Redundant compressors are provided for this purpose.
There are six storage tanks included in the gaseous radioactive waste system with a design pressure of 350 pounds per square
[
inch, gauge and a 500 cubic foot volume in each.
Releases from the gas decay tanks are mixed with plant ventilation air prior to release to the environment after a specified decay period and appropriate sampling to ensure compliance with
[
Solid Radwaste Handling System The solid waste handling system is designed to a
process two general types of solid wastes: " wet" solid wastes which require solidification or dewatering prior to shipment, and " dry" solid wastes which require packaging and, in some cases, compaction prior to shipment to a licensed burial facility.
" Wet" solid wastes consist mainly of spent filter cartridges, domineralizer resins, and evaporator bottoms which contain radioactive materials removed from liquid streams during processing.
" Wet" solid wastes are normally combined
~
with a concrete solidification agent in containers to form a solid matrix.
The containers are subsequently sealed and 0
placed in a shield, as required, for offsite shipment and burial.
The principal sources of spent resins are ten 50 cubic foot liquid radwaste system domineralizers, two 50 cubic foot deborating domineralizers, six 36 cubic foot purification j
and deborating domineralizers, four steam generator blowdown purification domineralizers, and two spent fuel pool purification domineralizers.
Spent resins from the domineralizers are collected in one of two spent resin storage c:
tank s.
When the ranin is to be packaged, it is sluiced tc a
~; -
disposable liner, is sampled and analyzed, and dewatered or solidified.
" Dry" solid wastes consist mainly of ventilation air filtering medium (charcoal), contaminated clothing, i
plastics, rags, laboratory glassware, and tools, and are
- paper, packaged in 55-gallon drums or wooden crates for offsite shipment and burial.
i l
21-Compressible dry solid wastes such as clothing, paper, plastics, and rags are compressed prior to packaging.
During the compressing operation, the air flow in the vicinity of the baler is exhausted by a fan through a high efficiency particulate air filter to the auxiliary area exhaust system to reduce the potential for airborne radioactive dusta.
Nuclear Plant Sampling System The nuclear plant sampling system provides a means for sampling and/or verifying the proper operation and/or discharge limits of the following systems:
- )
Chemical and Volume Control System o
l Boric Acid Makeup System o
Coolant Radwaste System h
o Coolant and Boric Acid Recycle System l
o
+
Liquid Radwaste System o
Gaseous Radwaste System o
I Safety Injection System o
Containment Area Sumps o
o Containment Environment Portions of the sampling system are utilized to determine the
~
required amount of processing and to ensure discharges comply with ALARA and 10CFR20 guidelines.
l
_Radwaste Building The radwaste building is common for both Units 2 and 3.
The building houses and provides shielding for the major components of the following systems:
Liquid Radwaste System o
Coolant Radwaste System o
Coolant and Boric Acid Recycle System o
- l
/
F
---.-n e
~-.e-,---
-nn
. Chemical and Volume Control System o
o Gaseous Radwaste System i
o Nuclear Plant Sampling System o
Solid Waste Handling System Ancillary equipment servicing these systems, such as ventilition, fire protection, service water, instrument air, and inert gas systems are also housed in the radwaste building.
i Steam Generator Blowdown Processing System The steam generator blowdown processing system functions to domineralize the steam generator blowdown and 1 provide high quality condensate back to the main condenser.
- f)
,- The blowdown processing system continuously processes steam
'. generator blowdown at an average flow rate of 60 gallons per 3,
' minute (design flow rate is 300 gallons per minute).
The blowdown'from the two steam generators for Unit 3 is directed to a common flash tank.
The liquid is cooled, filtered, and treated through two domineralizers connected in series before 7
being returned to the main condenser.
The flashed steam is
~
condensed in the main condenser hot well.
The blowdown l
de'aineralizer can be regenerated.
The regenerative waste water is then neutralized prior to discharge.
Effluent and Radiation Monitoring System The' process and effluent radiological monitoring system ac'nitors and furnishes information to operators concerning radioactivity levels in selected process systems and plant effluents.
The overall system is designed to assist the operator, in evaluating and controlling the radiological consequences of normal plant operation and anticipated operational occurrences such that resultant radiation exposures and releases to unrestricted areas are maintained at ALARA lev.els (as low as reasonably achievable).
B.
Non-Radiological Pollution Control Facilities (3.2.1 -
{
3.2.4)
Cooling Water System The, cooling water system provides plant waste heat disposal by means of a once-through cooling system.
Water is
'r f-withdrawn.fros.the ocean utilizing an offshore intake
'I structure specifically designed to reduce the amount of fish
~
entrained intthe system.
The onshore portion of the cooling r
water. system -(onshore intake structure) contains a fish handling system providing for automatic removal of fish that have entered the systes.
Fish are returned alive to the ocean i
vlaDa separate fish outfall.
-, - i,4
=,
.c
-.-,w,-..
- The cooling water flows through a screening / trash removal system prior to reaching the main circulating water pumps and the steam condenser.
The main steam condenser is designed to meet the State thermal discharge limitatione.
The warned water is returned to the ocean via an offshore conduit and discharged from a submerged multiport dif fuser to meet State thermal discharge limitations.
Trash and debris removed by the screening system is transported offsite at an approved disposal site.
Oil and Waste Chemical Treatment All drains and sumps associated with the nonradioactive portion of the plant flow by gravity to the l
oily waste treatment system.
Any oil in the effluent is removed by an oily waste floatation separator prior to discharge to the ocean to comply with discharge requirements.
Chemical waste water generated by regeneration of the Makeup Domineralizer System, the Blowdown Processing System and the Full Flow Condensate Polishing Domineralizers System (to be installed in the future) are separately processed prior i
to disposal.
The pH of the waste water is adjusted to acceptable limits, sampled and analyzed, and then piped to the circulating water system for subsequent discharge via the outfall, if analysis results so allow.
Sanitary Waste Treatment System The Sanitary Waste System provides treatment of sanitary waste from Units 1, 2 & 3 and the Administration / Warehouse Building.
The treated effluent is discharged to the ocean via the Unit 1 cooling water outfall.
C.
Engineering Certification (3.2.5) i An Engineering Certification based on an independent review by a qualified engineer is attached as Appendix 3.2.5.
3.3 Construction Period 3.3.1 starting Date
~
San Onofre Nuclear Generating Station began construction in 1970.
Pollution control equipment of the type described herein was included in the original plant design and installed in the construction of Unit 3 and common facilities.
J
-.,. ~,.,,,
t In addition, future improvements are planned for the radwaste systems.
Procurement and construction of these improvements will commence in late 1983.
J.
{
!1 3.3.2 Completion Date Construction of the originally planned pollution o
control systems is complete and the unit is now in start-up testing.
Full commercial operation is expected in late 1983 or early 1984.
Construction of the improvements to the radwaste system will be completed by 1987.
4 3.4 The applicant's architect and engineering firm, Bechtel Power Corporation, was responsible for the design and construction of the on-shore portion of the plant.
Southern California Edison Co., was responsible for the design and constructio,n of.the offshore portion of the plant.
Bechtel Power Corporation 12400 East Imperial Highway Norwalk, California 90650 2
Southern California Edison Company P.O. Box 800 Rosemead, California 91770 4
kanOnofreNuclearGeneratingStationUnits2and3 j
3.5 are located on the Pacific Coast approximately 2 miles south of the City of San Clemente, California
\\.
3.6 The project is a new location.
3.7 4
The San Onofre Nuclear Generating Station is located on lands owned by the United States of America.
The Company has entered into long-term easemente, licenses and leases with the Department of the Navy pertaining to,the parcels occupied by the plant.
3.8 See-pages 25 thru 29.
W l'
,, ~..
3;8.1.
.:~i 10 !a *- {:D.*Et'TE 3
1 2at:.
\\
90 4
Q..S 7 **S r 385
$[r;'$-
CM.!P PENDLETON f*AVAL RESERVMQN k
FRE O/A NUCLEAR o
/C b
b'l,S r#
e GENERATING f k STATION PLANT 0
4g.
k'g*
4
[ P. SITE - -
t N, cs'. f's' -
~i
.w zw I
gr j;
urirupt 23* st 00"
/
4 %.
Oe
/
'N/
l 2~
./ f '/
u N
A, thit 1 Offshore
/
Circulating
- p/
Unter System UNIT 3 OFFSHORE UNIT 2 OFFSHORE
/
/
CIRCUL ATINr.
csRCULATING WA.TER SYSTEM
- 49)
/
Q
/c.
lp00 to e000 5000
/
.s R% J ^ '
=A 6 GALL Of ILL1
/
/
"LOCAT101I HAP" Based on U.S.C.S. Quad Map San Onofra Bluff. Calif.
San Diego County, California e
g ?s2 Southern CaWornia infisen Conpony am.:**
g SAN DIEGO GAS & ELECTRIC COMPANY Doomber 1,1980 Sheet 1 of 1 m
/
.....;;...,...:.. - '3-T~.^^^^.^~~^
l.
3.8.2 LEE m ispi SeTitc7 m.,.a=
' I
{
va
.mc.= mm sYsTEtf ClhneoII, sysTtte %
=
IIOTE il1 NOTE tt )
i i
~
l MM W.
= -m e.,
mott ia) 1 I i f gggy 3 10 usesT I EE l
COIIREsstA q,
TumeesE PLAfft saasguy arnewsm.
C00ues WFW Z
~
ma systges sTsTtt8 teams 0W, NOTE (1) wrte?
WE i
i 1 P i
consom=T mutup = m aucLran unuces dL Collies MTER C
gern systges hafE 7
=
sVsTEm '
000AIDst, IME (1)
NOTE ti)
WENT i
LdMS
=sTE D
t
=
s.
sYsTEal MaEN i i 1 i eLeutomet suteos sumps pWOCgges itslesE Plast?
sysfru suesP ^
seg"gh"a5 1 P Rautown est asasotm L
}
panoassen e
evsfeu essenen, AL
- E dm " lie
< i y
2 est70 TImmu j
C 1 i r
i QeIIBpS 1 '
uurf a e s ' ge 10leera FIOpe sensetta 3
temason escommet uns 10 gesAss i
Las 10 assass i
Saal Ope 0FRE i
IIWCLEAR SEfeERATest STATION 1
- IIDTts, unas 3a3 II) cousson sysm, ersivts untTs a a 3 m urga assemTIC i
(t) samuss systtaa, esaves essets ses ass aus stas.
_,,,.,,,.....-_,..__._.v,..,,..-...-m...s,-,_
im i-s
.i 1
I i
P i
e u
i Circulating Water Pump
~'
(Typ.)
. " 4.ti,{pe:.x :;;:.p.,.:.y,...
......,.3
.j
' :.3 $ 7 p *i' f
1 y
Recirculation Gate
~
oo y
Traveling Screen--
e
/
I j.:
q.s..s:-srn..,4 l
l;.'
A La Disch'or(e
??
4 S
[d.
.:.~;q k
i 5-k, l
g O
Infake N
J 1
1 l
.*i*'it-M!45'. yy,e.:
l h
Guiding Van 7 D L
,,m.ywmmw'""***h 0
l Bofflef-2.
'~
.1.h w
- ~~ RO
- 1 Sym. About (.)
Traveling Bor Rocks histi Removh L
5 4'- O" 7l'- 6"
,
~
78'- 7 "
....-..:..-s
.1
~25'- 11"_,i i
INTAKE STRUCTURE SAN ONOFRE UNITS 2 & 3 i
e m
j l-i i1\\
i i
l I>
w.. ~
~-
2 MA MR EG TA SI YD S K EC TO SL AB W
~
y DD AE RIF
- m DI mm IL 7
3..
UP
)
QM 4 _~
C II LS c-i-
(
g_
F 3
i G=I I
s I
~..
l qI s
l
[
i L
- i.
?
H.
I,
_G c
E I,
3-i t
7v
..H _
=
D
[
'r,._.
~-
p.
I, l
_ a H
v 0
=
t l
I ii 4
.!i
.i '.:
1.
!\\
i;
- 4
'i l':
,l'
\\
3.8.2,1 usarmaa ensema,3 veut d a
west
,,,,, my )3
= u c M
amenseur y
n sm, T
(A m hus===at J
i S
~
ns.mer J g
f#sesemel
^.
Q hmment J Uma Its.3 i
comemmes,ongue pyuema N c J23 Pass seedhevuesesa Edmusse r
Udt 8 n=me seashe topen om me senses amassess vasta tempsator
% eguesas %
, h Susgo And fesuk Ceaur Summe Tant r.
=
M asemaan]
l 4
mesmanpr j, 1
TammeIn l
l l
l GASEOUS RADWASTE &
CONTAINMENT PURGE SYSTEMS SIMPLIFIED BLOCK DIAGRAM
-30 L
3.9 Environmental Quality Regulations, Standards and Requirements Regulation System ;
Y
All Radiological Systems o 10 CFR 50 (See Section 3.2.A) 2)
Federal Water Pollution Control.Act as amended l
by the Clean Water Act of 1977 o 316(a) o cooling Water System o 316(b) o Fish return system o NPDES, BAT Regs.
o Oil and waste chemical treatment i
cooling water system o
compliance monitoring o
i 3)
Porter Cologne Water o
Receiving Water Monitoring Program j
Quality control Act o
Annual monitoring (Waste Discharge 4
o cooling water system Requirements) o Oil and waste chemical treatment 4)
Water Quality-Control o
cooling Water System Plan for Control of o
Condenser design to meet 200 AT Temperature in the Coastal and Interstate-Waters and Enclosed Bays and Estuaries of California 5)
Water Quality Control o
circulating Water System Plan for Ocean Waters o
Oil and waste chemical treatment of California Steam Generator Blowdown Processing o
i o
Sanitary Waste Treatment-i 6)
Resource Conservation o
OilLand waste chemical treatment and Recovery Act 7)
California Administra-o Oil.and waste chemical treatment i
tive Code Title 22
- 8) ~ California Administra-o Sanitary waste treatment tive Code - Title 23 3.~10 NPDES Permits i
NPDES No. CA 0003395, Waste Discharge Requirements (Appendix 3.10).
