*Level IV report narratives are more detailed than other levels.
|
|
- Bethany Lawson
- 5 years ago
- Views:
Transcription
1 Reporting Packages Brooks Applied Labs recognizes that report packages and electronic data deliverables (EDD) should be easy to read, reference, understand, and evaluate while containing all necessary information to convey scientifically accurate and precise measurements that are legally defensible and useful for regulatory, litigation, or research purposes. Our company utilizes a customized environmental laboratory information management system (LIMS) that tracks each sample from the moment it is received, through preparation, analysis, and disposal. Our analytical instrumentation is integrated with this system, providing us with powerful data evaluation capabilities and the capacity to rapidly produce highly accurate report packages and EDDs per our clients requirements. All of this equates to error free reporting which gives our clients maximum confidence in BAL s final product. We routinely produce report packages according to three levels of increasing detail (see table) depending on the specific requirements of a project, in addition to compiling entirely custom reports when necessary. All of our reports are certified NELAP compliant and our Level IV report is considered to be litigation level and CLP-like since it contains all of the required material for EPA CLP reporting. All levels of reporting include a cover letter or narrative that summarizes any relevant analytical issues that may have been encountered. Additionally, our Level IV report includes an exhaustive narrative describing the methods used and calculations performed, detailing any analytical or instrumental issues associated with the reported data. Deliverables Level II Level III Level IV Narrative* X X X Information X X X Results X X X Accuracy & Precision Summary X X X Method Blanks & Reporting Limits X X X Containers Summary X X X Shipping Containers Summary X X X Chain-of-Custody Forms X X X Waybill or Shipping Label X X X Instrument Calibration Results X X Full Sequence Information X Preparation & Bench Sheets X Instrument Printouts X *Level IV report narratives are more detailed than other levels. We also routinely produce EDDs in accordance to the specifications required by many environmental consulting firms and state/ federal regulatory agencies. Client-specific custom EDDs can also be designed to accommodate nearly any specifications. If you have any questions about our reporting capabilities please contact us today! For more information, please call or visit our website at
2 Report of Water & Sediment Analyses Trace Metals & Mercury Project: example report s Collected: July 22, 2016 Report Date: August 16, 2016 Prepared for: example report Project ID: EXA-MP1601
3 Table of Contents Case Narrative... 3 Report Information... 5 Information... 6 Batch Summary... 7 Results... 9 Accuracy & Precision Summary Method Blanks & Reporting Limits Instrument Calibration Containers Shipping Containers Chain(s) of Custody Waybill(s) Percent Total Solids Batch B Mercury Sequence Trace Metals Sequence Trace Metals Sequence
4 Case Narrative Shipping and Receiving On July 22, 2016, Brooks Applied Labs (BAL) received four water samples and one sediment sample at 9:00 AM in a cardboard box at an ambient temperature. The Chain of Custody requested mercury and various other trace metals analyses of the samples. The samples were received and stored according to BAL standard operating procedures (SOP) and EPA methodology. Preservation and Holding Time All method requirements for preservation and holding time were satisfied. Percent Total Solids by SM 2540G (BR-1501) A solid sample is homogenized and an aliquot is measured into a pre-weighed vessel, dried in an oven overnight, weighed again, and the percent of dried solid material is calculated. The results may have been evaluated using reporting limits that have been adjusted to account for sample aliquot size. Please refer to the Results page for sample-specific MDLs, MRLs, and other details. Batch B Any non-conformance, corrective actions, or the reasons for which the results of an analysis would require qualification would be explained in detail in this section. Hardness by SM 2340B (BR-1502) s are closed-vessel oven digested with nitric acid. Digests are then analyzed by Inductively Coupled Plasma - Mass Spectrometry (ICP-MS) for Calcium and Magnesium. Hardness is then calculated based on Ca and Mg concentrations. The results may have been evaluated using reporting limits that have been adjusted to account for sample aliquot size. Please refer to the Results page for sample-specific MDLs, MRLs, and other details. Sequence Any non-conformance, corrective actions, or the reasons for which the results of an analysis would require qualification would be explained in detail in this section. Total Mercury by EPA Method 1631 (BR-0006) All samples are prepared and analyzed in accordance with EPA Method s are oxidized with bromine monochloride (BrCl) and then analyzed with stannous chloride (SnCl 2 ) reduction, single gold amalgamation, and cold vapor atomic fluorescence spectroscopy (CVAFS) detection using a BAL Model III CVAFS Mercury Analyzer. The results were method blank corrected as described in the calculations section of the relevant BAL SOP(s) and may have been evaluated using reporting limits that have been adjusted to account for sample aliquot size. Please refer to the Results page for sample-specific MDLs, MRLs, and other details.
5 Sequence Any non-conformance, corrective actions, or the reasons for which the results of an analysis would require qualification would be explained in detail in this section. Trace Metals by EPA Method 1638, mod (BR-0060) Prepared samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS) according to a modification of EPA Draft Method Briefly, this method incorporates ionization of the sample in an inductively coupled RF plasma, with detection of the resulting ions by mass spectrometer on the basis of their mass-to-charge ratio. Digestates are diluted with reagent water prior to analysis, depending upon the element and concentration ranges to be determined. s are analyzed on a Perkin Elmer DRC II (in standard mode), and internal standardization in standard mode is accomplished using 6 Li 45 Sc, 74 Ge, 115 In, 169 Tm. The results were method blank corrected as described in the calculations section of the relevant BAL SOP(s) and may have been evaluated using reporting limits that have been adjusted to account for sample aliquot size. Please refer to the Results page for sample-specific MDLs, MRLs, and other details. Sequence Any non-conformance, corrective actions, or the reasons for which the results of an analysis would require qualification would be explained in detail in this section. Sequence Any non-conformance, corrective actions, or the reasons for which the results of an analysis would require qualification would be explained in detail in this section. We certify that this data package is in compliance with the terms and conditions of the contract, both technically and for completeness, for other than the conditions detailed above. BAL, an accredited laboratory, certifies that the reported results of all analyses for which BAL is NELAP accredited meet all NELAP requirements. For more details, please see the Report Information page in your report. Please feel free to contact us if you have any questions regarding this report. BAL PROJECT MANAGER Project Manager pm@brooksapplied.com BAL PROJECT COORDINATOR Project Coordinator pc@brooksapplied.com
6 Client Client Project: example Report Information Laboratory Accreditation BAL is accredited by the National Environmental Laboratory Accreditation Program (NELAP) through the State of Florida Department of Health, Bureau of Laboratories (E87982) and is certified to perform many environmental analyses. BAL is also certified by many other states to perform environmental analyses. For a current list of our accreditations/certifications, please visit our website at < Results reported relate only to the samples listed in the report. Field Quality Control s Please be notified that certain EPA methods require the collection of field quality control samples of an appropriate type and frequency; failure to do so is considered a deviation from some methods and for compliance purposes should only be done with the approval of regulatory authorities. Please see the specific EPA methods for details regarding required field quality control samples. AR BAL BLK BS CAL CCB CCV COC D DUP IBL ICV MDL MRL as received Brooks Applied Labs method blank blank spike calibration standard continuing calibration blank continuing calibration verification chain of custody record dissolved fraction duplicate instrument blank initial calibration verification method detection limit method reporting limit Common Abbreviations MS MSD ND NR N/C PS REC RPD SCV SOP SRM T TR matrix spike matrix spike duplicate non-detect non-reportable not calculated post preparation spike percent recovery relative percent difference secondary calibration verification standard operating procedure standard reference material total fraction total recoverable fraction Definition of Data Qualifiers (Effective 9/23/09) J Detected by the instrument, the result is > the MDL but the MRL. Result is reported and considered an estimate. E An estimated value due to the presence of interferences. A full explanation is presented in the narrative. H Holding time and/or preservation requirements not met. Result is estimated. J-1 Estimated value. A full explanation is presented in the narrative. J-M Duplicate precision (RPD) for associated QC sample was not within acceptance criteria. Result is estimated. J-N Spike recovery for associated QC sample was not within acceptance criteria. Result is estimated. M Duplicate precision (RPD) was not within acceptance criteria. Result is estimated. N Spike recovery was not within acceptance criteria. Result is estimated. R Rejected, unusable value. A full explanation is presented in the narrative. U Result is the MDL or client requested reporting limit (CRRL). Result reported as the MDL or CRRL. X Result is not BLK-corrected and is within 10x the absolute value of the highest detectable BLK in the batch. Result is estimated. These qualifiers are based on those previously utilized by Brooks Applied Labs, those found in the EPA SOW ILM03.0, Exhibit B, Section III, pg. B-18, and the USEPA Contract Laboratory Program National Functional Guidelines for Inorganic Superfund Data Review; USEPA; January These supersede all previous qualifiers ever employed by BAL.
