Sea Further bio-engineered carbon materials are superior to common catalysts, increasing the lifetime of energy systems by up to 3 times while significantly reducing the environmental impact.
Characterisation of Novel Nitrogen Doped Reduced Graphene Oxide, Jaak Nerut et al 2022 ECS Trans. 108 99.
Link to Article
Nitrogen-doped graphene is an ideal / promising replacement for
Link to Article
The DOZn evaluator is a systematically used tool by the Sigma-Aldrich® team to quantify the "greenness" of a production method.
They used this measurement to analyze our bio-doping process and compare it with the doping processes of other doped carbon materials listed on their website.
As a result, on a scale from 1 to 100 (1 begin extra eco-friendly and 100 extra pollutant), the usual doping methods have been listed between 75 and 85, whereas our bio-doping system has been evaluated at 2.
Link to Article
Unlike chemical processes, our bio-based approach uses safe compounds, yielding only neutral gases, alkaline ions, and water. It is by design 100% eco-friendly.
We can produce grams to hundreds of kilograms with responsiveness and the best discount rates available on the market today
The process uses only a non-invasive and non-toxic microorganism to produce between 2% and 9% Nitrogen doped graphene and graphene-like carbon materials.
Unlike chemical processes, our bio-based approach uses safe compounds, yielding only neutral gases, alkaline ions, and water. It is by design 100% eco-friendly.
Our process produces 100kg per month per cubic meter of industrial space.
Bio-carbon catalysts for industrial applications
6, Avenue Albert II, Zone F,
entrée B 8ème étage,
98000, Monaco
