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An apparatus and method for fluid emission control of a conductive fluid utilizes a passive electrolytic reaction to ionize the conductive fluid. The apparatus includes a fluid emission system having a reaction chamber that includes an anode and cathode to initiate an electrolytic reaction within th

An apparatus and method for fluid emission control of a conductive fluid utilizes a passive electrolytic reaction to ionize the conductive fluid. The apparatus includes a fluid emission system having a reaction chamber that includes an anode and cathode to initiate an electrolytic reaction within the conductive fluid and reaction chamber. An ion-generating member is disposed within the reaction chamber and enhances the electrical bias in the conductive fluid. An oxidation-controlling member disposed within the reaction chamber retards oxidation of the anode and cathode. The metallic component parts and amount of such component parts used in the reaction chamber are chosen to achieve a target voltage, which that amount of voltage created, by the electrolytic reaction necessary to charge a fluid droplet of any density to achieve a maximum acceleration of fluid droplets as the fluid droplets enter and leave a spray cone.

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An apparatus and method for fluid emission control of a conductive fluid utilizes a passive electrolytic reaction to ionize the conductive fluid. The apparatus includes a fluid emission system having a reaction chamber that includes an anode and cathode to initiate an electrolytic reaction within th

An apparatus and method for fluid emission control of a conductive fluid utilizes a passive electrolytic reaction to ionize the conductive fluid. The apparatus includes a fluid emission system having a reaction chamber that includes an anode and cathode to initiate an electrolytic reaction within the conductive fluid and reaction chamber. An ion-generating member is disposed within the reaction chamber and enhances the electrical bias in the conductive fluid. An oxidation-controlling member disposed within the reaction chamber retards oxidation of the anode and cathode. The metallic component parts and amount of such component parts used in the reaction chamber are chosen to achieve a target voltage, which that amount of voltage created, by the electrolytic reaction necessary to charge a fluid droplet of any density to achieve a maximum acceleration of fluid droplets as the fluid droplets enter and leave a spray cone. ign or combinations thereof and the graphic has at least one feature and the at least one feature is used to orient the data. 13. The symbol of claim 12 wherein the machine readable symbology utilizes about 80% of the majority color.