H2OMSPL water softening system removes hardness from water by removing dissolved salts (Ca+ and Mg+), making the water soft. Hardness < 5 ppm as CaCO3 is achieved at the system outlet. NaCl is used to regenerate the softener after the OBR is exhausted. Using a water softening system reduces the risk of scaling in further equipment. This system is extensively used in industrial, domestic, and pharmaceutical applications. Our industrial water softener is used as a standalone unit, but it is better to use a multi-grade sand filter and an activated carbon filter as pretreatment to avoid resin fouling.
Water Softening System
Salient Features
H2OMSPL’s water softening systems are designed to deliver consistent performance with minimal operational effort.
Applications
The water softening system has vast applications due to its effectiveness and low maintenance costs. It is used to remove hardness in water, which prevents scaling in equipment.
The system is widely used across domestic, industrial, and pharmaceutical applications.
H2OMSPL provides water softening systems in various sizes and metallurgy (FRP, MS-EP, MS-FRP, MS-RL, SS 304, SS 304L, SS 316) as per client and process needs, positioning itself as a trusted water softener plant supplier. However, we do not recommend drinking this processed soft water.
Note: Performance of water softening system depends on feedwater quality, and suitable coagulant dosing can provide more effective solid filtration.
| Name | Capacity (LPH) |
|---|---|
| WSU-0500F-M/A | 500 |
| WSU-1000-M/A | 1000 |
| WSU-2000-M/A | 2000 |
| WSU-3000-M/A | 3000 |
| WSU-5000-M/A | 5000 |
| WSU-7500-M/A | 7500 |
| WSU-10000-M/A | 10000 |
Frequently Asked Questions
A water softening system reduces hardness-causing calcium and magnesium ions using ion-exchange resin. This helps prevent scale formation in pipelines, boilers, heat exchangers and other equipment.
Water softening systems are used across industrial, domestic and pharmaceutical applications where hardness reduction is required to prevent scaling in downstream equipment.
After the ion-exchange resin becomes exhausted, it is regenerated using a sodium chloride brine solution. Regeneration restores the resin’s ability to remove calcium and magnesium from the incoming water.
A multi-grade sand filter and activated carbon filter may be recommended to reduce suspended particles and organic impurities before water enters the softener. The exact pretreatment depends on feed-water quality.
Yes. H2OMSPL provides water softening systems in different flow capacities and construction materials. System sizing is based on feed-water hardness, required output, operating hours and regeneration frequency.