Looking for industry ready water?

Industrial operations use water for heating, cooling, production, cleaning and as a raw material. Untreated water causes scale, corrosion, microbiological growth, product defects, frequent downtime and non-compliance fines. Proper treatment prevents these issues and reduces lifecycle costs.

Scaling just 1 mm thick in boilers can increase fuel consumption by up to 10%.

Why industries need specialized water treatment?

Industrial operations use water for heating, cooling, production, cleaning and as a raw material. Untreated water causes scale, corrosion, microbiological growth, product defects, frequent downtime and non-compliance fines. Proper treatment prevents these issues and reduces lifecycle costs.

Types of water treatment we install

Remove visible contaminants and protect downstream units.

Sand / Multimedia Filters — remove turbidity and suspended solids.

Activated Carbon — removes chlorine, organics, taste & odour.

Iron Removal Filters / Manganese Filters — remove dissolved iron & manganese that foul equipment.

pH correction & coagulation/flocculation where needed.
Prevent hardness and scale that reduce heat transfer and increase fuel costs.

Ion-exchange softeners — exchange Ca²⁺/Mg²⁺ for Na⁺/K⁺.

Antiscalant dosing — protect RO and heat exchangers.
For processes that need low TDS, low silica, and controlled conductivity (pharma, food, electronics).

Ultrafiltration (UF) for colloids and turbidity.

Reverse Osmosis (RO) for major TDS reduction.

Demineralization (Cation/Anion or Mixed Bed), EDI for ultra-pure water.
Protect boilers from scale, carryover and corrosion.

Softener + RO/DM feed to remove hardness and dissolved solids.

Oxygen scavengers / deaeration to remove dissolved oxygen.

Phosphate or polymer programs for internal boiler protection.
Keep heat transfer efficient and prevent fouling and microbial growth.

Filtration & side-stream polishing to remove solids.

Chemical dosing (biocides, scale/corrosion inhibitors) and blowdown control.

Automated monitoring (conductivity, ORP, pH).
Treat wastewater to meet statutory limits or enable reuse.

Primary (screening, oil removal, equalization)

Secondary (biological: MBBR/SBR/Anaerobic)

Tertiary (sand filters, RO, disinfection, advanced oxidation)

ZLD modules where required (evaporation/crystallizers).
On-site domestic wastewater treatment for staff facilities and to reduce load on municipal sewers. Treated water can be reused for gardening and cooling.

Features	Other Companies	Our Company
Types of Filter Media	Limited	All types of available media
Warranty	1 year	1 year
Budget	Fixed	Flexible
Media Layers	Average	Expert technicians for the most efficient media layering
Customization	Limited	As per our client's requirement
Support	Working days and hours only	On call support through 4 lines
Brand Options	Limited	All leading manufacturing brands

Key Features

Comprehensive Treatment Solutions – Raw water, softening, RO, DM, cooling tower, boiler feed, ETP & STP.
Custom Design – Each system is engineered after testing source water & process requirements.
High-Quality Components – Long-lasting resins, membranes, pumps, and valves.
Automation Options – Semi-automatic to fully automatic PLC/SCADA controls.
Modular & Scalable – Easy to expand capacity as your industry grows.
Energy & Water Efficient – Optimized systems reduce water wastage and operating costs.
Regulatory Compliance – Designed to meet CPCB, PCB, and local discharge standards.

Protects boilers, cooling towers & process lines from scaling, corrosion, and downtime.
Saves up to 30–40% in fuel and energy costs by preventing scaling.
Extends equipment life and reduces maintenance frequency.
Ensures consistent product quality for sensitive industries (pharma, food, textiles, electronics).
Enables treated water reuse → lowers water bills and supports sustainability.
Helps industries meet discharge norms and avoid penalties.
Boosts operational efficiency & ROI.

Benefits

Applications

Boiler feed water treatment to reduce hardness, silica, oxygen, and salts.

Prevents scale & corrosion, improving steam quality.
RO & UF for process water used in beverages, dairy, and packaged food.

Ensures hygiene and product safety.
Ultra-pure water via RO, DM, EDI, and UV.

Meets stringent WHO-GMP, USP & ISO water standards.
Soft water for dyeing and finishing to prevent patchy colors.

ETP for treating dye-laden wastewater.
High-purity process water for reactions and formulations.

ETP/STP for safe disposal of chemical wastewater.
Large-scale softening and process water treatment.

Effluent management to meet discharge norms.

Working Principle

Considering a full treatment train:

Screening & Pre-Treatment
- Removes large particles, grit, and debris using strainers/screens.
Coagulation & Flocculation (if raw water is surface water)
- Chemicals (alum, PAC, polymers) added to combine fine particles into larger flocs.
Sedimentation / Clarification
- Flocs settle at the bottom, producing clearer water.
Filtration
- Sand/Multimedia Filter: removes suspended solids.
- Activated Carbon Filter: removes chlorine, odor, organic impurities.
- Iron Removal Filter: removes dissolved iron & manganese.
Softening
- Ion-exchange resin replaces calcium/magnesium with sodium to reduce hardness.
High-Purity Treatment
- Ultrafiltration (UF): removes colloids and microbes.
- Reverse Osmosis (RO): reduces TDS, heavy metals, and dissolved salts.
- Demineralization (DM/EDI): produces ultra-pure water for boilers/pharma.
Boiler & Cooling Tower Conditioning
- Dosing systems add antiscalants, oxygen scavengers, corrosion inhibitors, and biocides.
Disinfection
- UV, Ozone, or Chlorination to kill microorganisms.
Effluent Treatment (ETP/STP)
- Biological treatment for organic matter.
- Tertiary treatment for final polishing.
- Treated water reused or safely discharged.

Note: We do not manufacture boiler or cooling towers or provide any type of civil works. We take care of the water treatment part only.

How We Work

Site survey or water test — we analyze feed water (TDS, hardness, iron, turbidity, organics).

Proposal & process flow diagram — we size equipment and present options. We provide quotation with all the necessary information.

Delivery and Installation - after successful placement of order, we ship the materials. In a few days, as per the schedule, our team visits the site and installs the plant.

After Installation:

Warranty applicable as per proposal.
AMC can be added.
You get your desired quality of water.

How to Operate

Start-Up
- Check raw water source & pump priming.
- Open inlet valve, power on system.
- Ensure filters/softener/RO are properly backwashed & regenerated.
Operation
- Monitor pressure gauges, flow meters, and control panel.
- Ensure dosing pumps (antiscalant, chlorine, etc.) are working.
- Observe treated water quality (TDS, hardness, pH).
Shutdown
- Turn off feed pump, close valves, and flush system if required.
- For RO: perform chemical cleaning (CIP) when pressure drop rises.

Maintenance Guide

Daily:
- Record flow, pressure, pH, and TDS readings.
- Check chemical dosing levels.
Weekly:
- Backwash sand and carbon filters.
- Regenerate softener resins with brine.
Monthly:
- Inspect membranes, clean strainers, check pump lubrication.
Quarterly:
- Service dosing pumps & calibration.
- Inspect electrical & automation panels.
Yearly:
- Replace worn-out resins, membranes, filter media (as per condition).
- Perform a full system audit.

Pro Tips for Long-Term Performance

Always test raw water quality before treatment design.
Do not skip backwashing/regeneration — clogged media reduces efficiency.
Maintain correct salt level in softener brine tank.
Pre-treat iron and turbidity before RO to protect membranes.
Keep chemical dosing consistent — skipping doses can damage boilers/cooling towers.
Store membranes & resins properly during shutdown.
Sign up for an Annual Maintenance Contract (AMC) for worry-free operation.