Systems and methods for applying thermolysis and/or electrolysis gas compression to bland/ewing chemo-thermodynamic cycles

Abstract

A method includes using an isochoric displacement through a valved or ducted thermal regenerator to raise the pressure of a vaporized reactant or vaporized reactant constituent as a means to regeneratively capture waste exhaust heat from the product or product constituents of a previous endothermic dissociation of a previous charge of said reactant.

What is claimed is: 
     
         1 . A method, comprising using an isochoric displacement through a valved or ducted thermal regenerator to raise the pressure of a vaporized reactant or vaporized reactant constituent as a means to regeneratively capture waste exhaust heat from the product or product constituents of a previous endothermic dissociation of a previous charge of said reactant. 
     
     
         2 . The method of  claim 1 , wherein the method is used to efficiently increase pressure and thus the temperature at which said vapor product or vapor product constituents will condense over and above the lower pressure and thus lower temperature at which said liquid reactant or liquid reactant constituents will be evaporated and supplying heat of vaporization which would otherwise be required from another heat source.