Document 2Ry45Lxz0J7Gwgq53k3z8RGdg

Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) BACK TO MAIN Amendment 2 to Revision No.: 1 Effective Date: July 20, 1999 Page 1 o f \ l Amendment 2 to the Quality Assurance Project Plan and Associated SOP's for Empirical Human Exposure Assessment Multi-City Study Sampling Task To July 23,1999 Prepared by Battelle Marine Sciences Laboratory 1529 West Sequim Bay Road Sequim, WA 98382 360-681-3660 APPROVALS 3 ifd Gunster Sampling Task Leader Rosanna Buhl Battelle Sampling Task QA Officer 3 * 1 QMA* tjtyL de'----- --- ^ MMaarrcciaNishiolra y ^ Buaaititcenllce rPiruojjceucat iMvianuagceir 0 ^ u s a n Abogy Battelle Program QA Officer ___ jz iii Date 7 8-a~7-qq Date j/so /o / Date ns#5 *>/ **,+ < * * 1 ^ Date -f S y - t. /j/<e/ Jc f * */ as,,cU>St ^ J?o H Jhvi/S to e S < * " < * f /L SS*"* */ 0/6 ( BACK TO MAIN Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) ' '' Amendment 2 to Revision No.: I Effective Date: July 20, 1999 Page 2 o f 17 Objective The objective of this amendment to the QAPP and SOP's is to document scope changes that have occurred within the field program of the Multi-City Study. These changes pertain to field methods for collection of fish, bulk water, and microlayer samples. Protocol Changes Table 3 is amended below to include microlayer and bulk water samples. Table 3. Sample Types, Sampling Devices, and Sample Volumes Sample type Surface Water source (3 locations ~ 500 ft apart) Sediment from surface water source (3 locations, match w/ water sample) Plant intake Treated water from plant Tap water from retail establishment (from 3 locations in city) Microlayer from surface water Sampling Device Drinking Water Sample bottle" Grab sampler or scoop Sample bottle Sample bottle Sample bottle Glass plate Volume or Amount collected per sample 1 L from each location; bulk water, not surface 200 g from top 2 cm 1L 1L 1L 1L Bulk water from surface water Sample bottle 1L Water from groundwater source6 Sample bottle 1L Publicly-Owned Treatment Works (POTW) Post-chlorination influent (if available) Sample bottle 1L Sludge Scoop 200 g Effluent Sample bottle 1L Landfill Leachate | Sample bottle | 1L Urban Air Particulates (glass fiber filter) General Metal Works 12 h at 250 L/min Vapor (polyurethane foam cartridge) Model PS-1 air sampler 12 h at 250 L/min Local Food Supply Ground beef (3 stores) Store packaging 1 lb Pork chops with bone (3 stores) Boneless, skinless chicken breast (3 stores) Pork-and-beef hot dogs (3 stores) Regional fish (3 stores) Eggs (3 stores) Whole milk in plastic or cardboard container (3 stores) White bread (3 stores) Frozen green beans in plastic bag (3 stores) Fresh apples (3 stores) Store packaging Store packaging Store packaging Store packaging Store packaging Store packaging Store packaging Store packaging Store packaging 1 lb (~ 2 chops) 1 lb (1 whole breast) 1 lb (1 package) 1 lb (filleted) 6 large 1 qt 1 loaf 1 pkg 1 lb (at least 2 apples) BACK TO MAIN Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) Organic bread or flour (1 store) Store packaging Fish Finfish (electroshock) from surface Smith-Root Model 12 water source (above) backpack electroshocker (a) Sample bottles will be ESS precleaned, certified polyethylene bottles (b) Not planned for Multi-City Study Amendment 2 to Revision No.: 1 Effective Date: July 20, 1999 Page 3 o f 17 1 lb or 1 loaf 200 g (minimum) Table 4 is amended below to include bulk water, microlayer, and finfish samples. Matrix Surface Water (one water body) Microlayer water Bulk water Table 4. Sample Types and Numbers at Sampling Locations at Each City Analysis for Site 1 Sample Sample: P&N residuals (P & N) Sample: Total PFOS (in duplicate) Field duplicate & laboratory