denzien

denzien t1_j0dsp5h wrote

Not quite ... liquid water can reach 212°C as long as there's at least 20 atmospheres of additional pressure on it.

At standard atmosphere though, adding more energy just speeds the vaporization. This makes water useful for controlling cooking - as long as liquid water exists in a pan, the temperature of the pan can't exceed the boiling temperature at your elevation.

There's a method of cooking bacon that submerges it in a little water. Bacon undergoes the maillard reaction (browning) at [a fast rate around] 300°F. As long as there is water in the pan, browning of the bacon will not occur. The fat, however, renders out at 140°F. So this method uses water to provide the energy to render out the fat safely delaying the maillard reaction until the water has all evaporated. The pan will then increase over ≈212°F very quickly, so best to be careful not to burn it.

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