15
Electrification of Process Industries through Economically Optimal Process Designs for Work-Heat Integration
Abstract Almost 80% of the energy consumed by chemical industries is thermal energy generated using fossil fuels. The contribution of the process industries to global greenhouse gas emissions can...
17
Layout development - Greenfield vs. Brownfield Project, Basic & Detailed Engineering
- Department of Chemical Engineering
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9:00 AM (IST)
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D217
Niraj Gupta is based at New Delhi, worked as Head of Plant and Project Engineering. He has worked over the last 34 years in Plant Engineering and Process Design for Oil & Gas downstream,...
16
Microalgae Contributions in Climate Change under a Biorefinery Model” scheduled on April 16, 2026
Abstract of the Talk Microalgae are among the most influential yet often overlooked driving contributor of the Earth’s climate system. As primary producers in aquatic ecosystems, they are...
02
Atomistic Simulations for the Development of High-Entropy Materials with Superior Thermal Stability and Mechanical Properties
Abstract: High Entropy Materials (HEM) such as High Entropy Alloys (HEAs) and High Entropy ceramics (HECs) are known as “4th Industrial Materials of 21st Century” due to their remarkable...