Ahmed Ismail

At TechnipFMC, I focus on scouting and qualifying potential renewable energy and separation technologies that fit TechnipFMC business domain.

Employed X-ray absorption and emission spectroscopic techniques to study the electronic properties and geometrical structure of mono and bimetallic chemical systems in the nanoscale and under the influence of external effects such as heat and exposure to reducing gases.

Managed a team of engineers and technicians to design the oil/gas well drilling fluids plan. The plan included the recommendation of the chemical systems and drilling fluids formulas to be employed for well drilling and completion.

Lead a team of technicians to construct and develop drilling fluid combination, which is one of the most important drilling components and the main responsible for borehole stability while drilling.

Worked on enhancing the thermal stability and optical properties of water-based coating products. Implemented environment-friendly resin and pigment components in the coatings, which are compatible with GMP and (EC) No 2023/2006 regulations.

My PhD research focused on the synthesis of novel hydrogen generation and CO2 reduction semiconductors, and on enabling their characterization under real working conditions (i.e. in Operando).

My research during the MSc. focused on understanding the structural dynamics of bimetallic catalysts used in Fischer-Tropsch Synthesis on the atomic scale. The outcomes of this study were disseminated in top scientific journals and in four international conferences.