Quality Measurement of Non-Traditional Parameters

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Quality Measurement of Non-Traditional Parameters August 18, 2004 Patrick McLoughlin, Ph.D. Technical Director Microseeps, Inc.

List Parameters: Example of Use Method QA/QC: Applicable Unapplicable QAPP 4.0 Summary Overview 2

Parameters SVE vapors/soil gas Dissolved gases Methane, Ethane, Ethene Hydrogen Acetylene 1,3 Butadiene Volatile Fatty Acids Lactic, Pyruvic, Acetic, Propionic Ferrous and Ferric Iron 3

Vapor Samples - Example Used to monitor a soil vapor remediation in CA. Contaminants: mostly PCE, minor TCE and 1,1,1- TCA Measured Extraction effectiveness Allowed point-wise optimization Monitored Treatment effectiveness Number of samples: 85 Closing soon $17,000 savings in analytical (Summa rental + TO14 analysis) $300/smpl Microseeps analysis $100/smpl 4

Vapor Samples - Method No EPA method. Microseeps AM4.02. GC/ECD and GC/FID. Designed using QC standards of SW846 8000. Use glass vials and autosampler equipped with sample pre-heat to desorb contaminants from sample walls. 5

Vapor Samples QA/QC RSD calibration of GC/FID. Rigorous, multi-level point-to-point calibration of ECD. ECD exhibits extreme non-linearity. Recoveries best with point-to-point. Use CCV s, CCB s and second sources at 8000 recommended frequency. Can not spike, so no surrogates or MS/MSD s. 6

Dissolved Gases - Example Numerous MEE MNA/EPR of PCE/TCE in ground water Methane MNA of gasoline in GW Hydrogen map redox zones in GW Our Sampling Cell Acetylene, Propane, Butane & Butadiene Iron Wall treatment of GW Abiotic Low PQL for MEE means see onset of reductive dechlorination sooner. 7

Dissolved Gases Hydrogen Sampler 8

Dissolved Gases - Method Dissolved gases unregulated. Microseeps AM20GAX If no H2: prep PM01, fill VOA vial for sampling If H2, sampling method SM9, no prep. GC/TCD, GC/FID, GC RGD Designed using QC standards of SW846 8000. 9

Dissolved Gases QA/QC Linear calibration of all detectors. Use CCV s, CCB s and second sources at 8000 recommended frequency. Do MS/MSD on samples NOT collected for hydrogen. No good surrogate spike. For samples collected for hydrogen, matrix eliminated as part of sampling lab can not do MS/MSD. 10

Volatile Fatty Acids - Example Remediating chlorinated solvents in GW. Initial Site Assessment is there any good carbon? Much more sensitive than TOC. Speciated (VFA s are very bioavailable). Monitor effectiveness of carbon substrate injections Ethanol: EtOH down, acetic acid up. Too quick? Need more complex substrate. Too slow? Bacterial Population insufficiently active. Allows delivery effectiveness assessment. Monitor throughout stimulation phase. Take a VOA sample, take a VFA sample 11

Volatile Fatty Acids - Method VFA s unregulated (but stinky). Lactic Acetic Pyruvic Propionic Butyric iso-pentanoic Pentanoic Iso-Hexanoic Hexanoic PQL: 0.07 mg/l (0.1 for hexanoic s) Microseeps AM23G. IC based with conductivity detection. Designed using QC standards of SW846 8000. 12

Volatile Fatty Acids QA/QC 5 Point linear calibration. Standard SW846-8000 CCV s. CCB s. MS/MSD s. No surrogate. Response (a.u.)) 0.30 0.20 0.10 0.00-0.10 -lactic -acetic LCS -propionic Blank -pyruvic -butyric -ipentanoic -pentanoic -0.20-0.30 9 12 15 18 21 24 Time (min) 13

Ferrous and Ferric Iron - Example Ferrous = Dissolved Iron By Conventional Wisdom Perfect Theory Problem: Oxidation of Ferrous during filtering Consequence: Underestimate ferrous iron concentration Ferrous & Ferric by IC just fill VOA vial 14

Ferrous and Ferric Iron - Method Considered Modified SW846-7196. IC post column derivatization. single wavelength absorption detection. Collect using glass vial with DG septa. HCl preservative. Gets both Ferric and Ferrous Iron 15

Ferrous and Ferric Iron QA/QC 5 Point linear calibration. QA/QC according to 7196: CCV s. CCB s. MS/MSD s. No surrogate. 16

QAPP 4.0 QAPP 4.0 does not directly address. Provide Data Pkg. w/ QA/QC and raw data. Provide ERPIMS like EDD. Clients preferred EDD format. Have Participated in Many AFCEE Projects. 17

Summary Non-Standard Methods Soil Vapor Extraction/Vapor Intrusion. Dissolved Gases. Volatile Fatty Acids. Ferrous and Ferric Iron. Documented Procedure. Quality Control. EDD support. AFCEE experience. 18

www.microseeps.com pmcloughlin@microseeps.com