Abstract: A method and system of producing a disinfecting solution comprising directing feed water at a predetermined flow rate into a dosing storage tank; circulating the feed water from the dosing storage tank through one or more disinfectant containers and back into the dosing storage tank. Preferably, a disinfectant within the one or more disinfectant containers comprise dissolve characteristics to form a disinfecting solution when dissolved in the feed water. The flow rate of feed water directed into the dosing storage tank and circulated through out the disinfecting is predetermined and controlled to match the dissolve characteristics of the disinfectant within one or more disinfectant containers. Controlling the amount of feed water maintains a substantially consistent concentration of disinfecting solution throughout the dosing storage tank.

Abstract: An electrolytic cell comprising a housing having an inlet and an outlet to allow the flow of fluid through the housing. An anode and a cathode are positioned within the housing, the cathode distal from the anode. Preferably, one or more bipolar electrolytic plates, spaced apart, are slideably positioned between the anode and cathode. Each electrolytic plate has four edges with three of the four edges securely fitted within the housing so as to form a seal with the housing. The fourth edge in a clearance position relative to the housing to form a path for the serpentine flow of fluid therethrough. The two sides of the housing, the end caps and the top and bottom plates of the housing comprise grooves. The length of the grooves of the top and bottom plates alternate in size. The alternating top grooves, alternating bottom grooves and one of the alternating end cap grooves receive three of the four edges of each electrolytic plate.