NOVELTY - A clean and odorless system comprises shielded and grounded heterodyning enclosure (1A), water reservoir and pump unit, gas collection unit, electronic control unit, antenna unit (2A, 3A), and shielded electronic connection unit. The water reservoir and pump unit provide a regulated supply of water to enclosure. The water reservoir and pump unit is in fluid connection with the enclosure. The gas collection unit separates hydrogen gas from oxygen gas. The gas collection unit is above the enclosure and is in fluid connection with enclosure.    USE - A clean and odorless system for generating, collecting, and separating hydrogen and oxygen from water, and useful for fuel cell electric power generators, and fuel cell car.    ADVANTAGE - The system provides method that is environmentally friendly, i.e. without residue, fumes, or other unwanted byproduct. The system eliminates noise. The system improves combustion in carbureting of fuel in gasoline and diesel engines and increases miles per gallon fuel consumption in gasoline and diesel engines. The system is capable of determining optimum oscillator crystal size and radio frequency combinations appropriate to specific applications. The system provides generation of hydrogen and oxygen gas in a cost effective manner. The system is compact, and lightweight. The system uses heterodyned radio frequency to disrupt the ion bonds in water molecules between oxygen atom and its two joined hydrogen atoms to create hydrogen and oxygen gases. No noxious fumes or chemical residues are created as its result.    DETAILED DESCRIPTION - A clean and odorless system comprises shielded and grounded heterodyning enclosure, water reservoir and pump unit, gas collection unit, electronic control unit, antenna unit, and shielded electronic connection unit. The water reservoir and pump unit provide a regulated supply of water to enclosure. The water reservoir and pump unit is in fluid connection with the enclosure. The gas collection unit separates hydrogen gas from oxygen gas. The gas collection unit is above the enclosure and is in fluid connection with enclosure. The electronic control unit provides generation of high radio frequency or frequencies in the ultra high frequency (UHF) radio bandwidth and low radio frequency or frequencies in the very high frequency (VHF) radio bandwidth. The antenna impinges high radio frequency in UHF radio bandwidth and low radio frequency or frequencies in the VHF radio bandwidth against one another and also against a surface of water within the enclosure. The impinging causes the high radio frequency in UHF ratio bandwidth and the low radio frequency or frequencies in the VHF ratio bandwidth to heterodyne and creates two additional radio frequencies. The antenna unit is within the enclosure above the surface of the water within the enclosure. The shielded electronic connection unit provides electronic communication between the electronic control unit and antenna unit. The shielded electronic connection unit delivers high and low radio frequencies in UHF and VHF radio bandwidths, respectively to antenna unit. The water reservoir and pump unit moves the water into the heterodyning enclosure. The high and low radio frequencies in UHF and VHF radio bandwidths respectively are made to impinge against one another and surface of water. The two radio frequencies by randomly overlapping one another within the enclosure create two additional radio frequencies.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the heterodyning enclosure.    Shielded and grounded heterodyning enclosure (1A)    Antenna unit (2A, 3A)    Screen (7A)    Coaxial cable input (12B)    Support bracket (23B)    Adapter (24B)