Abstract: A system and method of cleaning laundry in a washing vessel. A container is configured to hold a chemical that is granular and suitable for cleaning laundry. A tank receives the chemical from the container and a solvent to form a solution that includes undissolved chemical. The chemical can be an oxidant chemical and the solution can be saturated. A washing vessel that holds laundry is fluidly connected to the tank and a water source. The washing vessel receives the solution with undissolved chemical and another solvent to clean the laundry.

Abstract: A system and method of cleaning laundry in a washing vessel. A container is configured to hold a chemical that is granular and suitable for cleaning laundry. A tank receives the chemical from the container and a solvent to form a solution that includes undissolved chemical. The chemical can be an oxidant chemical and the solution can be saturated. A washing vessel that holds laundry is fluidly connected to the tank and a water source. The washing vessel receives the solution with undissolved chemical and another solvent to clean the laundry.

Abstract: Continuous flow water treatment systems, devices and methods that reduce the costs associated with using oxidizing agents in water treatment by maximizing mixing energy with pressure of the solution in a continuous flow system. The systems comprise an inflow conduit that provides water to be treated to a mixing chamber in a housing, a first chemical injector mounted into either the inflow conduit or the housing that provides an oxidizing agent into the water flow, a driven impeller mounted within the mixing chamber that maintains the flow of fluid through the apparatus and provides agitation to the fluid within the mixing chamber, and an outflow conduit for expelling the treated water from the mixing chamber. The outflow conduit may be pressurized to increase the mixing energy in the mixing chamber.

Abstract: Continuous flow water treatment systems, devices and methods that reduce the costs associated with using oxidizing agents in water treatment by maximizing mixing energy with pressure of the solution in a continuous flow system. The systems comprise an inflow conduit that provides water to be treated to a mixing chamber in a housing, a first chemical injector mounted into either the inflow conduit or the housing that provides an oxidizing agent into the water flow, a driven impeller mounted within the mixing chamber that maintains the flow of fluid through the apparatus and provides agitation to the fluid within the mixing chamber, and an outflow conduit for expelling the treated water from the mixing chamber. The outflow conduit may be pressurized to increase the mixing energy in the mixing chamber.