Resolution 1983-53
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RESOLUTIQN NO. 83-53
RESOLUTION OF THE COUNCIL QF THE CITY
OF GILROY ADOPTING GUIDELINES AND FEES
FOR THE ADMINISTRATION OF THE HAZARDOUS
MATERIALS STORAGE ORDINANCE IN THE CITY
OF GILROY
WHEREAS, after study and public hearing, the
Fire Chief has recommended adopting guidelines and fees
for the administration of the Hazardous Materials Storage
Ordinance in the City of Gilroy, and
WHEREAS, the Intergovernmental Council has approved
the Guidelines attached as Exhibit "Alt,
NOW, THEREFORE, BE IT RESOLVED that the Council
of the City of Gilroy approves the Guidelines for Administration
of the Hazardous Materials Storage Ordinance attached hereto
as Exhibit llAll, and hereby adopts said Guidelines to apply to
the City of Gilroy.
BE IT FURTHER RESOLVED that the following permit
fees for storage of hazardous materials be approved to defray
costs of administration commencing July 20, 1983:
1. Service stations--$90 per year.
2. Storage and dispensing of flammable liquids
from an underground tank--$90 per year.
3. Hazardous materials storage permits:
a. up to and including 500 pounds for solids,
55 gallons for liquids, and 200 cubic feet
at STP for compressed gases---$75 per year.
b. more than 500 pounds for solids, 55 gallons
for liquids, and 200 cubic feet at STP for
compressed gases--$150 per year.
RESOLUTION NO. 83-53
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PASSED AND ADOPTED this 5th day of July, 1983,
by the following vote;
AYES. COUNCILMEMBERS ; GAGE. HUGHAN t LINK.
TAYLOR, VALDEZ and GOODRICH
NOES; COUNCILMEMBERS; NONE
ABSENT; COUNCILMEMBERS : ALBERT
APPROVED:
7t~(j3~
ayor
Ad~~b.q/~
/ ty C r
RESOLUTION NO. 83-53
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EXHIBIT "A"
GUIDELINES
PART I
GENERAL PROVISIONS
1.02.A.1
MC
It is not the intent of this ordinance to require the local jurisdiction to enforce
the statutes, codes, rules or regulations of other jurisdictions, but a permit need
not be granted whenever the local jurisdiction is aware of violations of those
statutes, codes, rules or regulations.
PART II
MATERIALS REGULATED
11.0I.D.2
MC
It should be noted that some aluminum salts are regulated herein where such
salts appear on the list of hazardous and/or extremely hazardous wastes in Section
66680 or 66685 of Title 22 of the California Administrative Code.
1I.02.D
iVlC MATERIALS EXEMPTED
I. Department of Health Services
Where Permittee or Permit Applicant can provide City* with a certification or
similar documentation issued by the California Department of Health Services
to that particular Permittee or Permit Applicant which substantiates or verifies
the party's claim that a particular material which it stores which would otherwise
fall within the regulation of this Chapter, is not hazardous according to criteria
estoblished by the Department of Health Services, City may exempt the storage
of such material by that particular Permittee or Permit Applicant from the
requirements of this Chapter.
The City will not undertake to evaluate results of testing done under the
Department of Health Services Criteria for Identification of Hazardous and
Extremely Hazardous Wastes. The intent of this Guideline is that only where
the Department of Health Services, in a particular instance with a particular
party, has made a determination that the material is not hazardous according to
its own criteria, the City may give considered deference to that determination
by the D.O.H.S.
.
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2. CAL/OSHA Director's List
This ordinance did not include the footnotes to the CAL/OSHA Director's List. If
a material appears on the CALjOSHA Director's List and would not be regulated
pursuant to any other Subsection of 11.01 of the Ordinance and a Footnote to
the Director's List would exempt a substance stored in less than a specified
concentration, the storage of that substance in that concentration or a lesser
concentration is appropriately exempted pursuant to Section 11.02.D. Therefore,
acetic acid should not be regulated in a concentration of 10% or less, and ethyl
alcohol in a solution of 25% or less.
PART III
CONT AINMENT STANDARDS
11I.02.B
MC NEW STORAGE FACILITY MONITORING CAPABILITY
Visual inspection or visual monitoring ordinari Iy requires the visual inspection of
all exterior surfaces of the primary containment. However, visual inspection
may be adequate even if a portion of the primary container cannot be visually
inspected, if there is a system, such as a grooved base design, or low point,
which will collect any materials which escape the primary container and which
will enable such materials to be detected visually.
A frequency schedule shall be determined in accordance with reasonable
engineering judgement, but in no event shall such inspections occur at a frequency
of less than six month intervals.
Acceptable alternate monitoring methods may consist of non-visual means to
detect the presence of hazardous materials between the primary and secondary
containment, such as sampling wells or mechanical detectors. Calibration of
these non-visual means must be performed, and proper operation verified on a
regular basis.
11I.02.C .2.a
MC NEW STORAGE FACILITIES SECONDARY CONT AINMENT
REQUIREMENTS
Since the ordinance sets performance standards the examples shown are not the
only acceptable methods of construction and monitoring, nor are these examples
acceptable in all applications:
Example: Large surface tanks suported by direct contact of the bottom tank
surface on the installation pad can be monitored for leakage via a collection
system in the supporting surface such that sensors or visual means can identify
the leakage. (Refer to Diagram I, on Page ).
Other examples of secondary containment are shown in Diagrams 2 through 7,
on Pages through
I iS0l:\L -LI\JS peCTIO,v
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-POR the bottoM OPA LX:.RJ"\cM
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DIAGRAM 2
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BAC.KFlLL
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DIAGRAM 4
'P'Pe.. " ,f\J A L; 'VEL) COJUCRt:. TE. T8-E.JJU-L
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or.
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III.02.C.2.b
MC NEW STORAGE FACILITIES SECONDARY CONT AIl"-lMENT
REQUIREMENTS
Where it can be shown that the secondary level of containment is not subject
to ground water, rain water, fire extinguishing agents or other materials, the
secondary level of containment need not contain the full 110% of the volume of
the primary container; however, it should be capable of containing 100% of the
volume of the primary container.
II t.02.C.2.d
MC SECONDARY CONTAINMENT REQUIREMENTS
It is not necessary to accommodate the 24-hour rainfall if provisions are mode
to remove the rainwater from the secondary level of containment and discharge
it to either:
I.
A storm sewer in accordance with a Notional Pollutant Discharge
Elimination System permit; or
2.
