This is model 39F36600T from our SF-200F Series.

• Flow Rate Of 185 GPM
• Alternating Water Softener
• 36 Inch Diameter Tanks
• Exchange Capacity of 600,000 Grains per each Tank

Water Challenges: Reverse osmosis membranes are very delicate layers that require safety from outside sources. Water hardness in particular, leads to detrimental effects to the RO membranes through scaling around its surface, which reduces its efficiency to filter contaminants. For this reason, reverse osmosis is not recommended as other water treatment systems in removing minerals such as magnesium, and calcium from the feed water. 

Applied Solution: Pure Aqua designs and manufactures water treatment systems for treatment such hardness reduction needs, worldwide. A recent application saw two of our advanced identical twin alternating water softeners being completed and shipped to a major company in Saudi Arabia. They are each designed to treat municipal tap water at a rate of one hundred eighty-five gallons per minute. An alternating water softener, like this model, can switch automatically to a standby tank of resin to continually provide softened water while the first tank recharges.

Due to this occurrence, water softeners are the preferred choice of lowering water hardness, and shielding the RO system from foulants, which ultimately extends the lifespan of the membranes.

The water softener unit was created and executed in order to remove hardness from water. Harness in water does not allow soaps to work to their full capacity. Hardness makes it difficult for clothes to be cleaned and leaves skin with a “slippery” feeling. The way the twin alternating softener unit works is by having one tank remove hardness while the other is regenerating. The first tank is full of resin that is saturated in sodium ions. As water is going through the cycle, the resin attracts the calcium and magnesium ions that make the water hard. This then leaves the water with only sodium ions which do not have the same effect on soaps and detergents as calcium and magnesium ions have which leaves the water “soft”. Once the first tank is full to capacity of taking calcium and magnesium ions, the tanks switch roles. Now the second tank will accept the role of removing hardness from water. The regeneration part of the process flushes a solution full of sodium ions through the tank, the resin now releases the calcium and magnesium ions and absorbs the sodium ions. This leaves the tank and resin in its original state again in order to repeat the process. The calcium and magnesium ions are discarded leaving the water soft and ideal for usage in hotels, schools, or restaurants. 

Country: Saudi Arabia

System/Product: Twin Alternating Water Softener

The challenge in this project concerned water hardness. Hardness in water does not allow soaps to work to their full capacity.
The presence of hard minerals makes it difficult for clothes to be cleaned and leaves skin with a “slippery” feeling.

Pure Aqua manufactured and supplied a Twin alternating water softener bypass option and pressure regulator to a major company in Saudi Arabia. Our water softener system worked in providing a solution to the water hardness problems surrounding this specific location in the country.

• Reduced costs / Material use.
• Less power consumption.
• Longer life span of plant equipment
• Decreased cost of repair & maintenance.
• Greater water quality

This is model 29F24300T from our SF-250A Series.

• Twin Alternating Water Softener
• Two 24” Diameter Stainless Steel Tanks
• Fleck Multiport Valves
• Produce 97,920 GPD

The water softener unit was created and executed in order to remove hardness from water. Hardness in water does not allow soaps to work to their full capacity. Hardness makes it difficult for clothes to be cleaned and leaves skin with a “slippery” feeling. The way the twin alternating softener unit works is by having one tank remove hardness while the other is regenerating. The first tank is full of resin that is saturated in sodium ions. As water is going through the cycle, the resin attracts the calcium and magnesium ions that make the water hard. This then leaves the water with only sodium ions which do not have the same effect on soaps and detergents as calcium and magnesium ions have which leaves the water “soft”. Once the first tank is full to capacity of taking calcium and magnesium ions, the tanks switch roles. Now the second tank will accept the role of removing hardness from water. The regeneration part of the process flushes a solution full of sodium ions through the tank, the resin now releases the calcium and magnesium ions and absorbs the sodium ions. This leaves the tank and resin in its original state again in order to repeat the process. The calcium and magnesium ions are discarded leaving the water soft and ideal for usage in hotels, schools, or restaurants.

