Deena S

A driven Chemical Engineer with expertise in Process Engineering and Equipment Design, recognized for successfully optimizing production processes that enhance efficiency and reduce costs. Proven ability to collaborate with multidisciplinary teams to implement innovative solutions in challenging environments. Committed to leveraging technical skills and industry knowledge for organizational advancement and personal development.

Response Surface Methodology for Heavy metal recovery from synthetic Li-Ion Battery solution, Used RSM in optimizing process parameters for extraction of Lithium, Cobalt, and Nickel from synthetic battery solution using a novel Ion Exchange approach. Conducted ICP-OES analysis to test the presence of metal ions and recover metal ions using selective precipitation methods. 

Production of Propylene Glycol, Developed a process and flow diagram for the production of PG from its raw material by doing a literature and market survey. Performed Material and Energy Balance calculations. Estimated the Plant Economics including manufacturing and non-manufacturing cost.