Project Details
Advancing Green Hydrogen Production through Electrolysis : Optimisation and Renewable Energy Integration
Status :- Ongoing
Team Lead :- Dr. Vishal Kumar Sandhwar
- Grant Body: Royal Academy of Engineering, London, UK under Transforming Systems through Partnership 22/23
- Amount of Grant : GBP 65,000
- Project Period : November 2023 to January 2025
Parul University (Lead University )
Linde Engineering India Pvt Ltd (Indian Industry Partner )
University of Surrey , London , UK ( UK Academic Partner )
- increasing heat transfer coefficient so that heat transfer rate gets increased by studying different fins structure, fin spacing and height,
- by reducing Turbine back-pressure to improve power output and plant efficiency and
- by reducing the adverse effect of wind on fan, which increases the fan work by providing wind screen net at optimum height to nullify the effect of hot air recirculation .
- Dr. Vishal Kumar Sandhwar Assistant Professor Parul Institute of Technology
- Dr. Gopala Krishna Murthy Paidipati Professor,Parul Institute of Management and Research
- Dr. Unnati Joshi Professor Parul Institute of Engineering & Technology
- Dr. Shivendu Saxena Assistant Professor Parul Institute of Technology
- Dr. Mahendra Singh Rathore Associate Professor Parul Institute of Technology
- Dr. Anand Joshi Professor Parul Institute of Technology
- Dr. Rital Gajjar Associate Professor Parul Institute of Technology
- Dr. Sumit Daslala Assistant Professor Parul Institute of Engineering & Technology
- Prof. Manish Pandya Registrar Parul Institute of Engineering & Technology
- Dr. Swapnil Parikh Professor Parul Institute of Technology
- Ms. Hetal Bhaidasana Assistant Professor Parul Institute of Engineering & Technology
- Dr. Kartik Pandya Associate Professor Parul Institute of Engineering & Technology
- Mr Nilesh Mangukia Director (Business Development & Sales)
- Mr Roshan Mehta Head of Sales
- Mr Bhavin Trivedi Deputy Manager Sales
- Mr Nikhil Tonapi Head of Process & Environmental Safety
- Prof. Dr. Satheesh Krishnamurthy
Objectives of The Project:
Exploring the Use of Artificial intelligence, IoT and Block Chain technologies for planning, design and development of smart cities through by
- exploring existing techniques and its utilization for development of smart city
- designing the smart water meter systems for better water management,
- developing smart sewage management and distribution System,
- designing smart traffic surveillance system for reducing traffic congestion and roadside accident mitigation
- preparing effective urban air quality management plan
- designing unified response system for health, fire and other uncalled for emergencies
- developing a general controlled oriented guiding principle and methodology in the design of sustainable energy future for smart cities.
Students Involvement in the Project
During year 2023-24, 6 students of B.Tech and 3 students of M .Tech and 1 Ph D scholar are taking active part in the project. Students are mentored by not only faculty members of PU but also by professionals of Linde Engineering India, Pvt Ltd and University of Surrey, UK. Their performance is reviewed by experts periodically.
Workshops and Dissemination of Knowledge
Under this project, so far we have organised 5 workshops and in total 459 engineers participated out of which 82 faculty members, 3 industry professionals, 374 students of Engineering of various Universities like Parul University, M S University, Gujarat Technological University etc., have participated. Feedback was collected from all participants. Overall feedback from all participants was good and many have appreciated themes as well as modalities.