15 cubic meters per hour fully automatic water softening equipment for the chemical industry.

Fully automatic water softener, also known as water softening treatment equipment, is a device that uses the ion exchange principle to remove scaling ions such as calcium and magnesium from water.

Application Range:

Water softening equipment can be widely used for the softening of make-up water in systems such as steam boilers, hot water boilers, exchangers, evaporative condensers, air conditioning, and direct-fired machines. It can also be used for the treatment of domestic water in hotels, restaurants, office buildings, apartments, and homes, as well as for softening water treatment in industries such as food, beverages, brewing, laundry, printing and dyeing, chemical, and pharmaceutical.

15 cubic meters per hour fully automatic water softening equipment for the chemical industry

Main Features:15 cubic meters per hour fully automatic water softening equipment for the chemical industry

1. High degree of automation, stable water supply conditions, long service life, fully automatic operation, only requires periodic salt addition, no manual intervention needed.

2. Low energy consumption, economical operating costs.

3. Compact and reasonable equipment structure, easy operation and maintenance, small footprint, saving investment.

4. Easy to use, simple installation, debugging, and operation, stable performance of control components, allowing users to operate without worries.

Working Principle:15 cubic meters per hour fully automatic water softening equipment for the chemical industry

Water hardness is mainly caused by cations: calcium (Ca2+) and magnesium (Mg2+) ions. When raw water containing hardness ions passes through the ion exchange resin layer, the calcium and magnesium ions in the water exchange with the sodium ions in the resin. The resin adsorbs the calcium and magnesium ions, while sodium ions enter the water, resulting in softened water that has had the hardness ions removed. As the exchange process continues, once all the Na+ in the resin is replaced, it loses its exchange function. At this point, an NaCl solution must be used to regenerate the resin, replacing the adsorbed Ca2+ and Mg2+ ions. The resin re-adsorbs sodium ions and regains its softening exchange capacity.