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Reference: Hori, H., Nagaoka, Y., Sano, T., and Kutsuna, S. (2008) Iron-induced decomposition of perfluorohexanesulfonate in sub-and supercritical water - Chemosphere
Scope: Hydrothermal Treatment | Lab | Other: Water heated to super- and sub-critical points, spiked with PFHS and iron powder
Treatment Temperature (°C): 380
Treatent Time: 6
Time Units: Hour
Treatment Details: Supercritical water matrix

row(s) 1 - 6 of 6

Link to Results Record	Analyte	Effectiveness (%)	Initial Concentration	Post Concentration	Offgas Concentration	Additional Details
	PFHxS		5.93 umol	4.14 umol		Entry 1; Iron amount = 0 mmol; Reaction pressure = 23.8 MPa; Results from Table 3; Results for hydrogen and carbon dioxide gas-phase products in Table 3
	PFHxS		5.93 umol	0.31 umol		Entry 2; Iron amount = 9.61 mmol; Reaction pressure = 26.4 MPa; Results from Table 3; Results for hydrogen and carbon dioxide gas-phase products in Table 3
	F		Not reported	7.08 umol		Entry 1; Iron amount = 0 mmol; Reaction pressure = 23.8 MPa; Results from Table 3; Results for hydrogen and carbon dioxide gas-phase products in Table 3
	F		Not reported	36.3 umol		Entry 2; Iron amount = 9.61 mmol; Reaction pressure = 26.4 MPa; Results from Table 3; Results for hydrogen and carbon dioxide gas-phase products in Table 3
	CHF3		Not reported	Not reported	Not reported	Entry 1; Iron amount = 0 mmol; Reaction pressure = 23.8 MPa; Results from Table 3; Results for hydrogen and carbon dioxide gas-phase products in Table 3
	CHF3		Not reported	Not reported	3.66 umol	Entry 2; Iron amount = 9.61 mmol; Reaction pressure = 26.4 MPa; Results from Table 3; Results for hydrogen and carbon dioxide gas-phase products in Table 3

row(s) 1 - 6 of 6