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ARCHIVED REPORTS_XR0011497
Environmental Health - Public
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EHD Program Facility Records by Street Name
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2900 - Site Mitigation Program
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PR0535812
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ARCHIVED REPORTS_XR0011497
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Entry Properties
Last modified
5/18/2020 9:34:58 AM
Creation date
5/18/2020 9:26:57 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2900 - Site Mitigation Program
File Section
ARCHIVED REPORTS
FileName_PostFix
XR0011497
RECORD_ID
PR0535812
PE
2959
FACILITY_ID
FA0020626
FACILITY_NAME
COLBERG BOAT WORKS
STREET_NUMBER
401
Direction
N
STREET_NAME
STOCKTON
STREET_TYPE
ST
City
STOCKTON
Zip
95203
APN
13546010
CURRENT_STATUS
01
SITE_LOCATION
401 N STOCKTON ST
P_LOCATION
01
P_DISTRICT
001
QC Status
Approved
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APEX ENVIROTECH, INC. <br /> STANDARD OPERATING PROCEDURE <br /> onitonfl+�Welis <br /> SOP - a <br /> SOP ` _ SAMPLE IDENTIFICATION AND CHAIN- <br /> SOIL BORING SAMPLING. OF-CUSTODY PROCEDURES <br /> During drilling,soil samples for chemical analysts are collected Sample identification and chain-of-custody procedures ensure <br /> in thin-walled brass tubes,of varying diameters and lengths sample integrity as well as document sample possession from <br /> (e g ,4 or 6 inches long by 2 inches outside diameter) Three the time of collection to ultimate disposal Each sample <br /> or four of the selected tubes,plus a spacer tube,are set in an container submitted for analysts is labeled to identify the lob <br /> 18-Inch long split-barrel sampler of the appropriate inside- number,date time of sample collection a sample number <br /> diameter unique to the sample any in-field measurements made, <br /> sampling methodology name(s)of on-site personnel,and any <br /> Where possible,the split-barrel sampler is do en its entire other pertinent field observations also recorded on the field <br /> length either hydraulically or using a 140-pound drop hammer excavation or boring log <br /> The sampler is extracted from the borehole and the brass <br /> tubes,containing the sod samples,are removed Upon removal Chain-of-custody forms are used to record possession of the <br /> from the sampler,the selected brass tubes are either sample from time of collection to arrival at the laboratory <br /> immediately trimmed and capped with aluminum foil or"Teflon" During shipment the person with custody of the samples will <br /> sheets and plastic caps or the samples are extruded from the relinquish them to the next person by signing the chain-of- <br /> tubes and seated within other appropriate,cleaned sample custody form(s)and noting the date and time The sample- <br /> containers The samples are then hermetically sealed,labeled, control officer at the laboratory wIli verify sample integrity, <br /> and refrigerated for delivery,under strict chain-of-custody,to correct preservation,confirm collection in the proper <br /> the analytical laboratory These procedures minimize the container(s),and ensure adequate volume for analysis <br /> potential for cross-contamination and volatilization of volatile <br /> organic compounds(VOC)prior to chemical analysts If these conditions are met the samples will be assigned <br /> unique laboratory log numbers for identification throughout <br /> One soil sample collected at each sampling interval is analyzed analysis and reporting The log numbers will be recorded on <br /> In the field using either a portable photoionization detector the chain-of-custody forms and in the legally-required tog book <br /> (PID),flame ionization detector organic vapor analyzer, maintained in the laboratory The sample description,date <br /> catalytic gas detector,or an explosimeter The purpose of this received clients name and any other relevant information will <br /> field analysis is to qualitatively determine the presence or also be recorded <br /> • absence of hydrocarbons and the samples to be analyzed at <br /> the laboratory The sod sample is sealed in either a brass tube, <br /> glass lar,or plastic bag to allow for some volatilization of VOC SOP _ 5 <br /> The PID is then used to measure the concentrations of LABORATORY ANALYTICAL QUALITY <br /> hydrocarbons within the containers's headspace The data is ASSURANCE AND CONTROL <br /> recorded on both field notes and the boning logs at the depth <br /> corresponding to the sampling point In addition to routine instrument calibration replicates spikes <br /> blanks,spiked blanks and certified reference materials are <br /> Other soil samples are collected to document the sod and/or routinely analyzed at method-specific frequencies to monitor <br /> stratigraphic profile beneath the project site,and estimate the precision and bias Additional components of the laboratory <br /> relative permeability of the subsurface materials All drilling Quality Assurancelouslity Control program include <br /> and sampling equipment are either steam cleaned or washed in <br /> solution and doubly rinsed in deiomzed water prior to use at 1 Participation in state and federal laboratory <br /> each site and between boreholes to minimize the potential for accreditation/certification programs, <br /> cross-contamination <br /> 2 Participation in both U S EPA Performance <br /> In the event the soil samples cannot be submitted to the Evaluation studies(WS and WP studies)and inter- <br /> analytical laboratory on the same day they are collected(e g, laboratory performance evaluation programs <br /> due to weekends or holidays),the samples are temporanly <br /> stored until the first opportunity for submittal either on ice in a 3 Standard operating procedures describing routine <br /> cooler such as when in the field,or in a refrigerator at Apexes and periodic instrument maintenance, <br /> office <br /> 4 "Out-of-Control"ICorrectnre Action documentation <br /> SOP - 3 procedures,and, <br /> SOIL CLASSIFICATION 5 Mufti-level review of raw data and client reports <br /> Soil samples are classified according to the Unified Sod <br /> Classification System Representative portions of the samples SOP . g <br /> may be submitted under strict chain-of-custody,to an HOLLOW—STEM AUGER MONITORING <br /> analytical laboratory for further examination and verification of WELL INSTALLATION AND <br /> the in-field classification and analysis of sod mechanical and/or DEVELOPMENT <br /> petrophysical properties The soil types are indicated on logs <br /> of either ex cavabons or borings together with depths Boreholes for monitoring wells are drilled using a truck- <br /> corresponding to the sampling points and other pertinent mounted,hollow-stem auger dnli ng The borehole diameter <br /> information will be a minimum of 4 inches larger than the outside diameter <br /> of the casing when installing well screen The hollow-stem <br /> auger provides minimal interruption of drilling while permitting <br />
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