Water Filtration / Purifiers
Remove contaminants for pure, healthy drinking water.
What this actually is
Choosing a purifier starts with knowing what is actually in your water, not with a brand. Dissolved salts, bacteria and sediment are three different problems and they need different answers. We test first, because fitting a reverse-osmosis unit to water that never needed it wastes both water and money — and strips minerals you would rather keep.
How the job runs
- 1
Testing the supply
We measure TDS — total dissolved solids — along with hardness and clarity, and take account of the source. Well water, panchayat supply and tanker water in the same locality can differ enormously.
- 2
Matching technology to the result
The test decides the technology. High dissolved solids call for reverse osmosis; microbiological risk on otherwise clean water calls for ultraviolet; sediment and turbidity call for ultrafiltration or better pre-filtration.
- 3
Installation
The unit is mounted, plumbed into the supply, and the drain line routed properly for RO systems. We check inlet pressure, since low pressure is the most common reason an RO unit underperforms.
- 4
Handover and service plan
We show you filter change intervals, what the indicators mean, and set up a service schedule. Purifiers fail quietly through neglected cartridges more often than through faults.
What's included
- On-site water test including TDS
- Technology recommendation based on the result
- Purifier supply and installation
- Inlet pressure check and drain routing
- Filter-change schedule and demonstration
- Annual maintenance contract available
Best suited to
- Homes on borewell or well water
- Areas with hard or high-TDS supply
- Households with young children or elderly members
- Offices, clinics and shops providing drinking water
The choices worth understanding
Reverse osmosis (RO)
Forces water through a semi-permeable membrane to strip dissolved salts, and it is the right answer where TDS is high. It produces some reject water and needs adequate inlet pressure, so it is a considered choice rather than a default.
Ultraviolet (UV)
Deactivates bacteria and viruses without removing dissolved minerals and without wasting water. On a supply that is chemically fine but microbiologically risky — which describes a lot of piped water — it is the sensible fit.
Ultrafiltration (UF)
A fine physical membrane that removes bacteria and suspended matter, and works without electricity. It is well suited to low-TDS water and to places where power is unreliable.
Combination systems
Most real installations end up combining stages — sediment and carbon pre-filters ahead of RO, with UV after it — because a single technology rarely covers everything present in the supply.
Straight answers
What TDS level is right for drinking water?
Indian standards treat up to 500 mg/L as acceptable, with under 300 mg/L generally considered good, and many people find water in the 50–150 range tastes best. The number is only part of the picture though — what the dissolved solids actually are matters too.
Do I really need RO?
Not always, and this is the most common mis-sale in the category. If your TDS is already low, RO removes minerals you would rather keep and wastes water doing it — UV or UF is usually the better answer. The test tells us which.
How often do filters need changing?
It depends on usage and on how dirty the incoming water is. Sediment and carbon pre-filters are changed most often, membranes far less frequently. We set a schedule for your specific installation rather than quoting a generic interval.
Does an RO unit waste water?
Yes, some water leaves as reject — that is inherent to how the membrane works. A well-specified unit at correct inlet pressure keeps the ratio reasonable, and the reject line can often be routed to the garden or washing area rather than the drain.