An advanced generation system will only be as reliable as its delivery network. A Loop Distribution System is a closed-loop system of pipes which continuously circulate treated water from the storage tanks to the various points-of-use (POU) and then back to the reservoir as it is not used.
A conventional "Dead-leg" configuration involves holding water in a static state, which will rapidly lead to microbial activity and hazardous "Biofilm" growth, while a loop will keep water in constant turbulent flow. This rolling action is the safest mechanical method to inhibit bacterial adherence and ensure optimal quality throughout all the lab stations and production lines connected to it.
The system design pays close attention to fluid dynamics and material integrity to maintain the hard-earned 18.2 MΩ•cm resistivity and single-digit TOC of ultra-pure water:
A single Loop Distribution System ensures hydraulic pressure and delivery velocity throughout all user access points at one time. Rather than having several independent small-scale purifiers at different benches, a single distribution loop provides consistent and validated water to all cleanrooms or analyzers.
This centralized design significantly reduces capital expenditure in the purchase of duplicate filtration equipment, reduces the number of places to change consumables to a single room, and greatly simplifies facility-wide maintenance.
Distribution loops are required to meet strict global regulatory requirements for high-stakes applications like biotechnology, pharmaceuticals, and semiconductor manufacturing. All current USP, European Pharmacopoeia (EP), and WHO-GMP requirements are met with our systems.
Gujarat Ion Exchange and Chemicals Limited offers comprehensive validation documentation, such as Design Qualification (DQ), Installation Qualification (IQ), and Operational Qualification (OQ), to prove that online TOC meters, conductivity sensors, and flow rates are reliable when operating at 100% capacity.
A: It circulates high-purity water continuously throughout a closed loop to avoid stagnant water and accumulation of bacteria and biofilm on the walls of pipes.
A: The loops are constructed in stainless steel SS 316L or high quality PVDF polymers by means of orbitally welded technique, internally electro polished.
A: Each individual point-of-use valve and drop-line connection is designed with careful 3D/2D hydraulic spacing to prevent water from settling in a dead zone.
A: It features in-built sanitising features, including automatic hot water cycles (80°C – 85°C), online ozone generation or continuous inline UV sterilisation.
A: Yes. Complete design, material tracing and various online monitoring parameters are fully met with the USP, EP and WHO-GMP validation requirements.
Ready to make the leap? Please contact us right now to talk about your high-purity water system requirements. From the simplest of applications to more complex requirements.
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