duplicate: P Field spike: P&N Laboratory spike: P&N Field Blank: P & N Field Blank: Total PFOS Sample: Total PFOS (in duplicate) Field Blank: Total PFOS Sample: Total PFOS (in duplicate) Field Spike: Total PFOS Sample Volume Site 1 Site 2 Site 3 1L 1L 1L 1L 1L 1L 1L Analysis for Sites 2&3 Samples P&N 1L 1L 1L Sediment Drinking water (plant influent) Drinking w ater (plant outflow) Tap water (retail outlet) Landfill leachate POTW influent POTW sludge POTW effluent Field duplicate & laboratory duplicate: P Field spike: P&N Laboratory spike: P&N Field Blank: P & N Field Blank: Total PFOS Field duplicate & laboratory duplicate: P Field spike: P&N Laboratory spike: P&N Field Blank: P & N Sample: P&N Sam ple: Total PFO S (in duplicate) Field duplicate &laboratory duplicate: P Field spike: P&N Laboratory spike: P&N Sample: P&N Sample: Total PFOS (in duplicate) Field duplicate & laboratory duplicate: P Field spike: P&N Laboratory spike: P&N Field Blank: P & N Samples and laboratory QC (no field spikes): P & N; Total PFOS Field Blank: P & N Sample and laboratory duplicate: P & N Sample: Total PFOS (in duplicate) Samples and laboratory QC (no field spikes): P & N; Total PFOS Field Blank: P & N Sample and laboratory duplicate: P&N 200 g 200 g 200 g P&N; Total PFOS 1L 1L 1L 1L 1L 1L 1L 1L 1L 1L 1L 1L 1L P&N 1L 1L 1L 1L 1L 1L 1L 200 g 1L BACK TO MAIN Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) Amendment 2 to Revision No.: 1 Effective Date: July 20, 1999 Page 4 o f 17 Sample: Total PFOS (in duplicate) Field duplicate: P & N Field spike: P & N 1L 1L Laboratory spike: P & N Field Blank: P & N 1L Urban air Sample: P&N Filter/PUF Field spike- no air Filter/PUF Field Blank: P & N Filter/PUF Food Samples and laboratory QC (no fieldblanks/field spikes): P &N; Total PFOS All All All P&N; Total PFOS Finflsh Sample and laboratory QC 200 g Organic flour Samples and laboratory QC (no fieldblank/fieldspike): P &N; Total PFOS 1 lb Trip Blank MilliQ water: P & N 1L Trip Blank MilliQ water: Total PFOS 1L P= polars: PFOS, POAA, PFOSA, PFOSAA, M556; N= neutrals: Et/Me of FOSE-OH, FOSE-C1, FOSE-Amide Table 5 is amended below to include bulk water and microlayer samples. Matrix and Field Sites Analysis Type Surface Water P&N 3 Total PFOS 1 Microlayer Water Total PFOS 1 Bulk Water Total PFOS 1 Sediment P&N 3 Total PFOS (3) Drinking Water (influent) P&N 1 Total PFOS 1 Drinking Water (outflow) P&N 1 Total PFOS 1 Tap Water P&N 3 Total PFOS 1 Landfill Leachate P&N 1 Total PFOS 0 ) POTW (influent) P&N 1 Total PFOS 1 POTW sludge P&N 1 Total PFOS (1) POTW (effluent) P&N 1 Table 5. QC Samples by Matrix Field Rep Lab Reps Spikes Field Lab 1 or 1 1 0 0) 0 0 3 0) 0 0 3 a) 3 0 0 (3)u 0 (1) 0 (3) 0 0 ) 1 0) 1 1 0 0) 0 0 1 (1) 1 1 0 (1) 0 0 1 (1) 1 1 0 (1) 0 0 0 (3) 0 (1) 0 (3) 0 (1) 0 0) 0 0 0 0) 0 0 0 (3) 0 (1) 0 (3) 0 (1) (1) (1) 1 1 Field Field Spike Cone. Blank 1 100 ng/L 1 1 0 100 ng/L 1 1 l 100 ng/L 0 0 100 ng/L 0 1 100 ng/L 0 1 0 0 0 1 0 1 1000 ng/L BACK TO MAIN Quality Assurance Project Plan Amendment 2 to Revision No.: 1 Multi-City Study Sampling Task (N100672) Effective Date: July 20, 1999 Page 5 o f 17 Total PFOS 1 Urban Air 0 (1) 00 0 P&N 1 0 0 10 1 Filter: 100 ng PFOS & POAA PUF: 100 ng Et- & -Me-FOSE-OH Total PFOS 0 0 0 00 0 Food (including finfish) P & N 3" rTotal PFOS (3 Jlf0 (l)u 0 (1) 0 0 0 (1) 0 "Numbers in parentheses indicate samples that will be created from splits or aliquots in the laboratory. bTriplicate analysis of one sediment sample. "Organic flour at one site, only. dDuplicate analysis of the fish samples. P= polars: PFOS, POAA, PFOSA, PFOSAA, M556; N= neutrals: Et/Me of FOSE-OH, FOSE-C1, FOSE-Amide Table 6 is amended below to include SOPs for finfish and microlayer sampling. Table 