Methods using fluorosulfones for extinguishing fire, preventing fire, and reducing or eliminating the flammability of a flammable working fluid
a technology of fluorosulfone and working fluid, which is applied in the direction of fire extinguishers, dental surgery, organic chemistry, etc., can solve the problems of ozone depletion, short atmospheric lifetime, low global warming potential, and low toxicity, and achieve the effect of reducing or eliminating the flammability of a flammable working fluid
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Fire Extinguishing Concentration of CF3CF2SO2CF2CF3
[0038] The fire extinguishing concentration of CF3CF2SO2CF2CF3 is determined by the NFPA Standard Cup Burner method. This method is described in NFPA 2001-2003, Annex B.
[0039] Specifically, an air stream is passed at 40 liters / minute through an outer chimney (8.5 cm inner diameter by 53 cm tall) from a glass bead distributor at its base. A fuel cup burner (3.1 cm outer diameter and 2.15 cm inner diameter) is positioned within the chimney at 23.5 cm above the top of the bead distributor. The fire extinguishing agent is added to the air stream prior to its entry into the glass bead distributor while the air flow rate is maintained at 40 liters / minute for all tests. The air and agent flow rates are measured using calibrated rotameters.
[0040] The test is conducted by adjusting the fuel (n-heptane) level in the reservoir to bring the liquid fuel level in the cup burner just even with the ground glass lip on the burner cup. With the ai...
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