| 摘要 |
<p>The system for production (5-1), conversion and reproduction (5-3) of gas-liquid-gas hydrogen cycle (5-5) with absorption of carbon dioxide (CO 2) (5-4) with change of each state, comprises a water electrolyzer device composed of an electrolysis chamber, electrodes, an electrolyte and a solid and/or flexible membrane, a device for transformation of hydrogen gas in a stable liquid by mixture of CO 2, and a device for production of hydrogen gas at less than 0.1 volts without emission of CO 2. A second electrolyzer of highly alkaline and/or saturated solution of CO 2 is arranged. The system for production (5-1), conversion and reproduction (5-3) of gas-liquid-gas hydrogen cycle (5-5) with absorption of carbon dioxide (CO 2) (5-4) with change of each state, comprises a water electrolyzer device composed of an electrolysis chamber, electrodes, an electrolyte and a solid and/or flexible membrane, a device for transformation of hydrogen gas in a stable liquid by mixture of CO 2, and a device for production of hydrogen gas at less than 0.1 volts without emission of CO 2. A second electrolyzer of highly alkaline and/or saturated solution of CO 2 is arranged for producing hydrogen. The hydrogen product reacts with CO 2 for producing proper methanol, and is produced by electrolysis of methanol. An electrochemical and/or photochemical capturing device is equipped with system for reduction of CO 2 catalyzed by a complex of ruthenium, nickel, rhenium, ruthenium nanoparticles, rhenium nanoparticles, platinum, porous nanoparticles, structured nanoparticles and self-assembled nanoparticles without liquid solution, and powered by a renewable and/or conventional energy source. Catalysts are deposited on the electrodes by piezo-electric impression on solid or flexible substrate.</p> |
