Abstract: A wash apparatus includes a tank for holding clean solvent, a first distillation chamber, a second distillation chamber and a washbasin surrounded by a closeable hood structure for cleaning paint spray guns and associated parts placed therein. The washbasin is selectively positionable in fluid circulating communication with either of the first and second distillation chambers during washing operations, wherein solvent discharged in the washbasin returns to the selected distillation chamber. When either of the distillation chambers becomes filled with contaminated solvent, the washbasin is operatively positioned in fluid circulating communication with the other distillation chamber for continued washing operations, thereby allowing the contaminated solvent in the filled distillation chamber to be purified during a distillation cycle. The purified solvent from the distillation cycle returns to the clean solvent holding tank.

Abstract: A purifier is connected to tap water and produces pure distilled water. Valves and sensors automatically control functions throughout separate cycles of operation, including distillation, wash, and rejuvenation cycles. During distillation, tap water is boiled in a distillation chamber. A carbon filter captures impurities from the resulting vapors occurring at lower boiling temperatures while higher temperature water vapors are passed through a condenser to produce pure distilled water held in a reservoir. In the wash cycle, a cleaning agent is injected into the distillation chamber, mixed with tap water, and heated and drained prior to rinsing the chamber to remove mineral deposits. During rejuvenation, a heating element superheats pure water remaining in the filter to release contaminants from the filter pores to cleanse and revive the filter media. A flavor agent, minerals, and/or vitamins may be added to the pure water prior to dispensing from a spigot or other fixture.