Patent ID: 8071041
Filing Date: 2011-12-06
Classification: C01D,C05C

Abstract:
1. A potassium electric generator and chemical synthesizer, comprising: a ferrous metal tube, hereinafter called a tuyere, said tuyere comprising a reaction chamber within the length of its tubular interior, where the outer surface of said tuyere comprises a magnetic coil section at its forward end, a dielectric capacitor section at its aft end, a detachable aft flange at the exit end of said tuyere, and an intervening forward flange positioned between said magnetic coil section and said dielectric capacitor section, said forward flange having bolt holes for joining with said detachable aft flange having correspondingly aligned bolt holes, and where the interior surface of the tuyere comprises a plurality of equally spaced radial projections extending the full length of the tuyere reaction chamber, the projections hereinafter called strakes; a plurality of ceramic insulator rings positioned upon said capacitor section; a plurality of torus-shaped dielectric capacitor positioned around said ceramic thermal insulator rings, where said ceramic thermal insulator rings and said torus-shaped dielectric capacitors are restrained in place between said forward flange and detachable flange by through-bolts, and where said torus-shaped dielectric capacitors are electrically connected to a bus-bar to carry static charges resulting from chemical reactions occurring in the tuyere reaction chamber and on the tip protrusions to a terminal; a transition piece at the aft end of the tuyere also secured by said through-bolts; a capacitor housing positioned upon said dielectric capacitors, said capacitor housing having an inlet air duct and an outlet duct; electromagnetic coils positioned upon and around said magnetic coil section; and an injector bolted to the forward inlet of the tuyere reaction chamber, where the injector comprises a plurality of reactant conduits for supplying reactants to corresponding reactant manifolds in said injector and channels leading from said reactant manifolds distributing said reactants to respective injector orifices for injection into said tuyere reaction chamber, and where a centrally positioned orifice of said injector is for the injection of alkaline metals into the center of said reaction chamber, a plurality of water orifices for the injection of water are equally spaced and positioned around said centrally positioned orifice, and a plurality of reactant orifices equally spaced and positioned around the outer perimeter of said water injection orifices.