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Reference Details

Citation
Aleksandrov et al 2019
Author
Aleksandrov, K., Gehrmann, H-J., Hauser, M., Matzing, H., Pigeon, D., Stapf, D., and Wexler, M.
Title
Waste incineration of Polytetrafluoroethylene (PTFE) to evaluate potential formation of per-and Poly-Fluorinated Alkyl Substances (PFAS) in flue gas.
Source
Chemosphere
Publication Year
2019
Reference Category
Primary Sources
Reference Type
Peer Reviewed Journals
DOI
10.1016/j.chemosphere.2019.03.191Exit
Non-Targeted Analysis Flag
No

Scope

Open ScopeMatrix DetailScope Detail
Open ScopeIncinerationPilotOtherPTFEConcentration of 11 detected PFAS in off-gas for 11 sample pairs (not detected or not statistically signficant compared to control)

Thermal Treatment Results

N-Me-FOSE alcoholIncineration | Pilot | Other 1020 °C | 2.7 second Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
N-Me-FOSE alcoholIncineration | Pilot | Other 870 °C | 4 secondND Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFOAIncineration | Pilot | Other 1020 °C | 2.7 second Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFOAIncineration | Pilot | Other 870 °C | 4 second Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
PFBSIncineration | Pilot | Other 1020 °C | 2.7 second141 ng/dscm Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFBSIncineration | Pilot | Other 870 °C | 4 secondND Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
PFDAIncineration | Pilot | Other 1020 °C | 2.7 second Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFDAIncineration | Pilot | Other 870 °C | 4 second128 ng/dscm Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
PFDoAIncineration | Pilot | Other 1020 °C | 2.7 secondND Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFDoAIncineration | Pilot | Other 870 °C | 4 second124 ng/dscm Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
PFHpAIncineration | Pilot | Other 1020 °C | 2.7 second135 ng/dscm Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFHpAIncineration | Pilot | Other 870 °C | 4 second156 ng/dscm Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
PFHxAIncineration | Pilot | Other 1020 °C | 2.7 second136 ng/dscm Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFHxAIncineration | Pilot | Other 870 °C | 4 secondND Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
PFNAIncineration | Pilot | Other 1020 °C | 2.7 secondND Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFNAIncineration | Pilot | Other 870 °C | 4 secondND Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
PFTeDAIncineration | Pilot | Other 1020 °C | 2.7 secondND Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFTeDAIncineration | Pilot | Other 870 °C | 4 second102 ng/dscm Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ
PFTriAIncineration | Pilot | Other 1020 °C | 2.7 second134 ng/dscm Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFUnAIncineration | Pilot | Other 1020 °C | 2.7 second133 ng/dscm Data from Table 3, setting S2; data include six samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ were treated as 1/2 LOQ
PFUnAIncineration | Pilot | Other 870 °C | 4 secondND Data from Table 3, setting S1; data include five samples, each the sum from four steps of the capture sampling train; in calculating sampling train totals, values less than LOQ