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Collect. Conserve. Reuse. — Every Drop Counts.

With increasing water scarcity and falling groundwater levels, Rainwater Harvesting (RWH) has become a vital solution for sustainable water management.

We design and install customized rainwater harvesting systems that help you collect, store, and reuse rainwater efficiently — reducing dependency on municipal water and improving groundwater recharge.

We offer two smart approaches depending on your requirement:

  1. Direct Collection & Reuse System – Collect and store rainwater for general use (without treatment).

  2. Collection + Treatment System – Collect, filter, and treat rainwater to meet specific reuse standards.

A 1000 sq.ft rooftop can harvest over 50,000 liters of water annually!

Our Solution

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Glittered Room

Direct Rainwater Collection & Reuse System

  • Roof/Ground Catchment – Rainwater is collected from the rooftop or paved surface.

  • First Flush Diverter – Discards the initial dirty rainwater carrying dust and debris.

  • Filter Unit (Coarse + Mesh Filter) – Removes leaves, particles, and sediment.

  • Storage Tank – Stores clean rainwater for non-potable use.

  • Distribution – Water can be used directly for cleaning, gardening, or flushing.

How It Works

  • Simple and low-maintenance system.

  • No power requirement.

  • Modular design for easy installation.

  • Suitable for residential and institutional buildings.

Key Features

  • Reduces municipal water bills.

  • Prevents flooding and soil erosion.

  • Recharges groundwater naturally.

  • Environmentally friendly and cost-effective.

Benefits

  • Open first flush valve during initial rainfall.

  • Regularly clean the filters and gutters.

  • Keep storage tanks covered to prevent contamination.

How to Operate

  • Clean filters monthly.

  • Remove sediment from storage tank annually.

  • Check for mosquito breeding or algae growth.

Maintenance Guide

  • Use dark-colored tanks to prevent algae.

  • Direct overflow to a recharge pit for groundwater replenishment.

  • Clean roof gutters before monsoon season.

Pro-Tips

Rainwater Collection + Treatment System

Rain on Roof
  • Rainwater Collection – Water from roof or surface is directed to a filtration chamber.

  • Pre-Filtration – Removes debris and suspended particles.

  • Storage Tank (Raw Water) – Collects pre-filtered rainwater.

  • Treatment Unit – Based on requirement:

  • Sand & Carbon Filters – Remove turbidity and odor.

  • Softener / RO System – Removes hardness or dissolved solids.

  • UV / Chlorination – Disinfection for reuse.

  • Treated Water Storage – Ready for reuse in designated applications.

  • Reuse / Recharge – Treated water is supplied or excess is directed to recharge pits.

How It Works

  • Custom-designed as per water quality needs.

  • Modular integration with existing treatment systems (DM, RO, UF, etc.).

  • Fully automatic or semi-automatic operation.

  • Compact skid-mounted design available.

Key Features

  • Safe and reusable water for any application.

  • Complies with pollution control and reuse norms.

  • Reduces overall water purchase and tanker dependency.

  • Low operating cost and quick ROI.

Benefits

  • Start pumps and check inlet water flow.

  • Monitor pressure in filtration and treatment units.

  • Regularly backwash filters.

  • Check disinfection dosing levels.

How to Operate

  • Clean filters and tanks periodically.

  • Replace cartridges or media as per schedule.

  • Inspect dosing pumps and lines for leaks.

Maintenance Guide

  • Combine with RO reject or softener backwash recycling for maximum savings.

  • Install sensors for automatic pump and level control.

  • Link treated water to flushing or irrigation network for smart reuse.

Pro-Tips

Feature
Direct Collection & Reuse
Collection + Treatment
Treatment Type
Basic filtration
Filtration + Chemical/RO/UV
Quality
Non-potable
Reuse-grade
Application
Gardening, flushing, washing
Industrial or domestic reuse
Setup Cost
Low
Moderate to high
Automation
Manual
Semi/Fully automatic
Maintenance
Very low
Moderate
Ideal For
Homes, societies
Hotels, industries, institutions

Applications

  • Ideal for rooftop collection and storage for gardening, floor cleaning, and toilet flushing — reducing dependence on municipal supply.

  • Rainwater harvesting lowers operational costs and supports sustainability certification (IGBC/LEED).

  • Used as process water, cooling tower make-up, or pre-treated source water — reducing fresh water intake.

  • Ensures reliable water availability during dry seasons and enhances eco-friendly brand image.

  • Deployed in smart cities and public infrastructure for stormwater management and groundwater recharge.

Environmental Benefits

Excess rainwater is diverted to recharge pits, improving groundwater levels and restoring aquifers.

Groundwater Recharge

1

Harvesting systems slow down surface runoff, preventing waterlogging and storm drain overload during heavy rains.

Reduced Urban Flooding

2

Decreasing dependence on energy-intensive water pumping and supply systems reduces overall carbon emissions.

Lower Carbon Footprint

3

Meets environmental norms and contributes to achieving green building and water neutrality certifications.

Sustainable Development Compliance

4

Turn Rain into a Resource.
Contact us today to design a custom rainwater harvesting system for your property — with or without treatment.

Order our Service right now!

Metal Rain Gutter

Comprehensive Solutions for any type of Water

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Water containing excess dissolved iron, causing rust stains and metallic taste.

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Water with high calcium and magnesium salts that cause scaling.

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Treated water used in factories for processes, cooling, and cleaning.

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A filtration process that removes dissolved salts and impurities from water.

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Bottled, purified water made safe for human consumption.

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Process of treating industrial wastewater before safe discharge.

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Specialized filtration to eliminate toxic arsenic from water.

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Process of removing all dissolved salts and minerals from water.

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Treatment of domestic wastewater to make it safe for disposal or reuse.

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Purification of collected rainwater for safe use and drinking.

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Manufacturing of mild steel tanks and vessels for water treatment systems.

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Testing and treating water to eliminate unidentified impurities.

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