This is model MB24-PVN/M9065 & MB18-PVN/M9060 from our MBDI Series.

• Pretreatment (Media & Carbon Filters and Twin Alternating Softener)
• Advanced Microprocessor Controller for RO
• Rubber Lined Steel Tanks Mixed Bed Deionizers
• Advanced PLC Control Panel for DI
• Distribution Pumps with PLC, Grundfos Pumps and pressure transmitters
• Water Quality Instruments

Water Challenges: Hospitals and healthcare facilities universally require fresh and potable water for the well-being of their patients and staff. Doctors, patients, and therefore the employees alike want reliable water for every day applications. To make matters tougher, just about all of those facilities would like special on-the-scene treatment because of inadequate water treatment within the community. From disinfecting medical product and instrumentality, wound cleansing, drinking water, and sterilization before medical procedures. Our hospital water treatment solutions in the form of reverse osmosis systems and mixed bed deionizers, are devised to fulfill compliance standards, minimize value, and supply custom water quality for the particular needs of your facility.

Applied Solution: Having a supply of sterile water could be a very important facet in each hospital. To answer the strain of those hospitals, our engineers have stay committed to engineering and supplying first-rate water treatment systems within the form of reverse osmosis and others to attain sustainable and clean water. Pure Aqua, Inc. can offer high purity water systems, like reverse osmosis systems and mixed bed deionizers, that are designed to satisfy stern hospital standards and needs. MBDI after reverse osmosis makes a great combination to provide an ultra-pure water for many applications.

Low operating cost, compact size, reduced footprint, and high quality production of freshwater.

These are models WS16-120, MLF24-A-D (From our MF-1000 Series), 28F2175AC (From our MF-400 Series)

• Epoxy Coated Steel Tanks
• Hand-hole for maintenance
• Aquamatic Control Valves
• Digital Stager
• High Quality Media

Water Challenges: The goal of this project was to collect and purify water that contains high concentrations of particles from general building use. These uses were in different applications such as laboratories, hospitals, kitchens, laundries, boilers, and restaurants. In order to attain optimal efficiency, our engineers have designed the manufacturing of high-quality water treatment systems for general building use, employing the use of media filtration to remove any unwanted impurities.

Applied Solution: The multi-media water filter systems operate for much longer periods of time (five or more times as long at the same filtration rate) before backwashing is necessary because the bed can hold more turbidity. Turbidity is trapped and held throughout the entire bed depth, rather than the top one or two inches. From commercial and industrial reverse osmosis systems to first-rate media filtration, we offer a full range of systems.

Our water treatment units are designed to eradicate large amounts of contaminants and other organisms from water sources for the protection of general building appliances using media filtration.

• Agricultural Water Treatment
• Irrigation Water
• Municipal
• Refinery
• Offshore
• Power & Energy

• Automatic operation. Automatic regeneration when water quality falls below pre-set limit or after manual initiation.
• Constant monitoring of water quality
• Solid-state reliability PLC control for trouble-free service
• No untreated by-pass water
• Automatic shut down in the event of power failure
• Two-stage air mix standard
• Compact, non-corrosive components
• Steel tanks with rubber lining
• Convenient, modular construction
• Easy, economical installation
• Optional recirculation pumps
• Simultaneous regeneration and chemical displacement
• Programmable purge prior to regeneration

This is model MB30-PVNM9070-T from our MBDI Series.

Water Challenges: Medical centers and hospitals around the world are increasing their demands for ultra-pure water. However, to attain great quantities of high-quality water is not so easy. Furthermore, most general facilities in the medical industry require special on-site treatment due to a lack of water treatment in the community. The medical staff and the patients depend on clean water for the continued usage of every day applications. From sanitizing medical equipment and products, cleaning wounds, drinking water, and sterilization before carrying out medical procedures.

Applied Solution: Having a supply of sterile water is a fundamental element in each hospital. To answer the needs of these hospitals, our engineers have continued to be dedicated to engineering and offering superb water treatment systems in the shape of reverse osmosis and others to gain sustainable and clean water. Pure Aqua, Inc. can supply high purity water systems, engineered to meet stern hospital standards and requirements. This project in particular was shipped to a major hospital in Kuwait.