I
1
- 3.11 List of Pollution Control Agencies Ladin Delaney, San Diego Region California Regional Water Quality Control Board 6154 Mission Gorge Road, Suite 205 San Diego, CA 92120 John Wise, Region 9 Environmental Protection Agency 215-Fremont Street San Francisco, CA 94105 Harry Rood, Licensing Branch 3-Nuclear Regulatory Commission 7920 Norfolk Avenue Bethesda, Maryland 20014 i
3.12 Description of Basin Plan Comprehensive Water Quality Control Plan Report, San Diego Region (9) (Basin Plan) o incorporates ocean plan and Thermal plan requirements
[
as specified in NPDES Permit and Waste Discharge Requirements 3.13 Description of Compliance with Standards and Regulations f
1)
CWA 316a - Thermal discharge of 200 AT 2)
NPDES pH requirements - waste water neutralization.
3)
NPDES Oil and Grease Requirements - Oil & Water Separator 4)
CWA 4
NPDES / Porter Cologne - Waste Discharge Requirements, o
Receiving Water Monitoring o
Effluent Monitoring I
5). ALARA requirements - See Section 3.2.A 3.14
. Description of By-Products and Residues Disposal of wastes not permitted under authority of the above are disposed of as required at off-site disposal facilities, t
l'
- - ~ - + ~ -
- - ' " ' ' ~ " ' ~
SAN ONOFRE NUCLEAR GENERATING STATION 83 i
i ESTIMATED POLLUTION CONTROL EQUIPMENT COSTS m
i n
x COST
-l w
SYSTEM
($000) m C
'd 1.
Radiological Pollution Control Equipment o.
4 a.-
Liquid Radwaste and Coolant Radwaste Systems...................
$21,900 b.
Coolant-and Boric Acid Recycle.................................
2,600 c.
Chemical & Volume control......................................
1,100 I
d.
Gaseous Radwaste...............................................
2,300 e.
Solid Radwaste Handling........................................
800 i
j f.
Nuclear Plant Sampling.........................................
1,100 g.
Radwaste Building..............................................
59,300 l
I h.
Steam Generator. Blowdown Processing............................
1,900 1.
Effluent and Radiation Monitoring..............................
400 1-SUB TOTAL M
2.
Non-Radiological Pollution Control Equipment 3
j a.
Cooling Water 54,000 i
b.
Oil and Waste Chemical Treatment 2,600 c.
Sanitary Waste Treatment 2,000 l
SUB TOTAL M
4
SAN ONOFRE NUCLEAR GENERATING STATION 83 ESTIMATED POLLUTION CONTROL EQUIPMENT COSTS n_
COST SYSTEM
($000)
+
m M
4
~<
5 3.
Planned Radwaste System Improvements ce a.
Solidified Resin Handling......................................$
800 4
b.
Interim Waste Storage Facilities...............................
13,600 l
c.
Solidification Process Sampling................................
100 d.
High Density Compaction........................................
400 e.
Incineration (Volume Reduction)................................
6,400 f.
Resin Backwash Processing (FFCPD)..............................
4,500 g.
Liquid Radwaste Holdup Capacity Augmentation...................
2,600 h.
Filter Handling................................................
200 daw Handli ng.. 0.0 3.t.ht..' OAGf...............................
1.
800 j.
Containment Purge Radiation Monitoring.........................
800 SUBTOTAL i 30,200 4.
Future Non-Radwaste System Improvements g,#
Oily Was te...........LQ9Q N.I..'.".. Y $ 5Y..*N$. "..k.).h.'
.I.Y. f.
.A.
a.
ll 00 SUBTOTAL 800 TOTAL M
4
Appendix 3.2.5 ENGINEERING CERTIFICATION by RUSSELL B. MACPHERSON, P. E.
Data contained in this report has been prepared and furnished to me by Southern California Edison Company.
Based on my independent review of this information, I conclude thats o
The project, as designed, is in furtherance of the purpose of abating air and water pollution, and disposing of solid and liquid wastes.
o The project has no significant purpose other than pollution control and solid and liquid waste disposal (except as disclosed in this application).
The project will further compliance with o
applicable Federal, State or local pollution control standards and requirements.
I o
The project components described in the-application are all necessary for the proper installation and operation of the project as a pollution control and solid and liquid waste disposal system, and the cost estimates provided are reasonable as of the time they were made.
l
I Appandix 3.10 l
k CALIFORNIA lECl0NAL WATER QUALITY CO.VTROL BOARD GAN DICGO REGION i
. ORDER NO. 76.- 21 NPDFSNO.CA0053395 WASTE DISCHARGE REQUIREMENTS FM SOUTIERN cal.lFORNIA EDISON COMPANY AND SAN DIEGO GAS AND ELECTHIC CCHPANY SAN OIMRE NUCU:AR CCNERATING STATION, UNITS 2 AIO 3,
SAN DIEGO COUNTY THE CAllroRNI A RCSIGNAL WATER QUALITY CONThoL BoARo, SAN Oltto NOGloN (NEREAFTER SoAto), FINot TNAT8 1.
Du OcccMaca 9,1W4, TH : RcalcuAL BoAno ApopTEo Omota No. 74-92 (NPDCS PtnMit No. CA0003;;"5), WASTE DISCHARGC REQUIRCifMTS FOR SOUTHCRN i
CALIFORNIA EDISON COMPAW AND SAN DIEGO GAS AIC ELECTRIC COMPAW ONOFlfC NLtCLEAlf GENERATING STATION, UNITS 2 AND 3, SAN DICGO COUNTY
~
i (ucacAritaesiscnAncrn).
(
2.
's TNc Saw cuerac NucLi Au ncm nar No STAT ow UM 18 2 Amo 3, Anc patSEmTLv vuota consTr.ueTinu 47 A niit LocatEn pu tnt U.S. HAnnut Conr3 BAsc, CAMc Ptmot.ETom, SAw L cso (:ounty.
UwiTS 2 Awo 3 Amt staus somSfaucTco AoJActuf To Umil 1 Dwotn No. 74-92, As luTEnsM NATaoWAL l'oLLuYANT 0 SchAmst ELIMinATecu SYSTEM PEnn:T, Paovieto actventMEmTS poR TMC i
otSCHARCES To 764E CoAGTAL WATCRG oF TNc PACIFac OcEAw, A mAvisASLc WATCR of" THE UtilTEo STATES, oF ELEVA1Es TEMPEllATuRE WASTES rRoM TNC PRobucTloN oF ELECTRICITY IN STCAM ELCCTRic oENERATINS PLANTS W onct-THRovCll SALT WA1ER COOLING SYSTEMS. Onora No. 74 92 EhPantS Just 8, 1976.
3.
On DEccMcEn 8, IMS, THE essCHARCER SuSMITTEo A REPORT or WASTC OtscuAnct im AppLicAview ron acescwAL or Tat taiST sc NS PEaM 7 rom Tut etccwAnsts To TNc PAcaric Occam.
4.
Tur REpont er WASTE DiSCNARGE oCSCRISCS TNC PAoPoSCo olSCNAtots AS roLLOWS
. DisonAnst 001 (FeSN Hamoteus SvS7tM reo UssITs 2 Amo 3)
Polut or DiscuAssEs LAveTuor 33'21'50.13" henTN Loscevuot 117*33'30.67" titeT r
l
Onoca No. 76-21 AvcnAct Flow RAtt:
(To er AnJusT.cn To Mcc7 eetnATsac acquencMcuts.) ^
AvsnAct TcMrtnATunt:
57.0*F (13.9'C) WINTcn 69.3*F (20.7'C) SUMMca PH:
MiniMun 7.5; max mum 8.4 DiscHAnct 002 (ConstwATsow or cesCHARcts rnoM UNIT 2 Y
l causesTanc or 002A, COOLING WATen DCklVcD rnoM THc PActric OctAw; 0020, Low VotuMc Wastes; Ano 002C, Stonn OnA N rnoM YAno.)
Po NT er DiscNARcca LATlTuot 33*20855.84" NonTH LoNciTuot 117*34'13.5". West j
AvenAcc Flow RATcs:
002 Unit 2 Cononuto 0:sCHAnsc - 1,218 6 MILLloW g
cALLoNsPcnoPcnATINcoAY(53.4M/ scc) 002A Uu 7 2 CootsNe WATcn - 1, 72 MILLeon aALLows PanortnATimscAY(51.3Mg/stc) i 0028 UwlT 2 Low VULuMr WAsTcs - 46.6 MILLloN sALLoNsPenorthATINcoAY(204M/gge) 3 002C StonM DnAims rnoM UnlT 2 YAno,J/s,cc) 74 000 sALLoNs DAILY AvenAct (0.0033 M Av"enAcc TEMPenATunt: 77.0*F (25.0*C) WinTen i
89.3*F (31.8*C) SuMMen j
)
PH Ms u s McM 7.5; Max Mun 8.5 i
Disc'Anet 003 (ConesiATson or oiscNAncts rnoM UNIT 3 com-u sisTinc or 003A, Coottus WAfta praivro rnon tnt Paceric OccAN; 0030, Low VotuMc Wastes; AND 003C, StonM DnA n rnoM Yanok
.r PolmT or DiscHAnsc:
LAT Toot 33'21'11.74" NonTH Lone Tuot '117'33'51.61" WcsT 3..
hoft:
M9/stc = comic Mttras een secomo l
- F (*C) = Desatts FANacNNelf (Otsatta CENTrenAct) 4
.g.
---,,-,r,
,e
,---,,n----,-..n,,,re-m-c-
,n---,---,,-,--,,w.-,
~.,, -,.-- -.,,,, _ -,,. _.,
c OROCR NO. 76-21 AVERACC FL0w RATE:
003 UNIT 3 COMBINED DISCHARot - 1,210.6 MILLION' 3
CALLONS PER OPCRATINC DAY (53.4 M 7,g,) -
003A UNIT 3 COOLING WATER - 1,172 MILLI AN SALLONS 3
PfR OPCRATING DAY (51.3M/SEC) 0038 UNIT 3 LOW VOLUMC WASTES - 46.6 MILLION GALLONS 3
PCR OPERATINC OAY (2.04M7,ge}
003C STORMDRAINSFROMUNitgYARD-160,000 aA,LLONS OAILY AVCRACE (0.0074 M /SEC) t AVERAct TracCNATURC:
77.0*F (25.0aC) WINTER 89.3*F (31.8'C) SunHCR 5.
THC OICCHARCCR RCPORTED THAT THC FISH HANDLING SYSTEM WILL 80 US RCTURN THC FISH ENTNAINCO IN THE SCA WATCR INTAKC CONOUlTS TO Tile PAttrtC OCLAN. ONC COMM0u risw HAu0 LING SYSTEM OUTrALL WILL Sc USCO FOR THE SCA WATER INTAKC CONOUlTS FOR SOTH UNIT 2 AND UNIT 3.
6.
THE OBSCHARCCR REPORTED THAT PLANT OPERATIONS WILL RESUL i
TO THC OlSCHARCES Or 30010M HYPOCHLORITC, SULFURIC ACIO, S0010M i f' NYOROKl0E, 80RIC ACIO AND NALCC 39, AN ANTICORROSIWC AGENT CONTAININC SOOlUM, BORON, NOTRATE ANU NITRITC. THE ONLY REPORTED CHEMICAL ADDITinN 10 OlSCHARCt3 002A AND 003A (COOLING WATCAS) WILL SC 8001UM HYPO-CHLORITE, USt0 AS AN ALCICIOC.
7.
Tuc p,0_meerHrNsivC_t!Avtalu,q.gv10Hva0 lip.AN Rcp0RT,,S_AN QLCCO 0AsiN h
1 C
A00PTEJ SY THIS RCCIONAL 00AHO ON MARCH 17, 1976 AND APPROVED BY THC l
STATE WATCR RCb0URCES CONTROL 60A40 ON HARCH 20,197S, ESTABLISNCO WATCR (UALITY OBJECTlVES FOR THE COASTAL WATCRs OF THE P
)
8.
THC COMPRENCNSI'VE LIATER QUALITY CONTROL PLAN RCPOR "FOLLOWING PROMISITIONS FOR WATERS SUBJECT TO TIDAL ACTIONI
",THE SUMelNC OR OtPOSITION rROM SuSRr OR rROM VCbSELS OF OIL, CARSACE, TRASH OR STHER SOLIO MUNICIPAL AR ACRICULTURAL WASTES DIRECTLY INTO WATCRS SUOJCCT TO T10AL ACTION OR ADJACENT TO WATERS SUSJECT TO T10AL ACTION IN ANY MANNCR WHICH MAY PCRMIT IT TO DE WASHC0 '8NTO THE WATCRS SUSJCCT TO T10AL ACTION 88 PRONISITCO."
i eeoee l
I
,n.
, ~ _
ORGER NO. T6-21
'0ISCNARCt er IN0USTRIAL WASTEWATtRS ExCLUSivt er COOLING WATER, CLEAR SRINC OR OTHER WATERS WHICH I
art ESSENTIALLY CNCHICALLY UNCHANetDa INTA Waft #8 -
SUSJCCT TO TIDAL ACTION IS PRONIS ITtO."
eeeee "THE DUMilNC OR DEPOSITION Or CHtMICA
- WASTES, SNEMICAL ACENTS OR tXPLOSivt3 INTO WAftRS SUSJtCT TO TIDAL ACTION IS PRONISITCO."
9.
THE comentHENelvr Wavr= OUAt Tv CONTwot PLAN ReconT SAN Dicco BA ESTABLISNEO THC FOLLOWINC SENCr1CIAL USts FOR THE,C0ASTAL WATERS Or THE PACirlC OCCAN:
(A) lNDUSTRIAL SERVICC SUPPLY (5) NAvlCATION (C) WATCR CONTACT RcCREATION (0) NON-WATCR CONTACT RCCReatl0N (t) DCtAN COMMERCIAL AND SPORTFISNINC j
(r) PRESERVATION Or ARCAS Or SetCI AL BIOLOCICAL SiONirtCANCE (5) PRESERv4 TION or RARC AND ENDANCCREO $9ttitS (H) HARINC MARITAT (1) FISH MisRAvl0N
('
(J) SNrLLrlSN MARvtSTINC
- 10. TNr WATcn QUALivy CONTeot PLAN. octan WATERS OF CAllFORNIA, A00PTCO SY THE STAf t WATCR RESOURCES CONTaot 80ARO ON JULY 6,1972, tsTABLISHE0 WATER (UALITY SSJCCTivr5 AND EFFLUENT LIMITATIONS FOR tnt DISPOSAL O WASTES INTO THE COASTAL WATCRS OF THC PAcirtC OccAN.
