Abstract: A system for treating emissions from a vehicle includes an ozone generator, a first holding tank, and an exhaust vent. The first holding tank is downstream from the ozone generator and defines a volume for liquid waste beneath a void space. The exhaust vent is downstream from the first holding tank and outside of the vehicle. A supply conduit connects the ozone generator to the void space of the first holding tank. An exhaust conduit connects the void space of the first holding tank to the exhaust vent. The ozone generator, supply conduit, void space of the first holding tank, exhaust conduit, and exhaust vent establish a thermal driving head from the ozone generator through the void space of the first holding tank to the exhaust vent.

Abstract: A system for treating emissions from a vehicle includes an ozone generator, a first holding tank, and an exhaust vent. The first holding tank is downstream from the ozone generator and defines a volume for liquid waste beneath a void space. The exhaust vent is downstream from the first holding tank and outside of the vehicle. A supply conduit connects the ozone generator to the void space of the first holding tank. An exhaust conduit connects the void space of the first holding tank to the exhaust vent. The ozone generator, supply conduit, void space of the first holding tank, exhaust conduit, and exhaust vent establish a thermal driving head from the ozone generator through the void space of the first holding tank to the exhaust vent.

Abstract: The present invention provides a method for the treatment of hazardous biologicals present in walk-in and box coolers. Said biologicals unintentionally grow in and cause spoilage of stored goods kept in a cool dark location such as walk-in and box coolers. For example commercial or privet cooler storage facilities. The method eliminates odors and kills bacteria associated with offensive odors and product spoilage. These said hazardous biologicals are neutralized when exposed to the Mixture of ozone and ultraviolet radiation.

Abstract: The present invention provides a system and method for the treatment of hazardous biological materials being exhausted from sewer and grease trap vents. These vents may be located on the roof of public schools, commercial kitchens or multiple occupant restroom facilities. The method eliminates odors and kills bacteria associated with said emissions from sewer and grease trap vents. These emissions are neutralized when exposed to a mixture of ozone and ultraviolet radiation.

Abstract: The present invention provides a method for the treatment of hazardous biologicals being exhausted from Sewer and grease trap vents. Such as penetrate the roof of public schools, commercial kitchens or multiple occupant restroom facilities. The method eliminates odors and kills bacteria associated with said emissions from sewer and grease trap vents. These said emissions are neutralized when exposed to the Mixture of ozone and ultraviolet radiation.