Valid Values

Code
Name
Code Name Type
FI Analyte in field sample and associated blank LNOTE
FJ Total DPE contribution to the total PCDF value > 10% LNOTE
FK EMPC values could be overestimated due to coelution LNOTE
FL Int. std. ion-abundance ratio measured out of accept. range LNOTE
FM Poorly resolved GC peak(s) LNOTE
FN Large closely eluting peak cannot be separated from result LNOTE
FO Est. maximum possible concentration (EMPC) LNOTE
FP Extractable hydrocarbons LNOTE
FQ Gasoline range organics calculated as JP-4 jet fuel LNOTE
FR Diesel range organics, calculated as JP-4 jet fuel LNOTE
FS Diesel range organics, as diesel LNOTE
FT Methanol extraction LNOTE
FU Heated purge LNOTE
FV Purge volume 5 mL LNOTE
FW Purge volume 25 mL LNOTE
FX Analyte present in the instrument blank LNOTE
FY Chromatogram not typical of calibration standard LNOTE
FZ Identified by MS only; based on 1:1 response w/ internal stnd. LNOTE
GA Components not separable by this method; quantified together LNOTE
GB Matrix spike recovery not within control limits LNOTE
GC Second column confirmation performed LNOTE
GD Secondary column result LNOTE
GE Post-digestion spike out of control limits LNOTE
GF Sample absorbance is less than 50% of spike absorbance LNOTE
GG Analytical results not reliable for this common lab contaminant LNOTE
GH Reporting limit must be considered an approximation LNOTE
GI Analyte confirmed by GC/MS LNOTE
GJ Result determined using SIM mode LNOTE
GK Quantitated as an isomer pair LNOTE
GL 2,3,7,8-TCDF results have been confirmed on a DB-225 column LNOTE
GM Result calc. by avg. response factor from init. calib. curve LNOTE
GN Surrogate recovery is outside of control limits LNOTE
GO Result est. below lower calib. limit but above target limit LNOTE
GP Duplicate analysis not within control limits LNOTE
GQ Post-digest. spike recov. 40% - 85% due to matrix interference LNOTE
GR Internal standard recovery is outside method recovery limit LNOTE
GS Reporting limit(s) raised: high level target analyte in sample LNOTE
GT Post-digestion spike recovery <40% due to matrix interference LNOTE
GU >10% breakthrough in second carbon col. due to matrix effects LNOTE
GV Result detected is below the lowest standard and above zero LNOTE
GW Post-digestion spike recovery between 115%-150% LNOTE
GX All reporting limits raised due to high conc. dissolved solids LNOTE
GY Analyte assoc. with sample processing & analysis in lab environ. LNOTE
GZ Secondary ion used for quantitation LNOTE
H A holding time violation has occurred. LNOTE
HA Quantit. of unknown hydrocarbon(s) in sample based on diesel LNOTE
HB Quantit. of unknown hydrocarbon(s) in sample based on gasoline LNOTE
HC Analyte is this compound or an isomer LNOTE
HD Chromat. profile inconsistent with pattern(s) of ref. fuel stnds. LNOTE
HE Extract was run through separation method; see case narrative LNOTE
HF SW3630B clean-up method performed LNOTE
HG Result exceeds calib. range, but not lab's; considered valid LNOTE
HH Result exceeds linear range; concentration may be understated LNOTE
HI SW3611B clean-up method performed LNOTE
HJ Blank spike recovery not within control limits LNOTE
HK Calcium carbonate is greater than 5% of the sample weight LNOTE
HL Analyte recovery above established limit LNOTE
HM Analyte recovery below established limit LNOTE
HN Low concentration matrix spike recovery out of limits LNOTE
HO High concentration matrix spike recovery out of limits LNOTE
HP Low concentration blank spike recovery out of limits LNOTE
HQ High concentration blank spike recovery out of limits LNOTE
HR Post-digestion spike LNOTE
HS Spike analyte recovery is outside stated control limits LNOTE
HT Analytical value calculated using results from associated tests LNOTE
HU Sample diluted beyond ability to quantitate % recovery and RPD LNOTE
HV Standard preparation factor adjusted, or aliquot diluted LNOTE
HW SW3660B clean-up method performed LNOTE
HX Spike recovery out of limits, but QC batch considered in control LNOTE
HY Surrogate recov. unquantifiable; coeluting organics in sample LNOTE
HZ Hydrocarbon result partly due to individ. peak(s) in diesel range LNOTE
IA Results are valid even though CCV recovery outside of limits LNOTE
IB CCV recovery above limit; analyte not detected LNOTE
IC Calib. verif. is within method limits but outside contract limits LNOTE
ID Analyte identified by RT & presence of single mass ion LNOTE
IE Surrogate not added to this sample LNOTE
IF Sample result is greater than reported value LNOTE
IG See Corrective Action Report LNOTE
IH Calibrtn. verif. recov. below method CL for this analyte LNOTE
IJ Calibrtn. verif. recov. above method CL for this analyte LNOTE
IK The average % difference for all analytes met method criteria LNOTE
IL RPD exceeds laboratory control limit LNOTE
IM Method does not include this analyte as part of compound list LNOTE
IN Molecular wght of 100 used to convert VFH from mg/m3 to ppmv LNOTE
IO Contract limits originate from BP-GCLN Technical Requirements LNOTE
IP Parameter detected in method, trip, or equipment blank LNOTE
IQ Sample failed preservation or hold time requirements of SW-846 LNOTE
IR Sample failed QC spec. by method or requirements of s. NR 149.14 LNOTE
IS Reporting limit elevated due to pres. of analyte in method blank LNOTE
IT Temperature during TCLP extraction exceeded SW1311 range LNOTE
IU Chromatogram resembles Aviation Gas-100LL - no Toluene detected LNOTE
IV When high MTBE, potential for breakdown of MTBE into methanol LNOTE
IX No Flash detected up to 200 degrees F LNOTE
IY The analyte concentration is derived from a single calibration pt LNOTE
IZ Analytical results not reliable--potential samp. contain. contam. LNOTE
J EPA Flag - Estimated value LNOTE
JA Analyte positively identified but quanitation is an estimate LNOTE
K Dioxin: Result is an estimated maximum possible concentration. LNOTE
K1 Dioxin:The conc.of this analyte should be considered an estimate LNOTE
LA Confirmatory analysis was past holding time. LNOTE