7 Client Information Tin & Titanium Hardness Low Level Hg (WP-174) Trace Metals Trace Metals in Soil Report Matrix Type Water QC Water QC Water QC Water QC Soil/Sediment QC d Received 07/19/ /22/ /19/ /22/ /19/ /22/ /19/ /22/ /19/ /22/2016
8 Client Batch Summary Analyte Lab Matrix Method %TS Soil/Sediment SM 2540G Al Soil/Sediment EPA Method 1638 mod. As Soil/Sediment EPA Method 1638 mod. B Soil/Sediment EPA Method 1638 mod. Ba Soil/Sediment EPA Method 1638 mod. Be Soil/Sediment EPA Method 1638 mod. Ca Soil/Sediment EPA Method 1638 mod. Cd Soil/Sediment EPA Method 1638 mod. Co Soil/Sediment EPA Method 1638 mod. Cr Soil/Sediment EPA Method 1638 mod. Cu Soil/Sediment EPA Method 1638 mod. Fe Soil/Sediment EPA Method 1638 mod. Hg Soil/Sediment EPA Method 1631, Appendix K Soil/Sediment EPA Method 1638 mod. Mg Soil/Sediment EPA Method 1638 mod. Mn Soil/Sediment EPA Method 1638 mod. Mo Soil/Sediment EPA Method 1638 mod. Na Soil/Sediment EPA Method 1638 mod. Ni Soil/Sediment EPA Method 1638 mod. Pb Soil/Sediment EPA Method 1638 mod. Se Soil/Sediment EPA Method 1638 mod. Sn Soil/Sediment EPA Method 1638 mod. Sr Soil/Sediment EPA Method 1638 mod. Ti Soil/Sediment EPA Method 1638 mod. Tl Soil/Sediment EPA Method 1638 mod. V Soil/Sediment EPA Method 1638 mod. Zn Soil/Sediment EPA Method 1638 mod. Ag Water EPA Method 1638 mod. Al Water EPA Method 1638 mod. As Water EPA Method 1638 mod. B Water EPA Method 1638 mod. Ba Water EPA Method 1638 mod. Be Water EPA Method 1638 mod. Cd Water EPA Method 1638 mod. Co Water EPA Method 1638 mod. Cr Water EPA Method 1638 mod. Cu Water EPA Method 1638 mod. Fe Water EPA Method 1638 mod. Hg Water EPA Method 1631 Mn Water EPA Method 1638 mod. Mo Water EPA Method 1638 mod. Prepared Analyzed Batch Sequence 07/29/ /31/2016 B N/A 09/02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /25/ /26/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /02/ /03/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /30/ /31/2016 B /20/ /24/2016 B /20/ /24/2016 B
9 Client Batch Summary Analyte Ni Pb Sb Se Sn Sr Ti Tl V Zn Lab Matrix Water Water Water Water Water Water Water Water Water Water Method EPA Method 1638 mod. EPA Method 1638 mod. EPA Method 1638 mod. EPA Method 1638 mod. EPA Method 1638 mod. EPA Method 1638 mod. EPA Method 1638 mod. EPA Method 1638 mod. EPA Method 1638 mod. EPA Method 1638 mod. Prepared Analyzed Batch Sequence 08/20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B /20/ /24/2016 B
10 Client Results Hardness Analyte Report Matrix Fraction Result Qualifier MDL MRL Unit Hardness Water T mg eq CaCO3/L Batch [CALC] Sequence Low Level Hg (WP-174) Hg Water T ng/l B Tin & Titanium Sn Water T Ti Water T Trace Metals Ag Water T Al Water T As Water T B Water T Ba Water T Be Water T Cd Water T Co Water T Cr Water T Cu Water T Fe Water T Mn Water T Mo Water T Ni Water T Pb Water T Sb Water T Se Water T Sr Water T Tl Water T V Water T Zn Water T N/A B B B B B B B B B B B B B B B B B B B B B B B
11 Client Results Analyte Report Matrix Fraction Result Qualifier MDL MRL Unit Batch Sequence Trace Metals in Soil %TS Soil/Sediment N/A % B N/A Al Soil/Sediment N/A dry B As Soil/Sediment N/A dry B B Soil/Sediment N/A dry B Ba Soil/Sediment N/A dry B Be Soil/Sediment N/A dry B Ca Soil/Sediment N/A dry B Cd Soil/Sediment N/A dry B Co Soil/Sediment N/A dry B Cr Soil/Sediment N/A dry B Cu Soil/Sediment N/A dry B Fe Soil/Sediment N/A dry B Hg Soil/Sediment N/A ng/g dry B K Soil/Sediment N/A dry B Mg Soil/Sediment N/A dry B Mn Soil/Sediment N/A dry B Mo Soil/Sediment N/A dry B Na Soil/Sediment N/A dry B Ni Soil/Sediment N/A dry B Pb Soil/Sediment N/A dry B Se Soil/Sediment N/A dry B Sn Soil/Sediment N/A dry B Sr Soil/Sediment N/A dry B Ti Soil/Sediment N/A dry B Tl Soil/Sediment N/A dry B V Soil/Sediment N/A dry B Zn Soil/Sediment N/A dry B
12 Client Accuracy & Precision Summary Batch: B Lab Matrix: Soil/Sediment Method: EPA Method 1631, Appendix Analyte Native Spike Result Units REC & Limits RPD & Limits B SRM1 Certified Reference Material ( , MESS-3) Hg ng/g 105% B SRM2 B SRM3 Certified Reference Material ( , MESS-3) Hg ng/g 105% Certified Reference Material ( , SOIL-61) Hg ng/g 119% B DUP1 Duplicate ( ) Hg ng/g dry 8% 30 B MSD1 Matrix Spike Duplicate ( ) Hg ng/g dry 107% % 30 B DUP2 Duplicate ( ) Hg ng/g dry 3% 30 B MSD2 Matrix Spike Duplicate ( ) Hg ng/g dry 108% % 30 B PS1 Post Spike ( ) Hg ng/g dry 114% B DUP3 Duplicate ( ) Hg ng/g dry 2% 30 B MSD3 Matrix Spike Duplicate ( ) Hg ng/g dry 107% % 30 B PS2 Post Spike ( ) Hg ng/g dry 116%
13 Client Accuracy & Precision Summary Batch: B Lab Matrix: Soil/Sediment Method: SM 2540G Analyte Native Spike Result Units REC & Limits RPD & Limits B DUP2 Duplicate ( ) %TS % 0.09% 15 B DUP3 Duplicate ( ) %TS % 1% 15 B DUP4 Duplicate ( ) %TS % 0.4% 15 B DUP1 Duplicate ( ) %TS % 0.2% 15
14 Client Accuracy & Precision Summary Batch: B Lab Matrix: Water Method: EPA Method 1631 Analyte Native Spike Result Units B SRM1 Certified Reference Material ( , NIST 1641d) Hg ng/l REC & Limits 105% RPD & Limits B MS2 Matrix Spike ( ) Hg ng/l 105% B MSD2 Matrix Spike Duplicate ( ) Hg ng/l 106% % 24 B MS3 Matrix Spike ( ) Hg ng/l 109% B MSD3 Matrix Spike Duplicate ( ) Hg ng/l 106% % 24 B MS4 Matrix Spike ( ) Hg ng/l 105% B MSD4 Matrix Spike Duplicate ( ) Hg ng/l 101% % 24 B MS1 Matrix Spike ( ) Hg ng/l 104% B MSD1 Matrix Spike Duplicate ( ) Hg ng/l 91% % 24 B DUP1 Duplicate ( ) Hg ng/l 9% 24 B MS5 Matrix Spike ( ) Hg ng/l 104% B MSD5 Matrix Spike Duplicate ( ) Hg ng/l 106% % 24
15 Client Accuracy & Precision Summary Batch: B Lab Matrix: Soil/Sediment B SRM1 Analyte Native Spike Result Units REC & Limits RPD & Limits Certified Reference Material ( , SOIL-65) Al % As % B % Ba % Be % Ca % Cd % Co % Cr % Cu % Fe % K % Mg % Mn % Mo % Na % Ni % Pb % Se % Sn % Sr % Ti % Tl % V % Zn %
16 Client Accuracy & Precision Summary Batch: B Lab Matrix: Soil/Sediment Analyte Native Spike Result Units REC & Limits RPD & Limits B DUP1 Duplicate ( ) Al dry 0.4% 30 As dry 3% 30 B dry 3% 30 Ba dry 4% 30 Be dry 1% 30 Ca dry 2% 30 Cd dry 3% 30 Co dry 3% 30 Cr dry 2% 30 Cu dry 1% 30 Fe dry 6% 30 K dry 4% 30 Mg dry 2% 30 Mn dry 4% 30 Mo dry 6% 30 Na dry 1% 30 Ni dry 4% 30 Pb dry 0.2% 30 Se dry 0.7% 30 Sn dry 8% 30 Sr dry 7% 30 Ti dry 9% 30 Tl dry 1% 30 V dry 3% 30 Zn dry 6% 30
17 Client Accuracy & Precision Summary Batch: B Lab Matrix: Soil/Sediment Analyte Native Spike Result Units REC & Limits RPD & Limits B DUP2 Duplicate ( ) Al dry 0.9% 30 As dry 2% 30 B dry 3% 30 Ba dry 2% 30 Be dry 2% 30 Ca dry 0.9% 30 Cd dry 5% 30 Co dry 6% 30 Cr dry 3% 30 Cu dry 0.4% 30 Fe dry 4% 30 K dry 5% 30 Mg dry 1% 30 Mn dry 0.02% 30 Mo dry 3% 30 Na dry 3% 30 Ni dry 5% 30 Pb dry 3% 30 Se dry 3% 30 Sn dry 4% 30 Sr dry 4% 30 Ti dry 1% 30 Tl dry 2% 30 V dry 4% 30 Zn dry 2% 30
18 Client Accuracy & Precision Summary Batch: B Lab Matrix: Soil/Sediment Method: EPA Method 1631, Appendix B SRM1 Analyte Native Spike Result Units REC & Limits Certified Reference Material ( , SOIL-65) Hg ng/g 105% RPD & Limits B DUP1 Duplicate ( ) Hg ng/g dry 4% 30 B MS1 Matrix Spike ( ) Hg ng/g dry 111% B MSD1 Matrix Spike Duplicate ( ) Hg ng/g dry 109% % 30
19 Client Accuracy & Precision Summary Batch: B Lab Matrix: Water Analyte Native Spike Result Units REC & Limits RPD & Limits B SRM1 Certified Reference Material ( , NIST 1643e) Ag % Al % As % B % Ba % Be % Cd % Co % Cr % Cu % Fe % Mn % Mo % Ni % Pb % Sb % Se % Sr % Tl % V % Zn %