Water Challenges: The challenge of hard water is a recurring one throughout apartment buildings that face the deterioration of their equipment as a result of the water’s effects. Hard water contains minerals such as magnesium and calcium, which are prone to scaling on equipment and appliances used in apartment buildings. This harms the productivity of the apartment building since these equipment are no longer able to operate efficiently and require greater maintenance or even replacements as they continue losing performance capabilities.

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Applied Solution: Pure Aqua manufactured and supplied automatic water softeners to a major company in the USA for export to Saudi Arabia.

• Reduced costs / Material use.
• Less power consumption.
• Longer life span of plant equipment
• Decreased cost of repair & maintenance.
• Greater water quality

System/Product: Twin Alternating Water Softener

Flow Rate: 223,200 GPD

Date: October 2011

Components & Brands:
– 48″ Epoxy lined steel tanks
– 52″ Brine tanks
– Electrically actuated ball & butterfly valves

Feed water to the Twin Alternating Softener was brackish well water. Its objective was to reduce the hardness in the water to drinking standards. Each Softener produced 223,200 GPD per day. It came ready with a PLC control panel with a touch screen.

Pure Aqua designed and manufactured a Twin Alternating Water Softener with 48” epoxy lined steel tanks, 52” brine tank and electrically actuated ball & butterfly valves for a major company in Saudi Arabia.

• Reduced costs / Material use.
• Less power consumption.
• Longer life span of plant equipment
• Decreased cost of repair & maintenance.
• Greater water quality

Date: February 2011

System/Product: Twin Alternating Water Softener

The challenge in this project concerned water hardness. Hardness in water does not allow soaps to work to their full capacity.
The presence of hard minerals makes it difficult for clothes to be cleaned and leaves skin with a “slippery” feeling.

A twin alternating water softener unit was created and executed in order to remove hardness from water. The way the twin alternating softener unit works is by having one tank remove hardness while the other is regenerating. The first tank is full of resin that is saturated in sodium ions. As water is going through the cycle, the resin attracts the calcium and magnesium ions that make the water hard. This then leaves the water with only sodium ions which do not have the same effect on soaps and detergents as calcium and magnesium ions have which leaves the water “soft”. Once the first tank is full to capacity of taking calcium and magnesium ions, the tanks switch roles. Now the second tank will accept the role of removing hardness from water. The regeneration part of the process flushes a solution full of sodium ions through the tank, the resin now releases the calcium and magnesium ions and absorbs the sodium ions. This leaves the tank and resin in its original state again in order to repeat the process. The calcium and magnesium ions are discarded leaving the water soft and ideal for usage in hotels, schools, or restaurants.

• Reduced costs / Material use.
• Less power consumption.
• Longer life span of plant equipment
• Decreased cost of repair & maintenance.
• Greater water quality

These are models #95F18150 (SF-900), #70F21210 & #70F18150 (SF-500) from our SF-900 & SF-500 Series.

Water Challenges: Water is considered to contain “hardness” when there are high concentrations of minerals such as magnesium and calcium. Some of the detrimental effects that hard water tends to have in apartment buildings are pipe clogging and convoluting the dissolvement of soap and detergent in water. Furthermore, showering with hard water can damage hair, and similar issues with clothes, washers, utensils, and hygienic fittings.

Applied Solution: Pure Aqua designs water softener systems that are designed to soften water at a rate of 15-20 GPM. Pure Aqua designs and manufactures customized water treatment solutions for any water treatment need. Six skid mounted softeners were manufactured for a major company in Kuwait, with each system being capable of softening water at a rate of 15-20 GPM. There are three sets of two identical systems in this shipment, with each system having a flow rate of approximately twenty gallons per minute.

• Skid Mounted Designs
• Carries the ASME Code Stamp
• NSF Approved
• Made in USA

This is model 95F1490-ST-T from our SF-900 Series. 

Water Challenges: Hard water has remained the culprit of delayed surgery schedulings, and harmful in circumstances where complete sterility was required. While water hardness in itself brings no sort of dangers, the total dissolved solids (TDS) such as sodium, magnesium, and calcium can compromise pH levels, elevate alkaline levels that can disrupt sterilization efforts. These issues include the reduced quality in the drinking water system that is affected through hardness in the changes in color, taste and odor.

