Dr. Ramy Essam

Key responsibilities: - Development of innovative process options and flow diagrams, quantification of efficiencies, material flows, and optimization potential, technology selection, and process routes for decarbonized process engineering concepts for synthetic fuels and H2 derivatives - Detailed process simulation using Aspen Plus and in-house models to develop process concepts and reaction engineering in synthesis and reforming processes

Key responsibilities: - Conducted comprehensive planning and design in chemical process engineering, from concept to implementation. - Executed equipment design, front-end engineering design (FEED), and the creation of Piping & Instrumentation Diagrams (P&IDs).

Key responsibilities: - Conducted process simulations and designed modular, energy-efficient process concepts for scalable and flexible chemical plants. - Implemented process intensification strategies to enhance performance and reduce time-to-market. - Developed modular process concepts as part of PhD research: “A contribution to the selection and dynamic configuration of modular piping and instrumentation diagrams.”

Key responsibilities: - Conducted in-depth literature reviews and provided analytical support for academic and industrial research projects. - Analyzed and optimized technical and economic feasibility of renewable energy systems, with a regional focus on Egypt.

Key responsibilities: - Supported the review and critical evaluation of a study addressing renewable energy integration in Egypt, focusing on grid capacity and investment potential. - Contributed to the design, fabrication, and testing of a complete fuel cell prototype, emphasizing efficiency and durability in a real-world manufacturing setting.

Plant and process design

Renewable energy and energy efficiency (Grade: 1.5)

Chemical and process engineering (Grade: 1.2)