I provide professional consulting services in process simulation, dynamic simulation, and advanced process control for chemical and energy systems. My expertise focuses on modeling complex industrial processes and analyzing system behavior under transient and off-design operating conditions.
With extensive experience in dynamic simulation and process control engineering, I support engineering teams and research projects by developing reliable simulation models, evaluating plant performance, and identifying opportunities for operational improvement and energy optimization. My work often involves integrating thermodynamics, process dynamics, and control system behavior to better understand real plant operations and design more robust systems.
I have particular experience in energy transition technologies and large-scale industrial processes. My focus areas include LNG systems, ammonia production and fuel supply systems, hydrogen energy systems, and power generation plants. These systems often require dynamic analysis to evaluate start-up, shutdown, transient operation, and control stability.
Typical services include process modeling, dynamic simulation studies, digital twin concept development, process control strategy evaluation, and energy optimization analysis. I aim to provide practical engineering insights that support design decisions, technology development, and operational excellence.