Integrated Rainwater Harvesting Solutions by Vardhman Envirotech are designed to efficiently capture and utilize rainwater for various applications, promoting sustainability and water conservation. These solutions are tailored to meet the specific needs of different structures, from residential buildings to large industrial facilities. The system includes rooftop filters, surface water reuse systems, injection recharge wells, moisture retention systems, and aquifer recovery mechanisms.

One of the key aspects of these solutions is their adaptability to local conditions, making them suitable for a wide range of environments. By capturing rainwater and recharging groundwater, these systems help reduce runoff, augment groundwater levels, and support ecological balance. The quick installation process and low maintenance requirements make them practical and cost-effective for clients.

With a track record of over 25,000 installations in India, Asia, and Africa, Vardhman Envirotech has established itself as a leader in rainwater harvesting technologies. The company's commitment to sustainability is evident in its designs, which prioritize rainwater reuse, resource conservation, and community resilience through nature-based water management practices.

Key Characteristics of Vardhman Envirotech’s Rainwater Harvesting System

• Provides rooftop and surface runoff rainwater harvesting solutions.

• Rooftop systems use self-cleaning filters such as NeeRain, Raintap, Rainy, and large-roof filters — all low-maintenance and electricity-free.

• Surface systems include:

  • RechargeRain – deep aquifer recharge via injection wells.

  • SurfaceRain – prevents waterlogging in urban spaces.

  • UseRain – multi-stage filtration for water reuse.

  • CombinedRain – integrates rooftop and surface water capture.

  • PiezoRain – groundwater monitoring.

  • MeasuRain – flow measurement.

  • MoistRain – improves soil moisture.

  • AgriRain – enhances agricultural irrigation.

• Filters feature multi-stage debris and silt removal, often with mesh filters and first-flush systems.

• Modular, compact, and gravity-driven designs for quick installation, no power requirement, and minimal maintenance.

• Built with durable materials (HDPE, stainless steel) and non-clogging filter elements.

• Provides consultancy services: hydrogeological surveys, feasibility studies, engineering design, training, and maintenance planning.

• Proven scalability with installations in multiple cities across India and internationally.

Environmental Benefits

• Recharges aquifers, helping restore groundwater reserves.

• Reduces stormwater runoff, lowering flood risk and erosion.

• Allows reuse of treated rainwater for irrigation, toilets, cooling, and other non-potable uses, reducing strain on municipal supplies.

• Improves water security through decentralized collection and storage.

• Supports agriculture by increasing soil moisture and providing supplementary irrigation.

• Low carbon footprint due to compact, energy-free systems.

• Helps maintain ecological balance and improves water quality.

• Cuts water costs for users while promoting sustainable practices.

• Increases resilience to climate change and droughts.