Developing and Engineering for power-to-x projects in Egypt:• Suez Green Ammonia (1.5 GW electrolyzer to produce 1 million tons of green ammonia)• Damietta Green Ammonia Scatec/ECHEM/MOPCO (150,000 tons of green ammonia)• Damietta e-methanol Scatec/ANRPC (40,000-200,000 tons of e-methanol)Key Responsibilities:• Hydrogen, Methanol and Ammonia technology screening with supplier capability, capacity and risk mitigation action plan- technical due diligence on suppliers.• Developed production profile, plant production reliability tool and optimization tool for power-to-x projects. • Initiated the development concept of the project in addition to the development budget and evaluate its feasibility and potential for success. • Pre-Feed, Feed, Detail Engineering, Hydrogen safety, PFD review, and P&ID review. Main packages: Sea Water intake, Desalination Plant, ASU, Hydrogen plant and H purification, Hydrogen compressors, 61MT Hydrogen storage, Syngas compressors, Ammonia reactor and loop, NH3 export pumps, 30 000MT NH3 storage tank and BOG systems. NH3 export pipeline and JETTY. • Technology review and selection for all packages including RAM, QRA,& HAZOP studies. • Led Technical and Request for Proposals (RFP) circulation, follow-up and management of technical consultants (EPC tender process, Feasibility, Pre-FEED, FEED).

• Led process plant support activities including troubleshooting and trials to ensure production stability according to production budget and turnaround schedule. • Provided process calculations to support multiplicity of projects including SMR catalyst tube top seal design enhancement, Overhauling plant main air compressors to restore desired efficiency, Auxiliary boiler steam attemperator system enhancement, and Upgrading diesel tank design to comply with NFPA 30. • Create monthly Utilities, Process, Excursions, Capabilities, and Equipment KPI reports. • Identify, evaluate, and execute debottlenecking projects. Adding Natural gas bypass heater, Cool air inlet to MAC, Vent steam recovery using power turbine, recovering Methanol from Purge gas, Renewable energy to generate electricity, Recovering CO2 from Flue gases. Economical added value of $6MM USD from selected projects. • Led hydraulic analysis calculations for upgrading the fire water system. • Act as process SME for hazard/risk reviews required for plant modifications and trials. • Assists in the development of junior engineers through knowledge sharing and coaching.

Started my career with SABIC as a Project Engineer thru Aerotek before joining full time. • Provide process engineering expertise for various unit operations, answering technical inquiries, making technical recommendations, providing process troubleshooting, and developing process procedures. Area of work includes Phenol, Ultem polymer and Polyester polymer plants.• Led option identification & down-select, design basis development and front-end engineering for small and medium capital projects.• Led execution and commissioning for $2MM PSV remediation project.• Co-led project execution and commissioning for $8MM project for improving the plant cooling capacity.• Identify gaps between current performance and best-in-class and recommend opportunities for improvement.• Work cross functional to solve complex challenges by leveraging shared expertise.• Carry out various studies to improve plant safety, reliability, capacity and economics.• Obtain alignment and lead execution of performance improvements and engineering studies to address gaps and meet business objectives,

- Managed project teams (> 10 individuals) and resources from the various disciplines as well as construction staff to achieve project goals. e.g. (Oil pumps, compression and lift systems).- Providing proactive production forecast of active wells and recommending accordant path forward plans.

- Led multi-functions team through the design, engineering, construction and execution passes of a variety of projects (e.g. New drilled wells, recompletions, well enhancement). (spending budget of $3 Millions/yr)- Utilizing reliability tools including Root Cause Analysis (RCA) and 5 Y’s to maintain the safe, reliable, and efficient operation of facility.

Petrochemical Engineering Department Graduate Research Assistant

Accountable for more than 80 vertical oil wells in Eastern desert. Total production of 3000 to 3500 bopd. • Monitoring and analyzing Key Performance Indicators (KPIs) for oil separation facilities.• Evaluating validity of production data, applying statistics, interpreting results and taking appropriate actions.