Revitalizing Rivers with Nanobubble Technology
The Academic–Industry Consortium is a collaborative initiative established to advance research, field validation, and large-scale deployment of nanobubble-based solutions. Formed under a formal Memorandum of Understanding, the consortium brings together leading academic institutions and industry expertise to address persistent water quality challenges.
"The consortium was created to bridge the gap between infrastructure compliance and actual improvement in river and drain health."
Despite significant investments in sewage treatment systems, many water bodies continue to experience dissolved oxygen depletion and ecological stress. Our focus is on in-situ and post-treatment solutionsthat directly enhance water quality within the receiving water bodies themselves.
We offer governments and stakeholders a credible pathway for piloting innovative technologies and advancing long-term rejuvenation programs.
Establishing an academic–industry consortium to collaborate on research, pilot implementation, field deployment, validation, and scale-up of nanobubble-based solutions.
The Consortium also undertakes carbon credit assessment, validation, and monetization support.
Achieving statutory and performance-based treated water quality compliance.
Reduction of BOD, COD, TSS, nutrients, pathogens, and odor.
Methane and nitrous oxide reduction aligned with climate commitments.
Deployment of affordable, scalable, low-energy, and modular solutions.
Generation of regulatory-grade monitoring data and peer-reviewed documentation.
Injects billions of gas nanobubbles into the water column with high surface area and low rise velocity.
Facultative Bacteria Generator (FBG) modules provide a surface for attached-growth biofilms.
Technology Provider / Nodal Agency
Academic Partner: Research & Development
Technology Partner: Technology Provider
Consultancy: Hydrology & Data
Academic Partner: Research & Technical Support
Academic Partner: Application & Monitoring
Academic Partner: Research & Validation
The assessment evaluates the technical feasibility of Nanobubbles-based in-stream oxygen enhancement. Ghaggar River and Kali Bein are recommended as Priority-I pilot sites.
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