the gas generation step includes the generation of o 2 oh and h 2 gases at roughly the same time the co 2 generator produces co 2 gas which is preferably collected in the storage embedded to the generator itself said o 2 oh and h 2 gases pass through the filter and are mixed with co 2 in the catalytic reactor one of ordinary skill in the art would know that various embodiments call for the gases to be produced at differing times and in differing locations noting that the more critical aspect of this part of the method is the appropriate levels of and for the reaction temperature pressure filtering and mixing the catalytic reactor is preferably maintained at a temperature above 15 u00b0 c and below 500 u00b0 c the gases which will have a pressure preferably equal to or higher than 1 bar and lower than 10 bar are mixed and flow over and in contact with the surface of the catalyst said catalyst is composed of copper nickel iron platinum ruthenium manganese molybdenum and cobalt or mixtures between them and these elements are deposited in fractions and various quantities upon different substrates one of ordinary skill in the art would know that the specific composition and nature of the catalyst may have more beneficial or more negative impact on the physical properties of the resulting fuel gas and other aspects of the process e g the heat and or electricity generated care should be given to use the catalyst that results in outputs that are the closest to those desired by the practitioner in the catalytic reactor the reactions for the formation of ch 4 co.