One Treatment Train.Eleven Processes.
We do not lead with a technology. We select from these, in the order your water requires, and leave out everything it does not. Each process below does one job that the next one cannot do for it.
Pre-Treatment
01 · 6 processesEverything that conditions the feed water before it reaches a membrane. Most RO failures we are called to are failures here.
Water Treatment Plant (WTP)
The conditioning train that sits ahead of everything else. Assembled from the stages the feed analysis calls for, in the order it calls for them.
See systems using this →Pressure Sand Filtration
Removes suspended solids and turbidity so downstream media and membranes are not loaded with material a filter should have caught.
See systems using this →Activated Carbon Filtration
Takes out chlorine, organics and the compounds behind taste and odour. Also protects RO membranes, which chlorine degrades.
Discuss this process →Iron Removal
Oxidation and filtration for borewell sources carrying dissolved iron — the common cause of staining and of fouled membranes in this region.
Discuss this process →Water Softening
Ion exchange to remove hardness. Protects plumbing and heating equipment, and is often what makes a high-recovery RO design possible at all.
See systems using this →Micron Filtration
The final guard filter ahead of the membrane, sized in microns against the risk the upstream train leaves behind.
Discuss this process →Purification
02 · 3 processesThe barriers that actually remove what you are trying to remove — selected against the analysis, not applied by default.
Ultrafiltration (UF)
Membrane filtration that removes suspended matter and microbiological load while leaving dissolved minerals in place.
Discuss this process →Ultraviolet (UV)
Disinfection without chemicals or residual taste. Positioned on the delivery side, where re-contamination risk actually sits.
See systems using this →Reverse Osmosis (RO)
The core dissolved-solids barrier. Its performance is decided as much by what happens before it as by the membrane itself.
See systems using this →Polishing
03 · 1 processChemistry correction, set against the feed rather than a standard recipe.
Chemical Dosing
Anti-scalant, pH correction and disinfection dosing, set against the feed chemistry rather than a standard recipe.
Discuss this process →Reuse
04 · 1 processDesigning so that more of what you draw leaves as usable water.
High-Recovery RO
Staged arrays, inter-stage boosting and a matched dosing regime, designed to reach up to 75% recovery where feed-water conditions permit.
Discuss this process →More Recovery.Less Reject.
Bright Water Tech designs high-recovery RO plants capable of achieving up to 75% recovery, where feed-water conditions permit. The gain comes from the staging, the pre-treatment and the dosing regime working together — not from running a standard plant harder.
*Recovery depends on source-water characteristics and system design.
Six Steps,Every Project.
From the first water sample to the service visit two years later — the same sequence, whether the job is a single purifier or a plant room.
Analyse
Understand the source water and application.
Design
Develop the treatment process and engineering solution.
Customize
Select equipment and configuration according to project conditions.
Manufacture
Build the system with quality-focused components and fabrication.
Install & Commission
Complete installation, testing and commissioning.
Support
Provide service, maintenance and long-term technical support.
Ready to start from your water?
Whether you are looking for a home purifier or planning an industrial plant room, our engineering team is in Salem.
Or call us directly — +91 99438 46677