Abstract: Apparatus, methods, and systems for separating a fluid mixture are provided which employ gas-handling equipment operable to introduce a gas into the liquid mixture prior to being dispersed within the apparatus, vacuum conditions, and internal condensing. The liquid mixture is dispersed within the separation apparatus as micro-sized droplets. A more volatile portion of the liquid mixture is vaporized when exposed to the vacuum conditions and separates from the non-vaporized liquid portion. The vaporized portion is directed to a condensing structure within the apparatus, which condenses the vaporized portion into a liquid product.

Abstract: Apparatus, methods, and systems for separating a fluid mixture are provided which employ gas-handling equipment operable to introduce a gas into the liquid mixture prior to being dispersed within the apparatus, vacuum conditions, and internal condensing. The liquid mixture is dispersed within the separation apparatus as micro-sized droplets. A more volatile portion of the liquid mixture is vaporized when exposed to the vacuum conditions and separates from the non-vaporized liquid portion. The vaporized portion is directed to a condensing structure within the apparatus, which condenses the vaporized portion into a liquid product.

Abstract: Apparatus, methods, and systems for separating a fluid mixture are provided which employ gas-handling equipment operable to introduce a gas into the liquid mixture prior to being dispersed within the apparatus, vacuum conditions, and internal condensing. The liquid mixture is dispersed within the separation apparatus as micro-sized droplets. A more volatile portion of the liquid mixture is vaporized when exposed to the vacuum conditions and separates from the non-vaporized liquid portion. The vaporized portion is directed to a condensing structure within the apparatus, which condenses the vaporized portion into a liquid product.

Abstract: Apparatus, methods, and systems for separating a fluid mixture are provided which employ gas-handling equipment operable to introduce a gas into the liquid mixture prior to being dispersed within the apparatus, vacuum conditions, and internal condensing. The liquid mixture is dispersed within the separation apparatus as micro-sized droplets. A more volatile portion of the liquid mixture is vaporized when exposed to the vacuum conditions and separates from the non-vaporized liquid portion. The vaporized portion is directed to a condensing structure within the apparatus, which condenses the vaporized portion into a liquid product.

Abstract: A system and method for separating a fluid mixture is provided which employ vacuum distillation apparatus, and optionally, gas-handling apparatus operable to introduce a gas into the liquid mixture prior to being dispersed within the vacuum distillation apparatus. The liquid mixture is dispersed within the vacuum distillation apparatus as micro-sized droplets. When used, the gas that has been introduced into the liquid mixture is rapidly liberated from the micro-sized droplets thereby causing the droplets to break into still smaller droplets thereby maximizing the vaporization of the more volatile components in the liquid mixture.

Abstract: A building construction having a ventilated wall drainage system. The building includes a roof with a plurality of roof vents therein, a soffit, an attic space and an exterior wall construction. The wall construction includes an exterior wall covered with sheathing. The sheathing is in turn covered by insulation having a plurality of generally vertical channels therein which permit air to flow through the channels between the insulation and the sheathing of the exterior wall. The soffit is provided with a passage which is in communication with the channels in the insulation. Air is continually drawn through the channels in the wall construction, through the passage in the soffit and into the attic space to provide constant ventilation for the wall construction.

Abstract: A building construction having a ventilated wall drainage system is provided. The building includes a roof with a plurality of roof vents therein, a soffit, an attic space and an exterior wall construction. The wall construction includes an exterior wall covered with sheathing. The sheathing is in turn covered by insulation having a plurality of generally vertical channels therein which permit air to flow through the channels between the insulation and the sheathing of the exterior wall. The soffit is provided with a passage which is in communication with the channels in the insulation. Air is continually drawn through the channels in the wall construction, through the passage in the soffit and into the attic space to provide constant ventilation for the wall construction.