Sr. Chemical Engineer

The Lead Chemical Engineer will play a key role in driving downstream process modeling and optimization for syngas to chemicals. Your primary responsibility will be to lead the design and simulation of downstream processing units using advanced process simulation tools. This role specifically focuses on syngas treatment, separation, and integration with downstream systems. Your key responsibilities will include modeling syngas treatment, cleaning, separation, and conversion processes. You will be tasked with evaluating and optimizing process efficiency, heat integration, and material balance. Additionally, you will support scale-up activities, conduct techno-economic assessments, and contribute to the development of engineering packages. It will also be part of your role to prepare detailed process flow diagrams (PFDs), heat and mass balances, and process datasheets. Collaboration with cross-functional teams, including mechanical, instrumentation, and operations, will be essential. Furthermore, documenting process models, design assumptions, and results for both internal and external stakeholders will be a crucial part of this position. To qualify for this role, you should hold a Bachelors/Masters degree in Chemical Engineering or an equivalent field. You are expected to have 5-10 years of experience in process modeling and simulation, preferably in gasification or downstream chemical processes. Proficiency in Aspen Plus is a must-have skill for this role. A solid understanding of syngas to chemical unit operations and process integration is also required. Strong analytical, documentation, and communication skills are essential for success in this position. If you are passionate about downstream process modeling and optimization for syngas to chemicals and possess the necessary qualifications and skills, we encourage you to reach out by emailing your interest to enpcareers.hr@ril.com.,