Abstract: A chlorine generator cell (10) contains components that require physical isolation between the anode compartment (20), cathode compartment (30), and outside environment. The cell (10) also contains a membrane (50) that provides selective electrical conductivity between the anode compartment (20) and cathode compartment (30). The cell (10) consists of a series of pipe fittings that allow access to the interior of cell (10) for placement of water and salt to generate chlorine. The anode stem (71) and cathode stem (81) located outside of cell (10) are connected to a power supply (91). Power supply (91) may be further connected to a power controller (92) that allows for adjustment of the energy output of power supply (91) to the optimum energy level, thus the desired chlorine output. This invention provides a chlorine generator that is portable, yet is allows for expanded size with additional pipe fittings as needed.

Abstract: A chlorine generator cell (10) contains components that require physical isolation between the anode compartment (20), cathode compartment (30), and outside environment. The cell (10) also contains a membrane (50) that provides selective electrical conductivity between the anode compartment (20) and cathode compartment (30). The cell (10) consists of a series of pipe fittings that allow access to the interior of cell (10) for placement of water and salt to generate chlorine. The anode stem (71) and cathode stem (81) located outside of cell (10) are connected to a power supply (91). Power supply (91) may be further connected to a power controller (92) that allows for adjustment of the energy output of power supply (91) to the optimum energy level, thus the desired chlorine output. This invention provides a chlorine generator that is portable, yet is allows for expanded size with additional pipe fittings as needed.