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Reference Details

Citation
Zhang et al 2021b
Author
Zhang, W., Cao, H., and Liang, Y.
Title
Degradation by hydrothermal liquefaction of fluoroalkylether compounds accumulated in cattails (Typha latifolia)
Source
Journal of Environmental Chemical Engineering
Publication Year
2021
Reference Category
Primary Sources
Reference Type
Peer Reviewed Journals
Source Details
DOI: 10.1016/j.jece.2021.105363
DOI
10.1016/j.jece.2021.105363Exit
Non-Targeted Analysis Flag
Yes
Non-Targeted Analysis Details
Includes identification, but not quantitation, of degradation products present in solid phase residuals (Figure 6)
Notes
Results include removal efficiency for GenX, ADONA, and F-53B by hydrothermal liquifaction of pure aqueous solutions and cattail biomass

Scope

Open ScopeMatrix DetailScope Detail
Open ScopeHydrothermal TreatmentLabOtherCattail (Typha latifolia) plant shootsResults include removal efficiency for GenX, ADONA, and F-53B by hydrothermal liquifaction of pure aqueous solutions and cattail biomass (p. 4)
Open ScopeHydrothermal TreatmentLabOtherEther PFAS in aqueous solutionResults include removal efficiency for GenX, ADONA, and F-53B by hydrothermal liquifaction of pure aqueous solutions and cattail biomass (p. 4)
Open ScopeHydrothermal TreatmentLabOtherCattail (Typha latifolia) plant rootsResults include removal efficiency for GenX, ADONA, and F-53B by hydrothermal liquefaction of pure aqueous solutions and cattail biomass (p. 4)

Thermal Treatment Results

ADONAHydrothermal Treatment | Lab | Other 200 °C | 2 hour100% NDSee page 5; paragraph 2
ADONAHydrothermal Treatment | Lab | Other 300 °C | 2 hour100% NDSee page 5; paragraph 2
ADONAHydrothermal Treatment | Lab | Other 250 °C | 2 hour100% NDSee page 5; paragraph 2 text
ADONAHydrothermal Treatment | Lab | Other 300 °C | 2 hour100% NDPage 5; paragraph 2 text.
ADONAHydrothermal Treatment | Lab | Other 250 °C | 2 hour100% 20 ug/LNDSee page 5; paragraph 1
ADONAHydrothermal Treatment | Lab | Other 300 °C | 2 hour100% 20 ug/LNDSee page 5; paragraph 1
F-53BHydrothermal Treatment | Lab | Other 200 °C | 2 hour24.64% See page 5; paragraph 2
F-53BHydrothermal Treatment | Lab | Other 300 °C | 2 hour76.17% See page 5; paragraph 2
F-53BHydrothermal Treatment | Lab | Other 300 °C | 2 hour 100% NDSee page 5; paragraph 3
F-53BHydrothermal Treatment | Lab | Other 250 °C | 2 hour38.91% See page 5; paragraph 2 text
F-53BHydrothermal Treatment | Lab | Other 300 °C | 2 hour100% NDPage 5; paragraph 2 text.
F-53BHydrothermal Treatment | Lab | Other 250 °C | 2 hour12.92% 20 ug/LSee page 5; paragraph 1
F-53BHydrothermal Treatment | Lab | Other 300 °C | 2 hour33.78% 20 ug/LSee page 5; paragraph 1
GenXHydrothermal Treatment | Lab | Other 200 °C | 2 hour100% NDSee page 5; paragraph 2
GenXHydrothermal Treatment | Lab | Other 300 °C | 2 hour100% NDSee page 5; paragraph 2
GenXHydrothermal Treatment | Lab | Other 250 °C | 2 hour100% NDSee page 5; paragraph 2 text
GenXHydrothermal Treatment | Lab | Other 300 °C | 2 hour100% NDPage 5; paragraph 2 text.
GenXHydrothermal Treatment | Lab | Other 250 °C | 2 hour100% 20 ug/LNDSee page 5; paragraph 1
GenXHydrothermal Treatment | Lab | Other 300 °C | 2 hour100% 20 ug/LNDSee page 5; paragraph 1