Regeneration systems for softeners and mixed beds

Abstract

The invention discloses regeneration systems for softeners and mixed beds. The regeneration systems all adopt a jet device, wherein one of the inlets of the jet device is connected with a water pump, the other one of the two inlets is connected with a concentrated solution tank, and the outlet of the jet device is connected with a softener or a mixed bed. Concentrated solution can be sucked under the jet negative pressure of the jet device, the concentrated solution and water are fully and uniformly mixed in the suction chamber of the jet device, and the mixture is sprayed into the softener or mixed bed; the jet device is used in place of a regeneration tank and a regeneration pump, so transport cost is saved, floor area is saved for the user, and the use is convenient; in the jet device, under pressure difference, the concentrated solution can be sucked automatically and fully and uniformly mixed with water; pump is not required to be connected with the concentrated solution tank, and cost is reduced as stirrer is not needed; and when the jet device is used, regenerating chemical can be prepared immediately when used, rather than be prepared in advance, so chemical waste and pollution are avoided.

Description

technical field [0001] The invention relates to a regeneration system of a softener, and also relates to a regeneration system of a mixed bed. Background technique [0002] The existing softener regeneration system includes a regeneration tank, a softener, and a regeneration pump. The inlet of the regeneration pump is connected to the outlet of the regeneration tank, and the outlet of the regeneration pump is connected to the softener. The regeneration tank is used to prepare regeneration agents. The regeneration tank The inlet of the pump is connected with the water pump and the concentrated solution storage tank. The concentrated solution is mixed and diluted with the water phase in the regeneration tank to form a regeneration agent. The medicament is pumped into the softener under the action of the regeneration pump to regenerate the ion exchange resin in the softener. Similarly, in the existing mixed bed regeneration system, the system includes a regeneration box, a mix...

AI Technical Summary

Problems solved by technology

To sum up, the regeneration system of the existing softener and mixed bed is realized by configuring the regeneration pump and the regeneration tank. The volume of the regeneration tank is generally large. For example, the regeneration tank with a volume of 2000L has a diameter of 1330mm, a height of 1870mm, and a wall thickness of 7.5mm. , with a weight of 60KG, the transportation cost and floor area will increase, and it will be difficult to move and clean the regeneration box; when configuring the regeneration agent, it is necessary to configure a stirrer in the regeneration box to mix the agent and water evenly, which is not only cumbersome to operate , and time-consuming; the prepared regenerative reagent will generally not be used up at one time, and the user will save it for the next use in order to save, which will easily cause pollution of the regenerative reagent and reduce the regeneration effect

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