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mor, 88 `"�F 4qS <br />JAN 193 <br />discharged, but it will be limited to a maximum of 400 degrees. <br />The surface temperature of the incinerator will be no more than 120 <br />degrees, which is beneath the standards of the Occupational Safety <br />and Health Administration (OSHA). This incinerator follows the <br />guidelines of all regulatory agencies. Mr. Vadimsky then gave a <br />technical explanation of how the incinerator works, with the aid of <br />the following diagram: <br />Catalytic Incinerator <br />EXHAUST <br />HEAT <br />EXCHANGER <br />0 <br />M <br />BURNER <br />EXHAUST <br />FAN <br />�. <br />PROCESS <br />CATALYST <br />CHAMBER <br />Mr. Vadimsky stressed that his company has been manufacturing <br />incinerators for 16 years and has the best service record in the <br />industry. If there is a problem, they fix it. To date, there has <br />never been a problem with their equipment, but if a problem did <br />occur, service personnel could be here in three hours on their <br />company plane. The engineering is sound and the equipment is <br />constantly monitored. Stelter and Brinck do not take anything for <br />granted. <br />G. Nell Tyner, Ph.D, a geochemist, has been employed for the <br />last 4 years by Geraghty and Miller, Melbourne, Florida, an <br />environmental service firm established in the 1950s with over 40 <br />offices nationwide, advised that prior to that she taught <br />geological oceanography at Florida Institute of Technology for 6 <br />24 <br />