* Lyondell Basell client - Actively involved in the study of Reduction of CO2 Emissions and Energy Consumption of Steam Cracker.* Lyondell Basell client - Led the study for Berre coil assessment study: Enhanced heat transfer technology.* Unipetrol and OJSC Naftan clients - Conducted Validation of cracking furnaces and composing performance test run reports.* Ivorian Refining Co. (SIR) & bp- Daedalus clients - Actively involved in the Basic Design Engineering Package (BDEP) for – SIR (Hydrogen Purification Unit, HPU) and bp-Daedalus (Hydrogen Generation Unit, HGU).* Versalis & TotalEnergies Client -Actively involved in the Plastic Based Oil study for Cracking Furnaces for – Brindisi and Priolo plants, Italy | Pyrolysis Oil Study fed in Cracking Furances for Antwerp, Belgium and Feyzin, France plants.* Map Ta Phut Olefins Co. Ltd. (MOC) Client - Actively involved in the Front End Engineering Design (FEED) for Cracking furnaces.

An improved description of C1 to C12 solubility in solvents for AGRU (Acid Gas Removal Unit) models.* Compiled a solubility database, leveraging literature and thermophysical experiments performed at Shell.* Innovated a predictive model for hydrocarbon solubility, and validated it against the existing Shell model and different models present in the literature.* Successfully proved the better performance of the new model developed, which will be incorporated in future designs of LNG facilities at Shell.

Kinetic Modeling of Enzyme Inactivation: Heat Inactivation Studies of PreventASe:* Investigated the deactivation kinetics of Asparaginase enzyme during bread-baking process by performing several batch experiments at various operational conditions.* Correlated the observations with existing kinetic models discussed in literature to select the most representative model.* Obtained 12 additional ECTS towards the Honours Programme, offered to academically excellent students, by TU Delft.

Client : Kreber B.V.* Devised multiple solutions to reduce emissions of ammonia, urea dust and biuret dust during prilling process.* Formulated optimized process design to reduce emissions of urea and ammonia.

Design and Analysis of Production and Separation-based Unit Operations :* Successfully carried out the design calculations for two chemical plants at IOCL - LAB (Linear Alkyl Benzene) and UDEX (Extraction of high purity aromatics from Gasoline).* This exhaustive analysis included raw material selection and costs, material and energy balance, unit operation designing, control structure determination, plant location and overall cost estimation.