The project will focus on recycle, regeneration and reuse of water in various water systems. A system theoretic approach based on formal modeling, optimization and control will be used to analyze existing networks and propose design guidelines for new networks. A strong background in mathematics, modeling, optimization and control is suggested.
The proposed project will advance the state-of-the-art in AI & ML based approaches towards solving niche problems associated with chemical engineering at different scales.
The proposed project will advance the state-of-the-art in AI & ML based approaches towards solving niche problems associated with chemical engineering at different scales.
Guide: Prof. Pramod Wangikar. read more »
Guide: Prof. Pramod Wangikar. read more »
Mixed (combined direct and indirect integration) is an optimal way of designing energy-integrated batch process systems. While such configurations propose the maximum energy savings, these benefits can only be practical if such systems are robust to typical disturbances encountered by batch processes. This project aims to target this issue by considering an integrated design and control approach wherein operational considerations are incorporated right during the design stage. The resulting designs can therefore provide a good trade-off between economic benefits and ease of operation. read more »