20 Client Accuracy & Precision Summary Batch: B Lab Matrix: Water Analyte Native Spike Result Units REC & Limits RPD & Limits B DUP1 Duplicate ( ) Ag % 25 Al % 25 As % 25 B % 25 Ba % 25 Be % 25 Cd % 25 Co % 25 Cr % 25 Cu % 25 Fe % 25 Mn % 25 Mo % 25 Ni % 25 Pb % 25 Sb % 25 Se % 25 Sr % 25 Tl % 25 V % 25 Zn % 25
21 Client Accuracy & Precision Summary Batch: B Lab Matrix: Water B MS1 Analyte Native Spike Result Units REC & Limits RPD & Limits Matrix Spike ( ) Ag % Al % As % B % Ba % Be % Cd % Co % Cr % Cu % Fe % Mn % Mo % Ni % Pb % Sb % Se % Sr % Tl % V % Zn %
22 Client Accuracy & Precision Summary Batch: B Lab Matrix: Water Analyte Native Spike Result Units REC & Limits RPD & Limits B MSD1 Matrix Spike Duplicate ( ) Ag % % 25 Al % % 25 As % % 25 B % % 25 Ba % % 25 Be % % 25 Cd % % 25 Co % % 25 Cr % % 25 Cu % % 25 Fe % % 25 Mn % % 25 Mo % % 25 Ni % % 25 Pb % % 25 Sb % % 25 Se % % 25 Sr % % 25 Tl % % 25 V % % 25 Zn % % 25
23 Client Accuracy & Precision Summary Batch: B Lab Matrix: Water Analyte Native Spike Result Units REC & Limits RPD & Limits B DUP1 Duplicate ( ) Sn % 25 Ti % 25 B MS1 Matrix Spike ( ) Sn % Ti % B MSD1 Matrix Spike Duplicate ( ) Sn % % 25 Ti % % 25
24 Client Method Blanks & Reporting Limits Batch: B Matrix: Soil/Sediment Method: SM 2540G Analyte: %TS Result B BLK B BLK Average: 0.07 Limit: 0.33 Units % % MDL: 0.10 % MRL: 0.33 % Batch: B Matrix: Water 31 Method: EPA Method 1631 Analyte: Hg Result B BLK B BLK B BLK B BLK Average: 0.13 Limit: 0.50 Units ng/l ng/l ng/l ng/l Standard Deviation: 0.03 Limit: 0.10 MDL: 0.15 ng/l MRL: 0.40 ng/l
25 Client Method Blanks & Reporting Limits Batch: B Matrix: Soil/Sediment Method: EPA Method 1638 mod Analyte: Al Result Units B BLK B BLK B BLK3 B BLK mg/k g Average: Limit: 7.00 Standard Deviation: 0.02 Limit: 2.30 MDL: 2.30 MRL: 7.00 Analyte: As Result Units B BLK B BLK B BLK3 B BLK Average: Limit: 1.20 Standard Deviation: 0.03 Limit: 0.40 MDL: 0.40 MRL: 1.20 Analyte: B Result Units B BLK B BLK B BLK3 B BLK Average: Limit: 5.00 Standard Deviation: 0.41 Limit: 1.00 MDL: 0.02 MRL: 0.10 Analyte: Ba Result Units B BLK B BLK B BLK3 B BLK Average: 0.00 Limit: 1.00 Standard Deviation: 0.01 Limit: 0.30 MDL: 0.30 MRL: 1.00
26 Client Method Blanks & Reporting Limits Batch: B Matrix: Soil/Sediment Analyte: Be B BLK1 B BLK2 B BLK3 B BLK4 Average: Limit: 0.30 Result Units Standard Deviation: 0.01 Limit: 0.11 MDL: 0.11 MRL: 0.30 Analyte: Ca B BLK1 B BLK2 B BLK3 B BLK4 Average: Limit: Result Units Standard Deviation: 4.40 Limit: MDL: 30.0 MRL: 150 Analyte: Cd B BLK1 B BLK2 B BLK3 B BLK4 Average: Limit: Result Units Standard Deviation: Limit: MDL: MRL: Analyte: Co B BLK1 B BLK2 B BLK3 B BLK4 Average: 0.01 Limit: 0.15 Result Units Standard Deviation: 0.01 Limit: 0.05 MDL: 0.05 MRL: 0.15
27 Client Method Blanks & Reporting Limits Batch: B Matrix: Soil/Sediment Analyte: Cr B BLK1 B BLK2 B BLK3 B BLK4 Average: 0.28 Limit: 2.00 Result Units Standard Deviation: 0.05 Limit: 0.63 MDL: 0.63 MRL: 2.00 Analyte: Cu B BLK1 B BLK2 B BLK3 B BLK4 Average: Limit: 1.00 Result Units Standard Deviation: 0.01 Limit: 0.12 MDL: 0.12 MRL: 1.00 Analyte: Fe B BLK1 B BLK2 B BLK3 B BLK4 Result Units Average: 7.8 Limit: 25.0 Standard Deviation: 0.6 Limit: 5.6 MDL: 5.6 MRL: 25.0 Analyte: K B BLK1 B BLK2 B BLK3 B BLK4 Result Units Average: 5 Limit: 40 Standard Deviation: 2 Limit: 13 MDL: 13 MRL: 40
28 Client Method Blanks & Reporting Limits Batch: B Matrix: Soil/Sediment Analyte: Mg B BLK1 B BLK2 B BLK3 B BLK4 Result Units Average: -0.7 Limit: 15.0 Standard Deviation: 0.2 Limit: 1.5 MDL: 1.5 MRL: 15.0 Analyte: Mn B BLK1 B BLK2 B BLK3 B BLK4 Average: Limit: 0.25 Result Units Standard Deviation: 0.01 Limit: 0.05 MDL: 0.05 MRL: 0.25 Analyte: Mo B BLK1 B BLK2 B BLK3 B BLK4 Result Units Average: 0.07 Limit: 1.00 Standard Deviation: 0.03 Limit: 0.10 MDL: 0.10 MRL: 1.00 Analyte: Na B BLK1 B BLK2 B BLK3 B BLK4 Result Units Average: -8 Limit: 75 Standard Deviation: 1 Limit: 15 MDL: 15 MRL: 75
29 Client Method Blanks & Reporting Limits Batch: B Matrix: Soil/Sediment Analyte: Ni B BLK1 B BLK2 B BLK3 B BLK4 Average: 0.01 Limit: 1.00 Result Units Standard Deviation: 0.01 Limit: 0.20 MDL: 0.20 MRL: 1.00 Analyte: Pb B BLK1 B BLK2 B BLK3 B BLK4 Average: 0.00 Limit: 0.25 Result Units Standard Deviation: 0.00 Limit: 0.05 MDL: 0.05 MRL: 0.25 Analyte: Se B BLK1 B BLK2 B BLK3 B BLK4 Average: 0.27 Limit: 1.00 Result Units Standard Deviation: 0.15 Limit: 0.31 MDL: 0.31 MRL: 1.00 Analyte: Sn B BLK1 B BLK2 B BLK3 B BLK4 Average: 0.13 Limit: 0.15 Result Units Standard Deviation: 0.02 Limit: 0.04 MDL: 0.04 MRL: 0.15
30 Client Batch: B Matrix: Soil/Sediment Analyte: Sr Method Blanks & Reporting Limits Result Units B BLK B BLK B BLK3 B BLK Average: 0.01 Limit: 0.03 Standard Deviation: 0.01 Limit: 0.01 MDL: 0.01 MRL: 0.03 Analyte: Ti B BLK1 B BLK2 B BLK3 B BLK4 Average: Limit: 1.00 Result Units Standard Deviation: 0.03 Limit: 0.03 MDL: 0.03 MRL: 1.00 Analyte: Tl B BLK1 B BLK2 B BLK3 B BLK4 Average: Limit: Result Units mg/k g Standard Deviation: Limit: MDL: MRL: Analyte: V B BLK1 B BLK2 B BLK3 B BLK4 Average: 0.09 Limit: 9.00 Result Units Standard Deviation: 0.03 Limit: 3.00 MDL: 3.00 MRL: 9.00
31 Client Method Blanks & Reporting Limits Batch: B Matrix: Soil/Sediment Analyte: Zn Result Units B BLK B BLK B BLK B BLK Average: Limit: 1.00 Standard Deviation: 0.01 Limit: 0.25 MDL: 0.25 MRL: 1.00 Batch: B Matrix: Soil/Sediment Method: EPA Method 1631, Appendix Analyte: Hg Result B BLK B BLK B BLK B BLK Average: 0.01 Limit: 0.10 Units ng/g ng/g ng/g ng/g Standard Deviation: 0.01 Limit: 0.03 MDL: 0.05 ng/g MRL: 0.15 ng/g
32 Client Method Blanks & Reporting Limits Batch: B Matrix: Water Analyte: Ag B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: Units Standard Deviation: Limit: MDL: MRL: Analyte: Al B BLK1 B BLK2 B BLK3 B BLK4 Result Average: 0.05 Limit: 1.00 Units Standard Deviation: 0.04 Limit: 0.13 MDL: 0.13 MRL: 1.01 Analyte: As B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: 0.20 Units Standard Deviation: 0.00 Limit: 0.04 MDL: 0.04 MRL: 0.20 Analyte: B B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: 1.00 Units Standard Deviation: 0.08 Limit: 0.30 MDL: 0.30 MRL: 1.01
33 Client Batch: B Matrix: Water Analyte: Ba Method Blanks & Reporting Limits B BLK1 B BLK2 B BLK3 B BLK4 Result Average: 0.00 Limit: 0.05 Units Standard Deviation: 0.00 Limit: 0.01 MDL: 0.01 MRL: 0.05 Analyte: Be B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: Units Standard Deviation: Limit: MDL: MRL: Analyte: Cd B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: Units Standard Deviation: Limit: MDL: MRL: Analyte: Co B BLK1 B BLK2 B BLK3 B BLK4 Result Average: 0.00 Limit: 0.10 Units Standard Deviation: 0.00 Limit: 0.02 MDL: 0.02 MRL: 0.10
34 Client Method Blanks & Reporting Limits Batch: B Matrix: Water Analyte: Cr B BLK1 B BLK2 B BLK3 B BLK4 Result Average: 0.00 Limit: 0.15 Units Standard Deviation: 0.02 Limit: 0.07 MDL: 0.07 MRL: 0.15 Analyte: Cu B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: 0.20 Units Standard Deviation: 0.00 Limit: 0.04 MDL: 0.04 MRL: 0.20 Analyte: Fe B BLK1 B BLK2 B BLK3 B BLK4 Result Average: -0.5 Limit: 5.0 Units Standard Deviation: 0.1 Limit: 1.4 MDL: 1.4 MRL: 5.1 Analyte: Mn B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: Units Standard Deviation: Limit: MDL: MRL: 0.051