To a sanitary sewer meeting City's* approval and effluent discharge levels;
or
3.
To a treatment facility.
CONT AINMENT REQUIREMENTS-OVERFILL PROTECTION
MC
II 1.02.D
Overfill protection should be provided whenever the primary container is being
filled, unless the overfill location is being visually monitored during the entire
operation, and the person monitoring has the ability to stop the filling operation.
(Please refer to Diagram 8, Page ).
111.03.A
EXISTING STORAGE FACILITIES MONITORING PLAN
(See also HMMP, Section IV.02.A.5)
MC
The monitoring plan shall specify the methods and frequency of monitoring to
be used.
The monitoring plan shall consist of the following:
I. A plan and/or sectional diagram of each storage facility which clearly
delineates the containment provided and the monitoring system. Well
drilling logs shall be included where applicable.
Cov~R 10
PREVENT Rl1;~W!\TE.R
PtCc.uVlUL.AIION
.OVER f; JJ -Protec-t,'o ~
.
TANK COL.LECTI,.)6 RING
DIAGRAM lIB
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Coltec.i ;,~ RiJJCj
(CAPACiTyTo HOLO VOLQME. EQU~L
TO FI~L HOSe. CAPACiTY Fr-.OM TRI.X:.tA.
TO IAN~I)
Fill PIPE. SUMP
SUMP SHOULD BE
COVE RED oR p~C0i5IC,&.J 5tJOoLD
Be:. MADE 10 REMOVt=.. RA;,v 0ATER.
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A description of the frequency, method and reporting format for the
monitoring to be performed. This should include an evaluation or statement
as to the accuracy of any mechanical or analytical methods and the
proposed timing and methods for equipment calibration.
1I1.03.C
EXISTING STORAGE F ACILlTIES ALTERNATIVE MOhllTOFUNG METHODS
MC
Any monitoring well proposed must be reviewed and approved by the Santa Clara
County Valley Water District. If the District determines that a monitoring well
does not fall within its jurisdiction, the plans for such well must be certified
pursuant to Section 1.05.
Alternative monitoring af existing facilities can be provided by the suggested
monitoring techniques described in the attached Table I. These techniques are
appropriate in cases where the visual inspection is not uti I ized.
Examples of generally acceptable methods of monitoring are provided in Table
I below. The Table groups hazardous materials into monitoring classifications,
in order to simplify these guidelines. Where a material fits into more than one
category, metii')ds for each category are applicable.
1I1.04.D
OUT -OF -SERVICE STORAGE FACILITY
MC
A reasonable effort should include seeking and studying records, drawings, and
plot plans and interviewing people thought to have knowledge of former utilization
of the property. Appropriate geophysical technology to detect underground objects
should be utilized when it is determined that an underground storage facility
existed at the site when it cannot be located based on records, drawings, plot
plans or personal knowledge.
111.06.13
MAINTENANCE, REPAIR OR REPLACEMENT
Whenever a permittee makes frequent and predictable replacements, repairs, and
minor modifications as a normal part of his operating practices, such work may
be pre-approved by the City if a description of such replacement, repairs, and
minor modifications appears in the Hazardous Materials Management Plan. The
City, however, may require a periodic report describing the work actually
completed.
111.08 SECURED FACILITIES ACCESS
Access, for purposes of this section, means public entry to the storage facility.
A storage facility within a building will be considered secured when the building
itself is locked.
T ABLE I
HAZARDOUS MATERIAL MONITORING METHOD
FOR
EXISTING STORAGE FACILITIES
1l1.03.C
MONITORING METHOD
Well Daily
Moritoring Ground Well Inventory Pressure
Classification Water *3 Vapor *3 Visual Control Testing
I. Motor Fuel 2 1** 4 7 5
2. Inorganic N/A 4 6 5
Acid/Base
(Virgin)
3. Other Organics
a. Waste I 4 N/A 5
b. Virgin 2 4 6 5
(Non-Waste)
4. Inorganic Metal
Solutions
a. Waste N/A 4 N/A 5
b. Virgin N/A 4 6 5
(Non-Waste)
I. Recommended.
2. Additionally recommended.
3. Soil analysis of the boring is normally required as part of any well construction.
4. Assumption is that for existing storage facilities visual inspection is not possible;
however, if passible, it is the perferable method.
5. Normally required for and only applicable to piping systems, which cannot be
visually inspected. The other methods are normally not required for piping
systems.
6. When appropriate.
7. As required by existing law.
* Not required if it can be demonstrated that a system exists whereby any material
leaked from the primary container would move through a path of least resistance,
to a point(s) where either visual or other monitoring exists which would detect
the presence of the material.
** Where not practicable due to significant background vapors, then ground water
monitoring is normally required.
PART IV
HAZARDOUS MATERIALS MANAGEMENT PLAN
IV.O I HAZAf={DOUS MATERIALS MANAGEMENT PLAN
MC
The intent of the H.M.M.P. is to provide information to the City concerning the
extent of the hazard at an individual faci I ity, and to document the precautions
that are routinely taken. A proper H.M.M.P. will strike a balance (\) between
providing so much information that it cannot or would not be readily digested
and used by the City personnel, and (2), not providing enough information to
enable staff to properly assess the hazard and precautions.' The appropriate
balance must be ascertained on a case by case basis. See the attached Model
H.M.M.P. on Page
IV.02.A.2
FACILITY DESCRIPTION
MC
The City may require information on such things as earthquake faults, etc.,
within one mile of the facil ity. This clause is not intended to routinely require
a separate search to be performed in the preparation of each H.M.M.P. for each
facility to ascertain this information. Normally the kind of information that is
available from public records would totally suffice.
IV.02.A.3
FACILITY STORAGE MAP
MC
The map is intended to provide emergency response personnel with a summary
of the key information that they may need on the scene in the event of an
emergency resposne. It should not be so over detailed as to make highlighting
of these key points difficult to rapidly assimilate. For this reason details such
as providing the location of every fire extinguisher are certainly not within the
intent. Similarly, for other than hazardous materials storage areas, only general
area descriptions such as "office area", "process area", or "cafeteria", should be
used on the map.
Subsection IV.02.A.3.C recognizes that within most facilities there is a continual
process of rearranging so that things such as portable cabinets, used as storage
facilities are likely to be relocated, and internal uses of other spaces may change.
For this reason it is provided that the map shall only be updated annually unless
an additional approval is required or the Hazardous Materials Inventory Statement
is required to be ammended.
