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SR0085701_OWTS
Environmental Health - Public
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4200 – Liquid Waste Program
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SR0085701_OWTS
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Last modified
9/6/2022 2:33:18 PM
Creation date
9/6/2022 2:21:19 PM
Metadata
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EHD - Public
ProgramCode
4200 – Liquid Waste Program
FileName_PostFix
OWTS
RECORD_ID
SR0085701
PE
2602
FACILITY_NAME
CHEVRON SERVICE STATION COMPLEX
STREET_NUMBER
9015
Direction
W
STREET_NAME
WALNUT GROVE
STREET_TYPE
RD
City
THORNTON
Zip
95686
APN
00114040
ENTERED_DATE
8/29/2022 12:00:00 AM
SITE_LOCATION
9015 W WALNUT GROVE RD
P_LOCATION
99
P_DISTRICT
004
QC Status
Approved
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EHD - Public
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CONCLUSIONS AND OPERATIONS / MAINTENANCE PLAN <br />It is well-known that an enormous amount of trash is flushed down public toilets. By substantially <br />increasing the trash/surge tank volume to 10k gallons, this will assist in retaining both trash and <br />excessive organic matter before influent treatment. <br />The 10k gallon tank and the three compartment grease interceptor tank must have pump-out service <br />on a regular basis. After the entire system becomes operational, the trash/surge tank and grease <br />interceptor tank shall be monitored monthly to determine pump-out intervals. It is anticipated that <br />pump-out intervals will be quarterly, at a minimum. <br />Upgrading the three EnviroServers of the MicroSepTec system will produce an effluent that should <br />meet State standards of 90 ppm BOD, 90 ppm TSS, and 10 ppm Total Nitrogen (TN). Total nitrogen <br />analysis shall consist of Total Kjeldahl Nitrogen (TKN - total of ammonia and organic nitrogen <br />fractions), and nitrate/nitrite concentrations. Preferably, the ammonia nitrogen fraction should be <br />analyzed so that the organic fraction can be calculated from the TKN concentration. Effluent samples <br />should be analyzed quarterly for the first year of operation and semiannually from years two through <br />five. After five years, yearly analysis shall be conducted. <br />Although the percolation tests demonstrate some relative permeability within the proposed leachfield <br />(the current 100% replacement area), the soils in this area reveal high density and severely compacted <br />silt, as illustrated in the attached photographic plates. <br />Consequently, the new leachfield will have imported engineered fill that meets the permeability <br />specifications. As noted from the soil laboratory test results, the proposed import material meets all <br />of the referenced specifications provided by the distribution curve characteristics. <br />The current primary disposal area now becomes the replacement area, so that if there is a failure with <br />the new leachfield, this current disposal area must be rebuilt as a mirror image. Then the two <br />leachfields can alternate back and forth to allow leachfield rest and rehabilitation as referenced in the <br />scientific literature. <br />This Report and Design Plans have been supplied to Mr. Greg Applegate of Applegate Septic and <br />Sewer, Inc. who has been selected by Mr. Singh, as the contractor who will complete all specified <br />construction. <br />Page-5- <br />Chesney Consulting
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