1
, 11. ON FEBRUARY 25, 1975, THE STATE WATCR RESOURCES CONTROL BOARD A00PTCO i
A RevlSEn VERSION OF THE WAvre QUAL Tv CoNTRot PLAN FOR CONTRot or Tener#ATunt IN THE COASTAL AND INTcRSTAft WAfteS ANO ENet0Sc0 e AND rsTUAmerS Or CALeronNIA (THtRMAL PLAN). THIS PLAN CONTAINEO SSJECTivtB FOR OISCNARCES Of* CLevATc0 TEMPCRATURC WASTtt (EXIST AND,NEW 016CHARatt) 10 COASTAL WATERS.
- 12. ON OCTOStR.8,1974, TNC ENylRONMENTAL PROTCCTION AttNCT PROMULSATED EFFLUENT SUIDELINES AND STANDARDS FOR DISCNARetS FROM STEA i
P6WCR StutRATINC PLAN 18.
TNC SUIOCLINES ESTAGLISHED trrLUENT LIMITA=
TlONS r$R EXISTINS SOURCES AND STANDARDS Or PERr0RMANCE AND P TRCATMENT STANDARDS r0R NEW SOURCES.
i l
i
)
4 I
i!
. ORDElt NO. 76-21 l
r
- 13. UNDER THc ENVIRONMCNTAL PROTrCTION ACCNCY8 3 ErrLUCNT CUIDCLINEC AND STANDARDS, THC SAN ONorRC NUCLCAR GENERATINC STATION, UNITS 2 ANc 3 POWCR PLA'NTs, ARC CLASStr oCO AS CENERATINC UNITS AND ARE SUBJECT 70 i
A U NO DI,5CHARCE OF HCAT' LIMITATION.
- 14. THC ENVIRONMENTAL PRoTCCTiON ACCNCY HAS APPROVCD A WAIVER OF THE M NO DISCHARCE Or HEAT" LIMITATION FOR UNITS 2 AND 3 PURSUANT 10 SCCTION 423.13(L)4 Or THE [NVIRONMENTAL PROTCCTION AGENCY'S' ErrLUCNT i
{
CUl0CLINFS AMD STANDARDS WHICH PROVICES FOR SUCH A WAIVER WHEN INSUrr8CIENT LAND IS AVAILABLE TO CONSTRUCT A REC,lRCULATING COOLING
&YSTCM. RCCAUSC OF THC WAlWCR OF THC "No otSCHARCC Or HCAT" LIMITATION, THC THERMAL COMPONCNTS Or THC OlSCHARCES rROM UNIT'S 2 AND 3 ARC SUBJECT
- 0NLY TO RECULATION SY THC THERMAL PLAN.
WATER QUAf.lTY 00JECTIVCS Or THC TNCRMAL PLAN FOR THE PURPOSE OF HCAT TREATMCNT TO CON 1ROL HARINC ORCANISMS IN T8lC COOLING WATER SYSTEM AND rtSH HANDLING SYSTCM CONOUIT. THE STATC UATER RCSOURCES CONVROL. BOARD CONDITIONALLY APPROVCD THC EXCEPTION TO THE THrRMAL PLAN CONTINCCNT UPON THC OISCHARCCR COMPLETING STUDIES WHICH WOULO PCRMIT THE RCC10NAL BOARD TO SET PRCCISC LIMITS ON THC rREquCNCv, DECRCC ANo OURArl0N Or 1,
HEAT TACATMENT.
1 16.-
THC RCVISCO' VERSION Or THC THERMAL PLAN REQUIRCS THAT CICEPTIONS DE l-SRANTED ONLY IN ACCORDANCC WITH GECTION 316(A) 0F THC,FEDCRAL WATER
~
POLLUTION CONTROL ACT Or 1972 AND SUSSCQUENT Fr0CRAL.RCCULATIONS.
i*
THCRrr0RC, FINAL RCSOLUTION Or THC CXCEPTION RCquCST FOR UNITS 2 ANO 3 MUST SE MADE PURSUANT TO SCCTION 316(A), WHICH RC4 WIRE,5 THC OISCHARCCR 3***
TO DCMONSTRATC THAT THE PROPOSAL WOULD ASSURE THE PROTCCTION OF THE
. AgUATic COMMUNITICS Or THE RECCIViNG WATERS.
r I
- 17. DN NOVCMSCR 28, 197.5, THE DISCHARCER FORMALLY RCQUCSTCO TO UT,1,L12C'THE i
STUDICc, IOCNTirtCD IN FIN 0iNG No. 15 ABOVE, WHl'CH ARC BCING CONDUCTE0 j
IN ACCORDANCL WITH THC STATC UATER RCSOURCCS CONTROL BOARD ORnra i
NO. 73-5, AS A SASIS FOR A 31G(A) DCMONSTRAvs0N. THE DISCHARCER PROPO:C0 TO SUBMIT THC rtNAL RCPORT ON THC 316(A) STUDY ON l
DECCMOCR 29, 1978, AT LrAST ONC VCAR P A80R TO THE ANTICIPATED COMMERCI AL OPERATION or units 2 ANO 3.
ON JULv 28, 1975, RCPRrSENTATavCS Or l
THf ENVIRONHf.NTAL PROTCCT80N ACCNCy INr0AMCO THE STATC UATER RCSOURCES l
CONTROL BOARD THAT THC SCOPC OF THE STUDIES WAS CONSISTENT WITH THE aEgUIRCMCHTs Or SCCTION 316(A).
ON DECEMBER 22, 1975 STArr SF THC REC 10NAL BOARD INr0RMCO THE olSCHARCCR THAT THC STUOBES WERE ACCCPTABLE AS A 316(A') DCMONSTRATION.
1 I
- 18. ErrLUCNT LIMITAtl0Ws, NAvl0NAL STAR 0AROS Or PE#r0RMANCE, ANO T0xit AND PRETACATMCNT CFrLUCNT STANDAROS ESTASLISNCO PURSUANT TO l
SECTIONS 301, 302, 303(0), 304, 307, 316(S) ANO 403 OP THE FEDERAL MATC# POLLUTION CONTROL ACT ANO AMEN 0MENTS, THCRETO ARE APPLIaASLC 70 THE OlSCHARCC.
g 0.
e w
e-,--.-w----
.-r,---
,e
,,-w
=...--,-ee
,=.---.-,,--,.rw
--.c w
v.+
t.
0:0tR NO. 7(Wtt
, 19. TNC BOARO, lel ESTABLISHING THE REQUIREMENTS CONTAINCO MERCIN, CONRIOCRCO FACTORS IllCLUDING SUT NOT LIMITCO TO THE FOLLOWINQ3 (A) PAST, PRCSCNT, AND PROSAbLC FUTURE SENEFICI AL'USE8 -
OF WATCR.
(S) EllVIRONMENTAL CHANACTERil> TICS OF THE HYOROGRAPHIC UNIT UNOCR CONSIOCRATION, INCLUDINC THE QUALITY OF WATER AVAILASLE THERET0 (C) WATER (UALITY CONDITIONS THAT COULO RCAf>0NA'OLY SC
, ACHICWED THROUGH THE COORDINATED CONTROL OF'ALL I
FACTORS WHICM ArFECT WATER (UALITY IN THC AREA.
(0) ECOse0Mit CONSIDERATION.
l
- 20. Tut BOARD NAS c0NSl0tRCD ALL telVIRONMENTAL FACTORS ASSOCI Afte WITil THC SISCHARCE OF WASTE.
4 21 Tut DOARD NAS NorirlCD tnt DISCwARtcR ANO ALL xNOWN INTrRCSTCO PARTIES OF ITS INTENT TO PRCSCRISE WASTE 01SCHARCC RCqutRCMENTS FOR THE OlBCHARCC.
~
- 22. Tut 80ARO lli A PUttic McETINC n'tARD AND CONSIDERCD ALL COMMENT,5 PER-
{
TAllflNC TO THC O B SCHARCC.
f
- 23. THIS OR0tR SHALL SERVC AS A NATIONAL POLLUTANT DISCHARCE ELIMINATION
$VSTEM PLRMIT PURSUANT TO SCCTION 402 Or TNC Fc0ERAL WATER POLLUTIO CONTROL ACT, OR AMCNOMCl4TS MERCTO.
IT IS HEREBY ORDERED, THE SOUTMERN CALIFORNI A CDISON COMPANY AND TMC SAN DICCO CAS AND CLECTRIC COMPANY, IN ORDCA TO MEET THE PROVISIONS CONTAINCO IN Olvis10N 7 OF TMt CALIFORNI A WATER CODE AND RECULATIONS A00PTCO THERCUNOCR AND TH VltleMS OF Tut FCOCRAL WATER POLLUTION CONTROL ACT, AND RCaWLArl0NS AND SUlOE-j LlutS A00PTt0 THEREUtIDER, SMALL COMPLY WITN TMC FOLLOWillCl,
, A.
EFFLlENT LIM.lTATIONS
- 1.,DISCHARCC 001 (FISH HANDLINC SYSTcM)
(A) THC FISN IIANDLINC SYSTEll SHALL, CL US:l0 ONLY FOR TNC PURPOSC OF RCTURNINC CNTRA'lil O FISH A110 ll! tar.F. SCA WATTR. DISCHARCC OF, Ally CMCI.llCALS OR POLLUTANTS IS PRONISITCO.
(S)
IF WARRANTCO SY TNC RESULTS OF THC OSSCNARSCR'S STU WITil'SCCTION 316( A) 0F TNC Ft0cRAL llATER POLLUTICal CONTRO 1 W2, Tut RECl0NAL BOARD MAY SRANT AN cattPfleN.TO TMs SPECIFIC wATCR tvALITY 08JCCTivts GF THC TuCRnAL PLael F0n Tuc PURPOS TACATHcNT OF TNC FISM Mal 10LINe SYSTCM.IF THC REC 1 steal DOARD aRANTs SUCN AN EXCCPY10N, PRCCISC LlHlTS ON TNC FRe4Ut#CY, DCSREE AND OURATION OF NEAT TRCATilCNT WILL SC CSTASLISNCO. PRIOR 70 cFrtCTivt, TNC tactPfleN AND ALTCRNATive LtSS STRINotNT RtqutRCMcNTS MUST RcCrive TNC SONCURRENCc er fut STATC WAfrA RCe0DRCc8 BOARD. -
- - - -,. - - - -.. ~,.-
-v,-,,
-w w w-m-..-,,-mn-,
, - - - ~ - -, - - -,
wmv.ww.-
a
-aww w,,,-,,
,---.,,nvw-,,
,-mn,-.
ORDER NO. 76-21 2.
DISCHARCES 002 AND 003 (COM41NCO DISCHAhCES)
(A) THC TEMPCRATURE OF THC OISCHARCC SHALL NOT AVCRASC. MORC THAN 20*F (11.1*C) ABOVC THAT or INCOMINC OCCAN WATERS.
(S)
Ir WARRANTCO OY THC RCSULTS OF THC OISCHARCER'S STUOY IN ACC0f;OANCC WITH SCCTION 316(A) 0F THC FCOCRAL WATCR POLLUTION CON 1ROL ACT Or 1972, THE REcl0NAL 00ARD MAY GRANT AN CXCEPfl0N TO TilC EPTCIFIC WATER QUALITY OS.1,LLTIVCS OF THE THERMAL PLAN FON THC PURPOSC Or NEAT THCATilENT OF ThC INTANC ANO DISCHARCC CONDUlTS AND RELATCO ONCHORC STRUCTURCS.
IF TMC REC 80NAL 00ARD GRANTG CUCH AN CXCrPTION, PRCCISC LIMITS ON THC FREQUCNCY, OCCRCC i
ann DURATION Or NEAT TNEATMENT WILL RC CSTABLISHCO. Pel0R TO BCC0HINC CFFCCTIVC, THC EXCEPTION AND ALTENNATIVE LCSS STRINCCNT REQUIRCMChTS MUbT NCCCIVE THC CONCURRENCC OF THE STATC UATCR RCs0URCCs COATROL 00ARO.
(C) THC MOHil:Lv AVcRAcC2/rRCC AVAILADLC CHLORINC SCHARCCD SHALL MAXlMuw,rg00.2MC/L(922KC/ DAY,2033LSs/ DAY ) ANO ynC OAILy NOT EXC FRCC AVAl'.AI.:.E CHL6RINE OBSCHARCCD SHALL NOT EXCCCD 0.5MS/L(2306uC/uA), 5002LSS/ DAY).
(D) DISCHARCC OF FRCC AVAILARLC CHLORINC OR TOTAL RESIOUA FROM ANY P' LANT 8:41T Festi MORC THAN TWO MOURS IN ANY ONC OAY OR if' FROM MORC THAN ONr UNif IN TNC PLANT AT ANY ONE TI,11C,88 PROHIBITED.
(E) THC OISCHARCC OF *A010 ACTIVITY CHALL NOT EXCELO THC '
SPECIFIEO* IN TITLE'17, CHAPTER 5, SUSCHAPTER 4, CROUP 3, ARTICLE 5, SCCTIONS 30205 ANO 30207 Or THE CALIFORNIA ADMINISTRATIVE
- C00C, (F) THE OlSCHARGE OF POLYCHLORINATED SIPNCNYLS IS PRON (e) THC PH Or THE CFFLUCNT DISCHARCEO SHALL DE WITHIN OF 6.0 TO 9.0.
1 i
NOTEl MC/L " MILLIBRAHS PER LITER
~
ES/0AY"KILOCRAMSPCRDAi LS$[0AY " POUNOS PER DAY, A LIST OF ALL FOOTNOTES RCFERENCED WILL SC FOUND FOLLOWIN t
LAST PAtt er THE WASTC OISCHARSC RC4UIRENCNTS SECTION.
t
. me em" w
.o 0ROER NO. 76--21
=
\\
(
(H) Arten July 1, 1970, THC OISCHARCC GHALL NOT ExCCCO'THC FOLLOWINC LIHiTG:
.CONCCNTRATf0NNOTToOc Accc0c0 liORt THAN UNIT or
'ConsTiTutNic 11EACURcMCNT
_501orTIMc in Or tim,c ARSEN10.
