Rooftop Rainwater Harvesting
We design and install complete rooftop collection systems that channel every drop of rain falling on your roof into usable or rechargeable water. Gutters, downpipes, first-flush diverters and storage connections — all engineered for your roof layout.
Recharge Pit Construction
Recharge pits are the most effective way to push filtered surface runoff into the soil and ultimately into the aquifer below. We construct pits with layered gravel, sand, and broken brick media to maximise infiltration rates.
Borewell Recharge System
Instead of letting rainwater run off and cause erosion, we direct it into your borewell through a specially designed recharge pipe and filter system. This raises the water table and significantly improves borewell yield within one or two monsoon cycles.
Filter & Pipeline Installation
A clean system is a lasting system. We supply and install multi-stage filtration units — from simple mesh pre-filters to sand, gravel, and activated charcoal stages — along with the full pipeline network connecting all components.
Rainwater Storage Tanks
We supply and install above-ground HDPE tanks and underground sump tanks of all capacities, properly sized based on your roof catchment area and daily water requirements — so you never run short during dry months.
Kalyani Works
Construction and restoration of traditional kalyani (temple tank) structures using stone masonry and concrete — designed for groundwater recharge, ritual use, and long-lasting water retention in community spaces.
Lake Restoration
Desilting, bund strengthening, inlet channel repair, and recharge structure integration for village lakes, farm ponds, and community water bodies — restoring storage capacity and improving local groundwater levels.
Water Wells
New open well construction, deepening, and recharge integration for farms and rural properties — built with durable rings, proper lining, and filtered rainwater inflow to maintain water levels year-round.
Step Wells
Design and construction of step wells (bawdi / kalyani-style stepped structures) for efficient water access and aquifer recharge — combining traditional architecture with modern filtration and structural durability.