The map should be clearly marked "Confidential - Do Not Disclose".
IV.02.B
HAZARDOUS MATERIALS INVENTORY STATEMENT
MC
An example of a H.M.I.S. appears on Page
of this Guideline.
IV.02.(C)
MC
This section is intended to require the application of normally accepted engineering
practice to provisions for separation of incompatible materials, e.g., separation
of certain hazard classes from each other such as separation of flammables from
oxidizers. An example of separation of mClierials reporting within the H.M.M.P.
appears on Page of this Guideline.
IV.02.D
MONITORING PLAN
MC
An example of a monitoring plan appears on Page
of this guideline.
IV.02.E
RECORDKEEPING FORM
MC
An example of a Recordkeeping Form appears on Page(s)
Guideline.
of
this
IV.02.F
EMERGEhlCY EQUIPMENT
MC
A facility that has hazardous material would normally be expected to have
available emergency supplies for responding to small quantity spills or leaks, and
in most instances, to be able to assure that a hazardous material discharge is
contained before it can present any threat to the public.
IV.03 SHORT FORM H.M.M.P., MINIMAL STORAGE SITE
MC
This section is intended to provide a very simplified approval channel for small
quantity storage facilities (e.g. a small business operation having a few hazardous
materials or a larger entity that has small quantities of hazardous materials at
a facility). It is intended that the short form H.M.M.P. be sufficiently simple
so that in many cases it could be filled out on the spot "at the counter".
IV.03 SHOf~T FORM H,M.M.P. (SAMPLE FORM)
MC
HAZARDOUS MATERIAL MANAGEMENT PLAN
(Minimal Storage Facility)
If a facility stores hazardous materials no one of which is in aggregate amounts less
than: 500 lb. solids, 55 gals. liquid, or 200 cu. ft. at S.T.P. of compressed gases, it
may submit this form in lieu of Form No. NOTE: Hazardous Materials
includes all wastes of any concentration, or mixtures of non-waste containing 1% or
greater of hazardous materi 015.
DEClARA TION OF HAZARDOUS MATERIALS STORAGE
I.
Address
Phone No.
2. Name of Busi ness
3. Owner, Responsible Employee
4. Nature of Busi ness
5. Three persons that could respond in an emergency when the facility is closed
(weekends, holidays, etc.)
NAME
ADDRESS
PHONE NO.
A.
B.
C.
6. Submit a simple line drawing of the facility showing the location of hazardous
material(s), hazard class or classes, and physical state, and indicate whether any
of the material is a waste.
7. Describe how the hazardous material will be:
A. Stored
B. Contained (Secondary Containment)
C. Separated (Separate Secondary Contai nment)
O. Monitored
8. Describe the emergency equipment which is provided on site (fire extinguishers,
spill absorbent, built-in fire protection systems, etc.)
9. After the hazardous materials have been used, how are the spent materials or
waste handled and disposed of?
(Attach extra sheets as required)
10. Attach a cop;' of the CAL/OSHA Carcinogen Registration Form if applicable.
The above information is true and correct. If there is any change which would materially'
affect any answer above, I will inform the City and apply for an appropriate amendment
to this permit.
I declare under penalty of perjury that the foregoing information is true and correct.
Executed this
day of
19
at
Address
Printed Name & Title of Applicant
Signature of Applicant
IV.02.A.1
MC
PERMIT GUIDELINES
THE FOLLOWING REPRESENTS A PARTIAL SAMPLE OF A HAZARDOUS MATERIALS
MANAGEMENT PLAN (H.M.M.P)
FACILITY DESCRIPTION
BUSINESS NAME
Ocean Electronics O.E.
ADDRESS
211 Surfside Road, Silicon Valley, CA 94500
PERSON SUB-
MITTING APPL.
Harry Smith
(W) 408-333-0000 X436
Health and Safety Engineer
RESPONSIBLE
OFFICIAL
John Ocean
(W) 408-333-0000 XIII
President
EMPLOYEES
SHIFTS
432
3 Manufacturing
I R&D, Office
HOURS OF
OPERA TIONS
UNIFORM BLDG
CODE CLASS.
BUSINESS ACTIVITY
24/Day (8 AM - 8 AM) Manufacturing
(8 AM - 6 PM) R&D, Office
B-2, H-I
Research and Develoement
Light Manufacturing Electrical Components
Office - Clerical - Corporate Headquarters
Testing Facility
PERMITS RELATING Agency: State Department of Health Services
TO HAZ MAT STm~AGE
FROM OTHI:J~ Type of Permit: On-Site Hazardous Waste Storage
JURISDICTIOI~S
Permit Number: 83-4738
IV.02.A.2
GENERAL FACILITY DESCRIPTION
MC
FLOOD lONE:
WATER TABLE:
Not in 100 Year Flood Zone
Maximum Height - 20 Feet
EARTHQUAKE F AUL TS:
SURROUNDING GENERAL
LAND USES WITHIN OI'-lE
MILE (ZONING):
No Local Faults Within 0.6 Miles
South Within 0.8 Mile
light Industrial
light Industrial
East, West Within 0.5 Mile
North
Within 50 Feet
Residential
ADJACENT PROPERTIES:
North -
Division Canal to Bay (15')
50' Residential
South -
West -
Street; B-2
H-2, B-2 Non-Comb. Construction
Vacant Lot
East -
SPECIAL LAND USES WITHIN ONE MILE:
(Schools, Hospitals, Institutions, Residential)
Grammer School 0.7 Mile NW
Residential 50 Feet N
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f\NIJ'JJF ACTUR I t'<G BLOG. 112
FACILITY STORAGE I~P KEY
U.N. No. Quantity Ranqe
~ ...
De r I V . 0 2 JC\".:J' a.. I 11_
A. Permi t Ouant i ty Limi t - 1,000 Gal.
Flrunnable Liquids
Corrosives (liquids)
2
Phosphoric Acid
Sulfuric Acid
Hydrochloric Acid
Sodium Hydroxide
Potassium Hydroxide
Hydrofluric Acid
Metal Etch X
(Hydrochloric Acid)
Cryogens (I i qu i ds)
1805
1830
1789
1824
1814
1790
1789
Non Flam. Compressed Gas
2
2
B. Permit Quantity Limit - 500 Gal.
Oxydizer (liquids)
2
I'-Jitric Acid (80%)*
Perchloric Acid
Hydrogen Peroxide
2031
1873
2015
. Cor .r 0 s i ve s
(I iquids)
2
Nit r i c Ac i d~
( 8 0%)
2031
C. Permit Quant ity Limit - 500 Gal.
Canbustible Liquid
Diesel underground tank 1993
500 Gal. capacity I imit**
O. Permit Quantity Limit - 10,000 Gal.
Liquified Petroleum Gas
Propane
10,000 Gal. capacity
1978
I imi tH
* f\.OTE: This percent figure is example of additional information
t hat t t-re C i t Y ma Y c a I I for.
