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This is really interesting, because it's in contrast to how I want building design to work. Part of what I want to buy when I purchase shelter is "someone has thought through and designed around the many possible extreme events", but I don't think that's the case at all.
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Yeah. In general I feel like the entire design of this building is the opposite of that - it just feels like everything is superficially fine but nobody has thought through any of the details of what living in it would actually be like.
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"superficially fine but nobody has thought through any of the details of what living in it" is something that I get unreasonably angry about. I don't want listings to tell me about the fancy bathroom tiles; I want to know the technical details about the HVAC systems!
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I think fundamentally there's a market for lemons here. The cost to disaster proof a building is nontrivial, and it's almost impossible to know in advance of a disaster whether it's actually been done, so it becomes price ineffective to offer it.
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I guess this is sort of the function that building codes are supposed to have? But they don't seem to be doing a good job. My last apartment had a gas oven/stove, but literally no active ventilation except a bathroom fan. Apparently that's up to code in Massachusetts!
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Gosh, yes. I got a CO2 monitor recently and fortunately it turns out my flat is fine if the windows are open and rapidly ramps up to about 800 ppm if not. I haven't seen if it goes higher than that, but probably.
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That's pretty typical for indoor CO2, unfortunately. I'm usually content with ~700 ppm. If you haven't already, it's fun to try exercising in a ~closed room with a CO2 monitor. Makes it very clear that carbon mostly leaves our bodies in our breath.
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