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Concurrent Quantitation of Different PFAS Chain Lengths in Water using a Single Direct Injection LCMS/MS Method
This technical note describes a direct injection LC–MS/MS method using mixed-mode chromatography for analyzing ultrashort-, short-, and long-chain PFAAs in various water samples. The approach stabilizes retention times and ensures effective separation, particularly for ultrashort-chain PFAAs.
Concurrent Quantitation of Different PFAS Chain Lengths in Water using a Single Direct Injection LCMS/MS Method
This technical note describes a direct injection LC–MS/MS method using mixed-mode chromatography for analyzing ultrashort-, short-, and long-chain PFAAs in various water samples. The approach stabilizes retention times and ensures effective separation, particularly for ultrashort-chain PFAAs.
Document Type:
Technical Notes
Techniques:
Brands:
Separation Modes:
Reversed Phase
Phases:
Concurrent Quantitation of Different PFAS Chain Lengths in Water using a Single Direct Injection LCMS/MS Method
This technical note describes a direct injection LC–MS/MS method using mixed-mode chromatography for analyzing ultrashort-, short-, and long-chain PFAAs in various water samples. The approach stabilizes retention times and ensures effective separation, particularly for ultrashort-chain PFAAs.
| Target Industries: | Environmental Testing, PFAS Testing in Drinking Water, Wastewater, Food, Soils and Sediments. |
| Techniques: | HPLC, HPLC Reversed Phase |
| Brands: | Biozen LC, Luna Omega |
| Separation Modes: | Reversed Phase |
| Phases: | Luna Omega PS C18, Biozen-Glycan |
Phenomenex is a technology leader committed to developing novel analytical chemistry solutions that solve the separation and purification challenges of researchers worldwide.
Phenomenex is a technology leader committed to developing novel analytical chemistry solutions that solve the separation and purification challenges of researchers worldwide.