Concentration of sodium borohydride as electrolyte for the generation of hydrogen as fuel in diesel and gasoline internal combustion engines with a catalyst system using minimum current

A method of making electrolyte as an additive for internal combustion engines, comprises the steps of:

• A) weighing approximately 16.6497 g of sodium borohydride, approximately 10.0940 g of sodium hydroxide, and approximately 3.8475 g of potassium hydride;
• B) adding said approximately 10.0940 g of sodium hydroxide and said approximately 3.8475 g of potassium hydride to approximately 60 mL of first deionized water to make a first composition;
• C) mixing said first composition;
• D) adding said approximately 16.6497 g of sodium borohydride to said first composition to make a second composition;
• E) adding second deionized water to said second composition to make approximately 100 mL of basic electrolyte solution;
• F) diluting said approximately 100 mL of basic electrolyte solution by adding approximately 7400 mL of third deionized water to make a third composition;
• and
• G) adding approximately 3 to 10 mL of sodium borohydride approximately 4.4008 M to said third composition to make an electrolyte having a final concentration sodium borohydride of approximately 0.05947 M.