| 摘要 |
<p><P>PROBLEM TO BE SOLVED: To generate electric power from rotational power gained by using high temperature steam obtained by efficiently burning and heat-exchanging self-burning industrial waste and using the steam to gain rotational power converted by a steam turbine. <P>SOLUTION: In a heat exchange combustion apparatus structured in a vertical circular shape, an upper part furnace wall 6 and a base part furnace wall 2 consist of furnace material having strong far infrared radiation intensity. An internal surface of upper part furnace has a heat exchange water pipe and a bottom part of base part furnace has a hot bulb equipment formed with ceramics and a high negative pressure is exerted in the furnace. When supplied to a grate part C and ignited, a fuel is burned with sucked air and dry distilled gas combustion progresses and counter flow is sent to the flame so that the temperature of the flame rises more. The flame becomes a radiation heat ray or electromagnetic wave and steam is efficiently generated. Superheated steam which is generated by high temperature fusing of exhaust gas drawn by a venturi scrubber mechanism efficiently rotates the steam turbine. In this system technology, the rotational power rotates a multipolar generator to generate electric power. <P>COPYRIGHT: (C)2003,JPO</p> |
