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Full Automation of EPA Method 533 for PFAS.
Comparing SPE-03 with manual extraction using field sample data
Analysis of 1,4-Dioxane in drinking water following EPA Method 522.
Automated extraction with SPE-03 showing background and recoveries
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PFAS Analysis using EPA Method 537.1
Automation of PFAS analysis using EPA Method 537.1
Considerations, optimizations and results.
Two-tier online SPE and large volume sample introduction
achieving siginificantly higher sensitivity, column longevity and reduced sample preparation time for HPLC/LC-MS analysis using SPE-04 online SPE system.
Using online SPE's between-column deriviatization in the direct analysis of estrogen to increase detection sensitivity and reproducibility of HPLC.
Using online SPE's between-column deriviatization in the direct analysis of estrogen
to increase detection sensitivity and reproducibility of HPLC.
Bringing down the analysis time of
benzopyrene in water at ppt level using online SPE coupled with HPLC
from 1-2 hours to 10 minutes
Rapid analysis of benzo(a)pyrene in water at ppt level using online SPE coupled with HPLC with UV detection
Automated extraction of Polycyclic aromatic hydrocarbons (PAH) in waters using just one solvent at 2.5mL elution volume
A simple, reliable and high recovery method for
automated extraction of PAH in water
using just one solvent at 2.5 mL elution volume
solid phase extraction with chromatographic analysis
Automation of SPE
for trace analysis