Properties:
| Related Categories | Additional Standards, Analytical Standards, Analytical/Chromatography, Proficiency Testing, Underground Storage Tank PTs (UST), |
| packaging | ampule of 1 × 2 mL |
| mfr. no. | RTC, PEO-115TX-H |
| concentration | in acetone |
Description:
Frequently Asked Questions
Frequently Asked Questions
are available for this Product.
General description
This proficiency testing sample is produced in accordance with ISO/IEC 17043:2010. All information regarding the use of this material can be found in the reporting packet supplied for each sample.
Other Notes
Proficiency testing samples are presented as single blind. No values for the samples are released unti the testing period concludes. Values of analytes vary lot to lot.
Proficiency Testing Schedule (2017-2018)
Soils
LPTP17-S1 February 1 - March 17, 2017
LPTP17-S2 April 12 - May 26, 2017
LPTP17-S3 July 26 - September 8, 2017
LPTP17-S4 October 11 - November 24, 2017
LPTP18-S1 January 31 - March 16, 2018
LPTP18-S2 April 11 - May 25, 2018
LPTP18-S3 July 25 - September 7, 2018
LPTP18-S4 October 10 - November 23, 2018
Quick-Turn Study - (non-scheduled proficiency test that is available at any time)
Preparation Note
This vial contains a concentrate of a blended gasoline from three different sources and diesel fuel oil No. 2 in pentane for analysis by TNRCC Method 1005.
When prepared according to instructions, the concentration of each analyte will be less than 100 mg/L.
The packsize on this sample has recently changed from 2ML to 1.2ML. This change does not affect the performance of the proficiency test.
Sample preparation
To prepare solution, fill a 40-mL voa vial to volume with carbon-filtered reagent-grade water at room temperature.
Remove enough water to allow for the addition of extraction solvent.
Open vial PE1619-1.2ML and immediately withdraw 40 μL with a gas tight syringe.
Quickly inject the 40 μL aliquot below the surface of the reagent water in the voa vial.
Add the extraction fluid.
Mix the sample by inverting the flask three times only (excessive shaking results in loss of volatiles) and analyze immediately. Assume a 40mL sample for calculation purposes.
Note this is a 1:1000 dilution and other dilutions are acceptable.
Safety:
GHS02, GHS07, GHS08, GHS09
