Abstract: An apparatus for purifying a liquid including: reaction chambers that utilizes an ionization reaction material in turbulence with the liquid, a first fine collective filtration unit, a first laser photolytic light chamber that utilizes ultraviolet light in the 100 to 300 nanometer range to irradiate liquid, a second ultra-fine collective filtration unit, and a pharmaceutical grade granular activated carbon filter unit.

Abstract: A method for modifying contaminants in a liquid comprising a reaction chamber where the liquid interacts with an ionization reaction material which causes contaminants to reduce or oxidize into harmless compounds.

Abstract: A method for purifying a liquid comprising the steps of: passing said liquid through a first filtration to remove contaminants in said liquid; causing said liquid to be in turbulent flow; ionizing said liquid in turbulent flow with a reaction material; irradiating said liquid to light in the 100 to 300 nanometer range; passing said liquid through a second filtration of said liquid, and passing said liquid through an activated carbon filtration unit to filter out aromatic ring structures.

Abstract: An apparatus and means for separating an ultraviolet light source from a liquid and for controlling the temperature of the ultraviolet light source to its optimal temperature range for modifying contaminants in a liquid.

Abstract: A means for purifying a liquid comprising: a means for a first filtration of said liquid; a means for causing said liquid to be in turbulent flow; a means for ionizing said liquid in turbulent flow; a means for irradiating said liquid to light in the 100 to 300 nanometer range; a means for a second filtration of said liquid, and a means for filtering out aromatic ring structures.

Abstract: An apparatus for purifying a liquid including: reaction chambers that utilizes an ionization reaction material in turbulence with the liquid, a first fine collective filtration unit, a first laser photolytic light chamber that utilizes ultraviolet light in the 100 to 300 nanometer range to irradiate liquid, a second ultra-fine collective filtration unit, and a pharmaceutical grade granular activated carbon filter unit.

Abstract: A means for modifying contaminants in a liquid comprising a reaction chamber where the liquid interacts with an ionization reaction material which causes contaminants to reduce or oxidize into harmless compounds.

Abstract: A method for modifying contaminants in a liquid comprising a reaction chamber where the liquid interacts with an ionization reaction material which causes contaminants to reduce or oxidize into harmless compounds.

Abstract: An apparatus and method for purifying a liquid including: reaction chambers that utilizes KDF 85 or KDF 55 or other media in turbulence with the liquid, a first fine collective filtration unit, a first laser photolytic light chamber that utilizes a laser producing ultraviolet light in the 100 to 300 nanometer range passing through a quartz tube that is surrounded by the liquid, a second ultra-fine collective filtration unit, a pharmaceutical grade granular activated carbon filter unit, and a second laser photolytic light chamber that utilizes a laser producing ultraviolet light in the 100 to 300 nanometer range passing through a quartz tube that is surrounded by the liquid wherein the laser light generator is the same one utilized in the first photolytic light chamber, whereby microbes are killed and collected, aromatic ring structures are eliminated and any particulate matter 0.5 microns or larger are removed from the liquid.

Abstract: The present industrial purification system consists of an electronic power supply and control unit, an ionization delivery unit, having at least one unique Copper/Silver electrode rods. It's objective as applied to water-based fluids in a closed-loop flow system is to prevent electrostatic materials from building up on the cathodic ionization rods and/or achieving ionization in very low conductive water-based systems which have as their medium de-ionized, ultra-purified, or reverse osmosis filtered water. The power supply and control unit requires 120 or 240 vac input at less than 1 amp, and provides an adjustable regulated dc voltage to the electrode rods, dc voltage being 50 volts. A zero center meter on the control panel indicates the actual voltage supplied to the electrodes, whereas current flowing through the electrodes is indicated by a second zero centered meter.