I wonder what happens to nanoparticles that get incinerated, graphene has a high melting point, higher than most incinerators. Right back out into the air we breathe, probably.
I wonder what happens to nanoparticles that get incinerated, graphene has a high melting point, higher than most incinerators. Right back out into the air we breathe, probably.
👍💯😉 yep. And then tje air, water and soil cycles redistribute back into our environment, and back into us.😐
The science I've looked at re nanopathology and nanotech, most gloss over the "what happens when it gets destroyed/interacts with other "waste particulates" like PFCs etc?"
Not many studies at all on the cumulative and synergistic effects on organic biology within the nanotech industries.🤔🤔🤨🤐😤🤦♀️
I wonder what happens to nanoparticles that get incinerated, graphene has a high melting point, higher than most incinerators. Right back out into the air we breathe, probably.
👍💯😉 yep. And then tje air, water and soil cycles redistribute back into our environment, and back into us.😐
The science I've looked at re nanopathology and nanotech, most gloss over the "what happens when it gets destroyed/interacts with other "waste particulates" like PFCs etc?"
Not many studies at all on the cumulative and synergistic effects on organic biology within the nanotech industries.🤔🤔🤨🤐😤🤦♀️