MC/L 0.01 0.02 CA0nlun 0.02 0.03 TOTAL' CHR0118 ull 0
0.005 0.01 COPPca 55 0.2 0.3 LEAD 0.1 0.2 ficRCURY
.0.001 0.002 NICutt 0.1 0.2 SILvcn u
0.02 0.04 ZINC
'i 0.3
. 0.5 CYANIOc' 0.1 0.2 U
PucNOLlc COHP0UNOS 0.5 1.0 TOTAL CHLORlHC CESIOUAL 88 1.0 2.0 AnnoulA (cxPRtssEO As NITR0ctu) 40.
-60.
TOTAL 10ENTir:ASLC
- (
CHLORINATED Hv0ROCARB0xs*
0.002 0.004 T0xlCITi CONCENTRATION Tu 1.5 2.0
?
RA010ACTivlTY NOT TO EXCEED THE LIMITS sPECIFir0 IN TITLE 17, CHAPTER 5, SueCHAPTER 4,'
GR0ur 3, ARTICLE 5, ScCTION 30285 AND 30287
. OF THE CALIFORNIA AoMINisTRATlyc C00c.
l
- T9,TAL 80fMTIF ABLE CHLORINATCO NYOR0 CAR 40NS SHALL*BC MEASURE 0 SY 1
sunntNC THE IN0lvl0uAL CONCterrRATIONS Or DOT, D00, DDE, ALORIN, OHC, CMLOROANE, ENORIN, HEPTACHLOR, LIN0ANE, DiCLDRIN, POLYCHLORINATED SIPNCNYLs, AND OTHER 19CNTIFICASLE CHLORINATED BBYOROCARs0NS.
. Nott: Tu = T0xlCITY UNITS e
-- - - = -
- + -
OROCR H0. 76-21 3.
DISCHARCES 0020 A140 0030 (Lou VOLUHC t!ASTC)
THE DISCHARCC OF AN CFFLUCNT IN CXCCSS OF THC FOLLOWING, LIMITS IS PROHIDITED, il0NTHLY DAILY?./
ConSTITurNTS UNITS AVCRACC IIA X IMUPt TOTAL SusetNOCD SOLIDS Mc[L 30 100 KC/ DAY 5201 M%
LOS/DAYj*
4 11662 38874 Olt AND GRCASC MG/L 15 20 xC/ DAY 2545 3527 LOS/oAY 5831 7774 4.
DISCitAntCS 002C AND 003C (ST0kM DRAINS FROM YARo)
THC 110NTitLY AVCRACC-Or DIL AND CRCASC DIScilARCCD SMALL NOT CXCCCD 10 Mc/L AND THC OAILY MAllfluti OlL AND CRCACC DISCHARCCD SifALL NOT CxCtto15MG/L.
B.
IICCEIVilm UATdTt 1.llitTAT1043 1.
THE Dl LCilARLC '0!" CLt VATI-:0 6CMPERATURC WASTES SHALL NOT RCSULT IN
/
IllCREASCS IN THC NAltlRAL WATER TEMPERATURC CXCCCDING 4*F (2.2'C) AT
( A) THC SHORCLINC, (D) 1Hl. SURFACC OF ANY OCCAN SUSSTRATC, OR (C)
THC OCCAN SURFACC SC'. )ND 1.000 rLti FR0ft THE DISCllARCC SYSTEM. THC SURFACC TfitPl.RATUNC Lt.18 TA110N SHALL SC flAINTAINLD AT LCAST 50 PCRCCNT OF THC DURATION OF ANY COHPLETC TIDAL CYCLC.
l 2.
THE oncCnAuCC SHALL NOT CAuSC THC FOL OWINC LilllTS TO SC CXCCC0CD OUTSIDC DF THC INITIAL DlLUTION 20NC.6 :
r CONCCNTRATinN NOT To BC J ExCCCoto finRC THAN E0.Ny,T,(T,UJ,N,T,3,
,U,N,!,T,S, ppd',,0f,,T,!,[:,C.,
,1,0j',3f,T,l],]y, jiAxIMUM CREAGC AND OIL MC/M" 10.0 20.0 FLOATING PARTICULATCS Mc/0,n 1.0 1.5 WT/II T0xlCITY TU O.05 RA0:0ACTlvlTY WOT TO CxCCCD THC LIMITS SPCCir tCD IN TITLC 17, CHAPTER 5, SUSCHAPTCR 4, i
GROUP 3, ARTICLC 5, SLCTION 30260 Or THC CALIF 6ANIA AOMINISTRATIVC C00C.
hoTCt lic/HE = MILLlaRAMS PCR S(UARC MCTCR ilt DRY WT/th " MILLICRAMS DRY WCICHT PCR SquARC MCTER
+-
ONDEn NO. 'IG-21 l
' (
3.
TMC DICCHARCC SMALL NOT CAUSC:
I (A) FL0sTine PARTICULATCS OR CRCASC AND OIL TO SC VISISLC AT.ANY',LOCATibM; (3) ACsTNCisCALLY UNDESIRAtl*C clSCOLORATION ON.THC OCCAN SURFACC AT ANY LO. CATION; (C) THE MEAN OF THC TRANSM.fTTANCC OF NATURAL LICfiT OUTS g
INITI AL DILUTION 20NEwTO DE REDUCED BY MO,RC TNAll, ONC CTANDARD DCVIATION FROM THE MCAN DCTCRMINEO FOR UNAFFECTED WATERS DURING THE SAME PERIOD; (D)
- THE DisSOLVEo OxYCEN,CONCCNtR T'80'NS OF WATEas OutcIn'C
- OF'THC INITIAL
- DILUTION 20M'-
TO SC DEPRESSED MORE i
THAN 10 PERCENT FROM CONCCNTRkTI ONS WNICil OCCUR -
- .IIATURALLYg.
(E) THC PH OUTsjoE Or THE INiTI AL OlLUT10N 20Nr 70 SE CHANCCD MONC THAN 0.2 UNITS rROM THC PH WHICH,0CCURS I
IIATURALLY; (r).TNE RATE OF DEPOSITION OF INERT SOLIDS AND THE
[
CHARACTENISTICS OF INCRT SOLID'S IN OCEAN SEDIMENTS
! /
ik I
10 BC CN tCEO &UCN TNAT BEHTHIC COMMUNITCS ARE DECRADE g
l (C) THC OISSOLVED SULFIOC OONCENTRATION OF WATERS l
IN AND 18EAfl SEDlbENTS TO BE INCRFASED BY MORE'THAN ONE ST,ANDARD j
DCVIATION*FROM THE MEAN DETERMINED UtIDER llATURAL CONDITIONSg (N) TNC CONCEllTRATIONS Or HEAVY METALS, CYANIDC, PNEN0Lic i
COMPOUBJOS, TOTAL IDEllTIFI ABLE CHLORINATED NYOROCARSONS 3
AllD RADICACTIVITY IN SEDIMEilTS To BC INCREASED'UY MORC
.TNAN ONE STA010ARD DEVIATION FROM THE MCAN DETERMINCO
- Wil0ER NATURAL CellDITIONS$
(I) THE CONCENTRATIONS OF SRSANIC MATERI ALS Ill MARillt l
SEDIMEN
- TO BE INCREASES A80VE TN9BC WillCN COULO SECRADE MARINC LIFEg
- (d)
NUTRIEll? MATERIALS IN CONCENTRATIONS TNA yY..
WLD SAUSE eSJECTIONASLC AQUATIC se0WTMs eR steRAoEw laeletm0US eleTA3 t
j e.
.,.-.__,.--,.----n-
-,,.n-,
...t._..............
e OR0cR NO. 76-21 (K) HARINC COMMUNITIES INCLUDINC VFR SRATE, INYCRTESRATC, AND PLANT SPECIES TO SE OCCRAOC
- OR (L) ALTERNATION OF NATURAL TASTC, 000R, AND COLOR OF FISH, SHCLLFISH OR OTHCR MARlWC RCSOURCCS USEO FOR HUMAN t
CONSUMPTION.
A, THC DISCHANCC SHALL NOT CAUSC CLEARLY VISISLE D RCCClVlNC WATERC RCSULTING FROM PARTICULATC ENTRAINMENT.
C.
PROVISIONS 5
1.
THIS ORDER SECOMES ErrCCTIVE ON JUNC C,1976.
2.
THIG ORDER expires ON eJUNC 8,1981, AND SOUTsCRN CALir0RNI A EDIS COMPANY AND SAN DitCo GAS ANO ELECTRIC COMPANY M WASTC DISCHARCC IN ACCORDANCC WITH TITLE 23, CALIFORNI A ADMINISTRATIVC j
- CODE, Nar LATCR THAN 180 DAYS IN ADVANCE OF SUCH DATE AS APPLICATION FOR ISSUANCC OF NEW WACTC DISCHARCC REQUIREMCNTS.
IF THC OISCHARGE HERCINaCr0kC OCSCn10C0 DISCHARCER SHALL SO NOTIFY TMC RECl0NAL BOARO18 TERMINATCO IN WRITiNC.
IN THAT Event, THC REC 10NAL BOARD MAY RCSCINO THIS ORntR.
g 3.
IN THC EVENT Or ANY CHANCC IN CONTROL OR OWNCR DISCHARCE FACILITIES PRESENTLY OWNCO OR CONTROLLC j f.
THE DICCHARCCR SHALL NOTIFY THE SUCCEEDING OWNCR I
EXISTENCC 0,F THIS OROCH Sy LETTER, A COPY OF WNICH SHALL SC FO l'
TO THIS 80ARD.
4.
THESC RE(UIRCMENTS ARC ESTABLISHE0 ONLY F.OR 2437.3 MILLION CALLONS PCR DAY (106.8 M /Stc) 0F 000 3
OTHER DISCHARCES AS DESCRISCO IN THC FINOINGS O Dl,SCHARCCR'S RCPORT OF WASTC DISCHARSE.
5 NEITHtR THE TREATMENT NOR THC OlSCHARGE O POLLUTION, MATER C00C. CONTAMINATION OR NUISANCC AS DEFINCD SY THE 6
THC PLANT GROUNOS ANO DRAINASC SMALL SE MAINT POLLUTANTS ENTER TMC STORM ORAINACE SYSTEM.
l ROUTED TO PRCCLU0C CONTACT WITH CHEMICALS DR i
(
7.
THIS ORoCR ReqUIRCMENTs."INCLUDc8 (TEMS 1, 3, 5 AND 7 oF twE ATTAcufD "REPORTINe i
e 2
O !
l i
I
O-
- OROCR H0. 7641 8.
THIS 0ROCR INcLUDCS ITCMs 1; 2, 4, 5, 6, 7, 8, 9,10 AN011 0r THE ATTACMCO "ST ANDARD PROVISIONS.'-
4 9.
THis OROC'R INCCU0rs THC ATTACHED "GCNERAL MONITORINC AND REPORTING l
PROVISIONS."
i
RcPORTINc PMOGNAH UPON TNI. EFFECTIVE DATC OF Tills OR0cR.
i
- 11. THC DISCHARCCR SHALL COMPLY WITH ANY STANDARDS WHICH MAY RC 1
ESTAGLISMCO RY THC [NVIRONMCNTAL PROTCCTION AGCNCY PURSUANT TO SECTION 316(S) Or TNC FEOCRAL WATER POLLUT4,0N CONTROL ACT.
(COnetNEO DISCNARGE) INCLUDES MONITORING FOR CONSTITUCNTS FOR 1
WHICH EFFL'UCNT LIMITATIONS NAVC NOT SELN ESTA6LISHCO.
IF i
s WARRANTED SY THC RC$til.TS OF THC MONITORING PROGRAM, THE 80ARD MAY CSTABLISH EFFLUL11 LIMITATIONS FOR THESC CONSTITUENTS.
13. Tut OlSCHARGC OF THERI,AL WASTES SHALL COMPLY WITH LIMITATIONS NCCESSARY TO ASSURE Pl.0TCCTION Or SCNErlCIAL USCS AND AREAS OF SPECIAL S10L0clCAL SicuirlCANCE.
i
!(
1, LEONARO SURTHAN, ExCCUTI,C OrFICcR, 00 ptREGY CERTIFY THE FORrGOING 18 A FULL, TRUE, AND CORRCCT COPY OF AN ORDER ADOPTCO SY THC CALIFORNIA Rett 0NAL WATER QUALITY CONTROL SOARD, SAN Dire 0 Accl0N, ON JUNC '14,1976.
=
&Y 5: 5 LEONARO SURTMAN CaCCUTivC OrristR i
A
,8 s
46 i
a - - ~~ -
l i
'(
CALIFORNIA RCC10NAL WATER QUALITY CONTROL 80ARD SAll DIEGO REGION i
Fe0TNOTC RtrCRCNCes r0R WASTr otsCHARCC RC(UIRCMCNTs er ORetR (NPDES PCaMlv NO.CA0003395) S0uTHtRN CAttr0RNI A Eols0N C DIESO CAS AND CLCCTRIC COMPAllY, SAN ON0rRC NvCLEAR GENERATING UNITC 2 ANo 3.
j
+
1 TNC MenTMLY AvtRACC sNALL st THC ARITNMcTic MCAN, UstNC THC RCsuLTS or ANALYSTS Or ALL sAMPLCs COLLettro ouRINC ANY 30 CONstCufivC CALCNoAR oAY PERIGO.
2.
j tnt oAILY MAxlMvM sHALL sE 9tTERMitte rROM TNC RCSULTs Or A
{
slNsLC CRAs sAMPLC 04 r#0M THC Result Or A slNett c0MP0stTE SAMPLE COLLECTt0 OVCR A PERIOo or 24 Il00Rs.
i 3.
TNC WCtKLY AVERACC SNALL St TNC ARITNMCTIC MCAN, 1
UstNC THE ResuLTs Or ANALYSTS. or ALL sAMPLCs 00LLCCTro ov48mc AN SONsCCUTIVC CALENoA # e4Y PCRIGO.
4.
THC cisCHARet Raft IN P0eNos PER oAY is OSTAINCo rROM TNC FOLLOWING CALCULATI0ff r0R ANY CALENoak DAY:
N DisCNARCERATC(Lss[0AY)"
Q, C 1
i i
IN WHICH N ls TNr NUMacR Or sAMPLCs ANALY2r0 l
IN ANY CALENoAR O.
ANo C oAY.
ARE THC 'rLOW RATc (MGO) AND THC 00NsTirutNT CONCCNTATION{MC[L)RLsPECTlWELY,WHICHARCAss0CIATroWITH CACM Or TNC N tRAs sAMPLts WHICH MAY SC TAKEN th A81Y SA l
lr A COMPOSITC SAMPLC is TANCW, C DAY.
is TNC CONCCNTRATION MCAsunto IN TNC COMPOSITC SAMPLE, AND Q,,
is THE AVERASC rLOW RATC OCCURRINC OuRINC THC PER100 ovtR WHICH sA84PLEs ARC j
00MeestTEO.
i 5.
