TECHNOLOGY FOCUS - CHEMICAL ENGINEERING - Preferred Apparatus: The water acidifier comprises a reverse osmosis filter.The water vaporizer comprises a molten carbonate fuel cell operable to generate heat and a heat exchanger having a water intake in fluid communication with the water acidifier for receiving the acidic water, a heat intake in communication with the heat exchanger for receiving the generated heat, and a water vapor output for supplying the acidic water vapor.The optically reflective coating comprises bare aluminum or dielectric metal oxide.The photolysis cell comprises a photolysis bottle having an inlet configured to receive the acidic water vapor, an H2 outlet configured to output H2 and a O2 outlet configured to output O2, the photolysis bottle having an inner region in contact with the acidic water vapor and an outer surface.The outer surface of the photolysis bottle comprises an undulated surface, where an optically reflective coating is disposed on the undulated outer surface.The photolysis cell further comprises an RF port configured to couple an RF signal into the interior region of the photolysis bottle.The photolysis cell further comprising one or more light ports located on or proximate to the undulated bottle wall of (each of) the photolysis bottle(s) each configured to inject a light signal into the interior region of the photolysis bottle(s).The photolysis cell further comprise light source(s) coupled to the light port(s), each light source generating a light signal at wavelengths of 1500-246 nm.The photolysis bottle(s) comprise three connected photolysis bottles comprising:(i) a first photolysis bottle having an inlet, an H2 outlet, and an O2 outlet;(ii) a second photolysis bottle having an inlet coupled to the H2 outlet of the first photolysis bottle; a H2 outlet and an O2 outlet; and(iii) a third photolysis bottle having an inlet coupled to the O2 outlet of the first photolysis bottle, a H2 outlet, and an O2 outlet.Preferably, the photolysis bottle(s) further comprises a fourth, fifth, sixth and seventh photolysis bottles.The photolysis bottle is composed on fused quartz silica.One or more of the light sources comprises a laser diode.Preferred Process: The illumination of the acidic water vapor with a light signal comprises supplying the acidic water vapor to a photolysis bottle and injecting light of 246nm into the photolysis bottle.The process further comprises liberating H2 and O2 from the acidic water vapor comprising locating a cathode to liberate positively charged H2 molecules, electrically coupling the voltage potential of the cathode to the acidic water vapor to liberate the positively charged H2 molecules and locating an anode to liberate the negatively charged O2 molecules and electrically coupling the voltage potential of the anode to the acidic water vapor to liberate the negatively charged O2 molecules.The method further comprises radiating the acidic water vapor with an RF signal.