Abstract: An arcing electron stream apparatus and method for reducing pollutants in a fluid. The device includes first and second electrodes and a chamber there-between. Voltage is impressed between the electrodes at a frequency, thereby causing a plurality of arcing electron streams to occur between the electrodes. The electrodes have stepped surface such that the central first section of the electrodes are in closer proximity to each other than are the outer second sections. This stepped configuration causes arcing electron streams to progressively be formed along the electrodes and, thus, traverse throughout the chamber, thereby effectively treating molecules within the chamber.

Abstract: An emission control device and method are provided for treating exhaust to reduce pollutants contained therein. The device includes a first chamber through which the exhaust passes. First and second metal grids are disposed within the first chamber at a predetermined distance from each other. Voltage is supplied to the insulated first grid by an electrical induction coil at a predetermined frequency depending upon the application. Electrical charges are generated between the first and second grids which electrically ionizes the exhaust stream. The exhaust stream is then further treated at a second chamber having strata. The strata can further include or exclude noble metals for treatment of the exhaust.

Abstract: An emission control device and method are provided for treating exhaust gases to reduce pollutants contained therein. The device includes a first chamber through which the exhaust gas passes. First and second metal grids are disposed within the first chamber at a predetermined distance from each other. Voltage is supplied to the first grid via an inductive coil at a predetermined frequency. Electrical sparks are generated between the first and second grids which electrically ionizes the treatment chamber and a second chamber having strata. The strata can further includes noble metals for treatment of the exhaust gas.

Abstract: An emission control device and method are provided for treating exhaust to reduce pollutants contained therein. The device includes a first chamber through which the exhaust passes. First and second metal grids are disposed within the first chamber at a predetermined distance from each other. Voltage is supplied to the insulated first grid by an electrical induction coil at a predetermined frequency depending upon the application. Electrical charges are generated between the first and second grids which electrically ionizes the exhaust stream. The exhaust stream is then further treated at a second chamber having strata. The strata can further include or exclude noble metals for treatment of the exhaust.

Abstract: An emission control device and method are provided for treating exhaust to reduce pollutants contained therein. The device includes a first chamber through which the exhaust passes. First and second metal grids are disposed within the first chamber at a predetermined distance from each other. Voltage is supplied to the insulated first grid by an electrical induction coil at a predetermined frequency depending upon the application. Electrical charges are generated between the first and second grids which electrically ionizes the exhaust stream. The induction coil includes an insulated center wire, a plurality of bare wires juxtaposed in a curvilinear row and coiled about the center wire, and a plurality of insulated wires juxtaposed in a second row and coiled around the bare wires to provide a highly efficient conductor which also dampens any magnetic field created by the conductor and, thereby, abates creation of random cycling frequencies in adjacent wiring.