TNC INITI AL olLv710N 20NC sNALL sC As otrlNEO In THE gayu,g QuALITv f.ONTRot PLAN. OCCAN IIATCRC Or CAllr0RNI A.* ADO TNC STATC WAf tR RCSOURCCs CONTROL BOARo GN JULY 6,1972.
- 6. DreRADATION swALL.sC aCTERMisto sY AmALYsis er Tut Errto j.
W4sTC DisCNARst et sPitles'98WERelTY, POPULAYleN DEsstTY, sRGWTH ANOMAlles, DeslLITY, 94 $UPPLANTING GF NSSMAL SPC88Es i
SY ##0CalRASLt PLANT Amt ANIMAL SPc88Es.
O l
i
o..
I CALIFORNIA TCG10lM.L HAT R 0.UrsLITY CONTROL BOARD SAN DIEGO REGlofJ
}
f)0141T0011C AIO R2 PORTING PROGRAft NO. 76 - 21 FOR SOUTHERN CALIFORNIA CDIS0fl COMPAl#
AND SAff DIEGO CA3 AfD CLCCTRIC C0tlPAf#
SAN ONOFRE HUCLCAR GCHCRATit1G STATION, UNITS 2 AND 3 SAN DIEGO COUNW i
A.
O,SH llAf01 lHC GYSTC11 tEllTORiiG TMc ogsCHARCcR silALL Susalf scal ANNUAL AcPonTs orsCl!IslNG THC oPcRATioN or THE risM MANoLINC sYsTcas roft UNITS 2 ANo 3.
TNc ExcCuvive Orricca.
MAv acqucsT i.DolTioNAL noNIT00lNC AFTcn RcVil"W or THc RCPoRTs ANo consultation WITil RcPacsCNTATlWcs or THC STATc OcPAntncNT or FisN ANo j
CAnc.
S.
94,.l.Nfgj]A,,TCR INTAIE_ _IONITORIN,q (UNITS 2 Ano 3)
'HINinun FacepcNey RcronTING CoNsTITurNTs
,IlN o v g gpMatt Tveg, g,fggym Faroutwey A
TcnetnATunc
'.*F ncAsuncacNT CcNTINuous" McNTMLv total SuserNoco SoLios*
n./L setAs MoNTMLv C#cAsc ANo OlL*
'8 8:
8:
it coercn*
a
=
=
ii C.
EFFLIENT g,N,1T,0,Ryfe, i
1.
DiscNAncts 002 AND 003 (Cons Nto DiscNAnscs) i I
__* CooLINs wAYc~n
~
I NTAuc sancLcs ANo crrtucNT saneLEs reon Tuc cons Nto oiscNAnscs to oc coLLccTco synoeticALLv.
I
- TEnocn4 Tune sMALL sc acconoco AT A nominun racqucNey or euer Eveny Two teouns. tnt AvcRAsc Amo MAR 1Mun 4tnPERATURc rom CACH 24-00o04 ptRion l
suaLL st acronTro.
l lleft:
- F = Dcances FAmecNHc:7 ns/L=nsLLianAnsacaLaTcn k
g
i MONITORING AND RCPORTINs PR0sRAM NO. 76 21' MINinun FRcgUcNcv RcP0nT Nc CONSTITUCNTS UNITS SAMPLC Typt
_QF ANALYS s FnEQUENCY Flew GPO
.baiLY MONTHLY TEMPERATURc
'F McasuRencNT CONTINUOUS **
TOTAL SusPEN0c0 SOLIDS
- Ms L sRAs MONTHLY l
GREASE AND 0 L' Ms L I
- LSS[/L MG 0AY 4
FRtc AVAILAsLc CHLORINC MG[,L LSVOAv PH UNITS RA010ACTlWITvm TURs 0 sty JTU sRAs SEMIANNUAL SCHIAlfNUAL METALS 1
ARscNic Ms/L
=
n a
CADMluM si n
n i
TOTAL CHROMlWM H
H H
LEAD H
H
+ n se M RCURY 88 H
w se NICREL
- 8 M
M n
SILvCR s'
n n
et ZiWC n
is n
[
ji
- CYANIDE, 88 ft u
,si PNCNOLIC COMPOUNOS S
H M
W n
n TOTAL locaverlAsLE a
a n
CNLORINATr0 Hv0ROCARS08tS****
Tealclvy CONCENTRAtl0N' TU t
\\
a j
' ** TEMPERAtuRc sNALL et Rtc0#0E0 AT A MINIMUM FRtitutNCY Or DNCE tyERY l
Twe MOURS. THE AVERAGE AND MARIMUM TEMPERATURE Fest cACM 24480UR PERIOD sNALL BE REPORTED.
- CDPits or ALL REPORTS TO Tut NUCLEAR ReaWLATORY COMMissleN PERTAININ TO MONITORiled 0F RA080 ACTIVE WASTE OlSPesAL SNALL St TRANSMITTCO TO l
tnt RteleilAL BOARD.
k'
{
TOTAL setNierl'AeLE CNI.ORINAft0 NYOROCARSONS SNALL St MEASURt0 l
Tait elf 0lV10 VAL CetttNTRATIONS Or 007,* M, DOE, ALORIN, BHC, SNLORDANr, Ett'AIN, NEPTACMLOR, LINDANE, OltLORlW, POLYCMLORINAfte SIPMENYLS, AND I
OTMCR 89tNTIPIABLE SNLORINAfte NYOROCAASONS.
i 4
Nott: GPO = sALLONs PsR DAY Lh/0Av ** P0vN0s 'PcR DAY A D = Jacas0N TUResolTV UntTs i
Tv = TealCITY Umsts t-
,,--v-~
+
--,w--,,-+
~,------,,-m------v
,,,-----e------m---,,------,-rw--
r
--e-
--,--r,--mve--,
.a
~
M0mlNORING AN0'REPORTime PR0 CRAM No. 76-21 i
I 2.
DISCNARCES 0028 AND 0030 (LOW VOLUME WASTES EacLUOlwa e
NUCLLAR SEnVICES AND RADWASTE SYSTEMS)
AINIMUM FaEgpENCY REPORTING
.ccNsTITurutS ggivg SAMPLr TvPE Or ANALv815 FREcurucy FLOW CPD dally MONTHLY TOTAL SUSPENDEO SOLIOS MC L 24-NR. COMPOSITC HOWTMLY LSS OAY
.GREASc AND CIL L
SAAS
- /
LS DAY 3.
DISCHARc[S 002C AND 003C (YARO DRAINS)
HimlMUM FnEquENcY REPORTINa CONsTituCNTS
$b11g SAMPLE Tyrr er ANALYSIS FREcutucy Olt AND GREASE Mc/L SRAS MONTHLY N0nTMLY D.
IECEIVING WATER MD SEDIPfNT MONITORING i r RECEIVlWC WATER AND SEDIMCNT MONITORING SMALL SE CONOUCT STAfl0N LOCATION, SAMPLING, SAMPLE PRESERVATION AND ANALYSISs SCLOW.
WNEN NOT SPECirtEO, SHALL SE SY METHOOS DESCRISCO IN THE DISCNARGER'S j
REPORT TITLEO " ENVIRONMENTAL SURVEILLANCE," SUSMITTED TO THC REtl0NAL BOARD ON FEBRUARY 19i 1976, OR APPROVED SY TNC EXECUTIVE OrrlCER.
THE MONITORING PROGRAM MAY BE M00lrlEO SY THC EXECUTlyc OrrtCER AT ANY Tinc.
Ef SPERSION ARrA STATIONS:
THE OB SI CRSION AREA 20NES AND SAMPLINC STATIONS ARE SHOWN ON FisWRES 1 ANO 2.
A NARRATIVE DESCRIPTION OF THE PRECISE LOCATIONS Or THE SURVClLLANCE j
20NES AND STATIONS SMALL SE rWANISHE0 SY THE OBSCNARSER i
l WITMlw 180 OAYs ArTER THC ADOPTION Or THIS ORDER. 20NE AND STATION DES 14 NATL 0NS AND THC riaWRC WHERE EACH IS
{
SWOWN, ARE AS r0LLOWS8 t
l 4
.g.
4 i
(
i H0lalTORING ANO RCrORTsNC PRecstAM No. '/G-21
(
Zgt STAvenN FICuRr 0A CA-1 TO DA-12 1
l
'1 20 28-1 1'
M M4 1
0A 1 TO 12, 80, X0, CO, Do 2
.08 13,14, EO, F0 2
1A.,
18 TO 24 2
1B 25 2
. 2A 26 TO 32,*34 TO 36.
2 2D 33 ir 2
. s..
34 16 2
38 17 2
4A 37 2
I 30 g
BtrterNCE Af'CA STATIONS:
RcrtREmCc AstcA 20sts Au0 STArlbwS ARE SI:0LfN ON FlcuRES 1 AND 2.
A WARRATIVC OCSCRIPTION OF PRCCISE L'OCATIONS OF THE STATIONS SHAT L DL' FURNISHEO BY. THC DISCHARCER WITHIN 180 OAYS AFTER THC ADOPTION OF TMs3 OR0cc.
2ONE AND STATION DESISNATIONS AND THE FIOUltE WHERC EACH IS sw0wn arc AS FOLLOwS:
{0gy, STATION Facunc 6
6-1 TO 6-5 1
-6 39 TO 41 2
5 15 2
.l e
y
a _. _.
F HONifoulNG AND NCPORTINC PHOCnAN No. 76 o INTF AT I D Al. STAvthtfC lllTERTIDAL 20NCS AND STATIONS ARE sNOWN ON flCUnC 1.
A NARRATIVC OCSCRIPTION Or THE PRCCINC LOCAT10flS Of TilC STATIONS UHALL SC FURNISilED'BY THC DIScilARCCH WITHIH 100 DAYS ArTCR TilC ADonTION Or THis ORuCer. 20NC AnD STAT,10N DCSICNATIONS AND THC FIGURC WHClit EACH IS Sil0WN ARE AC r0LLOWS:
E 76H(
STATION FI CURf*
a 0A l-2, 1-3 l' -
3A
-1 1
2A I4
,1,
2A l-5, 1
1, RcCCivinc YA1CR HONITORINC sHALL,DC COND.UCTED As FOLLOWS:
MINI::un Tirc Or FRestucNCY DrTrunnenaviews units Svarl0Hs SAMPLF OF ANALYMIS PH UNITS DA-l', OA-4, 6-1 CRAs BIN 0HTMLY TeneCaAtuRC
'F OA-9, 6-4 (NEAR EvcNy Two SURFACC, HIODEFTH, NOURS NCAR SOTTOM) 1-1, I 3, 1-4, I-5 BIMONTHLY 1 THRouCN 41 BIMbNTHLY (SURFACE AND OEPTH Peor:Lt)
AtalAL INrnAnco mA010-Omcr PER gyny CALEm0An QUARTER LICut TaANsn:TTANCC HETER 1 THR0uCH 41, X0, Co, GRAS Bin 0NTHLY g,.
(SCCCHI Olsx) 00, EO, F0 MM 1 THROUCH 41, X0, CO, CaAs BIMONTHLY I
DO, E0, F0 NOTC:
f/il
- PCRCCNT PCN MCTCR B
L 39 e
-E--
MONITORINC AtID RCPORTINC l'a'OCifAH Ho. 76-21 l'II N IMUM Tvine Or FarquenCY j
DrvenfitNAT10Ns Unitt STATIONS SAMPLC OF ANALY91G Tunn10lTY Oncr. vtR ACRI AL PHOf' 0CRAPil GifA0 CALENDAR QUARTER Diss0LVED 0xyscw Mc/L DA-1, CA-4, 6-4 CRAD BanOnTHLY CHLORiflC MC[L CA-1, OA-9 Tsin0UCH CRAB BIN 0NTHLY DA-12, 6-4 CHLORINE DEMAND HC/L DA-1, 0A-9 THROUCN GRAD BIN 0NTHLY OA-12, 6-4 COLIF0nM WF/100ML XO, 36 r.#0 AT STATIONS GRAB BIMONTHLY LOCATc0'300 rtET (1)*up-
~
COAST, (2) DOWNC0AsT, (3) OFrsHORE, (4) IN-SHORE Or STATION XO, HrTALs CHNOMlUM HC/L OA-1,1A-1, 2A-1, 64 GRAS OaCc PER CALet:DAR QuAnTER Copern
'nc/L DA-1, IA-1, 2A-1, 6-4 GRAS OnCc prR CALENDAR QUARTER Nicxct Mc/L OA-1, 1A-1, 2A-1, 6-4 GRAS OhCc pen CALese0An QUARTER BR0n Mc/L OA', 1A-1, 2A-1, 6-4 GRAS CAL RTARTER 200 PLANKTON IDENTirlCATIOu, CA-7; OA-10,1A-2, BlnonTuty (WATER COLuMM)
AND ENUMERATION 1A-1, 2A-1, EA-2, 6-4 PNYTOPLANKTON 90ENTirtCAT40N OA-7; OA-10,1A-2, (utAn sucract)
ANu ENunnsvATION 1A-1, 2A-1, 2A-2, 6-4 BIMONTHLv PHY10 PLANKTON l0ENTirtCATION OA-7, 0A-10, 1A-2 (3: CAR DOTTOM)
AND Ct:UliC!!ATION 14-1, 20-1, 2A-2, 6-4 BIMONTHLY.
!!rtTon IDenTirICATION OA-2, CA-6, CA-0, 6-2
'01.CE PER 6-3, 6-4 cal.ENOAR QUAWTER f
l
Hors:Tonsuc Ann RcronT nc Pnocnt.rt No. 76f2t i
I
(
2.
