Ph2ocp portable water and climatic production system

A Portable Water and Climatic Production (PH2OCP) system comprising:

• a cabinet having an extraction process section, a reactivation process section, and a condensation process section;
• a microwave reactivation system for producing microwaves and including a microwave heating chamber for containing said microwaves therein, said microwave heating chamber located within the reactivation process section.
• a desiccant rotor wheel mounted inside the cabinet and having an inner core which is impregnated with a desiccant type material and a metallic outer shell which surrounds the desiccant core material, where said desiccant rotor wheel simultaneously rotates through the extraction process section and at least partially through the heating chamber of the reactivation process section to deactivate desiccant material in the desiccant rotor wheel;
• a motor for rotation of the desiccant rotor wheel within the cabinet;
• an evaporator cooling coil assembly located within said condensation process section for cooling moisture-saturated airflow, thereby condensing moisture vapors therein for transformation into water production;
• a high static suction blower to provide means for drawing a process airflow from ambient environment through the desiccant rotor wheel to impregnate the desiccant material therein with water vapor from the ambient airflow, thereafter drawing the process airflow into the microwave heating chamber where the airflow is heated and rehydrated with water released by the deactivated desiccant rotor wheel, and through the evaporator cooling coil assembly where the airflow is cooled such that water condenses out of the airflow, resulting in air-conditioned airflow and water.

A method for extracting and condensing water vapor for water production comprising the steps of:

• rotating a desiccant rotor wheel assembly, said desiccant rotor wheel assembly having a perforated core impregnated with a desiccant material surrounded by an outer metallic shell, the core of the desiccant rotor wheel assembly having an extraction process section and a reactivation process section defined therein;
• drawing a process airflow from ambient through the various process sections wherein moisture in the extraction process airflow is removed by the desiccant core material within the desiccant rotor wheel assembly;
• heating, via a microwave reactivation system, a portion of the desiccant rotor wheel assembly which passes at least partially through the microwave reactivation system to regenerate and demagnetize the desiccant core material within the desiccant rotor wheel assembly, allowing for moisture vapors to be released into the heated airflow drawn through the reactivation process;
• and
• condensing moisture from the heated, moisture-laden process airflow when said airflow is drawn into a condensation process section and across evaporator cooling coils, thereby enabling the process airflow to cool and moisture vapors to condense into water.