- Literature review/patent analysis of relevant to CCUS technologies
- Process understandings and concept evaluation
- Thermodynamic assessment
- Analyze the kinetics and mechanisms of CO₂ capture, adsorption, and separation processes, along with reaction pathways involved in non‑catalytic and catalytic CO₂ conversion via thermo‑chemical, electro‑chemical, photo‑chemical, and plasma‑assisted routes.
- Conduct lab‑scale experiments for CO₂ capture and utilization processes, supporting catalyst evaluation, process development, and validation of simulation models to enable scale‑up and technology deployment.
- Perform comprehensive material and product characterization using techniques such as XRD, SEM, TEM, GC, etc. to understand catalyst structure, surface properties, and product composition in CCUS processes




- Assess process safety aspects and contribute towards early-stage mitigation strategies
- Synthesize findings from modelling, experiments, and literature into clear technical insights
- Assistance in group level activities
- Paper/Patent writing
- Drive team-oriented projects on CCUS technologies with technology OEMs, start-ups, external research partners & institutes

Carbon capture technology, Experience in experimental knowledge in CCU and software for process model development like ASPEN etc

Knowledge of Python, MATLAB & any commercial CCUS related software

M.Tech or PhD in Chemical engineering/ Chemistry

📌 Researcher Sustainability (Jamshedpur)
🏢 TATA Steel
📍 Jamshedpur