35 Client Method Blanks & Reporting Limits Batch: B Matrix: Water Analyte: Mo B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: Units Standard Deviation: Limit: MDL: MRL: Analyte: Ni B BLK1 B BLK2 B BLK3 B BLK4 Result Average: 0.00 Limit: 0.20 Units Standard Deviation: 0.00 Limit: 0.04 MDL: 0.04 MRL: 0.20 Analyte: Pb B BLK1 B BLK2 B BLK3 B BLK4 Result Average: Limit: Units Standard Deviation: Limit: MDL: MRL: Analyte: Sb Result B BLK B BLK B BLK B BLK Average: Limit: Units Standard Deviation: Limit: MDL: MRL: 0.020
36 Client Batch: B Matrix: Water Analyte: Se Method Blanks & Reporting Limits Result B BLK B BLK B BLK B BLK Average: Limit: 0.30 Units Standard Deviation: 0.01 Limit: 0.11 MDL: 0.11 MRL: 0.30 Analyte: Sr Result B BLK B BLK B BLK B BLK Average: Limit: Units Standard Deviation: Limit: MDL: MRL: Analyte: Tl Result B BLK B BLK B BLK B BLK Average: Limit: Units Standard Deviation: Limit: MDL: MRL: Analyte: V Result B BLK B BLK B BLK B BLK Average: 0.01 Limit: 0.15 Units Standard Deviation: 0.00 Limit: 0.03 MDL: 0.03 MRL: 0.15
37 Client Method Blanks & Reporting Limits Batch: B Matrix: Water Analyte: Zn Result B BLK B BLK B BLK B BLK Average: Limit: 0.20 Units Standard Deviation: 0.01 Limit: 0.05 MDL: 0.05 MRL: 0.20 Batch: B Matrix: Water Analyte: Sn Result B BLK B BLK B BLK B BLK Average: Limit: Units Standard Deviation: Limit: SOP: BR-0065 MDL: MRL: Analyte: Ti Result B BLK B BLK B BLK B BLK Average: 0.01 Limit: 0.20 Units Standard Deviation: 0.01 Limit: 0.04 MDL: 0.04 MRL: 0.20
38 Client Instrument Calibration Sequence: Instrument: THG-05 Date: 07/31/2016 Analyte: Hg Total Mercury and Mercury Speciation by CVAFS Method: EPA Method CAL pg of Hg 93% CAL pg of Hg 101% CAL pg of Hg 101% CAL pg of Hg 104% CAL pg of Hg 102% ICV pg of Hg 105% CCV pg of Hg 104% CCV pg of Hg 99%
39 Client Instrument Calibration Sequence: Instrument: THG-05 Date: 08/04/2016 Analyte: Hg Total Mercury and Mercury Speciation by CVAFS Method: EPA Method 1631, Appendix CAL pg of Hg 92% CAL pg of Hg 100% CAL pg of Hg 98% CAL pg of Hg 103% CAL pg of Hg 107% ICV pg of Hg 106% CCV pg of Hg 90% CCV pg of Hg 105% CCV pg of Hg 104%
40 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Ag 107 Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % Analyte: Al CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % CCV % CCV %
41 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: As 75 Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % CCV % ICV % CCV % CCV % CCV % CCV % Analyte: B CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % CCV % ICV % CCV % CCV %
42 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Ba Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % Analyte: Be CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV %
43 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Ca Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % CCV % CCV % Analyte: Cd CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV %
44 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Co Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % Analyte: Cr CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV %
45 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Cu 63 Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % Analyte: Fe CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % CCV % CCV %
46 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Mg Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % Analyte: Mn CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % CCV % CCV %
47 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Mo Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % CCV % ICV % CCV % CCV % Analyte: Ni CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV %
48 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Pb Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % CCV % ICV % CCV % CCV % Analyte: Sb CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV %
49 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Se 77 Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % Analyte: Sr CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV %
50 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Tl Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV % Analyte: V CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV %
51 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/19/2016 Analyte: Zn 66 Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % ICV % CCV % CCV %
52 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Al Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: As CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
53 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: B Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Ba CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
54 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Be Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Cd CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
55 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Co Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Cr CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
56 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Cu 63 Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Fe CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
57 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Mn Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Mo CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
58 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Ni 60 Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Pb CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
59 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Sb Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Se CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
60 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Sn Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Sr CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
61 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: Ti 47 Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Tl CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
62 Client Instrument Calibration Sequence: Instrument: ICP-MS-2 Date: 08/24/2016 Analyte: V Trace Metals by ICP-MS CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % ICV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % Analyte: Zn CAL % CAL % CAL % CAL % CAL % CAL % CAL % CAL % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV % CCV %
63 Client Containers : : Tin & Titanium Des Container A Bottle HDPE ICP-W Size Vial Lot Report Matrix: Water Type: QC Preservation P-Lot Collected: unknown Received: 07/22/2016 ph Ship. Cont. Comments Cardboard Box : : Hardness Des Container A Bottle HDPE ICP-W Size 125 ml Lot Report Matrix: Water Collected: 07/22/2016 Type: QC Received: 07/22/2016 Preservation P-Lot ph Ship. Cont. Comments Cardboard Box : : Low Level Hg (WP-174) Des Container A Bottle FLPE Hg-T Size Lot Report Matrix: Water Collected: 07/22/2016 Type: QC Received: 07/22/2016 Preservation P-Lot ph Ship. Cont. Comments Cardboard Box : : Trace Metals Des Container A Bottle HDPE ICP-W Size 40-mL Lot Report Matrix: Water Type: QC Preservation None P-Lot n/a Collected: 07/22/2016 Received: 07/22/2016 ph Ship. Cont. Comments Cardboard Box : : Trace Metals in Soil Comments: Prep by both RAR and nitric only prep Des Container A Jar Glass Size Lot Report Matrix: Soil/Sediment Type: QC Preservation P-Lot Collected: 07/22/2016 Received: 07/22/2016 ph Ship. Cont. Comments Cardboard Box : : CrVI in Soil Des Container A Jar Glass Size Lot Report Matrix: Soil/Sediment Collected: 07/22/2016 Type: QC Received: 07/22/2016 Preservation P-Lot ph Ship. Cont. Comments Cardboard Box
