The Jal Rakshak recharge system by D&D Ecotech is a cutting-edge solution designed to combat urban water stress and groundwater depletion by harnessing the power of rainwater. These systems are meticulously crafted to facilitate efficient groundwater recharge and rainwater utilization, ensuring a sustainable water supply for various sectors.

What sets Jal Rakshak apart is its tailor-made approach, customizing each system to fit the specific needs of the site while seamlessly integrating with existing structures. This not only maximizes rainwater capture but also replenishes aquifers without compromising the aesthetics of the building. By utilizing locally optimized designs, Jal Rakshak units effectively tackle water scarcity issues in urban areas, reduce stormwater runoff, and enhance community water supply resilience.

D&D Ecotech offers end-to-end services, from initial assessment and design to full implementation, catering to a wide range of sectors including residential housing societies, industrial plants, and municipal applications. Their expertise in deploying Jal Rakshak systems is exemplified by successful projects like the one at Bisleri’s Mumbai factory, where over 2 crore litres of rainwater have been harvested.

By providing structured recharge infrastructure, the Jal Rakshak recharge system not only conserves water but also aligns with broader environmental objectives such as reducing dependency on external water sources, mitigating flood risks, and promoting sustainable groundwater levels.

• Customized solutions for effective groundwater recharge and rainwater utilization
• Site-specific designs that seamlessly integrate with existing structures
• Maximization of rainwater capture and aquifer replenishment
• Reduction of stormwater runoff and enhancement of community water supply resilience
• Full-cycle services from assessment to implementation across diverse sectors
• Successful deployment in various settings including residential, industrial, and municipal
• Alignment with environmental goals of water conservation and sustainability
• Proven track record of lowering dependency on external water sources
• Contribution to flood risk reduction and sustainable groundwater management