And just categorically saying any alternative must be just as bad is just a non-sequitur, there’s no reason that should be true. Cookware is a good example, cast iron works just as well, is not as bad, the only downside compared to teflon is weight. But it’s not like sending us back to the stone age or anything…
You can have your own opinion here, but anything which performs like PFAS compounds, in the variety of uses that PFAS is used, will almost certainly be bad. In general when you make new compounds and materials which are more complex their potential health impacts are worse. PFAS is already an extremely complex material and while broad sweeping statements might not be 100% accurate, I wouldn’t bet that it’s replacement would be better for people.
It’s another thing altogether if you are recommending going backward in the development chain, cookware is a good example here but it’s limited case underlies the ubiquity of PFAS. Hell, PFAS is a major component in computer part manufacturing and is part of the reason computing technology has progressed as it has.
You can have your own opinion here, but anything which performs like PFAS compounds, in the variety of uses that PFAS is used, will almost certainly be bad. In general when you make new compounds and materials which are more complex their potential health impacts are worse. PFAS is already an extremely complex material and while broad sweeping statements might not be 100% accurate, I wouldn’t bet that it’s replacement would be better for people.
It’s another thing altogether if you are recommending going backward in the development chain, cookware is a good example here but it’s limited case underlies the ubiquity of PFAS. Hell, PFAS is a major component in computer part manufacturing and is part of the reason computing technology has progressed as it has.