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SITE INFORMATION AND CORRESPONDENCE
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2900 - Site Mitigation Program
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PR0526486
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SITE INFORMATION AND CORRESPONDENCE
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Last modified
5/28/2020 4:21:19 PM
Creation date
5/11/2020 11:38:34 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2900 - Site Mitigation Program
File Section
SITE INFORMATION AND CORRESPONDENCE
RECORD_ID
PR0526486
PE
2965
FACILITY_ID
FA0017927
FACILITY_NAME
LOCKEFORD COMMUNITY SVCS DIST
STREET_NUMBER
17725
Direction
N
STREET_NAME
TULLY
STREET_TYPE
RD
City
LOCKEFORD
Zip
95237
APN
05303039
CURRENT_STATUS
01
SITE_LOCATION
17725 N TULLY RD
P_LOCATION
99
P_DISTRICT
004
QC Status
Approved
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EHD - Public
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` ADDOONAL INFORMATION REQUIRE*NTS <br /> LOCIiEFORD COMMUNITY SERVICES DISTRICT <br /> SAN JOA Q UIN COUNTY <br /> Please provide the following information: <br /> 1. Describe the prevailing wind directions and nearby industrial or populated areas. <br /> 2. Do active or abandoned industrial, agricultural, domestic, or groundwater wells exist at the <br /> treatment facility, storage pond(s) area, or wastewater reclamation areas. If yes, provide a <br /> map showing their location(s). Include available data on the depth of groundwater and <br /> information on aquifers and aquitards identified beneath the property. <br /> 3. A narrative description of all wastewater conveyance, treatment, and disposal systems <br /> plaimed for the facility. The description shall include a discussion of how the treatment <br /> and disposal system protects groundwater quality. <br /> 4. A process flow diagram, treatment plant site plan, and a scaled map showing the limits of <br /> all existing and proposed irrigation disposal areas. <br /> 5. A description of the sources and types of wastewater flowing into the system, design flow <br /> rates, and the design capacity of the system. Show contributions from each phase of <br /> development and include projected infiltratioiVinflow rates and peaking factors used in <br /> design calculations. <br /> 6. A description of emergency wastewater storage facilities or other means of preventing <br /> system bypass or failure during reasonably foreseeable overload conditions (e.g., power <br /> failure, and illicit sewer discharges). <br /> 7. Chemical characterization of the potable water supply including pH, hardness, alkalinity, <br /> and a complete ion scan with anion/cation balance. Discuss water softening and other <br /> water treatment processes that are needed or typically used and the relationship between <br /> water supply treatment and wastewater treatment plant effluent quality. <br /> S. Chemical characterization of influent wastewater quality, including biochemical oxygen <br /> demand, total suspended solids, total dissolved solids, and nitrogenous compounds. This <br /> may be partly based on standard engineering references, as deemed appropriate by the <br /> design engineer, but the actual water supply character must also be considered. <br /> 9. Description of all known or anticipated industrial and commercial dischargers whose <br /> individual BOD and/or hydraulic loads will be greater than two-percent of the plant's total <br /> daily influent loading, including the following: <br /> a. ?Name; <br /> b. Industry/business type; <br /> c. Nature of waste stream; <br /> d. Average daily flow (gpd and percentage of total plant loading); <br /> e. Peak daily flow; <br /> f. Average daily BOD loading (lb/day and percentage of total plant loading); <br /> g. Peak daily BOD loading; <br />
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