Abstract:
A system (12) for liberating hydrogen from a base solution, comprising: a first electrolytic cell (14); the first electrolytic cell (14) having an inlet (58) for receiving the base solution; the first electrolytic cell (14) configured to create an electrolytic conversion to generate a modified solution by liberating hydrogen from the base solution; the first electrolytic cell (14) having an outlet (60) in communication with a first junction (30) forming a first bifurcated line and a second bifurcated line (18); wherein the first bifurcated line directs flow into a return line (32) coupled to the inlet (58); wherein the first junction (30) is configured such that the modified solution is passively directed out the first bifurcated line while the liberated hydrogen is passively directed out the second bifurcated line (18) to remove liberated hydrogen from the modified solution.
Abstract:
A treatment delivery system for treatment of a body of water held in a reservoir, the treatment delivery system comprising: a chemical dosing assembly submersible within the body of water comprising a frame adapted to rest at the bottom of the reservoir, a water motive tube secured to the frame, and a first chemical treatment flow tube secured to the frame; wherein each of the water motive tube and the first chemical treatment tube independently comprises a first end having an inlet and a second end having an outlet; wherein the outlet of the water motive tube is oriented to expel a jet of water generally upward into the body of water held in the reservoir, and the outlet of the first chemical treatment flow tube is oriented to inject treatment solution into the jet of water expelled by the outlet of the water motive tube.