Abstract: An air treatment system including an ozone generator and a humidifier is disclosed herein. The ozone generator and the humidifier may be configured to communicate with one another. The ozone generator and the humidifier may be configured to communicate with a communications hub. The ozone generator, the humidifier and/or the hub may be configured to communicate with other devices. Methods for using the devices and systems are also disclosed.

Abstract: A high efficiency system for generating ozone includes a high frequency, high voltage AC power supply, preferably 20 khz at 100 watts. The ozone generator in the system comprising a pair of conductive plates mounted parallel and opposed to each other and a pair of dielectric films. Preferably fused quartz, adhesively secured to the opposed faces of the plates by a heat-conductive, electrically-conductive adhesive. The dielectric films are spaced from each other to define an air space for flow of an oxygen containing air stream there through. The air space encloses corona discharges created when power is delivered to the conductive plates, the corona discharges converting a portion of the oxygen flowing there through to ozone. Cooling means are also provided to the plates.

Abstract: An automated computer based system for controlling ozonation devices and the delivery, in a controlled manner, of ozone for decontaminating enclosed spaces, such as rooms and buildings, to destroy microorganisms and chemicals that contaminate the space or are used as biological or chemical warfare agents is described. Air with ozone in the gas form is used to completely fill the entire space, including the vents, to inactivate bacteria, viruses, spores, and cysts, and to break down biological and chemical toxins with minimal damage to the contents of the buildings.

Abstract: The invention relates to systems for collecting excess water applied to crops, treating the collected water and reusing the treated water for agricultural purposes or delivering it to ground water streams with so as to achieve cost savings, healthier plants, and reduce the environmental burden. The cost of providing water to crops, the amount of herbicides and/or pesticides delivered to the crops and the quantities of nitrogen fertilizer required is significantly reduced by a) capturing as much as possible of the water provided to the planting area which is not taken up by the planted crops, b) treating that captured water with ozone and c) reapplying the ozone treated water to the crops. The quality and quantity of food stuffs produced is also increased by the process.

Abstract: A high efficiency system for generating ozone includes a high frequency, high voltage AC power supply, preferably 20 khz at 100 watts. The ozone generator in the system comprising a pair of conductive plates mounted parallel and opposed to each other and a pair of dielectric films. Preferably fused quartz, adhesively secured to the opposed faces of the plates by a heat-conductive, electrically-conductive adhesive. The dielectric films are spaced from each other to define an air space for flow of an oxygen containing air stream there through. The air space encloses corona discharges created when power is delivered to the conductive plates, the corona discharges converting a portion of the oxygen flowing there through to ozone. Cooling means are also provided to the plates.