NOVELTY - The apparatus has a feed stock input for receiving chicken liter. A reformer is coupled to the feed stock input and configured to provide oil, combustible gas and ash fertilizer outputs. An electrical isolation structure electrically isolates a metal ash plate (12) from an inner wall (3) of a reaction chamber (9). A gas/liquid separator receives liquid/gas output from a liquid/gas pump. A processor controls temperature of the reformer to cause electric current to flow along the inner wall of the reaction chamber and inward toward a heated pyrolysis/reaction product within the reaction chamber.    USE - Apparatus for converting feedstock i.e. organic material, into refinable oil i.e. refinable hydrocarbons, synthetic combustible gas and nitrogen-rich ash fertilizer using small carbon footprint process in a home and a restaurant. Uses include but are not limited to convert biomass such as plant and plant-derived material, vegetation, agricultural waste, wood waste, forestry waste, paper waste, chicken litter, horse manure, cow manure, animal waste, shredded tires with metal, switch grass, cafeteria waste, rice hulls, timber harvesting residues, softwood chips, hardwood chips, tree branches, tree stumps, leaves, bark, sawdust, off-spec paper pulp, maize, maize stover, wheat straw, rice straw, soybean straw, sugarcane bagasse, miscanthus, commercial waste, grape pumice, almond shells, pecan shells, coconut shells, coffee grounds, grass pellets, hay pellets, wood pellets, cardboard and algae, carbon-containing feedstocks e.g. fossil fuel such as coal, petroleum, oil and tar sands, medium-density fiberboard (MDF) sanding dust with water, lignite, gasifier ash and municipal solid waste, into refinable hydrocarbons such as hydrogen, carbon monoxide, aliphatics, paraffins, aromatics, chemicals, fuel and oil additives.    ADVANTAGE - The feed stock input comprises an air lock structure to reduce substantial loss of partial vacuum within an outer wall of the reaction chamber. The apparatus ensures that top and bottom edges of a rectangular slot are curved with similar diameter at an outer side of the ash plate to enhance movement of ash into an ash auger. The apparatus allows the current to be attracted downward to an ash layer and the metal ash plate through layers, so that potential difference within the layers caused by arcing and sparking is avoided, thus releasing increased electrical energy by disassociation of hydrogen and oxygen molecules for performing chemical reactions within a reactor. The apparatus can form a circumferential gap between the ash plate and the inner wall of the reaction chamber and combine inner wall cross elements together as an ash stirrer is rotated to crush and/or break fused ash or ash stuck together, thus maintaining ash size appropriate in optimizing the arcing during ionization of incoming synthesis gas. The apparatus reduces harmful fugitive emission rate, produces higher volume of valuable energy commodities and improves feedstock conversion efficiency. The apparatus continuously separates and reforms basic organic elements in waste material into high-value partially-refined petroleum at low-pressure and low-heat. The apparatus reduces oil production operating cost. The reformer has better scalable effect.    DESCRIPTION OF DRAWING(S) - The drawing shows a hydraulic circuit diagram of a reformer of an apparatus for converting feedstock into refinable oil, synthetic combustible gas and nitrogen-rich ash fertilizer.    Feed stock auger (1)    Inner wall of a reaction chamber (3)    Reaction chamber (9)    Metal ash plate (12)    Ash auger (15)