64 Client Containers : : Hardness (TSS split) Des Container A Bottle HDPE ICP-W Size 500 ml Lot Report Matrix: Water Collected: 07/22/2016 Type: QC Received: 07/22/2016 Preservation P-Lot ph Ship. Cont. Comments Cardboard Box Shipping Containers Cardboard Box Received: July 22, :00 Tracking No: via FedEx Coolant Type: None Temperature: ambient Description: Cardboard Box Damaged in transit? No Returned to client? No Custody seals present? No Custody seals intact? No COC present? Yes
WORK ORDER NUMBER:
Page 1 of 221 Supplemental Report 1 The original report has been revised to include the Level III deliverables package. WORK ORDER NUMBER: 17-03-0531 AIR SOIL WATER MARINE CHEMISTRY Analytical Report For
More information806 West Beacon Rd. Client Project #: PCSB-LEAD First Draw Lakeland,FL Date Sampled: Oct 3, 2018 Oct 9, 2018; Invoice:
Auburndale Central Elementary PCSB F.I.S.H. ID 0851 320 Lemon Street, Auburndale, FL 33823 Fixtures were bagged on 10/02/2018 between 3:30 PM and 5:00 PM Phoslab Environmental Report Summary Date Received:
More informationCertificate of Analysis
Brammer Standard Company, Inc. Certificate of Analysis BS 200-3 Certified Reference Material for Nickel 200 - UNS Number N02200 1 Certified Estimate of Certified Estimate of 2 3 2 Value Uncertainty Value
More informationCertificate of Analysis
Brammer Standard Company, Inc. Certificate of Analysis BS 200-2 Certified Reference Material for Nickel 200 - UNS Number N02200 1 Certified Estimate of Certified Estimate of 2 3 2 Value Uncertainty Value
More informationCertificate of Analysis
Brammer Standard Company, Inc. Certificate of Analysis BS 1030 Certified Reference Material for AISI 1030 - UNS Number G10300 Certified Estimate of Certified Estimate of 1 2 1 Value Uncertainty Value 2
More informationDetermination of Metals in Wort and Beer Samples using the Agilent 5110 ICP-OES
Determination of Metals in Wort and Beer Samples using the Agilent 5110 ICP-OES Authors Application Food and Beverages Dana Sedin 1, Stacey Williams 1, Elizabeth Kulikov 2, Jenny Nelson 3, Greg Gilleland
More informationNEILSON RESEARCH CORPORATION
NEILSON RESEARCH CORPORATION Environmental Testing Laboratory 8/5/2016 Medford Water Commission TEL: (541) 774-2728 FAX (541) 774-2555 RE: Dear : Order No.: 1608180 received 7 sample(s) on 8/3/2016 for
More informationAnalysis of trace elements and major components in wine with the Thermo Scientific icap 7400 ICP-OES
APPLICATION NOTE 43355 Analysis of trace elements and major components in wine with the Thermo Scientific icap 7400 ICP-OES Authors Sanja Asendorf, Application Specialist, Thermo Fisher Scientific, Bremen,
More informationELAP Certificate Numbers 1551 and January 2013
ELAP Certificate Numbers 1551 and 2728 17 January 2013 PO Box 660140 / Attention SSC AP - CEMENT RE: Pond Discharge Work Order: 12K1305 Enclosed are the results of analyses for samples received by the
More informationNEW PROCESS FOR PRODUCTION OF HIGH PURITY ADN - DEVELOPMENT AND SCALE-UP. Henrik SKIFS, Helen STENMARK Eurenco Bofors AB Peter THORMÄHLEN ECAPS AB
NEW PROCESS FOR PRODUCTION OF HIGH PURITY ADN - DEVELOPMENT AND SCALE-UP Henrik SKIFS, Helen STENMARK Eurenco Bofors AB Peter THORMÄHLEN ECAPS AB ADN Explosive and oxidizer with extraordinary properties
More informationTotal Dissolved Solids: Environmental Express StableWeigh Analytical Testing Vessels. Dr. Edward F. Askew June 15, 2016
Total Dissolved Solids: Environmental Express StableWeigh Analytical Testing Vessels Dr. Edward F. Askew June 15, 2016 Table of Contents Abstract... 4 Introduction... 5 Historical Review of Total Dissolved
More informationEXTRACTION OF SEDIMENTS FOR BUTYLTINS
EXTRACTION OF SEDIMENTS FOR BUTYLTINS Juan A. Ramirez, Donell S. Frank, Susanne J. McDonald, and James M. Brooks TDI-Brooks International/B&B Laboratories Inc. College Station, Texas 77845 ABSTRACT Determining
More informationEXTRACTION OF SEDIMENTS FOR AROMATIC AND CHLORINATED HYDROCARBONS
EXTRACTION OF SEDIMENTS FOR AROMATIC AND CHLORINATED HYDROCARBONS Juan. A. Ramirez, Bo Wang, Donell S. Frank, Thomas. J. McDonald, Rebecca Price, Susanne J. McDonald and James M. Brooks TDI-Brooks International./B&B
More informationThe Impact of Vineyard Origin and Winery on the Elemental Profile of Red Wines
The Impact of Vineyard Origin and Winery on the Elemental Profile of Red Wines Agilent ICP-MS with Mass Profiler Professional Chemometric Software Application Note Food Testing and Agriculture Authors
More informationAppendix B: Monitoring methods, accuracy, detection limits and precision (updated for 2003)
Appendix B: Monitoring methods, accuracy, detection limits and precision (updated for 2003) The monitoring regime for nitrogen compounds, metals and lindane are summarised in tables B.1 to B.5: Table B.1.
More informationApplication note. Determination of metals in wine using the Agilent 4100 Microwave Plasma-Atomic Emission Spectrometer. Food Testing and Agriculture
Determination of metals in wine using the Agilent 4100 Microwave Plasma-Atomic Emission Spectrometer Application note Food Testing and Agriculture Authors Neli Drvodelic and John Cauduro Agilent Technologies
More informationHarvest Series 2017: Wine Analysis. Jasha Karasek. Winemaking Specialist Enartis USA
Harvest Series 2017: Wine Analysis Jasha Karasek Winemaking Specialist Enartis USA WEBINAR INFO 100 Minute presentation + 20 minute Q&A Save Qs until end of presentation Use chat box for audio/connection
More informationUses of profiling trace metals in wine with ICP- MS and Mass Profiler Professional (MPP) for the wine industry
Uses of profiling trace metals in wine with ICP- MS and Mass Profiler Professional (MPP) for the wine industry Helene Hopfer 1, Jenny Nelson 2,3, Christopher A. Jenkins 1, Thomas S. Collins 1,3, David
More informationTi-Pure TITANIUM DIOXIDE DETERMINATION OF UNBRUSHED 325 MESH GRIT, SLURRY METHOD: T
Ti-Pure TITANIUM DIOXIDE DETERMINATION OF UNBRUSHED 325 MESH GRIT, SLURRY METHOD: T4400.300.01 DuPont Titanium Technologies Page 2 of 5 1. Principle A slurry sample of known percent solids is diluted with
More informationDetermination of Melamine Residue in Milk Powder and Egg Using Agilent SampliQ Polymer SCX Solid Phase Extraction and the Agilent 1200 Series HPLC/UV
Determination of Melamine Residue in Milk Powder and Egg Using Agilent SampliQ Polymer SCX Solid Phase Extraction and the Agilent 1200 Series HPLC/UV Application Note Food Safety Authors Chen-Hao Zhai
More informationVerification and Validation of HACCP Plans in U.S. Meat Processing Facilities
Verification and Validation of HACCP Plans in U.S. Meat Processing Facilities Originally published as a National Pork Board/ American Meat Science Association Fact Sheet. Introduction Author Dennis E.