BoTTot. stantictiT Hor: Tonanc EHALL AC CorIDUCTCo As FoLLoWS:
Hs u s t:u:<
DrTreli_i_navinnt:
Tvec or FRcqutucy tiniTn STAT nns Sr. Men.c or Anr. Lysis McTALs OtscE PER C8aon:Un H::/L DA-1, IA-1, 2A-1, 6-4 CnAo CALENDAR QUARTEn Coreta ORcE ern Mc/L
, CA-1,1A-1, 2A-1, 64 GRAD CALENoAn QUARTER
~
HsextL Mc/L' OA-1, lA-1, 2A-1, 64 CnAs ONcE pen CALENoAR QUARTER 1 rom
- Mc[L OA-1, IA-1, 2A-1, 64 CnAs CALEx.oAn QUARTER OncE PER 1
Benthic ROCK l DENT FacATION OA-1; OA-3, 0A-5, OncE Pen HAusTAT Ano ENuraceATson OA-7; 6-1 TunoUcH 6-5, CALENDAR QUARTCn 2D-1, 3A-1 IfELP Gro STunY
~
'6-5, 23-1, 3A-1 Gnas Onct PER CALENDAR QUARTER SETTLisse PLATCG
' loEtiT l F i cats or DA-1, 6-4
- BloTA, A u n ti:ur:Es: Avion OscE PER CALEpoAN QUARTER INTERisoAL Recr.
' lote:Te r s CAT ion l-1 THRoucH 1-5 ONcE pen Ils.n TAT Ano EtUMEnATsou '
CALENDAR' QUARTER 3.
Rcccivi::c WATcn Ano sco:HersT Moi::ToRINc REponts sHALL SE SUBHITTCo To 7 c DoARu AccoRott:c To T :E DATcs in THC FolloWitic SCHCouLE:
A.
AN ANNUAL SUHMARY ANo PRCLIM, MARY mEPORT SHALL BE SUGHITTCo BEronc HAncia 31 or cAcN YEAR.
B.
K RE.PonT conTAINitIC oETAILEO ANALYSES OF THE DATA SilALL DE SuoHITTCo DY JULY'1 oF EACH YEAn.
C. THE Attr:UAL REront cEquenENEnr 'In inE
- GENERAL PnovistoN3 FOR REronT He" wtLL mor APPLY vo THE RcCravitsc WATER Also StolMEnr ' onsTonsmo; H
OnoEnEn nY h4Nrd Xinb >
LEoRA#o SURTnam EnECUTavE OrrscEn Just 14,1976
~7
i, j
ennut m
- 8. 8' c....
,o Fg CAMP PENDLETON s
(
%!z.
~
/
s - u.... r.
5 3 A 2-
-.\\' -
I
. SAN ONOFitE NdCI. EAR
- EEg*-
..JIENEl(ATING STATION 1A
. DISCHARGE '..
,z
'* (,O A 2
3B-r I
cs *r
. sa
$+p.4 i
~
- eu
- r. s
- e_, a sm o.norac gn
cj,.$,v++,,.y,.E',..
swa na.
29
... 4
.#+
4 3
2g gg
,l
.'. 3,'
~+
OB
. td *
~.
f, o n,<
' 's 4A N!w.,,
'P g
att
- **or to DCA1.c
'{
- i I
- h-INTERTIDAL
[,'
20 48 -
Q.T.ts.t.q's.c Ao
- j STATIONS c3 a,3.g.
+c Pn;..
c a 2..e a,
9 i.
DENTillC STATION O'
L e
c.
cHLonlNC si c=
0 6.
6.:(.4, ha 0O D =
gh
- DISQOLVEO OXYGEN.
i F
G 9 GILL NET STATIOi.
- f/. ' N, e'an n k S; I
84
- HEAVY METALS RE LP c.
P
- PLANKTON
' * ^
,, I 8
SETILING PLATES T
- CONTINUOUS 1EMPERAT URE
_ ZONES
~
'j STATIoiVs OA
~
OA.-l TO 0A-12 I h
/ A - l.,
I A ;- 2 2S ~I # '2 A '
Figure 1 28 2 13 -
~
' ~
?
6 -l To 6-5
m.
m
.=iev..+=i o
.. v u,.4.'
SYDrW*rG*d:c :.;NITC:G.:-:3 57,$7n: 5 '
}
sait owe,at
~
m...
wxt Aa etureatmo stattoit w-:-+{
s;
}
OA e
- s 9 W 1
37 4 itI
%, I2. %3 a
? Y
'{
i~- a N.
73 i
~
.v oy au,troat,so o-.g>.
9 Y
3R
'YB sm 33 Y
6
~ NN rrte tro p
y g
ws.
p Suspe:ded Sod!5ents taken at statiens:
1, 2, 10 & 14.
. Ectts t Sed.iments taken at statie.s:
ENVIRONT.4ENTRL-
. 1 r 4, 5, G, 7, 8, 9, 10, 11
.n, n,as,no, x, w s m., 14, 23, 24,
' ~SilRVEILLANCE ZONESi
.' M
' I 3a.Autese:aeurs. epth p:out..tatie:., l and,all turbidity stations,.
~.;
I s.N Ty.ctm 2
\\
s t.
- Attmastesticas s
1_
s e
t iertou
.. _.__._,,., t ri a.
8 I
k
t CALIFORNIA REGIONAL WATER QUALITY CONTROL 80ARD SAN DIEGO REGION REPORTING REQUIROMENTS 1.
TMC DiscMAmett sNALL RILE WITH iME BOARD AND TMC RCel0NAL ADalNisTRATOR or Tut EwVin0NMcNTAL Pn0TCerseN AsCNc7 TEcMNIcAL REPORTS oN sELr-i neNIT04tMs Wong PEnreRMEO Accord NC TO TMC DCTABLED SPEctricATIONs ceNTAINED #N ANT NON4TORINs AND REPORYlNG PaocnAn As eintcTc0 of TME ENtevTave OrrscEn.
'2.
IME alscMARsCR sNALL RILE A WRITTEN REPORT WITM TNC BOARD WITNIN 90 oats ArTER THE AVCA AsE DAT=WE ATMER WASTE FLOW r0R ANY MONTH CevALs em CNcCEDs 75 PracrNT or Yar ocsism cAPAc TT or uns WAsTc TacATMcNT ANo/On ossP0 SAL rectLIT:ss. Tuc osscMAnstn's scNeon Ann:NisTnATevE orrecen swALL sesN A LETTER WNicM TRANSMITS TNAT mEPORT AND cEATirlEs THAT TMC POLicTMAKING Des? Is ADEev&TELT INreRMCO ADevT ff.
INE aCPORT SNALL INcLv0C:
AVEa Ast DAILY FLEW rem TMC n0NTN, THE oATC eN WMicN YMC lasTANTANCous PEAE FLOW eccennED, TME RATE Gr TNAT PEAN FLeWe AND THE TOT AL. FLOW rem THAT SAT.
INE DiscWAasER's des? ESTIMATE er WWEN TME AVERAsE DAILY SRT-WCATMER rLOW MATE WILL tevAL 0,4 EXctED TME DEsisN cAPAclTT or Mis rActLITits.
2 INE eiscMARarR's ImTENOCD scMEDvLE reR STv08 Es etsisN, Amp STMtt sTCPs NECDED TO PROVioE ADelTieNAL cAPAclTT reR Mls WASTE TREATMENT AWo[0R OlsPosAL FAclLITIES street YME waste FLEW RATE tev4La YMr cAPACITT er Patstm7 va:To.
(RcrancNect SEcTaons 13260, 13267(s), Ano 13268, CALarenNia WAfra Conc.)
l
- * ).
Tus onscwAasen suALL meter? Tuc Beano me? LAYan TNAm 180 oats su AovANet or BMPLEnCNTAYleN or Am? PLANS To ALTCA PAeDucTlek cAPActTT or TMC PAeDucT List er var MANoracTunsus. Paeovesma en enecessens ras LaTT eT nonc YnAu Tea Pract=Y. Secu meTerscAften suALL Instvor asTenAfts or PaoPosto PaeoccTiem mAYr, Tur TTPc or Paocess Aus PaoJecTro arrecTs em ErrtucNT teALITT. NeTerscAf eem suALL sucLeot svensTTAL or A mtW RrPear er WAsrc s
DiscuAnst Ana APPaePn AYc r:LsNe rer.
. 4.
Tur sisenAnsta smALL meTar? Twt BoAno or (A) arW infacevcTsen safe seen womas or PeLLv7&NTs raon A sovast Wascu Weste er A nrW sovest As str enzo em SecTsen 306 or Tus FreceAL WATen PeLLvTsen Ceufnet AsT, en AMcNonenTs TuratTo. er susa sovnet Wear esscwAnsius PeLLvTAmTs To Yuc wAvens er Tut Umlvte STAfas, (e) utW suTmoovcTiens er peLLvTAmts smTo seen WenNs enen A sevact wiessu WevLe as essJcc7 To SecTsen 301 or Yar FaetaAL WAYen
- PosLisLT eWase FAestafess e=LT
- Fee monPustes ras: Livers enLT 1
CRWGCS, SAas Ossee Rassen 11/73
o
- RcPoRTING REoWORcMcNTS i
POLLUYleN CONTROL ACT, cR AMcNoMcNTS TNrREYo, ir IT WCRt.olSCNAmelNo SUCN POLLUTANTS TO'YMC WATCAS OF TNC UeflTED ST ATES, (C) A SUSSTANTIAL CNA IN TNC VOLUNC na CHARACTER OF POLLUTANTS DE8MC INTRODUCEO INTS SUCN WSRRS SV A SOURCC INTR 000C l8dC POLLUT ANTS istTo SUCN WORKS AT TMC TIMC i
{
TMC WASTC BISCHARCC REQUlREMENTS WCRC ADOPTro. NOTIC RESCRIPT 10N Gr TMC OUANTITY AND
- QUALITY #F POLLUTANTS AND T SUCN CNANCE ON TMC guANTITY AND OUALITY OF EFFLUENT FROM SUCN PUSLIC IMPACT OF OUNED TNCATMCNT WORMS.
A SUG&TANTIAL CHANSC IN VOLUMC IS CON 86DERED Abi INCREASC.0F TCM PCRCENT IN THC MCAN SM'All'r6RUARO A ORY-WCATHER FLOW ft ATE.
INC.DISCNARCER COPY OF SUCH NeTICC DIRECTLY TO TNg REcleNAL ADMINISTRATOR.
l 5
TNC aitCHARCCR
~
SMALL FILc WITN THE 80ARD,A REPORT OF WASTC DISCNARCC AT LEAST 120 oAvs StroRt MARINC ANY MATcRI AL CHANCC eR PROPoS
- TMC CHARAC1ER, LOCATION 04 VOLUMC RF plSCNARSC.
- b.
INIS SOARO RCQUlRES THE DI SCH AR ACR.70 FILE WITH' YNC SO AR(S WITNias 90 DATS ArTER TNC CFFCCTIVE DATE or THIS ORotR, e
A TrCNNICAL REPORT ON.
9818 PRCVCf4TIVE (F AIL-SAFE) AND CONTINCCNCY (CLCANUP) PL AN j
TRSLLING ACClOENTAL DISCNARCCS, COM-TMc YtCNul4AL* REPORT SHOULD:AND FOR MINIM 128NS YM,C EFFECT OF SUC EVENTS.
IDENTirY TNC POSSISLC SounCES er ACCIDENTAL LOSS, UNTRCATEh'WASTC SYPASS,. AttD CONTAMIN4YED 98t AINAGE.
!I LOADING AND STORACE AREAS, POWER SUTAC'C, WASTE' TRCATMtNT UNIT ouTACC, AND FAILURE Sr PR6 CESS E4WlPMENT, TAMES AND PlPES SNOULD SE CONSIDERCO.
~
EV ALUATC TNC CrrcCvivCNCES or PNcSCNT rACILITitS
.o AND PROCCOURCS AND STATE W9 TEN THEY SECAME. OPERATIONAL., ;
DcSCRISC'rAClLITitS ann PROCCDURES NEEoED FOR 4
i trrtCTivt, PRCVENTIVE AND CostflNGCNCY PLAles.
~.
ParDICT THE crrESTlvrNESS er TNC PROPOSto 'rACILlYttS
~
AND Ph0CCDURES Alse PRevlog Ass
~
IMPLCMENTATION SCHEDULC.
CeltTAINING 4HTCRlM AND FINAL DATES WMCN THEY WILL SC CONSTRUCTED, IMPLEMCetTCO, OR SPERAT1990AL.
(RErERENCc:
~
,g SccTisNS 13267(S) AND 13268, CALlroRNIA WATS 4 CooC.)
INIS SOARD, g.*;
ArYCR RCVIEW Or TMC TECHNICAL REPORT,
, ESTABLIGN SONhlTisseS WHICH MAY IT DCCMS NCCESSARY TO AND TO MINIMRIC TNE.ErrtCTS Or SUCN EVENTS' CONTROL ACCIDENTA
.SUCN CONDITIONS MAY SC
~
GMCORPORATCD AS PART OF.THIS OstDCR, Venes 8:078tC 70' tnt sisCHARSER.
- 7.
INC DISCHAllCER SMALL SUOMIT TO
,,. l,,' -.
e.
THC SOAMD, SY J AssUARv 30 or EACM vCAR.
- Ate AseNU AL
SUMMARY
Or TMC OUANTITICS er ALL CNEMICALS TRAOC A880 CNEMICAL esAMCS, LISTCD ST SOTN WHICM ARC USED reR 1
WATER TREATMtsef AND WHICM ARC DISCMARGEO.
C00L itec ASIS /6R SS,J L ifec
?
l
ISR NesePUBL C FACIL8 TICS ONLY I
e
*]
{
.z.
\\
CALir0RNIA REGIONAL WATER QUALITY CONT 110L BOARD SAN DIEGO REGlDN STANDARD PROVISIONS
~
t 1.
TME REeulREMENTs PREsCRisCD uCRCIN oO NOT AUTMORIZE TNC COMMissl0N Or ANY ACT CAUstWs INJURY TO THE PROPERTY OF ANOTHER, NOR PROTECT THE l
SIsCMAmsER FROM MIS LIABILITIES UNDER FCOERAL, STATE, OR LOCAL LAWS WOR $UARANTEE TME'DisCMARsCR A s
CAPACITY RisNT IN TME RECElVINs WATERS.
2.
TME sisCMARot Or AWy RAol0LOCICAL, CNEMICAL. OR si0LostCAL WARrARE-AsENT.9R HisH LEVEL RADIOLOGICAL WASTE is PRONIDITED.