6. Standard Operating Procedures SOP Title Collection and Handling of Air Samples for the Multi-Cities Project Collection and Handling of Water Samples for the Multi-Cities Project Spiking Field Samples for the Multi-Cities Project Assigning Sample IDs for the Multi-Cities Project Collection and Handling of Sediment Samples for the Multi-Cities Project GPS Operation and Calibration (draft) Sample Shipping for the Multi-Cities Project Sample Custody Collection and Handling of Aquatic Surface Microlayer Samples Collection and Handling of Fish Samples Using a Backpack Electroshocker SOP No. M3-F-1 M3-F-2 M3-F-4 M3-F-6 M3-F-7 Battelle 3-164 Battelle 5-210 Battelle 6-010 MSL-T-022-00 MSL-T-023-00 Section 7.3.1 is amended as follows: Scientific collecting permits and fishing licenses (if required) will be obtained for each state where fish will be collected. Section 7.3.3 and 11.1.3 are amended as follows: The Battelle Marine Sciences Laboratory and Pacific Northwest National Laboratory (MSL/PNNL) sampling team will be using a Trimble Geoexplorer hand-held GPS to determine the exact location (coordinates) at each sample collection location, rather than a Gamin 12 XL system. The Trimble unit will be operated according to SOP No. 3-164. Deviations from this SOP will be documented in the field and revisions to the QAPP will be submitted after the field effort. Section 7.3.5 is amended as follows: Microlayer and associated bulk water samples will be collected at each site where finfish are collected. Both sample types will be collected from one location within the matched sediment/water/fish site for each city. Samples will be collected as described for the whole (bulk) water collected in association with the surface BACK TO MAIN Quality Assurance Project Plan Amendment 2 to Revision No.: 1 Multi-City Study Sampling Task (N100672) Effective Date: July 20, 1999 Page 6 o f 17 water source. Two liters of the surface microlayer (MSL-T-022-00) and 2 L of bulk water (SOP M3-F-2.0) will be collected into ESS (sic ESE) certified clean bottles. Section 7.3.10 is amended as follows: Finfish species will include largemouth bass and smallmouth bass, in addition to perch and bluegill. The common name "bluegill" is used here to refer to any of a number of different species belonging to the sunfish family (Centrarchidae), including pumpkinseed, redear sunfish, warmouth, green sunfish, white crappie, and black crappie. The [note] in the May 14, 1999 QAPP no longer applies. Section 8 is amended as follows: Finfish, microlayer, and bulk water sampling are scheduled to take place in Mobile, AL, Pensacola, FL, Port St. Lucie, FL in July 1999, and in Columbus, GA, Cleveland, TN, Decatur, AL in August 1999. Section 9.1 is amended as follows: Mr. Dave Shreffler from Battelle Marine Sciences Laboratory is the Sampling Team Leader for the fish and microlayer sampling. Mr. Shreffler will be responsible for all sampling activities, including mobilization, demobilization, and reporting. Mr. Shreffler will also be responsible for identifying problems and corrective actions while in the field, and communicating these activities to the Duxbury QA officer, and the Project Manager, as appropriate. Table 8 is amended below to include Mr. Dave Shreffler in place of Dr. Dennis Dauble as the finfish sampler and microlayer sampler. Table 8. Key Personnel, Addresses, and Telephone Numbers Name Marcia Nishioka Program Manager Don Gunster Sampling Task Leader Rosanna Buhl Sampling QA Officer Wayne Trulli Duxbury Field Operations Manager Michael Meara Duxbury Sample Custodian Scott Macomber Sampling Team Leader Chris Gagnon Sampling Team Leader Kim Andrews Multimedia Chemist Address Battelle Columbus 505 King Avenue Room 