BTEX/MTBE in Water - PT
Product Number PE1642-2ML
Price:
$76.50
Availability:
Available
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PE1642-2ML BTEX/MTBE in Water
Description
This PT sample is packaged as a 1.5 mL concentrate.
The solvent for This sample is methanol.
The PT sample is not preserved.
The sample must be stored at 4ºC.
Sample Preparation
Fill a 100 mL Class A Volumetric Flask with 90 mL of organic free reagent water.
Allow the ampule concentrate to equilibrate to room temperature.
Open the ampule and pipet exactly 20 µL of the concentrate into the flask.
Fill to volume.
Stopper the flask and mix by gentle inversion 3 times. Excessive mixing will result in loss of volatiles and should be avoided.
This represents the sample for analysis.
Report results in µg/L.
|
PE1642-2ML BTEX/MTBE in Water
Description
This PT sample is packaged as a 1.5 mL concentrate.
The solvent for This sample is methanol.
The PT sample is not preserved.
The sample must be stored at 4ºC.
Sample Preparation
Fill a 100 mL Class A Volumetric Flask with 90 mL of organic free reagent water.
Allow the ampule concentrate to equilibrate to room temperature.
Open the ampule and pipet exactly 20 µL of the concentrate into the flask.
Fill to volume.
Stopper the flask and mix by gentle inversion 3 times. Excessive mixing will result in loss of volatiles and should be avoided.
This represents the sample for analysis.
Report results in µg/L.
|
PE1642-2ML BTEX/MTBE in Water
Description
This PT sample is packaged as a 1.5 mL concentrate.
The solvent for This sample is methanol.
The PT sample is not preserved.
The sample must be stored at 4ºC.
Sample Preparation
Fill a 100 mL Class A Volumetric Flask with 90 mL of organic free reagent water.
Allow the ampule concentrate to equilibrate to room temperature.
Open the ampule and pipet exactly 20 µL of the concentrate into the flask.
Fill to volume.
Stopper the flask and mix by gentle inversion 3 times. Excessive mixing will result in loss of volatiles and should be avoided.
This represents the sample for analysis.
Report results in µg/L.
|