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SR0080749_SSNL
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4200/4300 - Liquid Waste/Water Well Permits
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SR0080749_SSNL
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Last modified
3/24/2022 1:52:40 PM
Creation date
12/6/2019 10:30:40 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
4200/4300 - Liquid Waste/Water Well Permits
FileName_PostFix
SSNL
RECORD_ID
SR0080749
PE
4301
STREET_NUMBER
9375
Direction
W
STREET_NAME
SUGAR
STREET_TYPE
RD
City
TRACY
Zip
95304
APN
21216017
ENTERED_DATE
6/14/2019 12:00:00 AM
SITE_LOCATION
9375 W SUGAR RD
P_LOCATION
03
P_DISTRICT
005
QC Status
Approved
Scanner
TSok
Tags
EHD - Public
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TABLE 3 <br /> PERCOLATION TEST RESULTS FOR BUILDING "B"NORTH/SOUTH TESTS <br /> WITH CORRESPONDING TEST DEPTH ELEVATION,SOIL TYPE, <br /> PERCOLATION RATE AND APPLICATION RATE IN GALLONS/FT'/DAY <br /> 36 INCH DEEP NORTH PERC TEST BORING,EL:7.15 35.7 min/inch / 0.467 gallons/ft'/day <br /> SILTY CLAY LOAM(CL-ML) <br /> 36 INCH DEEP SOUTH PERC TEST BORING,EL.=9.06 41.7 min/inch / 0.400 gallons/ft'/day <br /> CLAY LOAM CL-ML <br /> Application Rates adapted from Table 3 of the OWTS Policy of the SWRCB and is correlated with the Perc Rate obtained. <br /> CONCLUSIONS AND RECOMMENDATIONS <br /> The data presented in this report,along with additional information and data obtained through the testing <br /> and analytical procedures, will be used in the Nitrate Loading/Soil Suitability Studies as required by the <br /> EHD. Prior to, and during construction of the effluent disposal structures,I will be available to work with <br /> Siegfried Engineering and the selected contractor. <br /> The surface soils over the entire site,down to approximately 1.5 ft below grade consists of a highly <br /> organic, lean clay material (OL/CL)that forms clods and fissures,thus readily allowing water infiltration. <br /> If this material is to remain in-place prior to disposal system construction,these areas should not be driven <br /> over,or parked upon to prevent compaction. During emplacement of the sand filter material, some of this <br /> material will enter these fissures and must be accounted for in calculating volumes. <br /> From the perc test results for the proposed Buildings,we find permeability even where the fine-grained <br /> soils possess a high degree of saturation due to capillary fringe influence and the significant rainfall that <br /> has recently occurred. In the one area where permeability was unacceptable(Building A, South @ 125 <br /> min/in),this test result appears to be an anomaly. Soil permeability increases and becomes more <br /> favorable at the north test site locations. <br /> Thank you for the opportunity to provide this service. Please contact the undersigned if there should be <br /> any questions. <br /> 4�ofessio <br /> Respectfully submitted, ��a p. Che <br /> CHESNEY CONSULTING <br /> a <br /> V No.7';479 <br /> Don Chesney,PE ��a� Civil c.^^ <br /> Registered Civil Engin er#C75479 e of Cali <br /> ATTACHMENTS <br /> PERCOLATION TEST RATE DATA SHEETS <br /> SOIL ANALYSIS REPORTS <br /> LPERCOLATION TEST LOCATIONS MAP <br /> Page 3 of 3 <br /> Chesney Consulting <br />
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