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ARCHIVED REPORTS_JULY 2014 FINAL RCSI
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ARCHIVED REPORTS_JULY 2014 FINAL RCSI
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Last modified
11/25/2024 11:36:58 AM
Creation date
12/16/2021 11:39:32 AM
Metadata
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Template:
EHD - Public
ProgramCode
4400 - Solid Waste Program
File Section
ARCHIVED REPORTS
FileName_PostFix
JULY 2014 FINAL RCSI
RECORD_ID
PR0440011
PE
4445
FACILITY_ID
FA0006918
FACILITY_NAME
FORWARD RESOURCE RECOVERY FACI
STREET_NUMBER
9999
Direction
S
STREET_NAME
AUSTIN
STREET_TYPE
RD
City
MANTECA
Zip
95336
APN
20106003
CURRENT_STATUS
01
SITE_LOCATION
9999 S AUSTIN RD
P_LOCATION
99
P_DISTRICT
004
QC Status
Approved
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STANDARD PROVISIONS AND REPORTING REQUIREMENTS, JANUARY 2012 - 17 - <br />FOR WASTE DISCHARGE REQUIREMENTS <br />FOR DISCHARGES REGULATED BY SUBTITLE D AND/OR TITLE 27 <br /> <br /> <br />ensures sample independence to the greatest extent feasible. Specific methods <br />of collection and analysis must be identified. Sample collection, storage, and <br />analysis shall be performed according to the most recent version of USEPA <br />Methods, such as the latest editions, as applicable, of: (1) Methods for the <br />Analysis of Organics in Water and Wastewater (USEPA 600 Series), (2) Test <br />Methods for Evaluating Solid Waste (SW -846, latest edition), and (3) Methods <br />for Chemical Analysis of Water and Wastes (USEPA 600/4-79-020), and in <br />accordance with the approved Sample Collection and Analysis Plan. <br />Appropriate sample preparation techniques shall be used to minimize matrix <br />interferences. <br /> <br />9. If methods other than USEPA-approved methods or Standard Methods are <br />used, or there is a proposed alternant USEPA method than the one listed in the <br />MRP, the proposed methodology shall be submitted for review and approval <br />prior to use, including information showing its equivalence to the required <br />method. <br /> <br />10. The methods of analysis and the detection limits used must be appropriate <br />for the expected concentrations. For the monitoring of any constituent or <br />parameter that is found in concentrations which produce more than 90% <br />non-numerical determinations (i.e., “trace” or “ND”) in data from background <br />monitoring points for that medium, the analytical method having the lowest MDL <br />shall be selected from among those methods which would provide valid results <br />in light of any matrix effects or interferences. <br /> <br />11. The laboratory reporting limit (RL) for all reported monitoring data shall be set no <br />greater than the practical quantitation limit (PQL). <br /> <br />12. “Trace” results - results falling between the MDL and the PQL - shall be <br />reported as such, and shall be accompanied both by the estimated MDL and <br />PQL values for that analytical run. <br /> <br />13. Laboratory data shall not be altered or revised by the Discharger. If the <br />Discharger observes potential lab errors, it shall identify the issue in the <br />monitoring report and shall describe steps that will be taken to prevent similar <br />errors in the future. <br /> <br />14. MDLs and PQLs shall be derived by the laboratory for each analytical <br />procedure, according to State of California laboratory accreditation procedures. <br />These MDLs and PQLs shall reflect the detection and quantitation capabilities of <br />the specific analytical procedure and equipment used by the lab, rather than <br />simply being quoted from USEPA analytical method manuals. In relatively <br />interference-free water, laboratory-derived MDLs and PQLs are expected to <br />closely agree with published USEPA MDLs and PQLs. MDLs and PQLs shall <br />be reported. <br />
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