*M- Exact tank capacity is required per Section IV.02.A.3.o..y;
OJT S Il)E BULK PREA BLOC. II 2
FAC I L I TY STCRAGE MAP KEY
U.N. No.
Quantity Range
E. Permit Quantity Limit - 5,000 Gal.; 1,500 Cu. Ft.; 1,500 Lbs.
Flmnnable Liquids
Acetone
Methyl Ethyl Ketone
Isopropyl Alcohol
Toluene
Xylene
Methanol
Benzene
Paint Stripper
(Non-CI Solvents)
Resist Rinse (Xylene)
C~bustible Liquids
N-Butylacetate
Dimethyformamide
Kerosene
Res i st Deve loper II
(Stoddard Solvent)
Flcm-ol (Kerosene)
Oxidizers
Nitric Acid (I iquid)
Hydrogen Peroxide
(I iquid)
Perchloric Acid
( I i qu i d)
Potassium Permaginote
(solid)
Corrosive
Nit r i c Ac i d (I i qu i d)
Poison Gas (Poison A)
Diborane
Phosphine
Boron Trifluoride
Arsenic Pentafluride
Dichlorosi lane
4
1090
1193
1219
1294
1307
1230
1115
1993
1307
2
1123
2265
1223
1998
1223
2
2031
2015
/873
1490
2
2031
3
/911
2199
1008
2189
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S i lane
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Acetylene
Non-Flammable Compressed Gas
Poison B
Sodium Cyanide (sol id)
Potassium Cyanide (sol id)
ffiV\-A
Tr i ch loroethane (I iquid)
F. Permit Quantity limit - 2,000 Gal.
Cryogenics (Non-Flammable)
Nitrogen Tank
G. Permit Quantity limit - 1,500 Gal.
Cry 0 q e n i c s (F I amma b Ie)
Hydrogen Tank
H. Permit Quantity limit - 800 Gal.
Cryogenics
Oxygen Tank
*Exact tank capacity is required
per See t ion I V . 0 2 . A, '3. d .~
OUTSIDE 3UlK N\EA 8LDC, H2
U.N. No.
Quantity Range
2
2203
2189
1049
1001
3
2
1689
1680
2
:ltl31
1977
2,000 Gal.*
1966
1,500 Gal.*
1073
800 Ga I . *
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RESEAHCJ-i AN.) DEVELOP,'V'ENT 8LDG.113
STORAGE FACILITY MAP KEY
U.N. No.
I . Pe rmi t Ouan tit Y L imi t - 200 Go I .
Chem. Stores - 1st Floor
Corrosives
Sui furic Acid
Nitric Acid (80%)*
1830
2031
Oxidizers
Nitric Acid (80%)*
2031
Flammable Liquids
Poison A
Trade Secret I
J. Permit Quantity Limit - 300 Gal.
Chem. Stores - 2nd Floor
Corrosives
Assortment of many different corrosives
for lab suppl ies. All less than
55-Gal each (most less than 10 Gal ea.)
uxidizers
Assorted, less than 55-Gal. each
Flammable Liquids
Assorted, less than 55 Gal. each
Quantity Range
2
2
2
2
2
OUT S I DE BLOC. 113
~TORAGE FACILITY MAP KEY
Quantity Ranqe
EPA Waste Code
K. Permit Quantity Limit - 1,500 Gal.
Chern Was te
Heavy Metals - Sludge
Toxic Sol id Waste(Arsenic)
Flrnnnable Liquids
Organic Solvents
2
2
2
2
FOOl
D004
F003
FOOl
U.N. No.
L. Permit Quantity Limit - 300 Gat.
Waste Neutral ization Sump
Corrosives
Sodium Hydroxide Solution 1824
250 Gal. Tank
Acid Neutral ization Sump
(Below grade) 50 Gal.
Note:
Automatic pH control discharged to municipal
sewage 1 ines, per municipal control.
U . N . No.
Quantity Range
M. Permit Quantity Limit - 800 Cu. Ft.
Poisonous Gas (Pois A)
2
Ar sine
2188
Flamnable Gas
S i lane
2203
Exp A
Exp B
Exp C
BA
FG
NFG
Pois A
FL
CL
FS
-W-
RAD
OXY
OP
ETI
aRM
LEGE~m
EXPLOSIVE A
EXPLOSIVE B
EXPLOSIVE C
BLASTING AGE~TS
FLN-~1ABLE cmlPRESSED GAS
NO~ FLA.\N4.BLE CO~lPRESSED GAS
POISO~ GAS
FLA.\~1ABLE LIQUID
CmlBUSTIBLE LIQUID
FLA.\~L\BLE SOLID
WATER REACTIVE
RADIOLOGICAL
OXIDIZER
ORG~~IC PEROXIDE
ETIOLOGIC AGE~TS
OTHER REGULATED ~1ATERIAL
QUANTITY
RANGE NO. 'k SOLID LIQUID GAS
1 ~SOO lbs S.SS gal ~200 ell ft
2 SOO)Xr..S,OOO ss:>xfsso 200>:62,000
3 S,OOO:>X~S,OOo SSO}X~2,7S0 2,000':> XS 0,000
4 2S,00O'X~SO,OOO 2,7S0"7X~S,SOO 10,OOO>XfjO,OOO
5 SO,OOO~X S,SOO> X. 20,000;> X
;': Per Section IV.02.A.3.Q..ii"
IV.02.C.
H.M.M.P.
MC
OCEAN ELECTRONICS
SEPARATION OF MATERIALS PLAN
STORAGE FACILITY:
A Flammable liquids will be stored in three UL approved flammable liquid lockers
on east side of room. Corrosives will be on west wall in four separate bermed
off sections with epoxy coated concrete. One section will be sulfuric acid, one
section will have phosphoric acid, one will have hydrochloric acid and hydrofluric
acid, and the fourth section will have sodium hydroxide and potassium hydroxide.