5-2-28 Columbus, OH 43201 Battelle Duxbury 397 Washington Street Duxbury, MA 02332 Battelle Duxbury 397 Washington Street Duxbury, MA 02332 Battelle Duxbury 397 Washington Street Duxbury, MA 02332 Battelle Duxbury 397 Washington Street Duxbury, MA 02332 Battelle Duxbury 397 Washington Street Duxbury, MA 02332 Battelle Duxbury 397 Washington Street Duxbury, MA 02332 Battelle Columbus 505 King Avenue Phone 614-424-4964 (work) 781-952-5378 (work) 781-952-5309 (work) 781-952-5380 (work) 508-888-6652 (home) 781-952-5270 (work) 781-952-5379 (work) 781-952-5325 (work) 614-424-5254 (work) 614-875-3344 (home) BACK TO MAIN Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) Tony Wisbith Air Chemist Dave Shreffler Finfish Sampler, Microlayer Sampler Room 11-1-060 Columbus, OH 43201 Battelle Columbus 505 King Avenue Room 6-1-31 Columbus, OH 43201 Battelle Marine Sciences Lab. 1529 W. Sequim Bay Road Sequim, WA 98382 Amendment 2 to Revision No. : 1 Effective Date: July 20, 1999 Page 7 o f \ l 614-424-5481 (work) 740-587-7439 (home) 360-681-3660 (work) Section 11.1.2 is amended as follows: All microlayer samples will be shipped via overnight delivery to Ms. Kim Andrews at the address shown in Table 8. All fish samples will be shipped via overnight delivery to Mr. Michael Meara at the address shown in Table 8. Section 11.1.4 is amended as follows: Two labels will be provided for each finfish sample collected. One label is placed on the aluminum foil. The second label is placed between the double Ziploc bags. The labels provide a narrative description of the sample, as well as a unique number that is documented on the Finfish Data Sheet. One sample label will be affixed to each microlayer bottle and bulk water bottle. Table 9 is amended below to include largemouth and smallmouth bass in addition to bluegill and perch. Table 9. Sample Containers, Storage Conditions, and Shipping Sample Source and Type Sample Containers Preservation and Storage Conditions Particulate phase Vapor phase Surface-water source Plant intake Treated water from plant Tap water from retail establishment Sediment from surface-water source POTW Post-chlorination influent Sludge Effluent Leachate Urban Air Glass fiber filter Place filter in zip-lock bag, seal. Store cool (4 C) Polyurethane foam Wrap cartridge in precleaned foil. Place wrapped sorbent cartridge in zip-lock bag and wrap in bubblewrap. Store cool (4 C) Drinking Water 1-L precleaned No preservation. Store cool (4 C) (certified) polyethylene jars 200ml precleaned (certified) polyethylene jars Store cool (4 C) 1-L precleaned (certified) polyethylene jars Store cool (4 C) Landfill Store cool (4 C) Local Food BACK T MAIM Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) Ground beef Pork chops (bone in) Boneless, skinless chicken breasts Pork-and-beef hot dogs Regional fish Eggs Whole milk White bread Frozen green beans Fresh apples Organic bread or flour Finfish (bluegill, yellow perch, largemouth bass, smallmouth bass) (electroshock) Keep each item in its original container, and keep items separated in storespecific coolers. Fish Methanol rinsed aluminum foil; plastic bags. Store cool (4 C) Store cool (4 C) Amendment 2 to Revision No.: 1 Effective Date: July 20, 1999 Page 8 o f 17 Section 11.8.1 is amended as follows: The "target species" will include largemouth and smallmouth bass. Electroshocking will be conducted according to MSL-T-023-00. Finfish will be collected from the each site designated as the matched water/sediment/fish site. Finfish will not be collected from the sites designated at "quiet" water bodies. Section 11.8.1.1 is amended as follows: Individual fish will be placed in methanol rinsed aluminum foil and then double bagged in Ziploc bags