Algae culture from deep down ocean, where diatoms have evolved to produce Silica shells which can be used as solar cell efficiency enhancer replacing chemically used silica in solar cells which can't be decomposed.
Every kilo placed on solar panels causes at least 200 tons reduction in CO2 emissions through more solar power generation. In addition the material’s production process is climate-positive; it traps at least 8x its weight in CO2, 1x nitrogen and 0,1x phosphorous.
Organic sunscreen can also be prepared....
Algae culture from deep down ocean, where diatoms have evolved to produce Silica shells which can be used as solar cell efficiency enhancer replacing chemically used silica in solar cells which can't be decomposed.
Every kilo placed on solar panels causes at least 200 tons reduction in CO2 emissions through more solar power generation. In addition the material’s production process is climate-positive; it traps at least 8x its weight in CO2, 1x nitrogen and 0,1x phosphorous.
Organic sunscreen can also be prepared.
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