TECHNOLOGY FOCUS - MECHANICAL ENGINEERING - Preferred Component: The thermobaric cracking chamber is coupled to a pressure intensifier enabling control of the pressure in the thermobaric cracking chamber. It includes an outlet release valve configured for opening at a high speed. The anaerobic stripping reactor softens the organic material and isolates a main portion of the organic material from reactive shocks. It includes a meta-stable area for housing a main portion of the organic material and a first buffer zone into the meta-stable area and a second buffer zone out of the meta-stable area. It has three compartments. The first compartment receives the organic material and conveys the organic material to the second compartment. The second compartment is the main compartment where conversion of organic material into bio-softened slurry takes place, and the third compartment receives the bio-softened slurry from the second compartment and conveys a portion of the bio-softened slurry back to the first chamber and conveys a majority of the bio-softened slurry to the thermobaric cracking chamber. The first compartment is a new bio-slurry area and functions as a buffer zone into the second compartment. The second compartment is a meta-stable area, and the third compartment is a batch ready area and functions as a buffer zone out of the second compartment and further serves as a bio-feed seeding agent for the first compartment. The second compartment houses a large population of active bacteria reacting with the organic material to produce burnable gase(s). The anaerobic stripping reactor houses bioactive anaerobic bacteria reacting with the organic material to produce burnable gas(es). It uses a bio-sulfuric stripping process to preprocess the organic material into slurry and produce the burnable gases through active bacterial breakdown of the slurry. It is coupled to a pump extracting the burnable gases from the anaerobic stripping reactor to power a process of the material processing system. The pump is coupled to a heating system that heats the chamber, and the heating system receives and consumes the burnable gases. The thermobaric chamber is coupled to a pressure intensifier or multi-stage high pressure air compressor, enabling control of the pressure in the thermobaric chamber. A pressure intensifier is used to regulate thermobaric chamber pressures. The pump is coupled to a sulfur removing device for removing sulfur from the burnable gases. The sulfur removing device is an iron sponge. An interfusion system selectively combines the products into a fuel product. It uses a hydrocarbon distribution, interfusion and storage process to selectively combine the products into a fuel product. A systems process controller is included for determining adjustments to the organic material or to the pressure or temperature of the chamber or to dwell time to produce a desired end product. It is configured for providing fuel to an electric generator.    TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Component: The burnable gases include methane. The hydrocarbon separation system uses a hydrocarbon monomer separation process to separate the products. The organic material comprises a biomass, and the fuel product is a diesel fuel. The biomass includes proteins, starches, cellulose, or fats, or their derivatives.