RO EDI Water Treatment Systems 10 m3/Hr - Iraq

Application: Pharmaceutical Use

This is model DPRO-126K-10580 from our RO-400 Series/Custom.

• Flow Rate: 10 m3/Hr
• 100% Redundancy
• PLC Controlled with color touch screen (remote I/O)
• Feed pumps
• Backwash pumps,
• Multimedia filters,
• Activated carbon filters,
• Break tank
• Booster pumps
• Double pass RO
• UV
• EDI
• Stainless steel distribution tank
• Distribution skid (pump, 0.2 micron filter, and UV)

EDI removes ionized and ionizable species from brackish water using electrically active media and an electrical potential (DC power) to affect ion transport. By using this type of purification technology, caustic and acidic types of chemicals are not required. The water which has been treated by RO-EDI has typically exceeded customer’s high-purity standards. The (RO-EDI) Water Treatment System came complete with a PLC with color touch screen (remote I/O), feed pumps, backwash pumps, multimedia filters, activated carbon filters, UV, break tank, booster pumps, double pass RO, UV, break tank, booster pump, EDI, Stainless steel distribution tank, and distribution skid.

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Water Challenges: The pharmaceutical industry depends greatly on the use of high quality water for efficient production. The manufacturing and maintenance of water treatment systems designed for pharmaceutical use are vital for the production of quality finished products. If the water used in drug manufacturing facilities is sub-par then the output of medicines that are capable of providing health benefits for the world will no longer be possible. For this reason, water purification solutions such as reverse osmosis is required in order to produce ultra pure water for pharmaceutical use.

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Applied Solution: Pure Aqua designed and manufactured Reverse osmosis Electrodeionization (RO-EDI) Water Treatment Systems to provide purified water for the Iraqi Government. The 10 m³/h system was designed with 100% redundancy (two identical trains).

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

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