Nanobubble generation device for engineering applicattions
Nanobubble Technology and Its Applications Nanobubble technology uses extremely small gas bubbles that remain stable in liquids for extended periods. Their unique properties can improve gas transfer, enhance chemical and biological processes, and support more efficient treatment and production systems. Key Applications • Water and wastewater treatment: Enhances oxidation, disinfection, pollutant removal, and aeration efficiency. • Agriculture: Improves irrigation water quality, supports root oxygenation, and can help increase crop productivity while reducing input use. • Sanitation and cleaning: Strengthens ozone-based cleaning and disinfection by improving contact between gas and contaminants. • Aquaculture: Increases dissolved oxygen levels, supporting healthier aquatic environments. • Industrial processes: Improves gas-liquid reactions, separation processes, and process efficiency in selected applications.
About Indian Institute of Technology, Ropar
IIT Ropar is a STEM‑focused public technical university and Institute of National Importance in Rupnagar, Punjab. For industry, shared infrastructure anchored by the Central Research Facility and on‑campus prototyping workshops enables rapid testing, characterization, and pilot‑scale development. The institute hosts a Department of Science & Technology–supported Technology Innovation Hub (AWaDH) and a Section‑8 Technology Business Incubator Foundation to co‑develop solutions, seed startups, and link mentors with corporate partners. Its location near the Chandigarh–Mohali region places it close to national labs and hospitals, streamlining collaboration and field deployments. Research is supported by competitive Indian national funding, including the Department of Science & Technology, with IP, licensing, and industry contracts managed through an institute IPR/technology transfer office.
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