Description

You will advance carbon capture technology by performing complex CFD simulations and validation. From optimizing airflow to collaborating on plant design, your expertise ensures the models are robust and accurate.

Requirements

• •Degree in process, mechanical or aerospace engineering
• •At least 5 years of experience in Computational Fluid Dynamics
• •Technical background in thermodynamics, porous media, airflow, or thermal energy modelling
• •Proven experience in running CFD simulations
• •Solid understanding of fluid mechanics
• •Experience evaluating complex gas phase systems
• •Proficiency in Ansys Fluent/CFX
• •Proficiency in geometry meshing tools
• •Proactive, innovative, and collaborative mindset
• •Ability to work across disciplines
• •Willingness to take risks and try new things
• •English language skills

Tasks

• •Model and optimize carbon capture processes
• •Perform CFD analysis across various scales
• •Model filter structures and atmospheric dispersion
• •Collaborate with mechanical design departments
• •Design new structures and plant architectures
• •Provide boundary conditions to design engineers
• •Drive the CFD model improvement roadmap
• •Develop new simulation techniques with partners
• •Plan and execute validation measurements
• •Evaluate findings and draw meaningful conclusions
• •Ensure model robustness with testing teams
• •Communicate results clearly to peers
• •Present findings in technical reviews

Tools & Technologies

Benefits