I.Overview of Boiler Softening Water Equipment for the Chemical Industry

With the rapid development of The Times, the chemical industry has gradually expanded and boilers are frequently used. However, due to water quality issues, white sediment often adheres to the surface inside the boilers, resulting in uneven heating of the boilers. This not only poses hidden dangers but also affects the working efficiency of the equipment. And useLTLD-GThe water softening equipment for boilers in the chemical industry can effectively remove the white sediment on the inner walls of boilers, ensuring their normal operation.

Ii.Overview of Boiler Softening Water Equipment for the Chemical Industry

With the rapid development of The Times, the chemical industry has gradually expanded and boilers are frequently used. However, due to water quality issues, white sediment often adheres to the surface inside the boilers, resulting in uneven heating of the boilers. This not only poses hidden dangers but also affects the working efficiency of the equipment. And useLTLD-GThe water softening equipment for boilers in the chemical industry can effectively remove the white sediment on the inner walls of boilers, ensuring their normal operation.

Iii.Technical indicators of boiler softened water equipment for the chemical industry

1Raw water hardness:≤6mmol/L.

2Raw water turbidity: Complies with national tap water standards.

3Effluent hardness≤0.03mmol/L ("In line withGB1756-1996Standard).

4Inlet water pressure0.2-0.6MPa.

5Operating temperature2℃-50℃.

6Layout method: Single tank type or multiple tanks in parallel.

7"Electricity" Source220V,50HZ.

8Control mode: Fully automatic program control.

9Power consumption3~125W.

FourThe principle of water softening equipment for boilers in the chemical industry

Since the hardness of water is mainly formed and represented by calcium and magnesium, cation exchange resins are generally used(Water softener)Take the waterCa2+,Mg2+(The main components that form scale)Replace it out and let it enter the resinCa2+,Mg2+The increase, resin removalCa2+,Mg2+Its efficiency gradually decreases.

When the resin has absorbed a certain amount of calcium and magnesium ions, it undergoes regeneration. The regeneration process involves flushing the resin layer with brine from the salt tank to displace the hardness ions on the resin and discharge them out of the tank with the regeneration waste liquid. Thus, the resin regains its softening exchange function.

The hardness of water is mainly formed and represented by calcium and magnesium. The principle of sodium ion exchange softening treatment is to pass the raw water through sodium-type cation exchange resin to reduce the hardness components in the waterCa2+,Mg2+In the resinNa+Exchange with each other, thereby adsorbing substances in waterCa2+,Mg2+Soften the water.