It absolutely can burn you, especially if you’re taking about when doing a quick release. I’ve burnt my hand numerous occasions trying to cover the steam vent with a tea towel.
Wet (unsaturated) steam: this is probably what’s coming out of the instant pot. It’s gasified water mixed with tiny particles of liquid water. Industrial processes do not want wet steam in their systems. They have machinery to separate the liquid out. If that liquid water settles out inside a pipe and blocks it, it’ll go shooting down the pipe like a bullet and cause damage to whatever is at the end of the line. If the droplets get into turbomachinery, they’ll tear up the turbines. Adding additional heat will not increase the temperature, but will get consumed by the phase change to evaporate the remaining water and change the wet steam into…
Dry (saturated) steam: this is precisely the point when all the water has been evaporated. If you remove heat, it will start to condense without changing temperature. If you add additional heat, it will increase the temperature of the steam, because there is no water left to evaporate. This is useful because changing phase between liquid and gas consumes/yields a ton of energy, and that happens at a constant temperature. So if you need to transfer heat from one place to another, then saturated steam is what you want. Adding heat to saturated steam gets you…
Superheated steam: at this point you can conceptualize water as a gas. Intuitively, it works just like air or nitrogen or whatever. Pressure/temp relationships act like you’d expect from your everyday experience, because you’re far enough above the gas-liquid phase change temperature that you don’t have to worry about condensation getting into your equipment. If you want to use steam as a working fluid in turbomachinery or something, then you want superheated steam.
All three can hurt you badly, but inadvertent contact with superheated steam will fuck you up or cause irreversible death.
The steam coming out of an Instant Pot. People have looked very worried when I put my hand into the steam blasting out.
It absolutely can burn you, especially if you’re taking about when doing a quick release. I’ve burnt my hand numerous occasions trying to cover the steam vent with a tea towel.
Yeah the second-worst burn I ever got was from steam when I was opening a pressure cooker.
The first-worst was from accidentally touching a soldering iron.
Ooooh, yeah. 400c soldering iron isn’t good for your fingers xD
Terrible idea. Steam will fuck your entire world up. I can put my hand onto a flat top, but steam is bullshit
Fun fact about steam, unlike normal burns it doesn’t kill your nerves.
Ouch. Doesn’t sound fun.
I would look worried too, from what I’ve felt the steam from my Instant Pot is extremely hot!
One might say, it’s boiling!
Why do you put your hand into the steam blasting out?
I would guess that’s hot vapor, not steam. Actual steam is invisible and will burn you
There are a few kinds of steam!
Wet (unsaturated) steam: this is probably what’s coming out of the instant pot. It’s gasified water mixed with tiny particles of liquid water. Industrial processes do not want wet steam in their systems. They have machinery to separate the liquid out. If that liquid water settles out inside a pipe and blocks it, it’ll go shooting down the pipe like a bullet and cause damage to whatever is at the end of the line. If the droplets get into turbomachinery, they’ll tear up the turbines. Adding additional heat will not increase the temperature, but will get consumed by the phase change to evaporate the remaining water and change the wet steam into…
Dry (saturated) steam: this is precisely the point when all the water has been evaporated. If you remove heat, it will start to condense without changing temperature. If you add additional heat, it will increase the temperature of the steam, because there is no water left to evaporate. This is useful because changing phase between liquid and gas consumes/yields a ton of energy, and that happens at a constant temperature. So if you need to transfer heat from one place to another, then saturated steam is what you want. Adding heat to saturated steam gets you…
Superheated steam: at this point you can conceptualize water as a gas. Intuitively, it works just like air or nitrogen or whatever. Pressure/temp relationships act like you’d expect from your everyday experience, because you’re far enough above the gas-liquid phase change temperature that you don’t have to worry about condensation getting into your equipment. If you want to use steam as a working fluid in turbomachinery or something, then you want superheated steam.
All three can hurt you badly, but inadvertent contact with superheated steam will fuck you up or cause irreversible death.