Plastics Circularity & Chemical Recycling
Thermal & catalytic pyrolysis, steam cracking, and solvent‑based routes for PP/PE/PS and beyond — from lab to pilot scale with rigorous kinetics and product analysis.
I am an accomplished chemical and process engineer with over a decade of combined industrial and research experience. I excel in leading technical projects, optimizing complex processes, and delivering innovative, practical solutions that drive operational success.
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Chemical recycling of plastic waste by catalyst and reactor engineering
Supervisor: Prof. dr. Kevin Van Geem
Supervisor: Prof. dr. Angeliki A. Lemonidou
Supervisor: Prof. Mohammad Soltanieh
New methods for preventing formation of gas hydrates inside gas pipelines
Supervisors: Prof. Jafar Sadegh Moghaddas , Prof. Alireza Tabatabae Nejad
Participated in C-Planet Marie Skłodowska-Curie Network training events held across various European countries, focusing on plastic circularity, chemical recycling, and circular economy strategies. These events brought together selected researchers, industry professionals, and policymakers to share knowledge, develop skills, and foster collaborations towards sustainable plastic management.
Conducted experimental studies on the hydrodynamics of the vortex regime in a stator–rotor vortex chamber reactor (STARVOC setup). The work involved analyzing pressure drops and capturing high-speed visualizations of the reactor bed using Lavision high-speed cameras at rotor speeds ranging from 100 to 800 rpm.
Actively participated at renowned international conferences, panel discussions, research symposia, and collaborative project meetings held in Belgium, Netherlands, Germany, Denmark, Finland, Greece, USA. Demonstrated strong communication and networking skills by engaging with diverse academic, industrial, and policy stakeholders, fostering professional relationships and interdisciplinary collaboration.
Process design and optimization of an integrated pre-combustion CO₂ capture process using Sorption Enhanced Water Gas Shift (SEWGS) technology in a natural gas combined cycle. Process optimization of auto-thermal reforming, WGS, and SEWGS to enhance performance, CO₂ removal, and H₂ production.
Created detailed isometric illustrations, process schematics, and engineering diagrams for technical documentation, presentations, and project deliverables. Skilled in combining engineering accuracy with visual clarity using a range of professional design tools.
Developed AI-based tools including an expert system in C# for selecting the best equation of state for fluid property prediction, and fuzzy logic/neural network applications for process control and optimization. Created packages in C and Python for computational efficiency, and used MATLAB Simulink toolboxes for modeling.
Engineering foundations first — plastics circularity, process & reactor engineering — supported by modeling, CFD, and software craft.
Thermal & catalytic pyrolysis, steam cracking, and solvent‑based routes for PP/PE/PS and beyond — from lab to pilot scale with rigorous kinetics and product analysis.
Process design, HAZOP mindset, heat & material balances, commissioning, and continuous improvement to translate chemistry into robust unit operations.
Reactor selection and design for multiphase systems; bridging lab data, transport phenomena, and reaction mechanisms to actionable reactor models.
PID and MPC thinking for stability and performance; data‑informed tuning and automation as levers for safer, more efficient plants.
Model‑based decision‑making: mechanistic models coupled with CFD when geometry and multiphase flow matter.
Numerics, optimization, and data analysis in service of engineering — not the other way around.
Pragmatic tools to ship reliable workflows, from databases and APIs to dashboards; growing into embedded & PLC‑driven systems.
A concise map of my capabilities across chemical engineering, analytics, and software development.