- 3 TnC elsCMARsER swALL RE0uiRE ANwIN0usTRIAL USER er TwE YpCATMENT w0RKs TO COMPLY Wl'IM APPL I C AeLE S ERVI C E CH ANGEs AND TONIC AND PR ETR EATMEN STANoARDs PROMULCATED IN ACCORDANCE WITH SECYl0Ns 204(s), 307. ANo 30S GF TME IEDER AL WATER POLLUTION C0wTROL ACT en AME'NDMENTS TMrRETO IME alsCHAmsER sHALL REQUIRC EACM INDIVIDUAL USER 70 SUBMIT PERIODIC WOTIC (0VER IM,TERVALE NOT TO EXCEE0 NINE MONTHS) 0F PROCRECs TOWARD COMPL WlTM APPLICABLE T0XIC AND PRETREATMCNT sTANDAR0s DEVELOPED PURSUANT TO TMC FEoERAL WATER POLLUTION CONTROL ACT OR AMENoMENTs THERETO TwE SisCMAntER sMALL r0RWARD A COPY OF sWCH NOTICE TO THE SOARD AND TMC REsl0N AL AoMlutsTRAvem oF THE ENVIRONMENTAL PROTECTION AaENC gr 4.
TME nistnARsER swALL PERMiv Tnt REGIONAL BOARD:
(A) EMinv UPON PRtMists IN wwlCH AN ErrLUEnr s0URCE la LOCATED GR IN WMiCM ANY REQUIRED RECOR0s ARE REPT; (8) ACCESS TO
{
COPY ANY RECORDS REGUIRED TO SE REPT UNDER TERMS ANo s0NDITIONs OF TMis ORoER; (C) INSPECTlek 0F MOHtToRINs E9VIPMENT OR RECOR0s, AND (o) SAMPLINs or ANT ogsCHARcE.
5 ALL oist= arses'Aufn0RiTED ev Tuis ORDER swALL et CONSISTENT WITn l-Aho CoNolviphs or Tuls OmoER. Tat alsCwARsE or ANv POLLUTANT MORE FRESUENTLY TMAN 04 AT A LEVEL IN EXCESS GF THAT lDENTIFIED AND AUTHO tv Tuls OnoER sMALL s0NstlTUTE A vl0LAT10N OF THE TERMS AND CONDITION Tuls OmoER.
b.
TMC DisCMAmsER.SMALL MAINTAIN IN s000 WORRINs ORDER AND GPERATE As EFFICtENTLT AS PossISLC ANY FACILITY OR CONTROL SYSTEM INSTALLED BY THE SisCMARsER TO ACMIEVE COMPLlANCE WITM TML WAuTE DISCNARsC REGU G
- PUsLis.T ewNEo FACILITIES oNLv-CRWQC8, SAN DIEse REsleN 11/73
STANn ARp PR4vis inns P
(,
7.
COLLECTEo Start =lNCs, Stu0CES, ANo oTNCR SOLIOS REMovre rROM Lituin WASTES CMALL SC DISPOSCO 0F AT A LCCAL POINT Or DISPOSAL, AND IN ACCORDANCC WITH TNC PROVISIONS OF DIvlSION 7.5 er TNE CAtireRNI A WATER CODE.
ISR TMAT PURPOSC Or TNis Rf0ulREMENT, A LEGAL PetNT D[l'lNCD AC ONC r0R WNICN WACTE DISCNARCC REQUIREMENTS
)
Or DISPOSAL lb NAVE StrN PRESCRISED SV A RECl0NAL WATER QUALITY CONTROL 80ARD AND WNICN IS IN TULL CnMPL l ANCE TN ER EWI T N.
8.
ArTER NOTICE AND OPPORTUNITY r0R A NCARING, TNis 04oE4 MAY SE TERMINATED OR MODiftt0 T64 CAUSE, INCLUDING, SUT NOT LIMITED TO3.
1 (A). VIOLATION Or ANY TERM OR CONDITION CONTAINED IN THIS ORutR; (S) OStalulNo THIS ORotR SY MisREPR cSENTATION, OR FAILURc 70 DISCLOSC rULLY ALL RELEVANT rACTSi
~
(C) A CNANCc IN AHy CoNoivinN THAT REQUIRES EITNER A TEMPORARY OR PCl4MANCNT REDUCTION OR CLIMINAT80N OF TNE AUTNORIZED DISCNANCE.
9.
Ir A 70xit ErrtutMT SiAhoARo OR PRONis: TION (INCLUolNS ANr SCNcoutE tr COMPLl ANCE SPEClr t EO lN SUCN ErrLOCNT STANDARD OR*PRONISITION) IS, ESTABLISMED UN0tR SLCrioN 30?(A) or TNc FEoERAL WATcR POLLUTION CONTROL ACT, OR AMENDMENTS TNERETO, r0N A TOMIC POLLUTANT WNICN IS PRESCNT IN TNE DISCNARCC AUTHORIZCO NfREIN AND SUCN STAMSARD OR PROMIDlTION IS MORC STRINCENT TNAN ANY LIMITATION UPON SUCN POLLUTAN Ik TNls OmntR, TMC BoARo WILL REvlSE en MeolrY TMIS ORoER IN ACCORoANCc WITN SUCN TetlC ErFLUENT STANDARD OR PROMISITION*AND 80 NATirY TNE elSCMARSER.
r
- 10. THERc SMALL SE N0 oISCNARCc or NARMrut oUANTITIES or ett oR NazARo0Us SUSSTANCESg AS SPEClrlED SV RESULATION AD6PTED PURSUANT TO SECTION 311 er TME FEDERAL WATER POLLUTION CONTROL ACT, on AMENoMENTS THERETo.
11.
IN THE EvCNT THE DISCNAhdER $$ UNASLE TO C6HPLY WITN ANY er TNE seNeiTinNS ar'TMIS ORoER out To:
(A)
SREANDOWN er WASTE TREATMENT EQU SPMCNT{
(S) ACClefMTS CAUSED SY NUMAN ERROR OR NESLICENCEI GR (C) SYNER CAUSES SUCN AS ACTS er NATURE,
- 1
.vME plSCNARCER SMALL NeTiry TNc ExCCUTlvc OrrtCER eV TELEPNoNE AS 900N AS Nt oR NIS A'SENTS NAVE uh0WLEost er TNE INCloENT ANo ceNrlRM TNlt NOTIFICATION im WRITING WITNIN tnt WRITTcN NoYtrlCAvlow SMALL TWO WEENS er THE TELEPHONE NOTIr t CA INCLUot PERTINENT INroRMATleN ExPLAiNINO REASONS reR THE NONCOMPLIANCC AND WNALL SNDICATE WHAT STEPS W TO CSRRECT TNE PROSLCM AND T,NC DATES TNEREtr, AND WNAT STEPS ARE SEING TAKCM TO PREvtNT TNE PRetLEM rROM RECURRINS.
2-l
\\
CAllr0RNIA REGIDNAL WATER QUALITY CONTROL DOARD SAN DIEGO REGION GENERAL MONITORING AND REPOR11NG PROVISIONS
~
GENERAL PROVISIONS FOR SAMPLING AND ANALYSIS, l
UNLESS OTNCRWISC NOTCD, ALL SAMPLINC, S AMPLC PA CSCRV ATION, AND ANALYSCS SHA CONr0RM TO TMC U. S. ENvlRONMENT AL PROTECTION AcCNCYAPPROvCD TEST PROCCOURCS FOR TNC ANALYSIS OF POLLUTANTS DESCRISCO IN PART 136, VOLUME 38 (NO. 199) Or IcotRAL RECISTCA PUSLISNCo ON OCTOSCR 16, 1973, OR TMC LA1 CST E0lT10N or FCOCR AL RCsiSTER, OR AS APPR0vCU er TMC ExCCuTivC OrrlCCR. ALL ANALYSES SNALL SC PER=
FORMEL IN A LASORATORT CERTIFIED 10 PERFORM SUCH ANALYSES SY TMC CALIFO STATE DCPANTMCNT Or PUSLIC HCALTH OR 0FFICER.
A LA80RATORv APPROVEo ST THE EaCCUTivE EFFLUENT SAMPLES SMALL SC TAKCN Dt'WNSTR E AM OF ANY ADDITION TO THE TACATMENT WORRS AND PRIOR TO MIKING WITN TMI RECEIVING WATERS.
TNc olSCMARCER SMALL CALiSRATE ANo PERr0RM MAINTENANCC PROCCoWRESON ALL MONITORING INSTRUMENTS AND COUIPMCf.T TO INSURE ACCURACT OF MCASURCMENTS, OR SMALL INSURE THAT BOTN ACTivlTIES VILL SC CONOUCTCO.
l ['
A SRAS SAMPLC SS DEFINED AS AN INDivl0UAL S AMPLC COLLCCTCD IN F
\\
15 MINUTES.
A COMPOSITC SAMPLC IS DErtNCD AS A COM51NAT80N OF NO FCWER TNAN ElCMT INDiv10UAL SAMPLES OSTAINED OVER TMC SPECIFIED SAMPLING PERIOD.
INF. WOLUNC Or CACM lhelvlDUAL SAMPLE IS PROP 0RTl0NAL TO TMC SISCMARGE FLOW RATC AT THE TIMC Or THE SAMeLINs PERIOD SNAtt teUAL THE olSCNAtsE PC4100. 04 24 NOURS, SAMPLl#S.
WHICHEVER PERIOD IS SNORTER.
GENERAL PROVISIONS FOR REPORTING.
I ISR EVERY ITEM.WMCRC TNC REeutRCMENTS ARE NOT MEY, TNC DISCNARSER SMALL SUBMIT
\\
A STATEMCNT OF THE ACTIONS UNDERTAREN OR PROPOSCO WHICM WILL GRING TMC DISCMARGE lhTO FULL COMPLI ANCE WITH REGUIREMENTS AT TMC E ARLIEST TIMC AND SUSMI TIMC=
TASLC FOR CORACCTION.
ST' JANUARY 30 or CACM YtAR, THE DISCNARatt SMALL SUSMIT AN ANNUAL REPORT TO TNC ISAROe TMC REPORT SMALL CONTAlN 1
SOTN TASULAR AND SRAPMICAL SUMMARICS OF TMC MONITORING DATA OSTAINED DURING TNC PREVIOUS TEAR.
IN ADelTION, TNC SISCHARCER smALL SISCUSS TNC COMeLIANCc REC 04o ANo TMC CORRECTivt ACTIONS TAu j
WWISH MAT SC NCCOCD TO SRING TNC DISCHARSC SISCHARSC REeUIRCMcNTS.
INTO FULL COMPLIANCE WITN TNC WASTC CRWQC8, SAN DIESO REstoM 2/76 I*
_.=_ _
)
1 I
(
GtNLR AL MbMITORINo ANo RcPORTINs PR0v a SIONS i
TNE olSCHARsCR SMALL MAINTAIN ALL SAMPLING AND ANALYTICAL RESULTS, INCLUDING STRIP CHARTS; OATC, EXACT PLACC, AND TIMC OF SAMPLING; OATC ANALYSES WERC' PCar0MMCol ANALYbT'S NAMC; ANALYTICAL TECHNIQUES USCD; AND RCSULTA 0F ALL ANALYSES. SuCM ALCORDS SHALL SC RETAINED r0R A MINIMUM or THRCC TCAR8*
IMIS g
Pent 0O OF RCTENTION SMALL DE CETENDED OURING THE COURSC Or ANY UNRESO L lT IC Al lLN RfGARDINC THIS DISCNARCE OR WNCN REQUCLTCO SY THE BOARD A RcCt0NaL AoMiNiSTN Avon er tMC ENvlRONMENTAL PROTCCTION ACCNCY.
MbNITORING RCSU(1C SMALL ht SubHITTED ON FORMS PR0v10CD RY 1MC 00ARD.
MONITORING REPORTS SMALL SC SinNCO SY (A) lN TMC Cast or CORPORATIONS, SY A PRINCIPAL EXECUTivC 0rrtCCR AT LEAST OF TMC LCVEL OF VICE-PR ES I DENT OR HIS OULY AUTHORIZED RCPRESCHTATivt Ir. ArbP0NSISLC r0R THE OvCRALL OPERATIOd 0F THE rACILITY THOM WHICH TMC DISCMANCE ORIGINATES; (S) lN TMC CASC OF A PARTNER $MIP, SY A CCNCRAL PARTNCRI (C) IN TMC CASC OF A SDLE.PROPRICTORSHIP, SY TME PROPRif70Ri
~. (D)
IN THE CASE OF A MUNICIPAL, STATE 04 OTHER,PUBLIC rACILITY.
j SY CITMER A PRINCIPAL EXECUTlvt OrrtCER, RANKING CLECTCO OrrtCIAL, OR OTHER DULY AUTHORIZED EMPLOYEC.
IMC OlSCHARCER SMALL Mall A COPY Or EACM MONITORING RE, PORT ON TNC APPROPRI ATC reRM TO SC SUPPLIED SY'TMC BOARD TO:
Ex[CuTtvC OrrlCc4 cat tr0Rul A REC 10NAL WATER QUALITY CONTROL 80ARo SAN DICCO RECION 6154 MISSION GORCC RO Ao, SUlvt 205 san Ditc0, CALir0NNIA 92120 REC 10NAL AoMINISTRATOR ENvihoNMcNTAL PROTECTION AoCNCY 100 CAttr0RNIA SYNr.ET San FRANCISCO, CAttroRNIA 9k111
~
ATTCNTION: PcRMITS BRANCH l
r 4
l,
i PART 4.
BOND ISSUE E
(;
4.1 Estimated total amount of the financing with a tabula-
[
tion of proposed use of bond proceeds.
$225,000,000
/
4.1.1 Project cost (from Part 3).
E
$181,000,000 f
5-4.1.2 Legal, printing.and related fees.
Rating Fee
$ 50,000 PUC Filing Fee 118,500 g
4 Printing 65,000 e
Accounting Fee 10,000 Legal 100,000 Trustee 50,000 f
Miscellaneous 21,500 i
4.1.3 Financing costs and fees.
l Underwriters Discount
$5,625,000 4.1.4 Capitalised interest.
$36,835,000 l
4.1.5 other costs, including CPCPA and quarantee fees.
Administrative fee which includes
$5,000 filing fee
$1,125,000 4.2 Estimated target date of financing.
I Before 12/31/83.
4.3 Estimated terms of financing.
still to be determined.
4.4 Type of bond sale (private placement, underwritten offering).
still to be determined.
PART 5.
PUBLIC BENEFITS i
5.1 Description of the benefits that will accrue to the public as a result of the installation of this facility and the use of this method of financing, vis-a-vis a 4
conventional method.