More informationBuying Filberts On a Sample Basis
E 55 m ^7q Buying Filberts On a Sample Basis Special Report 279 September 1969 Cooperative Extension Service c, 789/0 ite IP") 0, i mi 1910 S R e, `g,,ttsoliktill:torvti EARs srin ITQ, E,6
More informationEMISSIONS ACTIVITY CATEGORY FORM YEAST LEAVENED BAKERY OVEN OPERATIONS
FOR OHIO EPA USE FACILITY ID: EMISSIONS ACTIVITY CATEGORY FORM YEAST LEAVENED BAKERY OVEN OPERATIONS This form is to be completed for each yeast leavened bakery oven at commercial operations which produce
More informationKeywords Green and black tea. Infusions. Sample preparation. Multi-element analysis. Principal component analysis. Linear discriminant analysis
Food Anal. Methods (2016) 9:1398 1411 DOI 10.1007/s12161-015-0323-3 Comparison and Validation of Different Alternative Sample Preparation Procedures of Tea Infusions Prior to Their Multi-Element Analysis
More informationSchool Breakfast and Lunch Program Request for Proposal
School Breakfast and Lunch Program Provident Charter School 1400 Troy Hill Road Pittsburgh, PA 15212 412-709-5160 Date Proposal Opens: Wednesday, July 12, 2017 @ 12pm Bid Due Date: Wednesday, July 26,
More informationCopyright JnF Specialties, LLC. All rights reserved worldwide.
Laboratory Temperature Sensor Calibration (mo/yr) Revisions Rev: Letter E.O. Number - Description Date Used On Contract#: Your Company Name Prepared By: Originator: Your Dept: Your Dept: LABORATORY PROCEDURE
More informationSpeciated Arsenic Analysis in Wine Using HPLC-ICP-QQQ
Application Note Food Testing and Agriculture Speciated Arsenic Analysis in Wine Using HPLC-ICP-QQQ Validation of an extended FDA Elemental Analysis Manual method Authors C. K. Tanabe, 1 H. Hopfer, 1,2,3
More informationThe first and only fully-automated, random access, multiplex solution for Celiac IgA and Celiac IgG autoantibody testing.
Bio-Rad Laboratories BIOPLEX 2200 SYSTEM BioPlex 2200 Celiac IgA and IgG Kits The first and only fully-automated, random access, multiplex solution for Celiac IgA and Celiac IgG autoantibody testing. The
More informationLaboratoire national de métrologie et d essais
Laboratoire national de métrologie et d essais 1 EURAMET 924 Part 2 Fortified surface water Guillaume Labarraque Paola Fisicaro guillaume.labarraque@lne.fr paola.fisicaro@lne.fr 2 Preliminary tests (1)
More informationVINEYARD NUTRIENTS AT BROOKWOOD ESTATE MARGARET RIVER, WESTERN AUSTRALIA
CASE STUDY VINEYARD NUTRIENTS AT BROOKWOOD ESTATE MARGARET RIVER, WESTERN AUSTRALIA T3 SGS 1086 - CS52 ISSUED AUGUST 2012 A.W. MANN INTRODUCTION Ten essential nutrients can be analyzed on the ICP-MS after
More informationA.P. Environmental Science. Partners. Mark and Recapture Lab addi. Estimating Population Size
Name A.P. Environmental Science Date Mr. Romano Partners Mark and Recapture Lab addi Estimating Population Size Problem: How can the population size of a mobile organism be measured? Introduction: One
More informationExtraction of Acrylamide from Coffee Using ISOLUTE. SLE+ Prior to LC-MS/MS Analysis
Application Note AN796 Extraction of Acrylamide from Coffee using ISOLUTE SLE+ Page 1 Extraction of Acrylamide from Coffee Using ISOLUTE SLE+ Prior to LC-MS/MS Analysis This application note describes
More informationEXPERIMENT 6. Molecular Fluorescence Spectroscopy: Quinine Assay
EXPERIMENT 6 Molecular Fluorescence Spectroscopy: Quinine Assay UNKNOWN Submit a clean, labeled 500-mL volumetric flask to the instructor so that your unknown quinine solution may be issued. Your name,
More informationMBA 503 Final Project Guidelines and Rubric
MBA 503 Final Project Guidelines and Rubric Overview There are two summative assessments for this course. For your first assessment, you will be objectively assessed by your completion of a series of MyAccountingLab
More informationTHE EFFECTS OF FINAL MOLASSES AND SUGAR PURITY VALUES ON THE CALCULATION OF 96 0 SUGAR AND FACTORY RECOVERY INDEX. Heera Singh
THE EFFECTS OF FINAL MOLASSES AND SUGAR PURITY VALUES ON THE CALCULATION OF 96 0 SUGAR AND FACTORY RECOVERY INDEX BY Heera Singh Worthy Park Estate Ltd. INTRODUCTION The objective of this paper is not
More informationSAN JOAQUIN VALLEY UNIFIED AIR POLLUTION CONTROL DISTRICT COMPLIANCE DEPARTMENT COM 2293
SAN JOAQUIN VALLEY UNIFIED AIR POLLUTION CONTROL DISTRICT COMPLIANCE DEPARTMENT COM 2293 APPROVED: DATE: April 3, 2012 Morgan Lambert Director of Compliance TITLE: SUBJECT: RULE 4694 WINERY FERMENTATION
More informationAverage Matrix Relative Sensitivity Factors (AMRSFs) for X-ray Photoelectron Spectroscopy (XPS)
Average Matrix Relative Sensitivity Factors (AMRSFs) for X-ray Photoelectron Spectroscopy (XPS) These tables and plots contain AMRSFs for XPS calculated for the total peak area for all core levels with
More informationThe first and only fully-automated, random access, multiplex solution for Celiac IgA and Celiac IgG autoantibody testing.
Bio-Rad Laboratories bioplex 2200 SYSTEM BioPlex 2200 Celiac IgA and IgG Kits * The first and only fully-automated, random access, multiplex solution for Celiac IgA and Celiac IgG autoantibody testing.