and sealed with tape. A label with the city , sample site identification, matrix, date and initials of sampler, sampling date and time, unique sample ID, and project number will be placed between the double bags and on the aluminum foil. Fish will be placed on ice in a cooler for shipment on the day of sampling or stored on ice overnight for shipment as early as possible on the day following sampling. Fresh ice will be placed in the cooler prior to shipping. Section 11.8.1.2 is amended as follows: Fish length will not be recorded to the nearest mm in the field. Fish w ill be weighed only to determine if the m ass is adequate for analysis (i.e., 200 g minimum), not weighed to the nearest g. A new section is added: Section 11.9 Water Sampling Associated with Finfish Collection 11.9.1 Microlayer sampling: Microlayer sampling will be performed according to SOP-T022-00, and is summarized below. 1. Locate the water source and a point of access. 2. Record site information, as appropriate, on field log forms or a field log book (e.g., weather conditions, site location by GPS, observations of the water body and visible surface accumulations, adjacent site features that could be of significance) on the Aquatic Microlayer Sampling Data Sheet 3. Set up the microlayer sampler frame at a stable and level location. Install wiper and funnel. 4. Rinse equipment by collecting microlayer sample (approximately 20 repeated dips with the glass plate) and allowing it to drain through funnel without collecting in a sample bottle. BACK TO MAIN Quality Assurance Project Plan Amendment 2 to Revision No.: 1 Multi-City Study Sampling Task (N100672) Effective Date: July 20, 1999 Page 9 o f \ l 5. To collect aquatic microlayer, dip the glass plate vertically into the water gently, with minimal horizontal movement, and withdraw it slowly. Push the glass plate through the wiper and allow liquid to drain through the funnel. The sampler frame will require support with one hand. 6. Record sampling start time and initials of sampler. 7. Start collection of microlayer sample by removing the sample bottle cap and placing the bottle under the funnel in a position to catch liquid. Continue to dip the glass plate into the water to be sampled and push the plate through the sampler wiper. 8. Repeat until the sample bottle is filled. Minimal air space is allowed. 9. Recap the sample bottle securely and check that sample bottle is labeled properly with sample time and sampler identification. 10. Check with project-specific work plan for guidance for storage and shipment of samples. Samples are held in an insulated container (e.g., cooler) with ice or under refrigeration at approximately 4C. Packing for shipment requires use of bubble wrap or other material to prevent physical damage to and breakage of sample containers and use of a sturdy, insulated container. 11. Complete the chain-of-custody form (see SOP MSL-A-002 and other project-specific guidance) and attach to the inside of the lid of each shipped cooler/container. 11.9.2 Bulk water sampling: Bulk water sampling associated with fish collection will take place according to SOP M3-F-2.0, and as summarized below. 1. Locate the water source and a point of access. 2. Complete the Station Log and take a GPS reading (SOP 3-164) as close as possible to the sampling location. 3. Wipe the exterior of the sampling bottle with methanol. 4. Submerge the sample bottle below the water surface and unscrew the bottle cap. 5. Fill the water bottle by turning the bottle parallel to the water surface and slowing rotating so that the mouth of the bottle is up-right. This procedure will ensure that water from the surface microlayer is not pulled into the sample bottle. 