when I hear of industrial uses of phosphorus my ears prick up since phosphorus is a key limiting factor for life.
A world where this actually became industrially very successful combined with a lack of recycling could potentially add large new sink for phosphorus.
In general, be careful when creating a process which locks meaningful amount of phosphorus out of the biosphere.
This looks like recycling fetishism. It's perfectly fine to burn such materials, if they were obtained from non-fossil sources to start with, so there would be no net CO2 addition to the atmosphere.
An adjacent design validation question on a green chip factory and product design:
Will Phytic acid in Lignin-Vitrimer encase burning CNT carbon nanotubes in a phosphorous char cage, this preventing health hazards and combustion?
when I hear of industrial uses of phosphorus my ears prick up since phosphorus is a key limiting factor for life.
A world where this actually became industrially very successful combined with a lack of recycling could potentially add large new sink for phosphorus.
In general, be careful when creating a process which locks meaningful amount of phosphorus out of the biosphere.
This looks like recycling fetishism. It's perfectly fine to burn such materials, if they were obtained from non-fossil sources to start with, so there would be no net CO2 addition to the atmosphere.
An adjacent design validation question on a green chip factory and product design:
Will Phytic acid in Lignin-Vitrimer encase burning CNT carbon nanotubes in a phosphorous char cage, this preventing health hazards and combustion?
This says "phosphorous epoxy".
FR4 silicon PCBs are N-doped and P-doped.