More informationPage 2 of 17 Report No.: Type of test object... : LED. Trade mark... :
age 2 of 17 Report : 68.184.12.070.02 Type of test object... : LED Trade mark... : Model and/or type reference... : 1W-3535W Rating(s)... : DC 350mA (Vf < DC 4V) Manufacturer... : Same as Client. Manufacturer
More informationTABLE OF CONTENTS 1 - GENERAL INFORMATION DESCRIPTION OF LED LIGHT SOURCES STANDARDS USED TEST FACILITY DESCRIPTIO
IES LM-80-2008 MEASURING LUMEN MAINTENANCE OF LED LIGHT SOURCES MEASUREMENT AND TEST REPORT For Sharp Corporation, Electronic Components and Device Group, Lighting Device Division Report Type: Original
More informationIncinerator Monitoring Program Summary Report
Onondaga County Health Department Division of Environmental Health 421 Montgomery Street Syracuse, New York 13202 Incinerator Monitoring Program 2013 Summary Report April 1, 2014 Submitted To: Cynthia
More informationChemistry 212 MOLAR MASS OF A VOLATILE LIQUID USING THE IDEAL GAS LAW
Chemistry 212 MOLAR MASS OF A VOLATILE LIQUID USING THE IDEAL GAS LAW To study the Ideal Gas Law. LEARNING OBJECTIVES To determine the molar mass of a volatile liquid. BACKGROUND The most common instrument
More informationIntroduction to Measurement and Error Analysis: Measuring the Density of a Solution
Introduction to Measurement and Error Analysis: Measuring the Density of a Solution Introduction: Most of us are familiar with the refreshing soft drink Coca-Cola, commonly known as Coke. The formula for
More informationVolume NaOH ph ph/ Vol (ml)
Determining Acidity of Foods I. Purpose/Objective: The purpose is to identify the normality of a prepared sodium hydroxide solution by titrating samples of KAP. With the known normality of the base solution,
More informationRIDASCREEN Gliadin. Validation Report. R-Biopharm AG. Art.No. R7001
RIDASCREEN Gliadin Art.No. R7001 AOAC-Official Method New of Analysis (2012.01) AOAC-RI certified (120601) Codex Alimentarius Method (Type I) Validation Report Test validation RIDASCREEN Gliadin is a sandwich
More informationAdvancing Agriculture Grape Industry Development Program
2017-2018 Advancing Agriculture Grape Industry Development Program 1) Objectives: To provide assistance for the establishment of new or more productive vineyards. To assist with the adoption of new technologies
More informationLaboratory Performance Assessment. Report. Analysis of Pesticides and Anthraquinone. in Black Tea
Laboratory Performance Assessment Report Analysis of Pesticides and Anthraquinone in Black Tea May 2013 Summary This laboratory performance assessment on pesticides in black tea was designed and organised
More informationChapter 3 PFAS Results
Chapter 3 PFAS Results 3.1 CONTAMINANT COMPARISON LEVELS PFAS compounds are emerging contaminants and do not have promulgated state or federal screening criteria. Drinking water health advisories for PFOA
More informationAn Overview of Official Methods of Analysis
An Overview of Official Methods of Analysis Analytical methods used by enforcement laboratories for the implementation of legislation must be subject to validation procedures, in order to show that the
More informationINSTRUCTIONS TO COMPLETE THE SELF EVALUATION CHECKLIST
INSTRUCTIONS TO COMPLETE THE SELF EVALUATION CHECKLIST In order to prepare you and your organization to move toward becoming a recognized facility under the Gluten Free Certification Program (GFCP), we
More informationCertified Home Brewer Program. Minimum Certification Requirements
Certified Home Brewer Program Minimum Certification Requirements SCA's Minimum Certification Requirements for Coffee Brewers 1. Coffee Volume: The volume of the brew basket must be sized in proportion
More informationAsian Journal of Chemistry; Vol. 23, No. 7 (2011),
Asian Journal of Chemistry; Vol. 3, No. 7 (11), 3-37 Determination of Copper, Iron, Manganese, ckel and Zinc in Tea Leaf Consumed in Syria by Flame Atomic Absorption Spectrometry after Microwave Digestion
More informationElemental Analysis of Yixing Tea Pots by Laser Excited Atomic. Fluorescence of Desorbed Plumes (PLEAF) Bruno Y. Cai * and N.H. Cheung Dec.
Elemental Analysis of Yixing Tea Pots by Laser Excited Atomic Fluorescence of Desorbed Plumes (PLEAF) Bruno Y. Cai * and N.H. Cheung 2012 Dec. 31 Summary Two Yixing tea pot samples were analyzed by PLEAF.
More informationTotal Dissolved Solids:
Total Dissolved Solids: Going From Tedious to TDS Michael Bechtold, Technical Specialist Total Dissolved Solids (TDS) What is it and why does it matter? How is it currently being tested? Why is TDS so
More informationINDUSTRY FACT SHEET. Vintage Wine and Application of Enhanced Allergen Regulations July 2012
CANADIAN VINTNERS ASSOCIATION ASSOCIATION DES VIGNERONS DU CANADA INDUSTRY FACT SHEET Vintage Wine and Application of Enhanced Allergen Regulations July 2012 There are new Canadian labelling requirements
More informationSubject: Industry Standard for a HACCP Plan, HACCP Competency Requirements and HACCP Implementation
Amendment 0: January 2000 Page: 1 V I S C New Zealand Subject: Industry Standard for a HACCP Plan, HACCP Competency Requirements and HACCP Implementation Reference Nos: VISC 1 Date issued: 27 January 2000
More informationSolid Phase Micro Extraction of Flavor Compounds in Beer
Solid Phase Micro Extraction of Flavor Compounds in Beer ANNE JUREK Reducing Carryover in Environmental Water Samples Application Note Environmental Author Anne Jurek Applications Chemist EST Analytical
More informationISO 712 INTERNATIONAL STANDARD. Cereals and cereal products Determination of moisture content Reference method
INTERNATIONAL STANDARD ISO 712 Fourth edition 2009-11-15 Cereals and cereal products Determination of moisture content Reference method Céréales et produits céréaliers Détermination de la teneur en eau
More informationThis document is a preview generated by EVS
INTERNATIONAL STANDARD ISO 4150 Third edition 2011-11-15 Green coffee or raw coffee Size analysis Manual and machine sieving Café vert Analyse granulométrique Tamisage manuel et à la machine Reference
More informationQuality of western Canadian peas 2017
ISSN 1920-9053 Quality of western Canadian peas 2017 Ning Wang Program Manager, Pulse Research Grain Research Laboratory Canadian Grain Commission 1404-303 Main Street Winnipeg MB R3C 3G8 www.grainscanada.gc.ca
More informationChemometric analysis of minerals and trace elements in Sicilian wines from two
SUPPLEMENTARY MATERIAL Chemometric analysis of minerals and trace elements in Sicilian wines from two different grape cultivars Angela Giorgia Potortί, Vincenzo Lo Turco*, Marcello Saitta, Giuseppe Daniel
More informationBrackish And Seawater Methods List for Automated Ion Analyzers. Flow Injection Analysis
Brackish And Seawater Methods List for Automated Ion Analyzers Flow Injection Analysis 19 January 2018 ii Introduction Lachat Instruments has many methods for the analysis of nutrients and other ions in
More informationICP Test Report Certification Packet
ICP Certification Packet Company name: Littelfuse, Inc. Product Series: 3.6x10 Fuse Product #: 672P, 673P, 674P, 675P, 676P, 677P series Issue Date: April 26, 2014 It is hereby certified by Littelfuse,
More informationThe Determination of Pesticides in Wine
Application Note Abstract According to the state institute for chemical and veterinary analysis of food, Conventionally grown wine grapes are one of the crops most extensively treated with pesticides (CVUA
More informationImport Health Standard
Import Health Standard Fresh Pumpkin, Squash and Butternut for Human Consumption or Decorative Purposes MPI.IHS.FP.PUMPKIN Issued under the Biosecurity Act 1993 TITLE Import Health Standard: Fresh Pumpkin,
More informationDETERMINATION OF CHROMIUM IN MACEDONIAN WINE BY ELECTROTHERMAL ATOMIC ABSORPTION SPECTROMETRY
DETERMINATION OF CHROMIUM IN MACEDONIAN WINE BY ELECTROTHERMAL ATOMIC ABSORPTION SPECTROMETRY J. CVETKOVIC A, S. ARPADJAN B, I. KARADJOVA B AND T. STAFILOV C a Institute of Agriculture, Bull. A. Makedonski
More informationINNOVATIVE SOLUTIONS POWERING YOUR SAFETY SUCCESS
www.vivotecnia.com INNOVATIVE SOLUTIONS POWERING YOUR SAFETY SUCCESS www.onlycorechem.com 2 www.vivotecnia.com APPLYING FOR BIOCIDAL PRODUCTS AUTHORISATION Strategies to get access to the EU market GENERAL
More informationAfrican Mineral Standards
Tel: +2711 923 7000 ax: +2711 923 7027 e-mail: info@amis.co.za web: www.amis.co.za 30 lectron Avenue, sando, 1600. P.O. ox 856, sando, 1600, South Africa. A Division of Set Point ndustrial Technology (
More informationApplication Note No. 184/2015
Application Note No. 184/2015 Fat determination in Yogurt Extraction Unit E-816 ECE: Fat Determination in Yogurt samples using Twisselmann and Soxhlet extraction www.buchi.com Quality in your hands 1.
