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Prof. Aniruddha Bhalchandra Pandit is the Vice Chancellor of the Institute of Chemical Technology (ICT), Mumbai.
Prof. Aniruddha Bhalchandra Pandit is an Indian chemical engineer, academic, and inventor known for his work in cavitational and multiphase reactor engineering.
He is the Vice Chancellor of the Institute of Chemical Technology since 2019.
With over 30 years of experience in researching how chemical engineering can provide solutions for society, he has over 465 research publications and more than 50 patents. His work spans wastewater treatment, sonochemistry, and reactor design.
Prof. Aniruddha has developed scalable industrial solutions such as hydrodynamic cavitation systems for environmental applications.
A fellow of multiple science academies, he was elected to the United States National Academy of Engineering in 2023 and remains one of India’s leading chemical engineering researchers.
He was recently awarded (in Dec 2025) the most prestigious awards in Engineering Sciences - the Vigyan Shree Award - by the Government of India.
Academic Output and Research Impact
450+ research publications across leading journals
30+ patents in chemical engineering and process technologies
H-index above 80, with tens of thousands of citations
Several papers cited over 1,000–3,000 times, particularly in wastewater treatment and cavitation
He has also:
Guided 60+ PhD scholars and over 90 master’s students
Contributed to books, book chapters, and review papers that serve as key references in the field
Served on editorial boards of major international journals
10. Real-World Implementation and Industrial Impact
Prof. Aniruddha Bhalchandra Pandit began his academic journey with a B.Tech in Chemical Engineering from Banaras Hindu University in 1980. He then joined the University Department of Chemical Technology (now ICT Mumbai) for his PhD (Tech), which he completed in 1984 under the guidance of Prof. Jyeshtharaj Joshi. During this period, he also worked as an instructor, gaining early teaching experience.
Following his doctoral studies, he moved to the University of Cambridge, where he worked as a Research Associate from 1984 to 1990. His work there focused on bubble dynamics and the design of multiphase reactors, laying the foundation for his later contributions to cavitation and reactor engineering.
In 1991, he joined ICT Mumbai as a faculty member and steadily advanced through academic ranks. Over the years, he also held visiting positions at institutions such as the University of Cape Town, University of California, Santa Barbara, and BITS Pilani, contributing to global research collaboration.
Prof. Pandit established a strong research programme in hydrodynamic cavitation and multiphase reactor systems. His work expanded into applications such as wastewater treatment, nanomaterials synthesis, polymer processing, and microbial cell disruption. His research group developed practical technologies for cleaning industrial effluents and water bodies, including projects implemented at Rankala Lake and Bindusagar Lake.
In 2019, he was appointed Vice Chancellor of ICT Mumbai, where he continues to lead academic and research development. Alongside his administrative role, he remains active in research, publishing extensively and guiding doctoral and postgraduate students. His career reflects a consistent focus on linking fundamental engineering science with industrial and environmental applications.
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. As of 2023, 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.
He is associated with a number of scientific journals as a member of their editorial boards; Ultrasonics Sonochemistry Journal (Elsevier), Chemical Engineering and Processing - Process Intensification, Industrial & Engineering Chemistry Research.
The Pandit research group has developed a method for cleaning and disinfecting stagnant water bodies and industrial effluents from various industries using hydrodynamic cavitation. 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.
Prof. Aniruddha Bhalchandra Pandit has built a comprehensive research portfolio spanning fundamental chemical engineering, process intensification, and large-scale industrial applications. His work is centred on hydrodynamic cavitation, sonochemistry, and multiphase reactor engineering, with strong interdisciplinary links to environmental engineering, energy systems, and biotechnology.
1. Hydrodynamic Cavitation and Reactor Engineering
Prof. Pandit is widely recognised for pioneering the use of hydrodynamic cavitation as a practical and scalable tool for chemical and physical process intensification. He proposed cavitation as an alternative to conventional energy-intensive processes and developed:
Novel cavitational reactors and gas–liquid contactors
Advanced impeller and nozzle designs
Scalable reactor configurations for industrial use
His work demonstrated how cavitation can enhance reaction rates, improve mass transfer, and reduce energy consumption. These contributions have shaped modern research in cavitation reaction engineering and reactor design.