• Reduce costs for maintenance.
• Reduced electricity prices.
• Improve productivity of processes.
• High performance when cleaning.
• The flushing is quick, easy.
• Size: Portable.

Large concentrations of suspended solids present results in a reduction in water quality. This outcome occurs in the form of turbidity which produces undesirable effects such as color alterations, smell, and taste issues in the water. Scaling can also result due to suspended solids and significantly hampers the performance of equipment and utilities utilized across industries. For these reasons, multimedia filtration systems are depended upon within applications that require high quality treated water. Media filtration has proven to be the most effective treatment method in regard to suspended solids reduction.

A collection multimedia filtration systems were designed for a major company in Kuwait. The system was tailor-made for this exact application and delivered recently. Each system has a media filtration tank, each filled with anthracite, gravel, and sand. The overall system has a flow rate of approximately one hundred gallons per minute. The features on these systems allow for a much larger constant flow of clean water than a typical duplex media filtration system.

• filtration running durations
• Greaterfiltration rates
• The potential for water filtration to work with high turbidity and suspended matter

This is model MB30-PVN/M9070 & MB18-PVN/M9060 from our MBDI Series.

• Mixed Bag Resins
• Reverse Osmosis

Water Challenges: Developing countries such as Kuwait provide insufficient water and disinfection facilities for healthcare companies. This lack of service leads to less available water and sanitation resources for hospitals and medical facilities. The result is greater occurrences of disease-related problems amongst the population, and less means of alleviating the health risks to the most vulnerable, including the ederly, sickly, and infants. For this reason, water treatment is required to make water supplies more attainable and provide hospitals with more of it to operate in addressing and curing health concerns amongst the population.

Applied Solution: Two Deionization Systems that use Mixed Bed Resin to remove ions from water. The systems will be going to Kuwait to treat permeate from Reverse Osmosis (RO). Reverse Osmosis permeate with a TDS of 5-10 PPM would be reduced to less than 1 PPM with these MBDI Systems. One system is designed to treat 18 GPM, and the other is designed to treat 50 GPM.

• TDS Between 5-10 PPM
• Reduce To Less Than 1 PPM With MBDI Systems
• Designed To Treat 18 GPM 8 & 50 GPM
• Controlled BY PLC

This is model #MLF20-A-D from our MF-1000 Series.

The result is a highly efficient filtering since removal takes place throughout the entire bed. Multi-Media depth filters typically remove particles 15-20 microns in size or larger. All media included in our filters are carefully selected according to particle size, so the media retains its stratification during backwash and rinse. Automatic backwashing system removes the trapped contaminants within the filter bed and washes them down the drain.

Water Challenges: Sediments and particles usually make their way into boilers when the feedwater used in the application contains these unwanted impurities. The negative effects of these substances in your boiler feedwater depends on the overall amount, with an accumulation of sediments and particles being capable of causing overheating issues within the boiler unit. Additionally, there can be damages within many of your equipment such as pumps, pipes, and impediment of zone valves. The degree of these damages also relies on how far the sediments make it through the boiler, specifically in the cold-water lines.

Applied Solution: Pure Aqua manufactures media filters which are specifically tailored to meet any water challenges within boiler feed water. A duplex carbon steel media filter was designed for this exact application and was delivered successfully. It was made to filter municipal tap water for a major company in Kuwait. This system has a flow rate of thirty-five GPM. Duplex systems have two filtering tanks operating simultaneously. When the backwash is initiated, one filter will be running while the one in backwash cycle.

• Eliminate Sediments and Particles from Water Lines
• Pretreatment to Reverse Osmosis
• Flow Rate of 35 GPM
• Removal of Particles 15-20 Microns in Size
• Automatic Backwashing System

This is mode lMLF78-A-D from our MF-1000 Series.

• Flow Rate of 800 GPM From Tap Water Feed
• Backwash Independently – Rate of 800 GPM

Water Challenges:The performance of irrigation water primarily depends on the quality of the water which is being used. If there is a high presence of total suspended solids (TSS) or turbidity in the water, then the efficiency of the irrigation system will drastically be reduced. These unwanted impurities will create problem for all irrigation equipment and nozzles and will affect plant growth due to the intermittent watering. For this reason, water treatment solutions such as media filtration is used to remove these contaminants from the feed water and improve the productivity of irrigation systems.