More informationBul. Shk. Gjeol 1/2014 Special Issue Proceedings of XX CBGA Congress, Tirana, Albania, 24-26 September 2014 General Session G09 Trace elements in soils and vine from Tikves area-republic of Macedonia with
More informationGEORGIA DEPARTMENT OF CORRECTIONS Standard Operating Procedures
Policy Number: 409.04.31 Effective Date: 10/24/17 Page Number: 1 of 7 I. Introduction and Summary: It is the policy of the Food and Farm Services Subdivision to establish and outline standard operating
More informationNapa County Planning Commission Board Agenda Letter
Agenda Date: 7/1/2015 Agenda Placement: 10A Continued From: May 20, 2015 Napa County Planning Commission Board Agenda Letter TO: FROM: Napa County Planning Commission John McDowell for David Morrison -
More informationDETERMINATION OF CADMIUM IN SAUDI ARABIAN IMPORTED GREEN TEA SAMPLES BY ICP-MS
Int. J. Chem. Sci.: 9(3), 2011, 953-959 ISSN 0972-768X www.sadgurupublications.com DETERMINATION OF CADMIUM IN SAUDI ARABIAN IMPORTED GREEN TEA SAMPLES BY ICP-MS SEHAM A. AL-ANSI *, AHMED A. OTHMAN and
More informationDetermination of Lead in Saudi Arabian Imported Green Tea by ICP-MS
ISSN: 0973-4945; CODEN ECJHAO E- http://www.e-journals.net 2012, 9(1), 79-82 Determination of Lead in Saudi Arabian Imported Green Tea by ICP-MS AHMED OTHMAN *, SEHAM AL-ANSI and MOHAMMED AL-TUFAIL Toxicology
More information2017 GROUNDWATER MONITORING AND CORRECTIVE ACTION REPORT ASH BASIN 1 MONTOUR STEAM ELECTRIC STATION DERRY TOWNSHIP MONTOUR COUNTY, PENNSYLVANIA
2017 GROUNDWATER MONITORING AND CORRECTIVE ACTION REPORT ASH BASIN 1 MONTOUR STEAM ELECTRIC STATION DERRY TOWNSHIP MONTOUR COUNTY, PENNSYLVANIA Prepared For: WASHINGTONVILLE, PENNSYLVANIA Prepared By:
More informationBromine Containing Fumigants Determined as Total Inorganic Bromide
Bromine Containing Fumigants Determined as Total Inorganic Bromide Introduction: Fumigants containing bromine, mainly methyl bromide, are used for soil disinfection as well as postharvest treatment of
More informationStable Isotope ratio databank for food authentication and traceability. Federica Camin
Stable Isotope ratio databank for food authentication and traceability Federica Camin Methods/limits usable in official controls EU Regulation 822/2004, EU regulation and OIV methods for grape products.
More informationCONCENTRATION LEVELS OF METALS IN COMMERCIALLY AVAILABLE ETHIOPIAN ROASTED COFFEE POWDERS AND THEIR INFUSIONS
, 11-24. ISSN 1011-3924 Printed in Ethiopia 2011 Chemical Society of Ethiopia CONCENTRATION LEVELS OF METALS IN COMMERCIALLY AVAILABLE ETHIOPIAN ROASTED COFFEE POWDERS AND THEIR INFUSIONS Ramato Ashu and
More informationStreamlining Food Safety: Preventive Controls Brings Industry Closer to SQF Certification. One world. One standard.
Streamlining Food Safety: Preventive Controls Brings Industry Closer to SQF Certification One world. One standard. Streamlining Food Safety: Preventive Controls Brings Industry Closer to SQF Certification
More informationSpecify the requirements to be met by agricultural Europe Soya soya bean collectors and Europe Soya primary collectors.
REQUIREMENTS 02, Version 03 Agricultural Soya Bean Collector and Primary Collector Purpose Definition Outline Specify the requirements to be met by agricultural Europe Soya soya bean collectors and Europe
More informationAssessment of the CDR BeerLab Touch Analyser. March Report for: QuadraChem Laboratories Ltd. Campden BRI Group contracting company:
Campden BRI Group: Campden BRI (registered no. 510618) Campden BRI (Chipping Campden) Limited (registered no. 3836922) Campden BRI (Nutfield) (registered no. 2690377) Registered Office: Station Road Chipping
More information2,4-D (020) The 2001 Meeting received information on GAP and supervised residue trials for the postharvest use of 2,4-D on lemons and oranges.
91 2,4-D (2) EXPLANATION 2,4-D was evaluated for residues within the CCPR Periodic Review Programme by the JMPR in 1998. The Meeting recommended numerous MRLs including an MRL of.1 mg/kg for grapefruit
More informationQuantification of Asbestos in Soils
Quantification of Asbestos in Soils Analysis of New Zealand soils using UK methodology WasteMINZ 2015 Rhodri Williams Section Manager: Asbestos for Hill Laboratories, Christchurch BSc (Hons) in Chemistry,
More informationQUALITY DESCRIPTOR / REPRESENTATIONS GUIDELINES FOR THE
QUALITY DESCRIPTOR / REPRESENTATIONS GUIDELINES FOR THE AUSTRALIAN FRUIT JUICE INDUSTRY Adopted 30 September 2005 Reviewed 12 January 2007 CODE OF PRACTICE QUALITY DESCRIPTOR/REPRESENTATIONS GUIDELINES
More informationRULE 4695 BRANDY AGING AND WINE AGING OPERATIONS (Adopted September 17, 2009)
RULE 4695 BRANDY AGING AND WINE AGING OPERATIONS (Adopted September 17, 2009) 1.0 Purpose The purpose of this rule is to limit volatile organic compound (VOC) emissions from brandy aging and wine aging
More informationGuidelines for Validation of Dry Roasting Processes
october 2007 Guidelines for Validation of Dry Roasting Processes Overview The Almond Board of California (ABC), working with researchers from universities and commercial laboratories, initiated several
More informationSustainable Coffee Economy
Seeking a Balance Sustainable Coffee Economy Brazilian initiatives and experience Environmental Sustainability Respecting the limits of capacity Economic Sustainability support of ecosystems Rational and
More informationSeparating the Components of a Mixture
Separating the Components of a Mixture Introduction Many naturally occurring substances occur as mixtures rather than pure substances. There are two main types of mixtures, homogeneous and heterogeneous.
More informationAnalytical Method for Coumaphos (Targeted to agricultural, animal and fishery products)
Analytical Method for Coumaphos (Targeted to agricultural, animal and fishery products) The target compound to be determined is coumaphos. 1. Instruments Gas chromatograph-flame thermionic detector (GC-FTD)
More informationmyclobutanil 987 MYCLOBUTANIL (181)
myclobutanil 987 MYCLOBUTANIL (181) EXPLANATION Myclobutanil was evaluated in 1992 and. In the JMPR evaluated six field trials on hops conducted in the UK but the four trials which complied with GAP were
More informationThe following tested product(s) were submitted and identified by the vendor as:
Report No. : 委 -14-04-VLP-0038-TP Page 1 of 13 Issued: Mar. 6, 2015 LM-80 TEST REPORT The following tested product(s) were submitted and identified by the vendor as: Applicant : EVERLIGHT ELECTRONICS CO.,
More informationInspector s Guidebook for Certification PUBLISHED BY THE SPECIALTY COFFEE ASSOCIATION OF AMERICA (SCAA) June 2015 Pages: Cover + 8
Inspector s Guidebook for Certification PUBLISHED BY THE SPECIALTY COFFEE ASSOCIATION OF AMERICA (SCAA) June 2015 Pages: Cover + 8 Purpose To be completed by an SCAA Lab Inspector to determine whether
More informationApplication Note: Analysis of Melamine in Milk (updated: 04/17/09) Product: DPX-CX (1 ml or 5 ml) Page 1 of 5 INTRODUCTION
Page 1 of 5 Application Note: Analysis of Melamine in Milk (updated: 04/17/09) Product: DPX-CX (1 ml or 5 ml) INTRODUCTION There has been great interest recently for detecting melamine in food samples
More informationOPTO Laboratory Test Report IES LM MEASURING LUMEN MAINTENANCE OF LED LIGHT SOURCE. Test Date January 16, 2014 to April 8, 2015.
IES LM-80-08 MEASURING LUMEN MAINTENANCE OF LED LIGHT SOURCE Report Number Test Sample Q131108 2T03X2WW11000002 Rating DC 60mA 0.2W Normal CCT 2,700 K Test Date January 16, 2014 to April 8, 2015 Test Address
More informationRESOLUTION OIV-OENO MONOGRAPH ON GLUTATHIONE
RESOLUTION OIV-OENO 571-2017 MONOGRAPH ON GLUTATHIONE THE GENERAL ASSEMBLY, IN VIEW OF Article 2, paragraph 2 iv of the Agreement of 3 April 2001 establishing the International Organisation of Vine and
More informationIntroduction to the General Chemistry II Laboratory. Lab Apparatus and Glassware
Introduction to the General Chemistry II Laboratory Lab Apparatus and Glassware Review the first of two photographs at the end of the Data Documentation section, near the beginning of your lab manual.
More informationDELAWARE COMPENSATION RATING BUREAU, INC. Proposed Excess Loss (Pure Premium) Factors
Exhibit 17b As Filed COMPENSATION RATING BUREAU, INC. Proposed Excess Loss (Pure Premium) Factors Proposed excess loss (pure premium) factors are shown on the last page of the attachment together with
More informationANALYTICAL SUMMARY REPORT
Food and Environmental Quality Laboratory Page 1 of 77 ANALYTICAL SUMMARY REPORT 2012 MITC Residential Community Air Assessment; Franklin County, Washington Author Ned Hastings Laboratory Research Director
More information