The cryogens and flammable gases will be on the south wall enclosed in a metal
cage and secured with chains.
B Nitric acid will be stored on the east side of the room and the perchloric acid
and hydrogen peroxide will be stored on the northwest corner of the room.
E Storage Facility "E" has four separate containment areas which are shown on
the facility storage map. Each area has its own secondary containment, and
the oxidizers/corrosive area is further separated by an internal berm separating
the nitric acid from the other oxidizers.
The containers of sulfuric and nitric acid will be stored in separate polypropaline
trays placed on the floor. The flammables will be stored in two flammable
liquid lockers. The trade secret I material will be located in a UL approved
self-venting metal locker (and vented to the roof).
J Corrosives will be stored in three UL approved metal cabinets with polypropaline
trays protecting the shelving and separate lockers will be used for caustics and
acids. Only one specific material will be on each shelf. The oxidizers will be
on permanent shelving against the wall, and the flammable liquids will be in two
flammable liquid lockers.
K Storage F aci I ity "K" wi II have four separate secondary containment sections.
These will be I' X 6" deep trenches leading to separate sumps. There will be
one section each for the heavy metal sludge, the toxic solid waste, the flammable
liquids, md the organic solutions.
IV.02.D.
H.M.M.P.
MC
OCEAN ELECTRONICS
MONITORING PLAN
STORAGE FACILITY:
A Daily Visual Inspection
B Daily Visual Inspection
C Location - Manufacturing Building 112 - North Side - 40' West of Shipping Area
Exit Door
Type - Steel
Manufacturer - Unknown
Monitoring - Bi-Annual - Ground Water Test and Vapor Test
D Monthly Visual Inspection, 5- Year Hydrostatic Test
E Daily Visual Inspection
F Daily Visual Inspection
G Daily Visual Inspection
H Daily Visual Inspection
Daily Visual Inspection
J Daily Visual Inspection
K Daily Visual Inspection
L Audible Alarm
M Daily Visual Inspection
All exterior storage will be included as part of daily security guards route around the
facility.
All minimal storage facilities will be inspected when used by lab personnel.
A bi-annual storage facility review will be done by a Health Safety Engineer of storage
facilities A-M and all minimal storage facilities. The report of the bi-annual review
will be signed by, and the responsibil ity of the Facility Engineer or appropriate supervisor.
IV.02.E
H.M.M.P.
MC
. N. aa. E. --R~CORQ}-<Ek, ,I\!G
(SA!)' PlC)
F'C>RM .1.
I
~1..~.~8J__:r:~~peCTLQN LOG
~eRMi r NUJ.,bE.R
ST~AG E.
DATE OF
OGSE.R\/A"'-'ON5
INSPECTOR RESJ:.DNS;2iL
'~Trr!" ~J!lliDIIT.L~ND
,LORRECTI V ~
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Page --1- of ~ Pages
tiafile:
Address:
Date:
Ocean fTectronics
211 Surfside Roae
November. 1982
SAMPLE HAZARDOUS
MATERIALS INVENTORY
STA TEI-rENT pe r
Y.oa
OCEAN ELECTRONICS
FACILITY INVENTORY
UN. NA #
or LP.A.
Waste Code
Chemical NaDe or
Major Constitua~ts
;n a mixture
Com~on/Trade Name
and Mcnufac:~rer
.
VI
C.
Vl
:E:
>,
~
-- (t)
CCl
ItlC
::J~
0'0::
_/"I.C.
D.O. T.
, Chs~
(./)
.
F.G. 1001 Acetylene 2
2183 Arsine V- 2
1911 Diborane Y' 2
2189 Dich1orosilane I/' 2
1049 Hydrogen 3
2199 Phosphine ,(" 2
2203 Silane V 2
Pais A
(Poison
Gas) . 2188 Arsine if 2
Arsenic Pentafluride V 2
1008 Boron Trifluoride v" 2
2189 Dich1orosi1ane ..{ 2
1911 Diborane / 2
2199 Phosphine 'v" 2
FL 1090 Acetone 3
illS Benzene 2
1219 Isopropanol 3
1193 ~lethy1 Ethyl Ketone 2
1230 ~lethanol 2
1294 Toluene Y. 2
1307 Xylene ./ 2
1998 Non Chlorinated Solvent~ Paint Stripper XYZ- "
Chemcharge v' 2
1307 Xylene Resist Rinse -- Downey ./ 2
LPG 1973 Propane 4
. I
...
0.0, T.
, Cl ~ s s
CL
FS
OXY
Po i s B
Corr
UN, NA #
or LP.A.
Waste Code
1123
2265
1223
1993
1998
1223
1444
2031
2015
1873
1490
1689
1680
2672
1789
1790
1830
, 18liS
1789
1755
2790
2031
1824
1814
Page --1- of ~ Pages
FACILITY INVE~TORY
Chemical Na~e or
Major Constitua~ts
in a mixture
N- Butylacetate
Dimethyl formamide
Kerosene
Diesel
Not available
Kerosene
Small amounts
Ammonium Persulfate
Ni tric Acid
Hydrogen Peroxide
Perchloric Acid
Potassium Permaginate
Sodium Cyanide
Potassium Cyanide
Ammonium Hydroxide
Hydro Chloric Acid
Hydro F1uoric Acid
Sulfuric Acid
Phosphoric Acid
Hydrochloric Acid
Chromic Acid
Acedic Acid
Ni tric Acid
Sodium Hyroxidc
Potassium Hydroxide
Phosphoric
Common/Trade ~ame
and Mcnufact~rer
Stoddard Solvent!
Resist Developer--
Bickman Labs
F1am-ol--Sheefer
Chemical
Name:
Address:
Date:
Go1d-X trak -- Homesteaa
Manufacturing
Metal Etch X - Pismo ChQm
Ocean Electronic:
211 Surfside Roal
Nove~ber. 1982
("tJ
80~.
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2
2
2
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2
2
2
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2
3
2
2
3
2
2
2
3
2
2
2
D.O. T-
, C1; s s
OR.'I-A
\1ASTE
UN, NA#
or LP.A.
Waste Code
2831
F007
D004
F003
FOOl
./
Page --1- of -2__ Pages
Name:
Address:
Date:
FACILITY INVENTORY
Chemical Name or
Major Constitua~ts
in a mixture
1,1,1 Trichlorosthane
Copper, Zinc
Arsenic
Acetone
Trichloroethane
Com~on/Trade Name
and Mcnufact~rer
Heavy Metal Sludge
Toxic Solid Waste
Flammable Liquids
Organic Solvent
Trade Secret - I
(Confidential)
Ocean Electronic:
211 Surfside Roac
November, 1982
.