2. Wastewater Treatment and Environmental Engineering
A major focus of his research is the application of cavitation in wastewater treatment and environmental remediation. His contributions include:
Development of energy-efficient oxidation processes for pollutant degradation
Hybrid treatment systems combining cavitation with ozone, hydrogen peroxide, and catalytic processes
Solutions for industrial effluents, including textile, pharmaceutical, and refinery wastewater
His review papers on wastewater treatment technologies are among the most highly cited in the field, with several publications receiving over 1,000–3,000 citations. These works have provided foundational frameworks for modern wastewater treatment research.
3. Water Disinfection and Public Health Applications
Prof. Pandit has applied cavitation to microbial disinfection and water purification, particularly for large-scale and rural use:
Development of hydrodynamic cavitation-based water disinfection systems
Recognition by the International Maritime Organization for ballast water treatment applications
Design of hand pump-based water purification systems for developing regions
These innovations provide low-cost, scalable solutions for safe drinking water, particularly in resource-constrained environments.
4. Sonochemistry and Process Intensification
His research in sonochemistry explores the use of ultrasound to enhance chemical reactions and physical processes. Key contributions include:
Design and scale-up of sonochemical reactors
Studies on ultrasound-assisted emulsification, crystallisation, and degradation processes
Development of frameworks for process intensification using acoustic energy
His work has established sonochemistry as a viable tool for industrial-scale applications.
5. Nanomaterials, Biomass, and Advanced Materials
Prof. Pandit has extended his research into materials science and nanotechnology, including:
Synthesis of nanoparticles and nanostructured materials
Development of biochar and biomass-derived materials
Use of cavitation and ultrasound for green synthesis processes
He has also worked on converting waste materials such as keratin (hair, wool, feathers) into value-added products like fertilisers and animal feed.
6. Energy Systems and Sustainable Technologies
His work includes contributions to energy efficiency and sustainable engineering systems, such as:
Design of energy-efficient cooking systems and smokeless stoves
Solar energy applications, including solar steam generation
Thermal modelling and optimisation of fuel-efficient devices
These innovations have practical applications in both industrial systems and rural energy solutions.
7. Multiphase Flow, CFD, and Process Modelling
Prof. Pandit has contributed extensively to the modelling and simulation of chemical engineering systems, including:
Computational Fluid Dynamics (CFD) studies of reactors and mixing systems
Modelling of multiphase flows and transport phenomena
Design optimisation of reactors, mixers, and flow systems
These studies have improved the understanding and design of complex industrial processes.
8. Biotechnology and Chemical-Biological Interfaces
His research also spans biotechnology applications, particularly:
Microbial cell disruption and enzyme recovery
Development of bioprocessing techniques using cavitation
Applications in protein modification and microbial fuel cells
This work bridges chemical engineering with biological systems for industrial and environmental use.
A defining feature of Prof. Pandit’s work is its translation into practical applications, including:
Cleaning of lakes and water bodies using cavitation technologies
Industrial-scale wastewater treatment systems
Rural water purification and energy-efficient devices
Collaboration with industry and government agencies on applied research projects
Prof. Pandit’s work reflects a clear focus on applying chemical engineering principles to solve industrial and environmental challenges. His vision centres on developing scalable, energy-efficient technologies that can be adopted across sectors such as water treatment, sustainable processing, and resource recovery. Through his leadership at ICT Mumbai, he aims to strengthen the integration of research, industry collaboration, and education, while promoting innovation that addresses real-world problems, particularly in sustainability and process engineering.
Prof. Pandit has received several national and international honours for his contributions to chemical engineering. In 2023, he was elected to the United States National Academy of Engineering, one of the highest recognitions in the field. He is also a fellow of leading scientific bodies, including the Indian National Academy of Engineering, Indian Academy of Sciences, and The World Academy of Sciences.
He has been awarded the Vigyan Shri Award in Engineering Sciences for his work in cavitational and multiphase reactor engineering, as well as for developing efficient microbial cell disruption techniques.
His other honours include the Vishwakarma Medal, Sir J. C. Bose Fellowship, and the ICC D.M. Trivedi Lifetime Achievement Award. These recognitions reflect both his academic contributions and the industrial impact of his research.