Applied Solution:Pure Aqua designs and manufactures water treatment systems to meet water needs the world over. A duplex multi-media filtration system was recently shipped to a major company in Kuwait for the purposes of purifying irrigation water. It is designed to produce eight hundred gallons per minute of high quality permeate from a tap water feed. This system requires water for backwash from an outside source, at a rate of eight hundred gallons per minute. The system is durable, dependable, and will require little maintenance to provide its maximum output.

• Little Maintenance
• Maximum Efficiency
• Long-Term Use

This is model TW-4.5K-340 (From our RO-200 Series) & MB24-PVN/M9065 (From our MBDI Series)

• Automatic operation. Automatic regeneration when water quality falls below pre-set limit or after manual initiation.
• Constant monitoring of water quality
• Solid-state reliability PLC control for trouble-free service
• No untreated by-pass water
• Alternate regeneration water source piping – standard
• Automatic shut down in the event of power failure
• Two-stage air mix standard
• Compact, non-corrosive components
• Steel tanks with rubber lining
• Convenient, modular construction
• Easy, economical installation
• Optional recirculation pumps
• Simultaneous regeneration and chemical displacement
• Brine kill option available for high purity systems
• Programmable purge prior to regeneration

Water Challenges: The challenges of this project was in regards to high resistivity levels in laboratories within a school’s chemical engineering department. Resistivity in water is the frequency of the capacity of water to resist an electrical current, which is directly associated with the quantity of dissolved salts within the water. Applications such as laboratories require ultra pure water, and in order to attain this level of water, the resistivity levels must be decreased to a certain degree.

Applied Solution: Two Mixed Bed Deionization Systems to a university in Kuwait—for two different campuses. The diameter of each Mixed Bed DI is 24-in. which includes the mixed bed resin. The purpose of this water is for laboratory use for the chemical engineering department. The capacity of each system is 30-40 GPM. The system includes 5 re-pressurization pumps.

Our mixed bed DI provides manufacturers with several other advantages such as:

• Scaling and silica reduction
• Improved efficiency of boiler feeds via decreased boiler deposits
• Less need of water used in the course of operations
• Eradication of greater than 99% of suspended solids in the feed water, such as the formation of scale which reduces heat transfer
• Lower alkalinity amongst the boiler feedwater that effects in lower use of amine
• Decreases in the want of make-up water to heat and smooth heat transfer areas and savings in fuel cost

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

Pure Aqua designs and manufactures media filters and water treatment systems. Two carbon steel multimedia filtration systems were completed for a major company in Kuwait. They are scheduled to ship in October of 2014. The first system has a flow rate of one hundred gallons per minute, and the second has a flow rate of forty.

• Three media filtration tanks
• Sand
• Anthracite
• Gravel
• Flow Rate: 100 gallons per minute
• Duplex media filtration system

Water Challenges: Well water is one of several water sources that is treated for use in various industrial and commercial applications that require high-quality water. Treatment is necessary since well water usually contains high degrees of unwanted impurities such as suspended solids and turbidity. The larger concentration of suspended solids present results in a reduction in water quality. This outcome occurs in the form of turbidity which produces undesirable effects such as color alterations, smell, and taste issues in the water. Scaling can also result due to suspended solids and significantly hampers the performance of equipment and utilities utilized across industries. For these reasons, multimedia filtration systems are depended upon within applications that require high quality treated water. Media filtration has proven to be the most effective treatment method in regard to suspended solids reduction.

Applied Solution: Pure Aqua manufactures and designs advanced carbon steel multimedia filtration systems for the purposes of reducing suspended solids TSS and turbidity in well water. Two multimedia filtration systems were designed for a major company in Kuwait. The system was tailor-made for this exact application and delivered recently. Each system has a media filtration tank, each filled with anthracite, gravel, and sand. The overall system has a flow rate of approximately one hundred gallons per minute. The features on these systems allow for a much larger constant flow of clean water than a typical duplex media filtration system.

• Extended filtration running durations
• Greater filtration rates
• The potential for water filtration to work with high turbidity and suspended matter