References

Citation: Taylor et al 2014
Author: Taylor, P.H., Yamada, T., Striebich, R.C., Graham, J.L., and Giraud, R.J.
Title: Investigation of waste incineration of fluorotelomer-based polymers as a potential source of PFOA in the environment
Source: Chemosphere
Publication Year: 2014
Reference Category: Primary Sources
Reference Type: Peer Reviewed Journals
Source Details: DOI: 10.1016/j.chemosphere.2014.02.037
DOI: 10.1016/j.chemosphere.2014.02.037 Exit
Non-Targeted Analysis Flag: No
Notes: Formation of PFAS from combustion of composites of pure fluorotelomer-based polymers

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Open Scope	Treatment Process	Scale	Matrix	Matrix Detail	Scope Detail
Open Scope	Incineration	Lab	Other	Fluorotelomer-based polymers	Concentration of PFOA (not detected) and HF in off-gas, 6 experimental runs

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Open Condition	Scope	Temperature (°C)	Treatment Time	Condition Details
Open Condition	Incineration \| Lab \| Other: Fluorotelomer-based polymers	1000	2 second	13% exhaust O2, 10% exhaust H2O

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Link to Results Record	Analyte	Scope	Condition	Effectiveness (%)	Initial Concentration	Post Concentration	Offgas Concentration	Additional Details
	HF	Incineration \| Lab \| Other	1000 °C \| 2 second				3.2 mg/dscm	Data shown are range for all six experimental runs reported in Table 3.
	PFOA	Incineration \| Lab \| Other	1000 °C \| 2 second				<54 ng/dscm	Data shown apply to all six experimental runs reported in Table 3

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