Dual polar air and surface purification system and method with passenger interface application

A dual polar ionization system that with material avoidance of ozone generation introduces ions into passenger transport spaces of high-density passenger vehicles, such as airplanes, trains, subways, busses, and marine vessels, to provide purified air for beneficial breathing by passengers, the system comprising:

• a dual polar ionization generator disposed within the passenger transport space of the high-density passenger vehicle, the dual polar ionization generator including a control system, a communication system, a positive ion antenna comprising a discharge carbon bundle connected at an interface thereof to an electrically-conductive wire having appropriate input voltage for the passenger transport space of the high-density passenger vehicle, a negative ion antenna comprising a discharge carbon bundle connected at an interface thereof to an electrically-conductive wire having appropriate input voltage for the passenger transport space of the high-density passenger vehicle, an ion emitter housing, and a power source, wherein the communication system transmits dual polar ionization output parameters;
• and a dual polar ionization user interface for displaying functionality of the dual polar ionization generator including displaying a calculated ion output of the dual polar ionization generator;
• and a soldering sleeve securely encapsulating the interface connection between the discharge carbon bundle and the corresponding electrically-conductive wire of each of the positive ion antenna and the negative ion antenna, thereby to suppress generation of ozone production within the high density passenger space.