NOVELTY - A continuous system (10) comprises a unit (11) for generating a mix of hydrogen and oxygen ion gases through ionization or dissociation of water supplied from external and internal water sources, which operates by a power source; a gas conditioning unit (13) for controlling and eliminating hydrogen gas flame speed and explosion tendency, respectively; and a conditioned gas outlet unit (14) in communication with the gas conditioning unit, having at least a safety mechanism (15) for preventing any gas flashback occurrence.    USE - As a continuous system for onsite on-demand production and instant utilization of safely usable conditioned mix of water-derived hydrogen and oxygen gases used in applications selected from cooking, oven baking, soldering, welding, brazing, material cutting, polishing, room air heating, water heating, cable stripping, casting, toxic and radioactive waste disposal and neutralization, ambient air enhancement, water desalination, concrete glazing, and internal or external combustion engine fuel enhancement (claimed).    ADVANTAGE - The continuous system provides efficient, safe and worry-free production and utilization of hydrogen ion gas; is capable of providing a safely and efficiently usable instantly produced/electrolyzed and conditioned/domesticated hydrogen-oxygen or oxy-hydrogen mix for household or commercial use; is capable of providing a highly effective, efficient, abundant, and environmentally eco-friendly source of energy especially for hydrogen-related applications; and provides mix of water-derived hydrogen and oxygen gases that is practically much simplified, easier and more economical to use and maintain.    DETAILED DESCRIPTION - A continuous system (10) for onsite on-demand production and instant utilization of a safely usable conditioned mix of water-derived hydrogen and oxygen gases comprises a unit (11) for generating a mix of hydrogen and oxygen ion gases through ionization or dissociation of water supplied from external and internal water sources, which operates by a power source; a gas conditioning unit (13) for controlling and eliminating hydrogen gas flame speed and explosion tendency, respectively, that operates in a sequential multi-stage set-up, which comprises in combination at least a gas cooling unit, a gas purifying and scrubbing unit, a pressure-controlled and mix ratio-regulated air and gas mixing unit, and a final conditioning and scrubbing unit letting the air and gas mixture to pass through or mix with a non-flammable application-dictated conditioning fluid, all the units being interconnected in sequential series within the system that is a hermetically sealed close system; and a conditioned gas outlet unit (14) in communication with the gas conditioning unit, having at least a safety mechanism (15) for preventing any gas flashback occurrence. The power source is primarily derived from form of energy or fuel sources selected from electrical, mechanical, solar, hydro, geothermal, aero, and fossil. An INDEPENDENT CLAIM is included for continuous onsite on-demand production and instant utilization of a safely usable conditioned mix of hydrogen and oxygen gases, involving generating mix of hydrogen and oxygen ion gases by dissociation or ionization unit in response to an onsite instantly triggered utilization demand, which operates by a power source; conditioning the mix of gases for its safe handling and optimal utilization through a multi-stage gas conditioning unit mainly for purposes of the gas mix purification, flame speed control and reduction, and elimination of explosion tendency, by purifying and scrubbing the mix of gases being made to pass through at least a scrubbing and condensation chamber, mixing the scrubbed mix of gases with a calibrated injected air resulting in a pressure-controlled and regulated air and gas mix, finally conditioning and scrubbing the air and gas mix by making the mix pass through a non-flammable conditioning fluid; and utilizing the resulting safe-to-use conditioned gas mix through a gas outlet unit in communication with the conditioning unit and at least a safety mechanism or unit for preventing any gas flashback occurrences.    DESCRIPTION OF DRAWING(S) - The figure shows block diagram of continuous system.    Continuous system (10)    Hydrogen and oxygen ion gases generating unit (11)    Gas conditioning unit (13)    Gas outlet unit (14)    Safety mechanism (15)