ILS performed the necessary calculations to insure the the unit could be operated in a truly fluidized hydrodynamic regime. Implementation of a high-temperature differential pressure dP sensor made possible the direct measurement of the fluidized bed height in the reactor. A high-power pre-heater was used to insure that material was at the desired temperature upon entering the reactor. ILS designed a reactor geometry, which not only provided optimal fluidization but also nearly perfect separation of the materials from the high gas flow, hence minimizing product loss.