Process for providing residential heating comfort during winter months without using fossil fuels as an energy source

A process of producing desired home heating energy comfort to a residential dwelling, a first step comprises these necessary procedural steps as follows:

• . . . digging a geometric shaped crypt of a certain length, width, and depth immediately adjacent to the homeowner's dwelling within the soil thereof, such that subsequently said crypt can be reinforced with structural materials which completely enclose the entire perimeter of said crypt, as well as the floor thereof;
• and which crypt is also subsequently outfitted with a circular galvanized steel wire mesh cage, the center of which houses a polyvinyl chloride perforated pipe which contains two separate and distinct vinyl reinforced flexible hoses;
• whereby these latter hoses then travel into the interior of said dwelling which contain within their interior tubular cavity a fluid oil medium;
• the purpose of which becomes apparent after said circular cage is completely filled with a variety of organic discarded refuse matter, along with an interspersed variety of invertebrates, predominantly consisting of worms and nematodes;
• whereby the latter's enzymatic activity upon said organic refuse matter results in the exothermic reaction of producing desired free heat energy which energy is subsequently transferred by conduction to said oil medium;
• whereby aiding and abetting this entire decomposition process is a uniquely designed lid cover assembly which aerates, irrigates and rotates said organic waste matter;
• a second step comprises these necessary procedural steps as follows:
• connecting that one supply vinyl flexible hose emanating from said polyvinyl chloride perforated pipe of the first step, from which it subsequently then terminates in the attic space of said dwelling;
• whereupon said ensuing connections therefrom result in adding a circulating in-line pump, thence connecting a certain size rigid polyvinyl chloride tubular pipe material fashioned as such into an array of vertical rows situated end on end, whereby said tubular pipe array, thus being outfitted at each end within the heating compartment, thus subsequently terminates therein with many “U” shaped return elbows, such that this serial arrangement of vertical end on end rows imparts a unidirectional alternating flow, thus resulting into a . . . to and fro movement of said oil medium from the first step;
• which further results in a downward flow direction within the first row, followed by an upward flow direction within the second row;
• hence thereby alternating back and forth as such until the entirety of the heating compartment is fully utilized in plenary fashion and alternating flow from one adjoining vertical row to the very next adjoining vertical row in this very same manner;
• whereupon said pipe tubing then subsequently exits the rear of said heating compartment;
• whereupon the desired heat within said heating compartment translates as follows;
• . . . a thermostat, upon sensing a low temperature reading in said dwelling enervates an ordinary 110 volt household current as the primary winding to a step-up transformer of the secondary winding which then increases ten-fold said electric current surge therein to thus activate the positively disposed anode of a plurality of evacuation chambers thus coated with a metallic oxide material containing numerous electrons;
• . . . whereby said high voltage knocks off and dislodges said electrons from said metallic oxide coating and thus produces an electromagnetic circulating field which surrounds the centrally located negatively charged cathode;
• thus firing an emissive amount of microwave energy being transmitted to a wave guide apparatus which imparts said energy thus imbued with tremendous vibrating potential magnitude which evolves into a vibratory force amounting to billions per second of giga-hertz radio sine wave vibrations and transfers this energy to the polarized oil medium which then immediately heats up internally as a result shortly before said poly vinyl tubing exits said heating compartment on its subsequent journey to a third step.