6. Recap the sam ple bottle under water. 7. Wipe the bottle with methanol and affix a sample label. 8. Place the sample in a cooler of ice. 9. Complete the chain-of-custody form. 13.2 The Trimble GPS used for finfish and microlayer/bulk v/ater position determinations is calibrated as described for the Garmin GPS (SOP No. 3-164-01). Section 19.4 no longer applies and should be deleted. Section 19.5 Backpack Electroshocker: Maintenance of the backpack electroshocker is performed by the manufacturer. Section 19.6 Microlayer Sampler: The microlayer sampler will be rinsed with freshwater, rinsed with deionized water, and finally rinsed with methanol between sampling locations. BACK TO MAIN Quality Assurance Project Plan Amendment 2 to Revision No.: 1 Multi-City Study Sampling Task (N100672) Effective Date: July 20, 1999 Page 10 o f 17 No soap will be used on the sampler. The sampler will then be placed in a clean plastic bag until next use. Appendix C Sampling Forms. The Finfish Data Sheet has been revised below to more accurately reflect the field data we will be recording. New sampling forms are also included below for Aquatic Microlayer Sampling and Subsurface Bulk Water Sampling. BACK TO MAIN Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) ' FINFISH DATA SHEET Project: N100666-01 Amendment 2 to Revision No. : 1 Effective Date: July 20, 1999 Page 11 o f \ l Date Start/End Time Collectors Gear type Sampling location Photo # DGPS Coordinates Water Temperature Air Temperature Water Depth & Visibility Water Flow Max/Min Stream Widths Species External Abnormalities Sample ID Relinquished By:_____________________________________________ Date Received By:____________________________________________________ Date Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) AQUATIC MICROLAYER SAMPLING Battelle Marine Sciences Laboratory 1529 West Sequim Bay Road Sequim, Washington 98382 BACK TO MAIN Amendment 2 to Revision No.: 1 Effective Date: July 20, 1999 Page 12 o f 17 Project Number: Proejct Manager: Phone: Fax: Location: Date: Bottle Lot Number: Collected by (initials): 31565 Dave Shreffler 360.681.3660 360.681.3681 Mobile, AL matched site Sample Number recorded by: Sample Description and Analysis (initials) MC-4101 B MC-4102 K MC-4103 H MC-4104 B MC-4105 K MC-4106 H Microlayer - Battelle (PFOS duplicate analyses: 500 mL each) Microlayer - 3M (PFOS; 500 mL) Microlayer - Henion (PFOS; 500 mL) PFOS Field Blank - Battelle (empty bottle) PFOS Field Blank - 3M (empty bottle) PFOS Field Blank - Henion (empty bottle) Relinquished by: Date: Time: Ice Included (Y/N) Received by: Date: Time: Condition: Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) ` SUBSURFACE BULK WATER SAMPLING Battelle Marine Sciences Laboratory 1529 West Sequim Bay Road Sequim, Washington 98382 BACK TO MAIN Amendment 2 to Revision No.: I Effective Date: July 20, 1999 Page 13 o f 17 Project Number: Proejct Manager: Phone: Fax: Location: Date: Bottle Lot Number: Collected by (initials): 31565 Dave Shreffler 360.681.3660 360.681.3681 Mobile, AL matched site Sample Number recorded by: Sample Description and Analysis (initials) MC-4101 B MC-4102 K MC-4103 H MC-4104 B MC-4105 K MC-4106 H Bulk water - Battelle (PFOS duplicate analyses: 500 mL each) Bulkwater - 3M (PFOS duplicate analyses: 500 mL each) Bulkwater - Henion (PFOS duplicate analyses: 500 mL each) Polars field spike - Battelle (duplicate analyses: 500 mL each) Polars field spike -3M (duplicate analyses: 500 mL each) Polars field spike - Henion (duplicate analyses: 500 mL each) Relinquished by: Date: Time: Ice Included (Y/N) Received by: Date: Time: Condition: Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) ' AQUATIC MICROLAYER SAMPLING Battelle Marine Sciences Laboratory 