NOVELTY - The reactor (100) has a heat source (122) in communication with reaction chamber (112) and an air source (120) fluidly coupled with reaction chamber. A bed of catalytic media (114) is located within reaction chamber so as to receive heat from heat source and airflow from air source. An elevated support (102) is located within reaction chamber at a distance (D) over catalytic media. The elevated support includes apertures (103) that fluidly couple a top surface with a bottom surface. The elevated support holds and retains medical waste (123) for conversion into thermal energy.    USE - Reactor used in energy generation system (claimed) for destruction of medical waste and/or conversion organic material into thermal energy. Uses include but are not limited to corpse, organic waste, medical waste, coal, fossil fuel, biomass, cow bone, flesh and PVC plastic.    ADVANTAGE - The quantity of un-burnt or partially burnt combustion products from organic fuels and biological waste can be effectively and inexpensively eliminated. The quantity of incomplete combustion products can be eliminated so that the need for expensive catalysts can be eliminated. The need for manual use of microwave energy followed by autoclave incineration to destroy medical waste can be eliminated.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) energy generation system;    (2) semiconductor material for use in manufacturing microprocessor, computer chip, transistor and photovoltaic solar cell;    (3) method for destroying medical waste and/or converting organic materials into thermal energy; and    (4) method for producing electrical energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the reactor in which organic material can be efficiently converted into heat energy.    Reactor (100)    Elevated support (102)    Apertures (103)    Reaction chamber (112)    Catalytic media (114)    Air source (120)    Medical waste (123)    Distance over catalytic media (D)