Abstract: A system and process to provide integrated control for the pyrolytic composition of organic (biomass) waste products especially for municipal solid waste systems. The system includes integrated control that monitors biomass waste stream throughout the entire system and the products produced therefrom and includes presorting, controlling the amount of material processed in a continuous manner, shredding, removing moisture in a continuous process that is controlled and providing the waste stream to the distillation unit for pyrolytic action where it is converted into gaseous fuel and a char residue. The gaseous fuel is scrubbed clean and monitored and stored and reused to provide heat to the system. The entire system may be self-sustaining and continuous with very little or no human intervention. An integrated real time computer control system includes sensors and measuring devices with all the major components to ensure integrated efficiency.

Abstract: A method and system for separating, collecting and isolating radioactive metallic elements from low grade, dry, solid non-metallic nuclear bulk waste that includes physically degrading the low grade waste by shredding or grinding into small pieces, configuring the bulk waste into a waste stream, bombarding the waste stream with microwave energy at a preselected frequency treating the waste stream in a time varying magnetic field, causing the radioactive particles to disperse away from the bulk waste and collecting the separated micron sized radioactive particles. The present method and system provide for a low cost, non-complex system of separating out conductive radioactive particles from essentially non-metallic, dry, low grade nuclear waste allowing safe return to the environment of 95% to 99%, by volume, of the processed nuclear waste, greatly reducing the volume of nuclear waste that must be safely stored.