Gas Production Through Pulsed Electrolysis

A cell producing hydrogen and oxygen gas from an aqueous electrolyte comprising:

• an alkaline electrolyte comprising colloidal silver, colloidal magnesium, and a metal powder;
• at least one positive electrode disposed at least partially in the alkaline electrolyte;
• at least one switching negative electrode comprising graphite, infused with a precious metal, the switching negative electrode disposed at least partially in the alkaline electrolyte;
• a first chamber configured and located to capture gas produced at the positive electrode;
• a second chamber configured and located to capture gas produced at the at least one switching negative electrode;
• and
• an automatic controller cyclically applying negative voltage potential to the switching negative electrode according to a predetermined sequence.

A cell producing hydrogen and oxygen gas from an aqueous electrolyte comprising:

• an alkaline electrolyte comprising colloidal silver, colloidal magnesium, and a metal powder;
• at least one positive electrode disposed at least partially in the alkaline electrolyte;
• a plurality of switching negative electrodes, each comprising graphite, infused with a precious metal, the plurality of switching negative electrodes disposed at least partially in the alkaline electrolyte;
• a first chamber configured and located to capture gas produced at the positive electrode;
• a second chamber configured and located to capture gas produced at the at plurality of switching negative electrodes;
• and
• an automatic controller cyclically applying negative voltage potential to each of the plurality of switching negative electrode for a predetermined time and according to a predetermined sequence.