Abstract: The present invention regards modeling and simulation (M&S) capability for resource consumption and consequence management. Embodiments of the system assist emergency planners, government officials, medical professionals, academics and others to prepare for disasters and other emergency events requiring mass evacuation or transportation of people. The system can be used for evacuation, flood and fire modeling, terrorist attacks, military logistics, mail and package delivery, urban planning, supply chain modeling, disaster recovery, animal migration, weather patterns and even in modeling the spread of infectious disease. The system of the present invention is highly extensible and scalable.

Abstract: The present invention provides for a thermo-chemical reactor vessel having a plurality of planer baffles with an offset and opposing orientation affixed to the interior sides of the vessel. The materials which are to be processed enter the reactor from the top and move downward by gravity and the rate of movement is controlled by the internal configuration of the plurality of planar surfaces. The slope angle of said plurality of planar baffles can be controlled from outside of the vessel. Further, the angle of the interior planar baffles can be changed from horizontal to near vertical. Still further, the plurality of planar baffles can be vibrated using pulsed gas released from beneath the baffle.