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Applied Water Solutions, Inc. specializes in Electrodeionization (EDI, CEDI), Membrane Separation, Reverse Osmosis and ion Exchange. We deal with the major industries requiring purified water for their processes. We solve the pure water needs of industry, with deep understanding of the Pharmaceutical, Power and Semi-conductor industry requirements. We have created evaluation procedures for EDI units, purification systems or the entire plant. We offer membrane, media and ION exchange replacement program for all systems.

Distribution Pumps: Our distribution pumps are vertical, in-line stainless steel construction complete with motors and starters. The pump motors are totally enclosed, fan-cooled design and are not overloaded as it accelerates the impeller to design speed at design operating conditions. The pump drive couplings are protected by a stainless steel coupling guard designed to meet OSHA Standards.

UV Sterilizer: Our UV sterilization units provide a minimum 99 percent destruction of reproducing bacteria and viruses and are constructed of electro-polished stainless steel. The units provide a minimum output intensity of 30,000 microwatt-sec/cm² at a wavelength of 2540 Angstroms (254 nm) after 8,000 hours of operation.

Final Filter: The final filter housings are constructed of 316L stainless steel with sanitary tri-clamp type connections. The housings meet 3A sanitary requirements and have a minimum 180 grit, electropolished interior finish. The systems are provided with 0.2-micron, absolute rated, non-fiber releasing elements, rated to provide an initial pressure loss of 2 PSIG at 100% of the circulated flow. Other loop options include cooling, heat, ozone and chemical sanitization.

Reverse Osmosis Systems: We offer a wide range of reverse osmosis systems with options that can meet all specification of the client. These systems are fully skidded and can be started in hours, not days. Our Reverse Osmosis Systems are capable of removing 95 to 98 percent of the dissolved minerals and at least 99 percent of the bacteria, particles and organics (including pyrogens) having a molecular weight greater than 250. The membranes shall be of TFC or polyamide construction for operation using feed water with a pH in the range of 2 to 12 and a maximum temperature of 1040 F. The unit shall be designed to provide a minimum of 70% overall operational efficiency. All unit functions shall be controlled through a central microprocessor with integrated monitoring and control of the following provided unit features:

• Continuous level control system capable of monitoring storage tank level with user selectable unit start/stop points.
• Complete integration, control and interlock with all other system components
• Automatic monitoring, alarming and unit shutdown on low/high pressure, high temperature, low quality, pump failure, low pneumatic air pressure and required unit cleaning and maintenance.
• Indicators shall be provided to allow for monitoring of the following system parameters:
• Product and reject stream flow
• Unit operational pressures
• Unit operational temperatures
• Unit feed and outlet water quality

The units also provide a high velocity forward flush cycle, which shall automatically initiate at user selectable intervals of unit inactivity. All required membrane cleaning and/or sanitization connections shall be provided for easy unit maintenance.

We specialize in the most advanced technologies including Electrodeionization, Membrane separation, Reverse osmosis, Gas transfer membranes, Ion exchange and Ultraviolet/Ultrafiltration.

We offer a complete line of water purification systems that meet and exceed the requirements of Purified USP27 specifications, Potable water applications, Electronics grade and Power specifications.

We are authorized to service GE (E-cell), USFilter (Ionpure), and Electropure EDI systems. Further we have launched the new Electrodeionization Evaluation Program (EEP)^sm. The evaluation program will review operational and maintenance procedures of all types and models of EDI such as USF H-series, P-series, E-cell, Electropure, Ionpure, Ionics and others. The programs will evaluate current operating parameters and will recommend changes to unit operations and improvements to increase water quality and to reduce waste.

Electrodeionization Evaluation Program (EEP)^sm |