V"l
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.
V"l >,
+>
::::: -(I)
C:::C"l
(./) roc:::
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,/1 2
I
2
2
2
2
. ,,""~....
./
2
CAUTION: This form must be
subm i tted under separate cover to
(official).
V.04.C.3
MC
CONFIDENTIAL
TRADE SECRET FORM
TRADE
Secret -
D.O.T.
Chemical Name
Range
Poison A
Nickel Carbonyl
2
nickel carbonyl (nickel tetracarbonyl) Ni(CO)4' A zerovalent compound.
The four carbonyl groups form 0 tetrahedral arrangement and are linked
covalently to the metal through the carbons.
Properties: Colorless liquid. Soluble in alcohol and many organic solvents;
soluble in concentrated nitric acid; insoluble in water. Sp. gr. 1.3185; f.p.
-190C; b.p. 430C; vapor pressure, 400mm at 25.80C.
Derivation: By passing carbon monoxide gas over finely divided nickel.
Grade: Technical.
Containers: Cylinders pressurized with carbon monoxide.
Hazard: Highly toxic. Explodes at 600C (I400F). Flammable, dangerous
fire risk. Tolerance, (as NO, 0.05 ppm in air. A known carcinogen (OSHA).
Uses: Production of high-purity nickel pwoder by Mond process (q.v.);
continuous nickel coatings on steel and other metals.
Shipping Regulations:
acceptab I e passenger.
(Rail) Flammable Liquid and Posion labels.
(Air) Not acceptable.
Not
F or more information please refer to:
I. M.S.D.S. which is provided.
2. OSHA Carcinogen Reporting Form
(AL TEHNATIVE NUMBER III)
D.O. T-
, Cl ~ s s
OR.'I- A
IvASTE
UN, NM
or E.P.A.
Waste Code
2831
FOO?
D004
F003
FOOl
Page --1- of ~ Pages
Na:.:e:
Address:
Date:
FACILITY INVENTORY,
Chemical Name or
Major Const;tua~ts
in a mixture
1,1,1 Trich1orosthane
Copper, Zinc
Arsenic
Acetone
Trichloroethane
Common/Trade Name
and Mcnufact~rer
Heavy Metal Sludge
Toxic Solid Waste
Flammable Liquids
Organic Solvent
Trade Secret - I
(Confidential)
Ocean E1ectronics
211 Surfsidf. Roac
November. 1982
.
In
.
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.
V1 ~
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V.04.C.3
CAUTION: This form must be
submitted under separate cover to
(official).
MC
CONFIDENTIAL
TRADE SECRET FORM
TRADE
Secret -
D.O.T.
Chemical Name
Range
Poison A
Ni ckel Carbonyl
2
nickel carbonyl (nickel tetracarbonyl) Ni(CO)4' A zerovalent compound.
The four carbonyl groups form a tetrahedral arrangement and are linked
covalently to the metal through the carbons.
Properties: Colorless liquid. Soluble in alcohol and many organic solvents;
soluble in concentrated nitric acid; insoluble in water. Sp. gr. 1.3185; f.p.
-190C; b.p. 430C; vapor pressure, 400mm at 2s.80C.
Derivation: By passing carbon monoxide gas over finely divided nickel.
Grade: Technical.
Containers: Cylinders pressurized with carbon monoxide.
Hazard: Highly toxic. Explodes at 600C (I400F). Flammable, dangerous
fire risk. Tolerance, (as NO, 0.05 ppm in air. A known carcinogen (OSHA).
Uses: Production of high-purity nickel pwoder by Mond process (q.v.);
continuous nickel coatings on steel and other metals.
Shipping Regulations:
acceptable passengt::r.
(Rail) Flammable Liquid and Posion labels.
(Air) Not acceptable.
Not
F or more information please refer to:
I. M.S.D.S. which is provided.
2. OSHA Carcinogen Reporting Form
(ALTERNATIVE NUMBER Ill)
TRADE SECRET - WAIVER OF LIABILITY FORM
(permittee or permit applicant)
hereby agrees to release and hold harmless the City of Sunnyvale,
its officers, employees and agents from and against any and all
liability for any damages which may arise from the failure by the
City of Sunnyvale, its officers, employees and/or agents to protect
from disclosure to any person, corporation, or entity, any and all
trade secrets which said permittee or permit applicant is submitting
to City, or may, in the future, submi t or disclose to City, in
connection with its application for a hazardous materials storage
permit, or in connection with any hazardous materials storage permit
granted or to be granted by City. Such waiver of liability shall
apply whether the disclosure by City, its officers, employees and/or
agents, is negligent or willful.
Dated:
Name of Applicant or Permittee
By:
Signature
Title
VII 1.07
MC
PERMIT NUMBER
SAMPLE PERMIT
CITY OF SILICON VALLEY
Hazardous Materials Storage Permit
FACILITY:
ADDRESS:
NAME PERMITTEE:
Ocean Electronics
211 Surfside Road
Harry Smith
DATE OF ISSUE:
EXPIRATION DATE:
TERM:
TELEPHONE: 408-333-0000
TELEPHONE: 408-333-0000 X436
11-15-83
11-15-88
X
TEMPORARY
PROVISIONAL
FULL
I.
STORAGE FACILITY
A.
8.
C.
E.
E.
F.
G.
H.
I.
J.
K.
L.
M.
II
Corrosive + Flammable Liquid
Corrosive + Oxidizer
Combustible Liquid UG Tank
D.
Flam Liq, Corr, Oxy, ORM
(Con't) Flam Gas, Non-Flam Gas,
Poison A; Poison B
Cryogenic Tank
Cryogenic Tank
Cryogenic Tank
Corr, Oxy, Flam Liq.,
Corr, Oxy, Flam Liq.,
Waste
Corr (Neutralization Sump)
Pois A, Flam Gas
Minimal Storage Facilities
PERMIT QUANTITY LIMIT
1,000 Gal
500 Gal
500 Gal
LPG T anIl:O,OOO Gal
5,000 Gal
1,500 Cu Ft; 1,500 Ibs
2,000 Gal
1,500 Gal
800 Gal
200 Gal
300 Gal
1,500 Gal
300 Gal
800 Cu Ft
Up to 40 Cabinets; Up to 10 Other (ex.
shel f; closets, etc.)
