They are terrible if you don’t use an exhaust system sized to your stove.
Cooking on induction unvented is also bad, less bad than cooking on unvented gas, but you’re still putting things in the air that you’re not supposed to breathe.
If you have an exhaust fan, turn it on no matter what you cook with. If you don’t have an exhaust system, open a window.
No, gas stoves CONSTANTLY ooze dangerous gas. You cannot get a 100% sealed-whole-off burner on gas stoves. They just aren’t made well enough (it would be crazy expensive).
In one study, 75% of the methane released from the stoves released while they were “off”.
But yeah, there is this dumb trend in the EU to have filters that just filter the gas through a bit of (very quickly saturated and useless) carbon and spit it back out in the same room if you have an induction stove in order to seal the house better for EPC energy efficiency rating. It should be vented outside.
I have an air quality monitor in my living room, and it knows when the stove is on in the kitchen, even if I have the windows open. It’s debatable how much of an effect it has on your health, but overall, we should stop burning fossil fuels wherever and whenever possible. Ditching my gas appliances in my house is high on my list of things to spend money on, even though it’s probably going to be ~10K to get them all switched over.
I want to systematically test air quality when cooking with gas versus electric. Do you notice anything different in the air quality when you use a toaster or other electric appliance that heats food above 350°F/175°C?
I do not have a gas stove but I do have have multiple air quality sensors. Any amount of cooking causes particulates to increase from a base range of 2 to 200+ for 2.5 and 10 ppm.
I’m similar. Surprisingly quick jumps in particulates and voc in the family room when the stove in the kitchen was turned on.
I don’t notice it on small electric appliances (but never explicitly tested them), and no longer have a gas stove
I also have a hepa filter in the family room that would come on surprisingly quickly and made a significant difference …. When it was new. Unfortunately that has gotten bumped so many times that it is usually throwing an error
They are terrible if you don’t use an exhaust system sized to your stove.
Cooking on induction unvented is also bad, less bad than cooking on unvented gas, but you’re still putting things in the air that you’re not supposed to breathe.
If you have an exhaust fan, turn it on no matter what you cook with. If you don’t have an exhaust system, open a window.
No, gas stoves CONSTANTLY ooze dangerous gas. You cannot get a 100% sealed-whole-off burner on gas stoves. They just aren’t made well enough (it would be crazy expensive).
In one study, 75% of the methane released from the stoves released while they were “off”.
https://www.researchgate.net/publication/358175476_Methane_and_NO_x_Emissions_from_Natural_Gas_Stoves_Cooktops_and_Ovens_in_Residential_Homes
But yeah, there is this dumb trend in the EU to have filters that just filter the gas through a bit of (very quickly saturated and useless) carbon and spit it back out in the same room if you have an induction stove in order to seal the house better for EPC energy efficiency rating. It should be vented outside.
I have an air quality monitor in my living room, and it knows when the stove is on in the kitchen, even if I have the windows open. It’s debatable how much of an effect it has on your health, but overall, we should stop burning fossil fuels wherever and whenever possible. Ditching my gas appliances in my house is high on my list of things to spend money on, even though it’s probably going to be ~10K to get them all switched over.
I want to systematically test air quality when cooking with gas versus electric. Do you notice anything different in the air quality when you use a toaster or other electric appliance that heats food above 350°F/175°C?
I do not have a gas stove but I do have have multiple air quality sensors. Any amount of cooking causes particulates to increase from a base range of 2 to 200+ for 2.5 and 10 ppm.
I’m similar. Surprisingly quick jumps in particulates and voc in the family room when the stove in the kitchen was turned on.
I don’t notice it on small electric appliances (but never explicitly tested them), and no longer have a gas stove
I also have a hepa filter in the family room that would come on surprisingly quickly and made a significant difference …. When it was new. Unfortunately that has gotten bumped so many times that it is usually throwing an error