System and method for formulating medical treatment effluents

A method of injecting ionic particles from a gas into a liquid with a reactor including first and second electrodes connected to a power source and configured for forming an electric field therebetween, the method comprising:

• inserting said liquid into a reaction chamber of the reactor;
• inserting a high-pressure flow of said gas into said reaction chamber at a positive pressure relative to a pressure of said liquid in said reaction chamber, wherein the positive pressure enables the high-pressure flow of said gas to enter adjacent to said liquid;
• applying a series of voltage pulses between said first and second electrodes and thereby producing said electric field, wherein at least a portion of said electric field is positioned within said reaction chamber;
• and
• adjusting a magnitude of said voltage pulses and thereby controlling a ratio of man-atomic ions to molecular ions, said electric field contacting said gas and said liquid within said reaction chamber;
• and said ionic particles from said gas being transferred into said liquid to form a medical treatment effluent comprising said liquid infused with dissolved gas.