A multi-chamber electrolytic cell comprising: an inner electrode having a cylindrical shape; a first diaphragm positioned co-axially around the Inner electrode to form a first chamber within, the first diaphragm having a top, a bottom, an inner wall, and an outer wall; a middle electrode, positioned co-axially around the first diaphragm to form a second chamber within, the middle electrode having a top, a bottom, an inner wall, and an outer wall; a second diaphragm positioned co-axially around the middle electrode to form a third chamber within, the second diaphragm having a top, a bottom, an inner wall and an outer wall; an outer electrode, positioned co-axially around the second diaphragm to form a fourth chamber within, the outer electrode having a top, a bottom, an inner wall, and an outer wall; a first dielectric end-cap sealing the bottoms of the first and second diaphragms, the inner electrode, the middle electrode, and the outer electrode, the first dielectric end-cap including a first bottom-flow port, a second bottom-flow port, a third bottom-flow port, and a fourth bottom-flow port, the first, second, third and forth bottom-flow ports positioned on a side of the first dielectric cap and communicating with the corresponding first, second, third, and fourth chambers of the electrolytic cell; and a second dielectric end-cap sealing the tops of the first and second diaphragms, the inner electrode, the middle electrode, and the outer electrode, the second dielectric end-cap including a first top-flow port, a second top-flow port, a third top-flow port, and a fourth top-flow port positioned on a side of the second dielectric end-cap, the first, second, third and fourth top-flow ports communicating with the corresponding first, second, third, and fourth chambers of the electrolytic cell; wherein the inner electrode and the middle electrode are designed for having a first voltage across them, the first voltage being of sufficient value to create an electrolytic reaction In the first and second chambers, and wherein the outer electrode and the middle electrode are designed for having a second voltage across them, the second voltage being of sufficient value to create an electrolytic reaction in the third and fourth chambers. an inner electrode having a cylindrical shape; a first diaphragm positioned co-axially around the Inner electrode to form a first chamber within, the first diaphragm having a top, a bottom, an inner wall, and an outer wall; a middle electrode, positioned co-axially around the first diaphragm to form a second chamber within, the middle electrode having a top, a bottom, an inner wall, and an outer wall; a second diaphragm positioned co-axially around the middle electrode to form a third chamber within, the second diaphragm having a top, a bottom, an inner wall and an outer wall; an outer electrode, positioned co-axially around the second diaphragm to form a fourth chamber within, the outer electrode having a top, a bottom, an inner wall, and an outer wall; a first dielectric end-cap sealing the bottoms of the first and second diaphragms, the inner electrode, the middle electrode, and the outer electrode, the first dielectric end-cap including a first bottom-flow port, a second bottom-flow port, a third bottom-flow port, and a fourth bottom-flow port, the first, second, third and forth bottom-flow ports positioned on a side of the first dielectric cap and communicating with the corresponding first, second, third, and fourth chambers of the electrolytic cell; and a second dielectric end-cap sealing the tops of the first and second diaphragms, the inner electrode, the middle electrode, and the outer electrode, the second dielectric end-cap including a first top-flow port, a second top-flow port, a third top-flow port, and a fourth top-flow port positioned on a side of the second dielectric end-cap, the first, second, third and fourth top-flow ports communicating with the corresponding first, second, third, and fourth chambers of the electrolytic cell; wherein the inner electrode and the middle electrode are designed for having a first voltage across them, the first voltage being of sufficient value to create an electrolytic reaction In the first and second chambers, and wherein the outer electrode and the middle electrode are designed for having a second voltage across them, the second voltage being of sufficient value to create an electrolytic reaction in the third and fourth chambers.