Product Details – In-Situ Ecological Water Rejuvenation Technology

Category

ClimateTech | WaterTech | Nature-Based Solutions (NBS)

Technology Overview

A proprietary in-situ ecological rejuvenation technology that restores polluted and eutrophic waterbodies by reactivating their native microbial and biochemical self-purification systems. The solution operates without infrastructure, chemicals, or energy, making it a scalable and cost-effective alternative to conventional water treatment systems.

How the Technology Works

• Diagnostic assessment of 18–20 water quality parameters through NABL-accredited laboratories
• Data-driven development of a site-specific natural formulation
• Controlled application to activate dormant native microbial food chains
• Biological digestion of sludge, excess nutrients, and organic pollutants
• Continuous scientific monitoring and performance validation by hydrology experts

Key Innovations

• Infrastructure-free and in-situ water restoration
• Biology-led treatment replacing mechanical and chemical interventions
• Zero-energy, zero-chemical, zero-waste operational model
• Functions with live inflows, requiring no diversion or shutdown
• Technology under patenting process with proprietary formulations and application protocols

What the Technology Delivers

• Restoration to Class-B water quality standards
• Elimination of eutrophication, foul odour, and algal blooms
• Revival of aquatic biodiversity and ecosystem services
• Improved groundwater recharge and flood-buffering capacity
• Conversion of degraded waterbodies into blue carbon sinks with measurable climate benefits

What It Replaces

• Capital-intensive sewage treatment plants (STPs)
• Periodic dredging and desilting operations
• Chemical dosing, aeration, and energy-dependent systems
• High-OPEX, maintenance-heavy treatment models

Economic & Market Value

• Lowest lifecycle cost among urban water rejuvenation solutions
• Rapid deployment and scalability across geographies
• Applicable for ULBs, Smart Cities, industries, campuses, wetlands, and CSR/ESG projects
• Enables outcome-linked financing, environmental credits, and ESG reporting

Validation & Global Interest

• Successfully demonstrated across multiple geographies in India
• Showcased at COP and UN-affiliated climate platforms, receiving strong international interest
• Active inquiries and collaboration discussions from Europe, Africa, and climate-vulnerable regions seeking scalable nature-based water solutions

Impact Potential

• Long-term water security and ecosystem resilience
• Public health and livelihood enhancement
• Urban flood mitigation and climate adaptation
• Strong alignment with SDG-6, SDG-13, SDG-14, and ESG mandates