1 i
The benefits to be realized by the san Onofre Nuclear Generating station Unit 3 pollution control systems are a reduction of impact to the immediate environment and maintenance of the beneficial uses of the adjacent public lands and the coastal waters of the Pacific Ocean, as established in the Comprehensive Water Quality control Plan Report, San Diego Basin (9).
O Total costs associated with the pollution control systems are estimated to be $225 million.
Those construction costs incurred to date have been funded through the Company's general treasury.
Without
{
authorization from the California Pollution Control 1
4 Financing Authority (CPCFA) to pursue tax-exempt financing, the Company's treasury would be reimbursed,
{
^
and the future construction costs funded, primarily through the public issuance of conventional mortgage bonds.
Accordingly, the Company's ability to finance i
the facilities on a tax-exempt basis provides a vehicle t'
for substantially lowering interest costs.
The interest rate advantage of tax-exempt securities over i, !
conventional mortgage debt has been at least 200 basis points and is currently 300 basis points.
This translates to estimated annual interest savings of $5 to $6 million over the life of the facilities.
Such savings could double depending on the type of i
securities issued.
- l I
-l Under established rate making policy of the California Public Utilities Commission (CPUC), the full benefit of interest savings accrue _directly to the Company's customers via a reduction in the embedded cost of debt.
The embedded cost of debt represents the weighted average cost of all outstanding debt l
securities, which when combined with the costs of preferred stock and common equity, comprises the t
~
Company's cost of capital.
The cost of capital is a 4
major component of the Company's revenue requirement which represents annual revenues to be obtained from
~
rates charged to customers.
Accordingly, the interest i
l savings derived through tax-exempt financing would be fully reflected through reductions to the future rates
'4 j
charged to the Company's customers.
[
The company's service territory comprises 50,000 square a
miles of southern and central California with a population of more than 9 million.
The Company's
)
customers, not only residential but agricultural, commercial and industrial will receive the benefit of the. lower costs associated with tax-exempt financing.
1 Approximately 54% of the Company's revenues from energy sales come from commercial and industrial. users.
The lower financing costs provide these customers with an 5' '
economic benefit which may further accrue to the general public.
The Company also provides energy sales to public authorities and other public utilities, both i
municipal and investor owned.
The benefits of lower cost financing will also directly benefit these i
customers and their constituencies.
l l
1
. l'
e l
APPLICANT CERTIFICATION I hereby certify that the foregoing application, to the I
best of my knowledge and belief, contains no false or incorrect information or data; and the application, including exhibits and attachments hereto, is descriptive of the project.
I further represent that southern California Edison Company is familiar with the provisions of the California Pollution Control Financing Authority Act and its regulations, as amended.
u. L.l oel Vice President and Treasurer Dated October 27, 1983 O
2573t
_m.
---m.
v Mr. Harry Rood November 19, 1984 MEMO TO
SUBJECT:
NRR Certification of Pollution Control Systems SanOnofre' Units 72[3 On December 30, 1933, HRR certified the design of certain San Onofre Unit 3 pollution control facilities. Consistent with this December 30, 1983 NRR certification, the California Pollution Control Financing Authority has recently requested that the NRC certify the design of additional pollution control facilities 2/3 at Unitg7 which are described in the SCE August 31, 1984 Supplement to the previous application for financing.
Enclosed, please find 2 copies of information pertinent to this certification request, which was forwarded to Mr. Edson G. Case from NRC Region V-on approximately November 1, 1984.
It is requested that the-NRR certification be provided to the California Pollution Control Financing Authority by December -10,1984.
If you have any questions or need additional information, please contact Mr. T. Derrick Mercurio (818/302-2645) or your Mr. L. Chandler may wish to contact-Mr. D. R. Pigott (415/392-1122) who is representing SCE in this matter.
_ /f
//
cc:
P. Neel U. K. Yigocc V ' '
~/>
-NRC Files F. R. NANDY
//
p,,,
~
1
~
./
SHAW. PITTMAN, POTTs & TROWBRIDGE eMTE aO. N CD04.W oo smast....
us-vo. o. c. =oom
~~
=r.:.~.,
e w..... :t r'.u..
= :,.... w ;...
ra~.:.:= a. m.eneu...-w::
==
~x: pr.:::
..-et nm m:-
=i h.~.: @h g
= m = _w..
n u m e.-
=..::c mc
- w. =d r.m ex.,y.; ~*
p a m,,:.
=.n w'
p w. =r.::e.
w
-~-
m.M5 ~c
.~~, :n:r.:g.;n..
~
w.e.5.a%E" -
c r.==
.w=m
.m. ~m c
- r.r.1:
m:: &.:=.c '
n=:
- =r:: w.:~
- ==M.5:e.r.e
- =.=..::.g.
m.:
c me=-
=mog
- =vare-
.... - ~..
=..:,1 " T,u e
==
.,u.u...ar.u
.tu-
=: u.. =-. ;: -
_. ~
m PM7".21*d.
L".".'.!". fo*."
f.*".#".?<'"Jf.g
- 2??."!!'A...
f.11:" 'M::**s *
- =aw.u:3.te.
et.'k. :1#
- =..: M "
c*".".".*
" ":U" * *0tt.
s
- m:
~ ' " ~ -
- n w. %m*.c "
- w. + m-c
- mar..=:rc
- 8=.* &mv e
c.
- =e :.:r.:.
m...
ae,.
r
- ' ' I d'y* %,* 19 8 4 (202)822-1084 e d:I b.ri V is m iI.-
RECEIVED NUCLEAR RECORDS Sherwin E.
Turk, Esquire Office of Executive Legal Director O.S. Nuclear Regulatory Commission gy g g Washington, D.C.
20555 I
ILN:
N-DJ '7
Dear Mr. Turk:
I enclose for NRC review and requested execution.a cer....
tificate of pollution control facilities related-to.. Unit-3 of-..
the Waterford Steam Electric.. Generating Statiort..in..Taft,_ _...
~ Louisiana.
The format is based on past NRC certifications of.
~
this type related to other facilities.
i Please address any questions you may have regarding this --
matter and return the executed certificate.to me.
.It.. is. hoped...
that the certificate could be completed.and returned;by.May 31,-
1984, however, if this schedule cannot be met, please. advise.
promptly.
Sincerely,
& 1'", N A,k.
Ernest L. Blake, Jr.,
Counsel for Louisiana Power
& Light Enclosure
~ ~ - -
_y f y.
bec: Chadi Groome y _ #; r v y f
~
J.
':g ).
,,,s
CERTITICATE UNIT 3 (NUCLEAR) WATER 70RD STEAM ELECTRIC CENERATING STATION POLLUTION CONTROL TACILITIES The Nuclear Regulatory Commission (the NRC) hereby certifies as follows:
(a)
.that it has examined Exhibit A attached hereto which is entitled " General Description of the Facilities" and which describes certain facili-ties which have been constructed, are under con-struction or are to be constructed at the Unit 3 (Nuclear) Waterford Steam Electric Centrating Station, a nuclear electric power generating plant located in St. Charles Parish at Taft, Louitiana, which plant is owned by Louisiana Power & Light Company; and (b )
that such facilities, as designed, are in furtherance of the purpose of abating or con-trolling atmosphere pollutants o'r contaminants or water pollutants resulting f rom the generation of electricity at the Unit 3 (Nuclear) Vaterford Steam. Electric Generating Station.
For the Nuclear Regulatory Commission Edson G.
Case, Deputy Director office of Nuclear Reactor Regulation Dated at Bethesda, Maryland this day of 1984.
~~
-=
n
-e
~
,,,,,,,-----,-.c-
7 CENERAL DESCRIPTION OF THE FACILITIES Exhibit A STEAM CENERATOR BLOWDOWN VASTE TREA'lHENT SYSTEM...............
The steam gecerator blowdown vaste treatment system processes. anti:----
treats effluent from the steam generator blowdown system through electromagnetic filters to remove magnetic corrosion particles and.....
domineralizers to remove dissolved solids prior to effluent discharge to..
the environment.
l The system consists of that portion of the steam generator-blowdown system that is for cleanup of regeneration and filter flush vastes; including the regenerative waste tank, the filter flush tank, the _ acid..
storage tank, the caustic storage tank, and associated pumps..pipingt.:....
wiring and instrumentation.
CONDENSATE POLISHER VASTE TREATMENT SYSTEM,, _,,,_,_,,,,,,,,,_
The condensate polisher vaste treatment system disposes of domineralizar filter backwash from the condensate polishing.syster;n.--
The backwssh treatsent equipment will process backwesh water- -~ *.
containing spent resius, corrosion products and particulates2 The system
~~
consists of the backvash transfer pump, the dewatering filter,.the holding..
tank, the backwash recovery pump, the polishing filter.the polishingr....
filter drain pump, the fluffing pump, the treated water backwash storage tank and associated piping, viring, sump pumper; motors and.instrumentationn::=::-
LIQUID KADI0 ACTIVE WASTE TREATMENT SYSTEM...._.........._............
The liquid radioactive waste treatment system processes and - - -
disposes of liquid radiological effluents to maintafu plant. discharges.at ALARA (as low as reasonably achievable) levels, in accordance with 10 CTR 4
50, Appendix I.
The liquid radioactive waste treatment system is comprised - r:
of three subsystems: the lov level liquid waste subsystem, the baron management subsystem and the laundry waste management.systew6.which are described below.
_ Low Level Liquid Vaste subsystem:
7 The lov level liquid waste subsystem collects potentially radioactive liquide from various plan ~t systems and processes and treats them to remove both radioactive and nonradioactive contamination prior to discharging the effluent to the environment.
This subsystem inelndea the auxiliary boiler, two vaste batching tanks, the oil filter and separator, the vaste filter, the waste concentrator, the vaste condensate ion exchanger, the wasta condensate tank and associated pumps, drives, piping, wiring, drains, sumps, instrumentation and.
~
radiation monitorinY doutpisent.
~
-~
, - =. - -._
r l
i Boren Manaaement Subsystem:
4 The boron management subsystem removes boron and' low level radioactivity from reactor coolant blowdown, thereby reducing the concentration of boron discharged to within applicable.
regulatory-limits.
The system consists of the reactor drain tank, the equip-ment drain tank, the flash tank, the holdup tank, the boric acid.~...
i precondensate filters and ion exchangers, boric acid concentrators, the boric acid condensate ion exchangersg. boric.:::.n:--:--
seid condensate tanks, heat tracing, thermal insulation....
associated pumps and actors, piping, viring and. radiation =:....
monitors.
Laundry Waste Mansaament Subsystem.:...
The laundry waste management subsystem collects.. treats.and...
disposes of liquid detergent vastes from the laundry... laundry.:r:-- :
sump, contaminated showers and sinks, and the chemistry laboratory dishwasher.
This system includes the laundry waste tanks and. filter.._..
piping, pumps, actors and associated.alectrical and mechanical =ec....._..
equipment.
GASEOUS VASTE MANAGEMENT SYSTEM...............,
The gaseous vaste management system collects, stotas,. samples.and.u...
monitors and disposes of potentially radioactive. gaseous. wastasr generated.
1 during normal plant operations. This system insures.. that.. releases. of.....
radioactive materials are ALARA in accordance. with.1Q.CFR.50.. Appendir..I........
The system consists of_the gas surge tank, the vaste gas decayr: -
tanks, the vasta gas compressors, the gas analyser.ss: filters,. fans..and related:..::.....
piping, wiring, instrumentation and radiation monitoring equipment.::-...-
SOLID WASTE MANAGDGNT SYSTEN The solid waste management systes prepares solid vastes for disposal :--
and storage. This system is comprised of the following subsystemat-.:tha.
solid wasta subsystem, the resin vaste asnagement subsystoa...the compactorr::~:-
building and storage pad..the hot aschine shop /decontaminationt etation.and hot :..u.=:..
laundry. The system processes, packages and stores.high activity liquid end;.
solid radioactive vastes and low activity solid radioactive wastes prior-to==:~
shipment for effsite burial.
Tbt., wastes processed through this system include _..
waste concentrator bottoms, spent ion exchange resinai used.. filter. cartridges==.=.
and miscellgneous refuse (dry active vaste).
SoJid Nasce Subsystem:
The solid waste subsystem treats wasta concentrates and.
... chemical vastes from the waste and boric acid concentrators, and::....
~
the cheatcal waste tank..
n r,,
~-., _.,_,.,,,
,y.
,...e
,m.
7
.. v;.
solid vaste subsystes_: (Continued)
The subsystem ccusista of a concentrata storage tank.and metering pump and associated piping, pumps, viring and instrumentation.
Resin Veste Management Subsystemt................
I The resin vaste management subsystem treats spent.
]
radioactive ion exchanger resta from the various process
~
desineralisers. Resin vastes are collected, stored and transferred to the portable solidifiestion system.
The subsystem includen the spent resin tank and transfer pump, the spent resin sampling system and control panel.and..
associated piping, pumps, wiring and instrumentation.
Conwactor Euilding and Storage pad:
The compactor building houses equipment for the sorting and packaging of dry active waste (alscellaneous contaminated. refuse =.:.. -
such as protective clothing, gloves, paper and boxes).' The interia radweste storage pad provides a secure area for the retention and storage of processed radweste until an off-site disposal site is available.
The major equipeent in the Compactor Butiding consists of the granulator (shredding machine), coarpactor, sorting cabinets, a forklift, platform scale and air filtration equipment.
Not Machine Shop / Decontamination Station:
The Hot Machine Shop /Decoatsmination Station provides i
l facilities to decontaminate and repair tools and system componenta which have b4come radioactively contaminated while in use in the Plant. Equipment located in the Hot Machine shop i
includes lathes, a drill press, milling aschines, a valve lapping aschine, grinders, a radial drill and a power saw. The Decontamination 8tation la equipped with an nitrasonic cleaning assembly, a spray booth and associated apparatus, rinse tanks, a 4
work bench, fuma hoods, a radiation monitor, and monorails for enving heavy equipment.
Hot Lacadryr I
I The Hot Laundry, located in the Reactor Auxiliary Building, provides onsite facilittis' to launder contaminated protective clothing prior to reuse. There are two washing aschines and three dryers. The laundry room drains are plumbed into the Liquid Radioactive Waste Treatment System for treatment prior to discharge to the environment.
i
~..
-=~
~
1 i
m
.