Applied Solution: Pure Aqua specializes in providing custom water treatment solutions for hospitals requiring reduction of water hardness. A twin alternating ion exchange system was designed for a major company in Kuwait. The ion exchange system provides softened water at a continuous rate of approximately nineteen gallons per minute. Because this system in particular is an alternating system, when one softener needs to recharge its resin, the standby softener can take over automatically, allowing the system to continually soften water.

• 19 Gallons Per Minute
• 14 Inches In Diameter
• Exchange Capacity Of 80,000 Grains Each
• Alternating System

This is model #WS42-1050-2-D from our SF-100s Series.

Water Challenges: Scale build up in boiler feedwater is brought about by water hardness. The total number of minerals in the water is referred to as total dissolved solids (TDS), and is what forms hard water. The salt minerals that make up TDS are silica, calcium, sodium, magnesium, and others, which all work effectively in creating a scale build up in boiler equipment. One of the most detrimental effects of scale build up on boilers is the loss of heat transfers due to the scaling usually occurring in the hottest surfaces and throughout the pipes.

Applied Solution: Pure Aqua specializes in customized water treatment solutions that are designed to eliminate water hardness in boiler feedwater. A Twin Alternating water softener was manufactured for a major company in Kuwait for this exact application and was delivered successfully. The Twin Alternating water softener had an ion exchange rate of about sixty-five gallons per minute. The alternating softener had two tanks, an operating tank and a standby tank, so that when the first needed to recharge, the second became the operating tank.

• Two 42-inch diameter media tanks
• Ion exchange resins
• Soften at a rate of 65 GPM

August 2012

Country: Kuwait

System/Product: Duplex Water Softener

Flow Rate: 70,000 GPD 

The Duplex Water Softener unit was created and executed in order to remove hardness from water. Hardness in water does not allow soaps to work to their full capacity. Hardness makes it difficult for clothes to be cleaned and leaves skin with a “slippery” feeling.

Pure Aqua manufactured and supplied Duplex water softener to a major company in Kuwait. Each system was designed to produce 70,000 GPD (2x 70,000). 

• Reduced costs / Material use.
• Less power consumption.
• Longer life span of plant equipment
• Decreased cost of repair & maintenance.
• Greater water quality

This is model WS30-300-1.5″-D from our SF-100 Series.

A twin alternating water softener unit was created and executed in order to remove hardness from water. Harness in water does not allow soaps to work to their full capacity. Hardness makes it difficult for clothes to be cleaned and leaves skin with a “slippery” feeling. The way the twin alternating softener unit works is by having one tank remove hardness while the other is regenerating. The first tank is full of resin that is saturated in sodium ions. As water is going through the cycle, the resin attracts the calcium and magnesium ions that make the water hard. This then leaves the water with only sodium ions which do not have the same effect on soaps and detergents as calcium and magnesium ions have which leaves the water “soft”. Once the first tank is full to capacity of taking calcium and magnesium ions, the tanks switch roles. Now the second tank will accept the role of removing hardness from water. The regeneration part of the process flushes a solution full of sodium ions through the tank, the resin now releases the calcium and magnesium ions and absorbs the sodium ions. This leaves the tank and resin in its original state again in order to repeat the process. The calcium and magnesium ions are discarded leaving the water soft and ideal for usage in hotels, schools, or restaurants.

Water Challenges: Water softeners are relied upon to reduce hardness and scaling in water for the purposes of producing fresh, clean water that can be used in industrial, commercial, or residential applications. Hard substances such as iron, magnesium, and calcium are responsible for much of the hardness and scale formation that occurs in water, and are targeted by water softeners during the removal process. Softened water provides more quality and is ideal for usage in laundry for clothes washing, and equipment used in industrial facilities, restaurants, hospitals, hotels, etc.

Applied Solution: Pure Aqua manufactured and supplied a twin alternating water softener to a major company in Kuwait at 50 GPM.

• Twin-Alternating Softener
• Flow Rate: 50 GPM
• Each 24” Softener Tanks
• 270,000 Grains
• Regenerating Tank