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SWater Softener System Plant

Water Softener System Plant

Water softening uses an ion exchange resin to remove calcium and magnesium from hard water. UltraTec Water Treatment offers a complete range of water softener systems to meet your need for softened water.

Water softening methods by Water Softener Plant is mainly rely on the removal of Ca2+ and Mg2+ from a solution or the sequestration of these ions, i.e. binding them to a molecule that removes their ability to form scale or interfere with soaps. Removal is achieved by ion exchange and by precipitation methods. Mineral tank and the brine tank are the main constituents of the Water softening system. The Water softener price/cost consists of a mineral tank and a brine tank. The mineral tank and the Water supply pipe are connected due to which Water passes through the tank before it can be used. Water Softener Plant consists of negatively charged beads or resins that attract positively charged calcium and magnesium.

Features

SOLUTIONS

Water softener system plants are used in various industrial, commercial, and institutional settings where large volumes of softened water are required. This includes industries such as manufacturing, hospitality, healthcare, and agriculture. Water softener system plants play a vital role in preventing scale buildup in industrial processes, protecting equipment, and improving the efficiency of water-dependent systems.

PLC based automatic operation.

Low total quantity of carbon (Organism).

Non-contamination emission.

Simple structure.

Running persistently.

Very stable output water quality.

No need acid and alkali to regenerate.

Very stable output water quality.

No need acid and alkali to regenerate.

High recovery rate (95%).

Low maintenance and installation cost.

Very safe, no acid and alkali, to avoid operators being injured.

Applied in the area where the raw water contains like little salt.

Technology

It is more likely that water and smaller molecular weight organics are able to diffuse through the membranes polymer by bonding between segments of the polymer?? chemical structure.

The mechanism of reverse osmosis is different from filtration in that physical holes may not exist in an RO membrane (its pores are believed to be less than 0.0001 micron).

It uses a special, semi-permeable membrane which removes impurities as small as 0.0001 micron (i.e. 0.00000004 inches) in size, cleansing water of all biological impurities, suspended particles, dissolved solids (TDS), salts, metals and chemicals.

RO removes 90 to 99% of all the contaminants found in water. It is the heart of any well designed water purification system because it effectively removes a broad range of contaminants. It is the process by which water molecules are forced through a 0.0001 micron semi-permeable membrane by water pressure. Long sheets of the membrane are ingeniously sandwiched together and rolled up around a hollow central tube in a spiral fashion.

Typically, a module for home water treatment is as small as 2" diameter and 10" long, while one for industrial use may be 4" diameter and 40".

RO removes 90 to 99% of all the contaminants found in water. It is the heart of any well designed water purification system because it effectively removes a broad range of contaminants. It is the process by which water molecules are forced through a 0.0001 micron semi-permeable membrane by water pressure. Long sheets of the membrane are ingeniously sandwiched together and rolled up around a hollow central tube in a spiral fashion.

Typically, a module for home water treatment is as small as 2" diameter and 10" long, while one for industrial use may be 4" diameter and 40".

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