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webPureline Post-Treatment & RO Support Systems

Water Polishing, Disinfection & System Lifecycle Solutions

Pureline Post-Treatment and RO Support Systems are designed to enhance water quality after primary treatment stages and ensure long-term system reliability. These solutions are critical for achieving high-purity water requirements, final disinfection, and maintaining optimal performance of reverse osmosis systems.

Our range includes deionisation systems, UV sterilisation, and RO maintenance support systems engineered for precision, reliability, and consistent operational performance.

Post-Treatment / Polishing Systems

1. Twin Bed Deionisation Systems
Demineralisation & Industrial Process Applications

Twin bed deionisation systems designed for effective removal of dissolved ions to produce high-purity water for industrial and commercial applications.

Engineered for stable ion exchange performance, efficient regeneration cycles, and reliable operation in continuous production environments.

Post-Treatment / Polishing Systems

2. Mixed Bed Deionisation Systems
High Purity Water Polishing Applications

Mixed bed deionisation systems designed for final polishing of water to achieve very high purity levels, typically used in critical industrial processes requiring low conductivity water.

Engineered for high-quality ion exchange performance and consistent output water quality in precision applications.

Post-Treatment / Polishing Systems

3. UV Water Sterilizer Systems
Disinfection & Final Treatment Applications

Ultraviolet (UV) water sterilizer systems designed for effective microbial disinfection without the use of chemicals, ensuring safe and high-quality treated water for industrial and commercial applications.

Engineered for reliable disinfection performance, low maintenance operation, and consistent UV dosage for continuous water treatment systems.

RO Support & Auxiliary Systems

CIP (Clean-In-Place) Systems & Service for RO
Membrane Cleaning & Maintenance Solutions

CIP (Clean-In-Place) systems designed for effective cleaning of reverse osmosis membranes, ensuring stable system performance, reduced fouling, and extended membrane lifespan.

ASD also provides CIP service support, including system cleaning, chemical circulation, and operational troubleshooting to maintain optimal RO performance and recovery efficiency.

Engineered for safe, controlled cleaning operations without dismantling membrane elements, supporting long-term system reliability and efficiency.

FAQ
Deionisation (DI) Systems
What is the difference between twin bed and mixed bed DI systems?
Twin bed DI systems use separate cation and anion resin vessels for demineralisation, while mixed bed systems combine both resins for final polishing and higher purity water output.
What applications require deionised water?
DI water is commonly used in electronics, laboratories, pharmaceuticals, boiler feed, and precision manufacturing processes.
CIP (Clean-In-Place) Systems
What is a CIP system?
A CIP system is designed to clean RO membranes by circulating cleaning chemicals through the membrane system without dismantling the membrane elements.
Why is membrane cleaning important?
Routine membrane cleaning helps reduce fouling, maintain system recovery and permeate flow, and extend membrane lifespan.
Does ASD provide RO membrane cleaning services?
Yes. ASD provides CIP service support including chemical cleaning, troubleshooting, operational checks, and performance recovery assistance.
Are your systems suitable for continuous operation?
Yes. Our systems are designed for stable continuous operation with durable components and reliable process control suitable for industrial and commercial environments.
UV Water Sterilizer Systems
How does UV sterilisation work?
UV systems use ultraviolet light to deactivate bacteria, viruses, and microorganisms without adding chemicals to the water.
Does UV treatment affect water taste or odour?
No. UV treatment disinfects water without changing its taste, odour, or chemical composition.
Speak With Our Engineering Team To Determine The Right Configuration For Your Application & Water Quality Requirements.