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e u rof i ns f WORK ORDER NUMBER: pj 00 1� <br />C <br />I Caiscience <br />SAMPLE RECEIPT CHECKLIST COOLER i <br />OF I <br />CLIENT: E �1_L_ DATE: 12 / <br />/ 2017 <br />TEMPERATURE: (Criteria: 0.0°C — 6.0°C, not frozen except sediment/tissue) <br />Thermometer ID: SC6 (CF: -0.4°C); Temperature (w/o CF): 2 - S�" °C (w/ CF): 2 , °C; <br />❑ Blank <br />atample <br />❑ Sample(s) outside temperature criteria (PM/APM contacted by: ) <br />❑ Sample(s) outside temperature criteria but re�eived on ice/chilled on same day of sampling <br />t <br />❑ Sample(s) received at ambient temperature; placed on ice for transport by courier <br />Ambient Temperature: 0 Air ❑ Filter i <br />Checked by: <br />CUSTODY SEAL: <br />Cooler ❑ Present and Intact ❑ Present but Not Intact >0'Not Present ❑ N/A <br />Checked by: <br />Sample(s) ❑ Present and Intact ❑ Present but Not Intact E� Not Present 0 N/A <br />Checked by: � <br />SAMPLE CONDITION: <br />Yes No <br />N/A <br />Chain -of -Custody (COC) document(s) received with samples ................................................... <br />❑ <br />❑ <br />COC document(s) received complete.................I ................................................................ <br />❑ <br />❑ <br />❑ Sampling date ❑ Sampling time ❑ Matrix i0 Number of containers <br />r <br />❑ No analysis requested ❑ Not relinquished] No relinquished date ❑ No relinquished time <br />Sampler's name indicated on COC ................................................................................... <br />m ❑ <br />❑ <br />Sample container label(s) consistent with COC.....f................................................................ <br />[A ❑ <br />❑ <br />Sample container(s) intact and in good condition.�................................................................ <br />13 <br />❑ <br />Proper containers for analyses requested...........}................................................................ <br />❑ <br />❑ <br />Sufficient volume/mass for analyses requested................................................................... <br />' <br />LTJ ❑ <br />❑ <br />I <br />Samples received within holding time................!................................................................ <br />�ithin <br />Jr� ❑ <br />❑ <br />Aqueous samples for certain analyses received 15 -minute holding time <br />❑ pH ❑ Residual Chlorine ❑ Dissolved Sulfije ❑ Dissolved Oxygen .............................. <br />❑ ❑ <br />i <br />Proper preservation chemical(s) noted on COC and/or sample container .................................... <br />❑ <br />❑ <br />Unpreserved aqueous sample(s) received for certain analyses <br />❑ Volatile Organics ❑ Total Metals 0 Dissolved Metals <br />Acid/base preserved samples - pH within acceptable range ..................................................... <br />❑ ❑ <br />Container(s) for certain analysis free of headspace4................................................................ <br />❑ ❑ <br />❑ Volatile Organics ❑ Dissolved Gases (RSK-175) 0 Dissolved Oxygen (SM 4500) <br />❑ Carbon Dioxide (SM 4500) ❑ Ferrous Iron (SM 3500) ❑ Hydrogen Sulfide (Hach) <br />TedlarTm bag(s) free of condensation................................................................................. ❑ ❑ m <br />CONTAINER TYPE: (Trip Blank Lot Number: ) <br />Aqueous: ❑ VOA ❑ VOAh ❑ VOAna2 ❑ 100PJ ❑ 100PJna2 ❑ 125AGB ❑ 125AGBh ❑ 125AGBp ❑ 125PB ❑ 125PBznna (pH_9) <br />❑ 250AGB ❑ 250CGB ❑ 250CGBs (pH_2) ❑ 250PB ❑ 250PBn (pH_2) ❑ 500AGB ❑ 500AGJ ❑ 500AGJs (pH_2) ❑ 500PB <br />U�1AGB ❑ 1AGBna2 ❑ 1AGBs (pH_2) ❑ 1AGBs (0&G) ❑ 1PB ❑ 1PBna (pH_12) ❑ ❑ ❑ <br />Solid: ❑ 4ozCGJ ❑ 8ozCGJ ❑ 16ozCGJ ❑ Sleeve (_) ❑ EnCoree (_) ❑ TerraCoreso L_) ❑ ❑ ❑ <br />Air: ❑ TedlarIm ❑ Canister ❑ Sorbent Tube ❑ PUF ❑ Other Matrix ( ): ❑ ❑ ❑ <br />Container: A = Amber, B = Bottle, C = Clear, E = Envelope, G = Glass, J = Jar, P = Plastic, and Z = Ziploc/Resealable Bag <br />Preservative: b = buffered, f = filtered, h = HCI, n = HNOL na = NaOH, nae = Na2S203, p = H3PO4, Labeled/Checked by: 72L <br />I <br />s = H2SO4, u = ultra -pure, x = Na2SO3+NaHSO4.H2O, znna = Zn (CH3CO2)2 + NaOH Reviewed by: 0 S <br />2017-08-29 Revision <br />