Effective water ozonation through an invertible ozonation cap attachable to a vessel indicating treatment status

A bottle for treatment of water, the bottle comprising:

• a vessel for holding the water,
• a power source,
• a cap detachable from the vessel that forms a seal with the vessel when attached, the cap comprising:
• an electrode coupled to the power source that generates an ozone when the electrode is exposed to the water and a current from the power source is applied to the electrode,
• wherein an anode of the electrode is exposed to an interior of the vessel such that ozone gas propagates into the water of the vessel when the bottle is oriented in an inverted position relative to an opening of the vessel to which the cap is attachable,
• an activation switch that when activated supplies the current to the electrode,
• a lighting element configured to illuminate the water inside the vessel,
• wherein the lighting element visibly illuminates ozone bubbles in the vessel and at least one of changes color, flashes, pulses, and changes intensity to indicate at least one of an activation of the electrode, an operational status of the electrode, an electrolyte concentration, a battery level, and a treatement completion.

A method for treatment of water, the method comprising:

• attaching to a vessel containing water to a cap comprising an electrode coupled to a power source capable of generating an ozone when the electrode is exposed to the water and a current is applied to the electrode;
• initiating through execution of computer readable instructions on a computer processor a timer upon an activation of the electrode;
• rotating the vessel until the water contacts an anode of the electrode;
• activating the electrode by applying the current from the power source to generate ozone gas that rises while the vessel remains rotated;
• automatically deactivating through execution of computer readable instructions on a computer processor the electrode upon expiration of the timer;
• and
• illuminating the water in the vessel through execution of computer readable instructions on a computer processor in response to generation of the ozone gas rising in the vessel when the vessel is rotated,
• wherein illuminating the water in the vessel comprising illumination from a lighting element that is at least one of set in an interior surface of the cap and configured to shine light through the interior surface of the cap.