Gaurav Yadav
Indian Institute of Technology Ropar, Malaviya National Institute of Technology Jaipur, Delhi Technological University
About
As a dedicated Research Scholar in the Department of Chemical Engineering at the Indian Institute of Technology Ropar, I am passionate about exploring cutting-edge solutions in the realm of nanobubble technology and wastewater treatment.
My journey in the field of chemical engineering has led me to specialize in nanobubble generation and its multifaceted applications. With a keen focus on waste water treatment, my current research delves into the fascinating realm of electrochemical generation of nanobubbles. This work not only offers innovative possibilities for efficient water treatment but also contributes to the broader understanding of nano-sized bubbles, their intrinsic fundamentals, and unique properties.
I thrive on the dynamic nature of research, and my goal is to bridge the gap between theoretical knowledge and practical applications in order to create a sustainable impact. As I continue to unravel the intricate science behind nanobubbles, I am excited to collaborate with fellow researchers, industry experts, and stakeholders who share the vision of a cleaner and healthier environment.
Beyond the lab, I am committed to continuous learning and growth, and I actively seek opportunities to engage with peers and professionals in discussions that push the boundaries of chemical engineering. My journey is fueled by the belief that research and innovation are powerful catalysts for positive change, and I am dedicated to contributing my skills and expertise to drive these advancements.
Employment
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Indian Institute of Technology Ropar Research Scholar2021 - Present
Education
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Malaviya National Institute of Technology Jaipur M.Tech
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Delhi Technological University B.Tech
Projects & Funding
Projects & funding information is unavailable.
Publications (8)
- Nanobubbles by hybrid electro-membrane method: ROS quantification and utilization in complex wastewater treatment Save
- Electrochemically reactive nanobubbles for fungal inactivation: A cytocompatible disinfection strategy for biocontaminated environments Save
- Understanding the role of nanobubbles on reducing collector and frother dosages in fine particle flotation Save
- Electrochemically reactive nanobubbles (ERNBs): An innovative solution for advanced oxidation processes (AOPs) in pollutant degradation and CO2 utilization Save
- Interfacial engineering of nanobubbles: From nucleation to mass transfer Save
- Nanobubbles or impurities in alcohol-water mixture: Gas supersaturation mechanism and evidence Save
- Application of artificial neural network for predicting nutrient release from neem (azadirachtaindica) coated urea Save
- Electrochemically reactive colloidal nanobubbles by water splitting Save