An electrolyzing system for electrolyzing a brine solution of water and an alkali salt to produce acidic electrolyzed water and alkaline electrolyzed water, the system comprising: a housing including an internal chamber for receiving the brine solution and defining a brine bath; a first electrolyzer cell arranged in the internal chamber of the housing with the first electrolyzer cell being immersed in said brine bath, said first electrolyzer cell including a first electrode plate that is electrically charged with a positive charge; a second electrolyzer cell arranged in the internal chamber in the housing with the second electrolyzer cell being immersed in said brine bath, said second electrolyzer cell including a second electrode plate that is electrically charged with a negative charge, characterized by; said first electrolyzer cell having a pair of negative ion exchange permeable membranes disposed on opposite sides of the first electrode plate so as to define a first space between the first electrode plate and the pair of negative ion exchange permeable membranes within which the first electrode plate is located and into which negative ions from the brine solution can enter through the negative ion exchange permeable membranes, said first space being in communication with a fresh water supply at an inlet end (26, 50) of the first space and in communication with a cleaning chemical outlet at an outlet end (28, 52) of the first space, said first space being sealed off from the brine bath so that the only path for brine solution to enter the first space is through the pair of negative ion exchange permeable membranes such that a cleaning chemical exiting the cleaning chemical outlet (28, 52) of the first space is suitable for use as an acid sanitizer; and said second electrolyzer cell having a pair of positive ions exchange permeable membranes disposed on opposite sides of the second electrode plate so as to define a second space between the second electrode plate and the pair of positive ion exchange permeable membranes within which the second electrode plate is located and into which positive ions from the brine solution can enter through the positive ion exchange permeable membranes said second space being in communication with a fresh water supply at an inlet end (26, 50) of the second space and in communication with a cleaning chemical outlet at an outlet end (28, 52) of the second space, the second space being sealed off from the brine bath so that the only path for brine solution to enter the second space is through the pair of positive ion exchange permeable membranes such that a cleaning chemical exiting the cleaning chemical outlet of the second space is an alkaline electrolyzed water suitable for use as a base cleaner. a housing including an internal chamber for receiving the brine solution and defining a brine bath; a first electrolyzer cell arranged in the internal chamber of the housing with the first electrolyzer cell being immersed in said brine bath, said first electrolyzer cell including a first electrode plate that is electrically charged with a positive charge; a second electrolyzer cell arranged in the internal chamber in the housing with the second electrolyzer cell being immersed in said brine bath, said second electrolyzer cell including a second electrode plate that is electrically charged with a negative charge, characterized by; said first electrolyzer cell having a pair of negative ion exchange permeable membranes disposed on opposite sides of the first electrode plate so as to define a first space between the first electrode plate and the pair of negative ion exchange permeable membranes within which the first electrode plate is located and into which negative ions from the brine solution can enter through the negative ion exchange permeable membranes, said first space being in communication with a fresh water supply at an inlet end (26, 50) of the first space and in communication with a cleaning chemical outlet at an outlet end (28, 52) of the first space, said first space being sealed off from the brine bath so that the only path for brine solution to enter the first space is through the pair of negative ion exchange permeable membranes such that a cleaning chemical exiting the cleaning chemical outlet (28, 52) of the first space is suitable for use as an acid sanitizer; and said second electrolyzer cell having a pair of positive ions exchange permeable membranes disposed on opposite sides of the second electrode plate so as to define a second space between the second electrode plate and the pair of positive ion exchange permeable membranes within which the second electrode plate is located and into which positive ions from the brine solution can enter through the positive ion exchange permeable membranes said second space being in communication with a fresh water supply at an inlet end (26, 50) of the second space and in communication with a cleaning chemical outlet at an outlet end (28, 52) of the second space, the second space being sealed off from the brine bath so that the only path for brine solution to enter the second space is through the pair of positive ion exchange permeable membranes such that a cleaning chemical exiting the cleaning chemical outlet of the second space is an alkaline electrolyzed water suitable for use as a base cleaner.