Moaaz Shehab

Designed and simulated different process flow diagrams of Biomass and Power to X using Aspen Plus including equipment design of gasification, syngas cleaning, Fischer Tropsch, and Methanol reactors. Performed techno-economic and feasibility studies for the upgrading of syngas to higher value fuels (SAF) Analysed the effect of different feedstocks compositions on the processes' performance and yield using Monte Carlo simulation implemented (Python) Coupled real time data to improve the accuracy of models

Project title “Experimental implementation of non-thermal plasma catalytic reactor setups for the treatment of coke oven gas (COG)” - Proved the suitability of using cold plasma techniques for the treatment of COG - Proposed an innovative DBD reactor module in a trial plant - Commissioned, monitored, and optimized the plant

Troubleshooting during the commissioning phase Optimized the raw mill area by using Siemens PCS 7 (HMI system) Operated the clinker area after the Kiln to achieve the highest cement production Data analysis, creating reports, technical documentation, and presentations

Lead the analysis process according to the customer’s requirements Managed the contracts and the contribution protocols with the different customers Analytical instruments used: Milling, Sieving, XRD, FTIR and XRF Supervised the analysis of water samples

Focus on: environmental engineering - waste water treatment - Toxicology

Focus on: process control - chemical engineering - bioprocesses. M.Sc. thesis: “Experimental implementation of plasma catalytic reactor for the treatment of coke oven gas”. Executed in “FRAUNHOFER- UMSICHT”. Grade: 1.0

Focus on: heat and mass transfer - fluid and thermodynamics - unit operation. B.Sc. thesis title: “Design petroleum refinery production line by Aspen Hysys to produce the distillation column products”. Bachelor thesis grade: Excellent