Problem
Climate Change is on the verge of causing a planetary extinction event. We regularly experience the catastrophic consequences of climate change including hurricanes, droughts, economic disruption, global warming, and species extinction. Atmosphere greenhouse gas CO2 concentration is building at a rapid rate.
Solution
C2CNT LLC solves the problem of global warming by its proprietary technology transforming the greenhouse gas CO2 into a valuable commodity carbon nanotubes or “CNTs” by high-yield electrolysis in molten salts. The only reactant CO2 is a no-cost resource and is available in massive quantities (fossil fuel power plants alone emit over 1.9 gigatonnes of CO2 annually). Currently, CNTs cost over $100k per ton. C2CNT provides a disruptive product (CNTs priced an order of magnitude lower), a massive market as a lighter and stronger replacement to steel and aluminum, and a disruptive service (value added carbon dioxide mitigation).
- C2CNT’s innovative proprietary process transforms the widest range of carbon dioxide.
- C2CNT Technology – Direct, Low Cost, High Rate, Transformation of Carbon Dioxide to Carbon Nanotubes.
- Retrofit and design of CO2-free industrial power plants.
- Carbon Nanotube’s superior strength, conductivity, flexibility, and durability allow for its applications in light-weight metal’s replacement, in Li-ion batteries and in nano electronics.
Technology
The C2CNT technology is a proprietary, revolutionary technology introduced in 2015. C2CNT technology is delineated in C2CNT’s peer-reviewed technical publications and described in international media including the descriptions in the BBC, Forbes and Science. C2CNT uniquely directly removes and eliminates the greenhouse gas carbon dioxide from the atmosphere or from power plants, industrial processes, transportation and CO2 domestic sources. Instead of emitting carbon dioxide, C2CNT inexpensively produces carbon nanotubes (CNTs), carbon nano-onions (CNOs), or graphene, or ultra-strong carbon structural materials. In C2CNT CO2 is intercepted directly from the atmosphere, or from flue stacks, without the need to concentrate the CO2 , and split by electrolysis into O2 at the anode and into high value CNTs, formed by transition metal nucleation sites, at the cathode.
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