HydraCIP DUAL ULTRA-Q Reverse Osmosis (R.O.) System Overview:
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Design Excellence: Engineered for unmatched capacity and redundancy, emphasizing ultra-pure water production.
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Automation & Integration: Features full system automation, an integrated bespoke C.I.P. system, and Permeate Flush Tank for extended membrane lifespan.
Technical Specifications:
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Twin Pass Membrane Technology: Advanced twin pass configuration reduces water conductivity below 5 microsiemens, setting industry purity standards.
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Integrated C.I.P. System: Consolidates C.I.P tank and mechanism within a singular framework, enhancing space efficiency and reducing the need for extra equipment.
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Construction Material: Utilises 304 Stainless Steel for frame and control panel, with 316L Stainless Steel for hygienic piping and valves, ensuring durability.
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Autonomous Operation: Equipped with fully autonomous control and automated C.I.P functionalities for streamlined operation and maintenance.
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Variable Flow Rates: Offers adjustable flow rates from 5,000 to 30,000 litres, catering to various scale requirements for ultra-pure water.
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Dual Frame Duplex Design: Space-efficient design enhances operational efficiency without compromising on water quality.
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High-Quality Components: Incorporates Hydra-Clear Membranes and Lowara Pumps for reliable, superior performance, crucial in twin pass systems.
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Full Instrumentation: Provides comprehensive control and monitoring capabilities, vital for maintaining ultra-pure water process integrity.
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Exceptional Performance Metrics: Achieves >97% salt rejection and >80% recovery rates, with certain models reaching >90% recovery upon demand.
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Customisable Control Interface: Offers selectable PLC/HMI configurations for seamless integration into existing workflows.
This Dual Stream HydraCIP DUAL ULTRA-Q R.O. system is designed for versatility and compliance with stringent standards in diverse sectors, including pharmaceutical, food and beverage, and high-demand industrial applications. It prioritizes ultra-low conductivity, high capacity, redundancy, and automation to serve as a comprehensive solution for advanced water treatment needs.
