High speed water treatment method using a suspended reaction layer

Abstract

The application discloses a high-speed water treatment method using a suspended reaction layer, and discloses a high-speed water treatment method using the magnetic group force of resin and stirring to form a stable suspended reaction layer in a high-speed reactor, so that raw water and all resin are fully contacted and reacted to perform ion exchange, and the method is combined with a transfer tank and a regeneration tank to perform circulating reaction and regeneration. Resin is fully utilized, and pollutants in raw water can be effectively removed. Fresh resin is continuously supplied in the high-speed reactor, water can be continuously discharged, the water quality is stable, and a standby exchanger is not needed. The method is characterized in that the magnetic ion exchange resin forms a stable suspended reaction layer in the high-speed reactor, and performs ion exchange with raw water to remove pollutants in the raw water. After saturation, the resin is soaked in the transfer tank and the regeneration tank for regeneration, and then is back-flushed into the high-speed reactor to continuously participate in ion exchange reaction, and the resin is subjected to circulating reaction and regeneration.

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