Condition

Reference: Pinkard, B. R., Austin, C., Purohit, A. L., Li, J., and Novosselov, I. V. (2023) Destruction of PFAS in AFFF-impacted fire training pit water, with a continuous hydrothermal alkaline treatment reactor - Chemosphere
Scope: Hydrothermal Treatment | Lab | Other: Aqueous film-forming foam impacted fire training pit water
Treatment Temperature (°C): 350
Treatent Time: 2.5
Time Units: Minute
Treatment Details: Addition of 1 M of NaOH; Treatment time interpolated from figures

row(s) 1 - 13 of 13

Analyte	Initial Concentration	Post Concentration	Additional Details
PFOS	1020 ug/L	520 ug/L	Data interpolated from Figure 3
PFPeS	48 ug/L	52 ug/L	Data interpolated from Figure 3
PFBS	59 ug/L	68 ug/L	Data interpolated from Figure 3
PFHxA	95 ug/L	ND	Initial concentration interpolated from Figure 3; Text notes post-concentration below detection limit
PFPeA	60 ug/L	ND	Initial concentration interpolated from Figure 3; Text notes post-concentration below detection limit
PFBA	26 ug/L	ND	Initial concentration interpolated from Figure 3; Text notes post-concentration below detection limit
FtS 8:2	19 ug/L	ND	Initial concentration interpolated from Figure 3; Text notes post-concentration below detection limit
PFHxS	220 ug/L	230 ug/L	Data interpolated from Figure 3
PFOA	410 ug/L	ND	Initial concentration interpolated from Figure 3; Text notes post-concentration below detection limit
PFHpA	110 ug/L	ND	Initial concentration interpolated from Figure 3; Text notes post-concentration below detection limit
FtS 6:2	280 ug/L	ND	Initial concentration interpolated from Figure 3; Text notes post-concentration below detection limit
PFHpS	19 ug/L	17 ug/L	Data interpolated from Figure 3
FtS 4:2	1 ug/L	ND	Initial concentration interpolated from Figure 3; Text notes post-concentration below detection limit

row(s) 1 - 13 of 13

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