Signature of Issuing Authority
Date
ADDITIONAL APPROVALS: CLOSURE PLAN
MC
VIII.08.B
The closure plan must be submitted not less than thirty (30) days prior to
termination of hazardous materials storage at the facility.
SAMPLE
FACILITY CLOSURE REQUEST
Permit Number
Date of Application
FACILITY:
ADDRESS:
Ocean Electronics
21 I Seasi de Road
TELEPHONE:
408-333-000
FACILITY TO
BE CLOSED:
Storage Area "A"
500 Gallon Underground Tank
MA TERIALS
STORED:
Diesel Fuel
DA TE OF
CLOSURE:
CLOSURE
PLAN:
6-15-83
I.
The tank will be emptied by Solvent Removal Inc.
2. The tank and associated piping to be removed from ground
under permit from the Fire Prevention Bureau
3. Any evidence of leakage will result in clean-up and recovery
of any discharged materials in a manner approved by Regional
Water Quality Board.
4. The hole will be backfilled, compacted, and paved over with
asphalt.
5. The monitoring well will be closed in accordance with the
requirements of the Santa Clara Valley Water District.
Signature of Responsible Permittee
Printed Name of Responsible Permittee
DRAFT
MAY II, 1983
PETROLEUM PRODUCT GUIDELINES
11I.01 Containment of Hazardous Materials
MC
The following guidelines serve as examples of design and construction of storage
facilities which ordinarily will result in a suitable manner of storage of petroleum
products. These guidelines are not intended to preclude alternative designs or
technilogical advances, They are to be applied as appropriate in order to meet
the intent of the ordinance.
The application of underground petroleum storage facility guidelines should include
the portions of all properties where petroleum products used as motor fuels are
stored and dispensed from fixed equipment into the tanks of motor vehicles.
This would include private systems as well as retail sales outlets. It is important
to apply effective monitoring and construction features together in a compre-
hensive program to effectively achieve the intent of the Hazardous Materials
Storage Ordinance.
11I.02B Monitoring - Underground Petroleum Storage
MC
The intensive monitoring described in this guideline is intended to better secure
the purpose and general obligation of this chapter.
A. Monitoring is to be accomplished by a combination of:
I. Inventory control; and
2. A device or means capable of detecting long term slow leakage
from 0 tonk system.
B. Inventory Control
Inventory control is 0 required system currently existing in Uniform Fire
Code, National Fire Protection Association and Environmental Protection
Agency regulations. At 0 minimum, accurate inventory control records
should be:
I. Maintained and reconciled by the operator on 011 flammable and
combustible liquid storage tanks for indication of possible leakage
from tanks or piping.
Product
Total
-2-
2. Maintained separately for each product system
3. Made available for inspection by the enforcing authority
4. Retained for a minimum of 12 months
The inventory is to be based upon the following factors:
I. Inventory on hand based upon actual daily measurement and recording
of tank levels. The measurement can be ,accomplished by gauge,
gauge stick, or readout from an automated gauging system.
2. Daily recording of actual sales (where applicable)
3. Daily use (where applicable)
4. Product delivery receipts
Note: The inventory records shall include a daily computation of gain or
loss. The mere recording of meter readings, sales or use, physical
measurement and product delivery receipts would not constitute adequate
inventory records.
EXAMPLE OF INVENTORY RECORD INFORMATION
BASIC DAILY GASOLINE INVENTORY RECORD
Date
Stick Or
Gauge
Reading
Opening
Physical
Inventory
Meter
Reading
(-) Sales (+)
Closing
Delivery Inventory (+) Physical
Receipts (=) Balance (-) Inventor~
Over
(Short)
Signature of Person Recounci I ing Inventory
-3-
11I.00.B
Monitoring Methods - Underground Petroleum Storage
MC
A. Monitoring Wells
I. Monitoring wells can be an acceptable means of monitoring the site
for long term, slow leakage. These wells can be either a liquid or
vapor monitoring well.
2. Installation of these wells is to be in conformance with the require-
ments of Santa Clara Valley Water District Ordinance 75-6 and of
any other governmental agency having jurisdiction.
B. Sampling From Monitoring Wells
1. Should occur every 30 days from a monitoring well and the results
recorded and maintained on site in accordance with the requirements
of the ordinance.
2. Liquid Sample
a. Monthly - Checked for sheen or odor
3. Vapor Sample
a. Monthly - Sampled for presence of combustible vapors
11l.03.C.
Alternative Monitoring Methods - Underground Petroleum Storage
Existing underground petroleum pressure piping would be required to be
retrofitted with approved leak detection devices.
VI.O I.A.2
Reporting of Unauthorized Discharges
MC
A. Suspected unauthorized discharges shall be reported in accordance with
Section VI.OI of the ordinance requirements.
B. Confirmation of unauthorized discharges and inveostigative steps utilized
in identifying the source of such discharge should be in accordance with
a logical, sequential process such as that outlined in American Petroleum
Institute Standard 111628 "Under Ground Spill Clean-Up Manual", or National
Fire Protection Association Standard 11329 "Handling of Underground
Leakage of Flammable and Combustible Liquids".
Product
Total
-2-
2. Maintained separately for each product system
3. Mode available for inspection by the enforcing authority
4. Retained for 0 minimum of 12 months
The inventory is to be based upon the following factors:
I. Inventory on hand based upon actual dai Iy measurement and recording
of tonk levels. The measurement con be accomplished by gauge,
gauge stick, or readout from on automated gauging system.
2. Daily recording of actual sales (where applicable)
3. Daily use (where applicable)
4. Product delivery receipts
Note: The inventory records shall include a doily computation of gain or
loss. The mere recording of meter readings, sales or use, physical
measurement and product delivery receipts would not constitute adequate
inventory records. -
EXAMPLE OF INVENTORY RECORD INFORMATION
BASIC DAILY GASOLINE INVENTORY RECORD
Stick Or
Gauge
Reading
Opening
Physical
Inventory
Meter
Reading
(-) Sales (+)
Date
Closing
Delivery Inventory (+) Physical
Receipts (=) Balance (-) Inventory
Over
(Short)
Signature of Person Recounci I ing Inventory
-4-
111.02.C
Containment Requirements - New Storage Facilities - Underground
Petroleum Storage
MC
When intensive monitoring is being conducted in accordance with the guidelines,
any of the following may ordinarily be utilized:
A. Underground Tanks
Any of the following methods will normally suffice to meet the ordinance
standard.
