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COMPLIANCE INFO_2020
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COMPLIANCE INFO_2020
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Last modified
12/31/2020 11:39:05 AM
Creation date
5/28/2020 6:18:53 PM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2200 - Hazardous Waste Program
File Section
COMPLIANCE INFO
FileName_PostFix
2020
RECORD_ID
PR0538472
PE
2228
FACILITY_ID
FA0014398
FACILITY_NAME
QUEST INDUSTRIES LLC
STREET_NUMBER
2518
Direction
E
STREET_NAME
BOEING
STREET_TYPE
WAY
City
STOCKTON
Zip
95206-3937
CURRENT_STATUS
01
SITE_LOCATION
2518 E BOEING WAY
P_DISTRICT
001
QC Status
Approved
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SJGOV\dsedra
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EHD - Public
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Example of seismic load calculation: <br /> In doing a seismic load calculation, specify <br /> Variables: <br /> Seismic Zone (Table 16-I, 1997 UBC) ; Z = <br /> Soil Profile type (Table 16-J, 1997 UBC) _ <br /> Site Coefficient (Table 16-J, 1994 UBC) _ <br /> Occupancy Importance Factor (Table 16-K, 1997 UBC) = I p= <br /> Coefficient a p (Table 16-0, 1997 UBC) _ <br /> Component Factor R p(Table 16-0, 1997 UBC) _ <br /> Distance to Known seismic source = km <br /> Seismic source type (Table 16-0, 1997 UBC) _ <br /> Near Source Factor (Table 16-S, 1997 UBC) = N s= <br /> Seismic Coefficient (Table 16-Q, 1997 UBC) = C a= <br /> Specific Gravity of Liquid = <br /> Specific Gravity of Shell material= <br /> Poisson Ratio = µ = <br /> Tank Height/Length = H = inches <br /> Tank Diameter = D = inches <br /> Tank Radius = R = inches <br /> Calculate the seismic load of the tank <br /> W ,= Weight of contents = (Specific gravity of liquid)(R)(H)(0.0361)(7T) <br /> Where SG= Specific Gravity <br /> R= tank radius <br /> Company Name Tank/Tank System identification <br />
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