Aniruddha B. Pandit

Aniruddha Bhalchandra Pandit (born 7 December 1957) is an Indian chemical engineer, inventor and academic, known for his fundamental and commercial research on cavitational reactors, design of multiphase reactors, bubble dynamics. He is the vice chancellor of the Institute of Chemical Technology, Mumbai (erstwhile UDCT) since 2019, succeeding G. D. Yadav. He graduated with a B.Tech. (Chem) degree in 1980 and joined the University Department of Chemical Technology of Bombay University (now ICT Mumbai) for his PhD (Tech) degree. He completed his PhD in 1984 under the guidance of Prof. Jyeshtharaj Joshi. He also worked as an instructor during this term.

From 1984 till 1990, he worked in University of Cambridge as a Research Associate with John Frank Davidson, working in the area of bubble break-up and design of multiphase reactors. among others. The World Academy of Sciences (2015), National Academy of Sciences, India, Maharashtra Academy of Sciences, and Indian Academy of Sciences.

Research Pandit is a renowned researcher in the field of cavitation and relevant chemical processing applications. His research interests include sonochemistry, industrial wastewater treatment, synthesis of chelating agents for wastewater treatment, mixing in mechanically agitated contactors, and the design of nozzles for hydrodynamic cavitation. He has also worked on polymer degradation, cellulose dissolution, and nanomaterials synthesis. , he has published 446 journal articles, and holds 34 patents. His articles are reported to have an H-index of 84 and i10-Index of 360. He has guided 63 PhD and 101 master's graduates. Industrial & Engineering Chemistry Research (ACS). This method was used to clean the Rankala Lake in Kolhapur, Maharashtra and the Bindusagar Lake in Bhubaneshwar, Odisha (a project inaugurated by the Chief Minister of Odisha in January). His research group has also developed solid-fuel burning stoves, used commonly in rural India, which cause lesser pollution and consume fuel efficiently. Research has also been done to convert keratin waste such as human hair, wool, and poultry feathers into fertilizers, pet, and animal feed using a cheap, eco-friendly and efficient method.