Design | CO2, NOX, N2O Filter

The second container is dedicated to the removal of the CO2, NOX and N2O greenhouse gases.  This is done with UV lights, heat from the exhaust pipe, Titanium Dioxide (TiO2) and a microscopic mesh catalyst made with nickel-iron. 

Using UV lights, Titanium Dioxide (TiO2) coated on a microscopic mesh catalyst made with nickel-iron and heat creates hydroxyl free radicals; breaking down nitrogen oxides (NOX) and nitrous oxides (N2O) gases.

For the use of this device. It is strongly advised to use a nickel-iron catalyst instead of an expensive platinum catalyst to break apart carbon dioxide (CO2) into carbon and oxygen gases.

The electrochemical cell using the nickel-iron catalyst works at almost 100% efficiency. CO2 can spontaneously break apart in the presence of an electric field above 40 V/nm.

The nickel-iron mesh is used as a fail-safe medium to further separate the CO2, NOX, and N2O greenhouse gases.  When using microscopic Titanium Dioxide (TiO2) on the nickel-iron mesh with UV lights in the presence of an electric field above 40 V/nm; the chemical bond of the greenhouse gases will be broken into its most basic form.

The result is that the harmless gases can pass through with water vapour, creating a safer and cleaner exhaust emission!