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This additive will help both UV degradation as well as microbial (compostible, compostable, biodegradable) degradation of plastic.
The point here is to make an additive that people can use with their own household created plastic waste to mint their own give karma tokens that can be given to others and are good for the environment eco friendly. Give Karma tokens should only ever be given freely so that you know there is no ulterior motive to make them out of virgin plastic which would then contribute to waste instead of reduce it.
This additive is designed to be mixed with plastic to form 3D printer filament that is biodegradable and also uses up waste plastic including recycled, bottles, ocean plastic.
We will use the same ratio of Iron, manganese, and cobalt in our NNS plant nutrition solution.
Recipe: Makes 68g. Add at lets say 5% concentration to waste plastic.
Electron Acceptors
4.7g Iron (II) Sulfate Heptahydrate 20/5lb
1.36g Manganese Chloride Tetrahydrate 28.94/500g
0.004g Cobalt Chloride hexahydrate 12.95/15g
10g Potassium Nitrate
Chelators
10g Glycine ()
2g Bilberry 25% anthocyanidin extract
CO2 sources
20g Starch ()
Photocatalysts
10g ZnO (peroxide)
10g Vermiculite peroxide
Mix should be fine powder.
Iron, manganese, cobalt, starch
https://en.wikipedia.org/wiki/Biodegradable_additives
cyanin vs cyanidin
https://www.intechopen.com/books/solvents-ionic-liquids-and-solvent-effects/solvent-effects-on-dye-sensitizers-derived-from-anthocyanidins-for-applications-in-photocatalysis
zinc oxide vermiculite
https://www.scientific.net/AMR.455-456.265
This additive will help both UV degradation as well as microbial (compostible, compostable, biodegradable) degradation of plastic.
The point here is to make an additive that people can use with their own household created plastic waste to mint their own give karma tokens that can be given to others and are good for the environment eco friendly. Give Karma tokens should only ever be given freely so that you know there is no ulterior motive to make them out of virgin plastic which would then contribute to waste instead of reduce it.
This additive is designed to be mixed with plastic to form 3D printer filament that is biodegradable and also uses up waste plastic including recycled, bottles, ocean plastic.
We will use the same ratio of Iron, manganese, and cobalt in our NNS plant nutrition solution.
Recipe: Makes 68g. Add at lets say 5% concentration to waste plastic.
Electron Acceptors
4.7g Iron (II) Sulfate Heptahydrate 20/5lb
1.36g Manganese Chloride Tetrahydrate 28.94/500g
0.004g Cobalt Chloride hexahydrate 12.95/15g
10g Potassium Nitrate
Chelators
10g Glycine ()
2g Bilberry 25% anthocyanidin extract
CO2 sources
20g Starch ()
Photocatalysts
10g ZnO (peroxide)
10g Vermiculite peroxide
Mix should be fine powder.
Iron, manganese, cobalt, starch
https://en.wikipedia.org/wiki/Biodegradable_additives
cyanin vs cyanidin
https://www.intechopen.com/books/solvents-ionic-liquids-and-solvent-effects/solvent-effects-on-dye-sensitizers-derived-from-anthocyanidins-for-applications-in-photocatalysis
zinc oxide vermiculite
https://www.scientific.net/AMR.455-456.265
Thhanks for posting this
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