Reagent injector for equipping a water treatment reactor, comprising a nozzle associated with a dispersing member, and corresponding water treatment device
The invention concerns a reactant injector for equipping a water treatment reactor, comprising a nozzle associated with a dispersing member, and a corresponding water treatment device. The invention concerns an injector ( 2 ) of a reagent into a reactor ( 2 ) of a water treatment device, characterized in that said injector ( 2 ) comprises at least one nozzle ( 21 ) for injecting a jet of said agent, said nozzle being associated with a member for dispersing ( 22 ) said jet.
1. A water treatment system, comprising:
a reactor containing water to be treated;
a reagent dispersing member disposed within the reactor, the dispersing member including:
a nozzle for injecting a reagent into the reactor;
a dispersion member disposed below the nozzle, the dispersion member having a generally cone shape including a tip;
a height adjusting mechanism for adjusting the distance between the nozzle and the dispersion member;
the tip of the dispersion member generally facing the nozzle such that when the nozzle injects the reagent into the reactor the reagent contacts the dispersion member and is dispersed into the reactor in a generally conical pattern;
a reagent inlet operatively connected to the reagent dispersing member for directing the reagent into the nozzle; and
a carrier frame moveable with respect to the reactor, the carrier frame supporting the reagent dispersing member within the reactor.
2. The water treatment system of claim 1 wherein the height adjusting mechanism includes:
a projection extending upwardly from the nozzle, the projection having a threaded portion and a threaded ring rotatively mounted to the threaded portion;
a plurality of connectors interconnecting the threaded ring with the dispersion member; and
wherein rotation of the threaded ring on the threaded portion of the projection results in a vertical translation of the dispersion member relative to the nozzle.
3. The water treatment system of claim 2 wherein the height adjusting mechanism further comprises a nut rotatively mounted on the threaded portion, wherein when the nut is fitted against the threaded ring the nut sets the distance between the nozzle and the dispersion member.
4. The water treatment system of claim 2 wherein each of the plurality of connectors is spaced apart such that each connector forms an approximately 120° angle with another of the plurality of connectors.
5. The water treatment system of claim 2 wherein the nozzle is disposed interiorly of the plurality of connectors.
6. The water treatment system of claim 1 wherein the reagent inlet is a first reagent inlet and is operatively connected to a first reagent line for supplying the reagent to the reagent dispersing member.
7. The water treatment system of claim 6 further comprising:
a second reagent inlet operatively connected to the reagent dispersing member; and
a second reagent line operatively connected to the second reagent inlet for supplying a second reagent to the reagent dispersing system.
8. The water treatment system of claim 1 further comprising:
a vertical flange extending upwardly from the carrier frame such that a lower end of the vertical flange is operatively connected to the carrier frame; and
a horizontal flange operatively connected to an upper end of the vertical flange, the horizontal flange operatively connected to the reagent dispersing member.
9. The water treatment system of claim 1 wherein the reagent dispersion member includes a height adjusting mechanism for adjusting the distance between the nozzle and the dispersion member, the height adjusting mechanism including:
a projection extending upwardly from the nozzle, the projection having a threaded portion and a threaded ring and nut rotatively mounted to the threaded portion;
a plurality of connectors, wherein the each of the connectors extends from the threaded ring to the dispersion member, the connectors spaced apart such that each connector forms an approximately 120° angle with another of the plurality of connectors;
wherein rotation of the threaded ring on the threaded portion of the projection results in a vertical translation of the dispersion member relative to the nozzle; and
wherein when the nut is fitted against the threaded ring the nut sets the distance between the nozzle and the dispersion member.
10. A water treatment system comprising:
a reactor containing water to be treated;
a reagent dispersing member disposed within the reactor, the dispersing member including:
a nozzle for injecting a reagent into the reactor;
a dispersion member disposed below the nozzle, the dispersion member having a generally cone shape including a tip;
a height adjusting mechanism for adjusting the distance between the nozzle and the dispersion member;
the tip of the dispersion member generally facing the nozzle such that when the nozzle injects the reagent into the reactor the reagent contacts the dispersion member and is dispersed into the reactor in a generally conical pattern;
a reagent inlet operatively connected to the reagent dispersing member for directing the reagent into the nozzle;
a carrier frame moveable with respect to the reactor, the carrier frame supporting the reagent dispersing member within the reactor;
a vertical flange extending upwardly from the carrier frame such that a lower end of the vertical flange is operatively connected to the carrier frame; and
a horizontal flange operatively connected to an upper end of the vertical flange, the horizontal flange operatively connected to the reagent dispersing member.