1529 West Sequim Bay Road Sequim, Washington 98382 BACK TO MAIN Amendment 2 to Revision No. : 1 Effective Date: July 20, 1999 Page 14 o f 17 Project Number: Proejct Manager: Phone: Fax: Location: Date: Bottle Lot Number: Collected by (initials): 31565 Dave Shreffler 360.681.3660 360.681.3681 Pensacola, FL matched site Sample Number recorded by: Sample Description and Analysis (initials) MC-3101 B MC-3102 K MC-3103 H MC-3104 B MC-3105 K MC-3106H Microlayer - Battelle (PFOS duplicate analyses: 500 mL each) Microlayer - 3M (PFOS; 500 mL) Microlayer - Henion (PFOS; 500 mL) PFOS Field Blank - Battelle (empty bottle) PFOS Field Blank - 3M (empty bottle) PFOS Field Blank - Henion (empty bottle) Relinquished by: Date: Time: Ice Included (Y/N) Received by: Date: Time: Condition: Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) SUBSURFACE BULK WATER SAMPLING Battelle Marine Sciences Laboratory 1529 West Sequim Bay Road Sequim, Washington 98382 BACK TO MAIN Amendment 2 to Revision No. : 1 Effective Date: July 20, 1999 Page 15 o f 17 Project Number: Proejct Manager: Phone: Fax: Location: Date: Bottle Lot Number: Collected by (initials): 31565 Dave Shreffler 360.681.3660 360.681.3681 Pensacola, FL matched site Sample Number recorded by: Sample Description and Analysis (initials) MC-3107 B MC-3108 K MC-3109 H MC-3110 B MC-3111 K MC-3112H Bulk water - Battelle (PFOS duplicate analyses: 500 mL each) Bulkwater - 3M (PFOS duplicate analyses: 500 mL each) Bulkwater- Henion (PFOS duplicate analyses: 500 mL each) Polars field spike - Battelle (duplicate analyses: 500 mL each) Polars field spike -3M (duplicate analyses: 500 mL each) Polars field spike - Henion (duplicate analyses: 500 mL each) Relinquished by: Date: Time: Ice Included (Y/N) Received by: Date: Time: Condition: Quality Assurance Project Plan Multi-City Study Sampling Task (NI00672) AQUATIC MICROLAYER SAMPLING Battelle Marine Sciences Laboratory 1529 West Sequim Bay Road Sequim, Washington 98382 BACK TO MAIN Amendment 2 to Revision No.: 1 Effective Date: July 20, 1999 Page 16 o f 17 Project Number: Proejct Manager: Phone: Fax: Location: Date: Bottle Lot Number: Collected by (initials): 31565 Dave Shreffler 360.681.3660 360.681.3681 Port St. Lucie matched site Sample Number recorded by: Sample Description and Analysis (initials) MC-6101 B MC-6102 K MC-6103 H MC-6104 B MC-6105 K MC-6106 H Microlayer - Battelle (PFOS duplicate analyses: 500 mL each) Microlayer - 3M (PFOS; 500 mL) Microlayer - Henion (PFOS; 500 mL) PFOS Field Blank - Battelle (empty bottle) PFOS Field Blank - 3M (empty bottle) PFOS Field Blank - Henion (empty bottle) Relinquished by: Date: Time: Ice Included (Y/N) Received by: Date: Time: Condition: Quality Assurance Project Plan Multi-City Study Sampling Task (N100672) SUBSURFACE BULK WATER SAMPLING Battelle Marine Sciences Laboratory 1529 West Sequim Bay Road Sequim, Washington 98382 BACK TO MAIN Amendment 2 to Revision No. : 1 Effective Date: July 20, 1999 Page 17 o f 17 Project Number: Proejct Manager: Phone: Fax: Location: Date: Bottle Lot Number: Collected by (initials): 31565 Dave Shreffler 360.681.3660 360.681.3681 Port St. Lucie, FL matched site Sample Number recorded by: Sample Description and Analysis (initials) MC-6107 B MC-6108 K MC-6109 H MC-6110 B MC-6111 K MC-6112 H Bulk water - Battelle (PFOS duplicate analyses: 500 mL each) Bulkwater - 3M (PFOS duplicate analyses: 500 mL each) Bulkwater- Henion (PFOS duplicate analyses: 500 mL each) Polars field spike - Battelle (duplicate analyses: 500 mL each) Polars field spike -3M (duplicate analyses: 500 mL each) Polars field spike - Henion (duplicate analyses: 500 mL each) Relinquished by: Date: Time: Ice Included (Y/N) Received by: Date: Time: Condition: