| Open Condition | Pyrolysis | Lab | Other: PFOS in powder form; 0.1 gram; SynQuest, 97% | 550 | | As stated from Figure 2. A Combined model predictions and experimental measurement of products detected during the thermal decomposition of
PFOS concentration graphs with a He purge gas flow rate of 100 mL min−1 (2.40−1.27 s) and 420 PPMV of PFOS |
| Open Condition | Pyrolysis | Lab | Other: PFOS in powder form; 0.1 gram; SynQuest, 97% | 700 | | As stated from Figure 2. A Combined model predictions and experimental measurement of products detected during the thermal decomposition of
PFOS concentration graphs with a He purge gas flow rate of 100 mL min−1 (2.40−1.27 s) and 420 PPMV of PFOS |
| Open Condition | Pyrolysis | Lab | Other: PFOS in powder form; 0.1 gram; SynQuest, 97% | 850 | | As stated from Figure 2. A Combined model predictions and experimental measurement of products detected during the thermal decomposition of
PFOS concentration graphs with a He purge gas flow rate of 100 mL min−1 (2.40−1.27 s) and 420 PPMV of PFOS |
| Open Condition | Pyrolysis | Lab | Other: PFOS in powder form; 0.1 gram; SynQuest, 97% | 1000 | | As stated from Figure 2. A Combined model predictions and experimental measurement of products detected during the thermal decomposition of
PFOS concentration graphs with a He purge gas flow rate of 100 mL min−1 (2.40−1.27 s) and 420 PPMV of PFOS |