Industrial boilers, heat exchangers, and circulating water systems often use hard water, causing calcium and magnesium ions to continuously precipitate and form scale. Scale not only reduces heat exchange efficiency and increases energy consumption but also easily leads to pipe blockage and equipment corrosion, significantly shortening equipment lifespan. Industrial water softening equipment is currently the mainstream anti-scale solution in industrial settings.
This equipment utilizes ion exchange technology to efficiently adsorb calcium and magnesium ions in the water, converting hard water into soft water and preventing scale formation at its source. The products are available in manual and fully automatic versions. Fully automatic models are recommended for industrial applications, as they automatically complete the entire process of regeneration, flushing, and water injection, reducing manual monitoring costs.
Water Softening Equipment
Industrial softened water price reference
Equipment pricing is primarily determined by the water treatment capacity, tank material, and automation configuration. The following is a typical price range for bare units (excluding shipping, installation, and auxiliary materials):
Small Equipment (1-5 tons/hour, fiberglass tank + standard automatic valve): Approximately 8.000-50.000 RMB, suitable for small boilers, small to medium-sized processing plants, and hot water systems;
Medium Equipment (5-20 tons/hour, 304 stainless steel tank + fully automatic control valve): Approximately 50.000-100.000 RMB, widely used in industrial boilers and central air conditioning circulating water systems;
Large Equipment (20-50 tons/hour, dual tanks, one in use and one on standby + intelligent control system): Over 100.000 RMB, meeting the centralized water replenishment and high-flow circulating water needs of large factories.
After putting softened water into use, scale no longer forms on the inner walls of boilers, heat exchangers, and pipes, heat exchange efficiency returns to standard levels, and energy consumption is significantly reduced. Based on extensive field measurement data, continuous use of softened water can extend the lifespan of heating equipment and related pipelines by more than 30%, effectively reducing long-term expenses for equipment maintenance and parts replacement. If you also have scale buildup in your boiler pipes and are considering purchasing a water softening system but are unsure which equipment best suits your needs, you can refer to the article "Boiler Softening Water Equipment Selection and Energy-Saving Optimization Techniques" for better understanding.
DIEN Water Treatment offers a wide range of industrial water softening equipment specifications, supporting single-unit and multi-tank customization to suit various scenarios such as boiler water, central air conditioning circulating water, and industrial production water replenishment. The equipment features high-quality valve bodies and cation exchange resin, offering strong wear resistance, stable regeneration effects, and long-term stable operation.
DIEN Water Treatment directly supplies softened water equipment.
Previously, a food production company in Xi'an was equipped with two 4-ton steam boilers. The factory's raw water had high hardness, leading to frequent scaling problems in the boiler and heat exchangers due to years of hard water use. Monthly shutdowns for acid cleaning and descaling were necessary, resulting in annual maintenance costs exceeding 80.000 yuan and equipment energy consumption exceeding normal standards, while also accelerating equipment aging. We customized a 10-ton/hour fully automatic water softening system for the client, based on their water consumption and quality. The system features a 304 stainless steel tank with a flow-type automatic valve and a standby design, ensuring 24-hour uninterrupted water supply to the production line. The hardness of the output water is consistently controlled below 0.03 mmol/L, meeting boiler water standards. The system has been in operation for a year, with no new scale formation on the boiler and heat exchanger surfaces, completely eliminating the need for periodic acid cleaning and saving over 80.000 yuan in maintenance costs annually. System heat exchange efficiency has improved, overall energy consumption has decreased by 15%, and monthly gas costs have decreased by approximately 23.000 yuan. Simultaneously, equipment corrosion and pipeline blockage issues have been completely resolved, extending the service life of the boiler and related equipment by 35%, achieving the expected transformation goals.
