Patent ID: 7972768
Filing Date: 2011-07-05
Classification: B09B,F23G,Y02W

Abstract:
1. A process for biologically burning fuel in an environment which comprises three steps, an intake cycle, a combustion cycle and an exhaust cycle: the intake cycle comprising collecting raw waste in a container, separating non-combustibles, from bio-combustible components, to prepare a modified waste product; preparing the modified waste product by adjusting the quality and consistency by separating non-combustible from bio-combustible components to produce a suitable fuel mixture; conditioning said fuel to a microbial food equivalent that is optimized for intake into a combustion chamber by employing P-I-D, (Proportional, Integral, Derivative), the combustion cycle comprising maintaining the microbial food equivalent in a reservoir for delivery to the combustion chamber with a separation diffusion membrane equipped with intake and exhaust valves; replenishing and sustaining a life-support chamber of a bioproactor for exponential growth microbes in contact with the combustion chamber, employing P-I-D monitoring and conditioning to maintain balance of the process parameters, said bioproactor, combustion chamber, separation diffusion membrane, and intake and exhaust valves structurally co-operating with one another by the bioproactor being positioned to define the combustion chamber having an intake and exhaust end and a separate adjacent life support chamber within said bioproactor, the exhaust cycle comprising metering and delivering the prepared microbial food equivalent into the combustion chamber at a rate monitored by P-I-D to optimize the combustion biological burning, and exhausting residue from the combustion chamber.