Abstract: An electrostatic spray disinfecting system is integrated into a mobile environment to enable the mobile environment to be automatically subjected to an electrostatic spraying operation when the mobile environment is moving or stationary without the need for a human operator to participate in the spraying operation. An electrostatic sprayer of the system is mechanically coupled to a structure of the mobile environment in a preselected position relative to an internal compartment of the mobile environment. A reservoir of disinfecting material and is fluidly coupled to the electrostatic sprayer for delivering a flow of the disinfecting material to the sprayer.

Abstract: Low form factor mobile electrostatic spray units and methods of using same are disclosed.

Abstract: A liquid is mixed with a pressurized air flow through an orifice which breaks it into particles. The liquid particles are entrained in the liquid flow and come into contact with an energized component in the form of a cone or frustum that is in contact with an electrode. The energized component defines a mixing chamber within a spray nozzle. As a result, while in the mixing chamber, the particles become electrostatically charged before exiting the spray nozzle. Embodiments also include a removable cap component within which the energized component nests. The cap component may include a pair of windows that cooperate with tabs on the body of the spray nozzle in order to mechanically engage the cap to the body such that the energized component is properly positioned to mate with the electrode and define the mixing chamber.

Abstract: A liquid is mixed with a pressurized air flow through an orifice which breaks it into particles. The liquid particles are entrained in the liquid flow and come into contact with an energized component in the form of a cone or frustum that is in contact with an electrode. The energized component defines a mixing chamber within a spray nozzle. As a result, while in the mixing chamber, the particles become electrostatically charged before exiting the spray nozzle. Embodiments also include a removable cap component within which the energized component nests. The cap component may include a pair of windows that cooperate with tabs on the body of the spray nozzle in order to mechanically engage the cap to the body such that the energized component is properly positioned to mate with the electrode and define the mixing chamber.

Abstract: Low form factor mobile electrostatic spray units and methods of using same are disclosed.

Abstract: Low form factor mobile electrostatic spray units and methods of using same are disclosed.

Abstract: Low form factor mobile electrostatic spray units and methods of using same are disclosed.