Engineered
Wastewater4.8 (31)
ECO TREAT
STP and ETP, 5 KLD to 500 KLD
Capacity5 KLD – 500 KLD
StorageTreated-water tank, sized to reuse
BiologicalSedimentSand Filtration
Every LitreMatters.
Water conservation is not a separate initiative for us. It is a design constraint: the recovery a plant achieves, and what happens to what it rejects, are decided on the drawing, not afterwards.
4Stages: reduce to conserve
Up to 75%RO recovery*
STP / ETPTreatment & reuse
11Sustainability
Every Litre
Matters.Reduce · Recover · Reuse · Conserve
Water conservation is not a separate initiative for us. It is a design constraint: the recovery a plant achieves, and what happens to what it rejects, are decided on the drawing, not afterwards.
01
Reduce
Reduce unnecessary water consumption and RO reject generation.
02
Recover
Increase useful water recovery through efficient treatment design.
03
Reuse
Treat wastewater so it can be reused for appropriate non-potable applications.
04
Conserve
Reduce dependence on freshwater wherever technically and economically practical.
Treated wastewater is reused for appropriate non-potable applications — flushing, gardening, cooling make-up — reducing dependence on freshwater wherever that is technically and economically practical.
Our Approach to Water Reuse02Treatment & Reuse
Treat It Once.Use It Twice.
An STP or ETP designed only to meet a discharge limit throws away water that a slightly different design would have given back. We start from the reuse target and work backwards.
STP · Sewage Treatment
Sewage Treatment Plants
Packaged or civil-construction STPs for apartment complexes, hotels, commercial buildings and institutions — with filtration and disinfection on the outlet so the treated water is fit for the non-potable uses the site actually has.
01
Collection & screening
Removing the solids that would damage everything downstream.
02
Biological treatment
The stage that actually reduces the organic load.
03
Settling & filtration
Clarification, then filtration to the quality the reuse target needs.
04
Disinfection
Final treatment before the water is put back to work.
FlushingGardeningLandscapingCooling make-up
ETP · Effluent Treatment
Effluent Treatment Plants
Effluent is process-specific, so an ETP is designed from the effluent characteristics and the target — discharge compliance, water recovery, or both. Physical, chemical and biological stages are combined as the stream requires.
01
Effluent characterisation
The process decides the effluent, so the effluent decides the plant.
02
Physical & chemical treatment
Neutralisation, coagulation and separation, selected against the stream.
03
Biological stage
Where the effluent carries a treatable organic load.
04
RO recovery stage
Added where the site wants water back, not only compliance.
Process reuseUtility waterDischarge compliance
03Systems
Wastewater Systems
Every STP and ETP is engineered to order — capacity, process and construction all follow from the stream and the site.
Request a Wastewater Design08High-Recovery RO
More Recovery.Less Reject.
0%Up to — RO recovery*
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.
Higher recovery = More useful water + Less reject
*Recovery depends on source-water characteristics and system design.
Recovery at the design ceilingIllustrative
Feed water drawn100
Useful water recoveredup to 75
Reject to handlefrom 25
PermeateRejectFeed
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
Domestic | Commercial | Industrial | Healthcare