I. Vaulted construction
2. Double - wall tanks
3. Flexible lining of excavation
a. Core should be token during installation of 0 flexible liner
to insure that the excavation is free of material such as
rocks which will damage the native soil side of the liner or
that the liner has on appropriate bedding material between
the liner and native soil in order to prevent damage.
b. The entire excavation is to be lined.
c. Monitoring tubes should be protected from fill material
intrusion by mesh or appropriate filter fabric wrap.
d. Where the excavation extends below the water table, a
flexible liner may be used if the method of securing the liner
and the tank has been certified in accordance with Section
1.05.
B. Underground Piping
I. Pressure piping is to be equipped with an approved leak detection
device.
2. All leak detection devices are to be tested annually to insure
operation in accordance with the manufacturers specifications.
Replacement is required if the unit fails in-service or fails to meet
manufacturer's performance specifications.
3. The entire containment trench is to be lined. A flexible lining may
be substituted for the reinforced concrete shown in Diagram 4.
III.03E
Replacement of Existing Underground Petroleum Storage Facilities
MC
A. In determining the necessity for replacement of facilities pursuant to
Section 111.03.E. in the case of an unauthorized discharge the enforcing
authority should consider:
-5-
I. The cause of the unauthorized discharge, iej an insufficiently
tightened coupling can be addressed as a minor repair without major
upgrade.
2. The scop~ of the discharge problem, iej replacement of piping would
require new construction standards for the piping but if tanks could
be demonstrated to be intact and monitorable, they would not be
required to be secondarily contained solely because of a discharge
involving the piping.
3. For years from the adoption of this ordinance, secondary
containment will not be required when an existing tank which has
been shown by pressure testing, ultra sonic scan and/or other tests
to be suitable for repair, is repaired, one time only, with an internal
coating process. The internal coating process must be applied in
accordance with the following standards:
a. The standard installation testing requirements for underground
storage tanks specified in Section 2-7.3 of the Flammable
and Combustible Liquids Code, adopted by the National Fire
Protection Association on November 20, 1981 (NFP A 30-1981),
and published in the 1982 edition of the National Fire Code.
b. The material used to repair the tank by an interior-coating
process is compatible with the motor vehicle fuel that is
stored, as determined by a nationally recognized testing
laboratory.
c. The material used to repair the tank by an interior-coating
process is applied in accordance with nationally recognized
engineering practices.
4. The internal coating process may be reapplied within a
period as part of the warranty commitment of the tank servicer
without being considered to be a second internal coating process.
BULK STORAGE F ACI.LIT1ES GUIDELINES
111.01 Containment of Hazardous Materials-Pipelines
MC
Interstate and Intrastate piping transporting petroleum products are subject to
the Federal Pipeline Safety Act af 1979. The State Pipeline Safety Act,
Government Code Section 51010 et. seq., which was instituted in 1981, requires
the State Fire Marshal to implement pipeline safety regulations within the State
of California. Therefore this area of regulation is pre-empted. The terminal
or bulk facilities which these lines supply are, however, subject to this ordinance.
~
-6-
111.02.8
Monitoring - Bulk Storage Facilities
MC
A. Tanks. Visual inspection of tanks should be conducted as follows:
I. The entire facility should be visually inspected for leakage on a
daily basis.
2. If it cannot be demonstrated that the bottom design of the tank(s)
and the foundation upon which they are placed were designed to
force materials leaking from the bottom of tank to the sides where
they can be visually monitored, a means of determining leakage
will have to be demonstrated.
3. Close visual inspection of the exterior surface and seams of tanks
should be performed at a minimum of every third year.
4. When change of product requires draining and cleaning of a tank,
an interior inspection should be performed to monitor for deteriora-
tion of the tank prior to refi II ing.
B. Piping
I. Aboveground
a. Visual inspection of all aboveground piping should be
conducted on a daily basis.
2. In-ground
a. If the piping is contained as indicated in the construction
portion of this guideline, visual inspection of all piping run
areas should be made daily with care given to observe:
I) Saturated backfill in trenches
2) Pooling around valve bodies
3) Special attention should be given to areas where piping
penetrates or passes over secondary containment dikes.
3. Inventory reconciliation should be performed in addition to visual
or mechanical monitoring.
1I1.02.C
New Storage Facilities - Secondary Containment - Bulk Storage Facilities
'MC
A. Tanks
I. The containment standards required in National Fire Protection
Association Standard 1130 and the Uniform Fire Code are appropriate
for bulk aboveground storage. Where these standards are met,
Sections 111.02.C.2.b,c, and d may be modified.
111.06
-7-
2. Where soil composition is such that compaction will not achieve
the goal of discharge containment until clean-up is accomplished
the soil must have a substance introduced such as clay or bentonite.
This would be installed at a depth below anticipated buried pipe
installations.
B. Pipes
I. Where compaction is utilized within a diked area to obtain satis-
factory containment all buried pipe shall:
a. Not be at a depth greatei than the compacted zone.
b. Not have the fill which is returned to the trench compacted
to the degree that monitoring as described in the monitoring
portion of this guideline is precluded.
C. Filling Racks
4. When a filling rack is utilized in conjunction with a bulk facility.
A sump or suitable collection area would serve as secondary contain-
ment for the filling rack..
Maintenance, Repair, Replacement - Bulk Storaqe Facilities '
MC
/4
A. Because it is common within bulk terminals to change or reroute piping
for maximum utilization of tankage or customer needs, the following should
occur:
I. The Hazardous Materials Management Plan should define the
permittee's reporting responsibilities for changes made within the
above parameters.
2. The enforcing authority can give pre-approval of modifications under
the Hazardous Materials Management Plan and require after the
fact notification of on-site changes which do not:
a. Introduce a new material to the inventory
b. Require expansion of secondary containment facilities
c. Penetrate or detract from secondary containment or monitor-
ing facilities.
d. Change facility design or maintenance in a manner which
materially affects the facility's potential for discharge.
I, SUSANNE E. STEINMETZ, City Clerk of the City of Gilroy, do
hereby certify that the attached Resolution No. 83-53
is an
original resolution, duly adopted by the Council of the City of
Gilroy at a regular meeting of said Council held on the 5th
day of
July
, 19 ~, at which meeting a quorum was
present.
IN WITNESS WHEREOF, I have hereunto set my hand and affixed the
Official Seal of the City of Gilroy this 14th day of July
19 ~.
~
Clerk of the
.
~