Gunel Huseynli

• Commissioned the semi-batch autoclave reactor and conducted reproducibility experiments • Investigated catalysts in high pressure autoclave experiments and tested catalyst stabilities against acid • Characterized the catalysts by XRD, ICP-OES, AutoChem and BET • Conducted literature research and interpreted the stability, experimental and characterization results of catalysts

• Commissioned the semi-batch autoclave reactor and conducted reproducibility experiments • Investigated catalysts in high pressure autoclave experiments and tested catalyst stabilities against acid • Characterized the catalysts by XRD, ICP-OES, AutoChem and BET • Conducted literature research and interpreted the stability, experimental and characterization results of catalysts

Elektrodenentwicklung Festkörperbatterie Solid State Batteries Electrode development -Synthesized the battery elements (electrodes and separators), building cells, supporting the team with usual daily laboratory tasks -Evaluated the data from cell-aging, cell capability tests, conductivity measurements (CompreDrive, Biologic, SEM) using OriginPro -Intensive literature research for battery development (Cathode Active Material particle coating and Lithium-free Anode concept) and implementation in the lab

Elektrodenentwicklung Festkörperbatterie Solid State Batteries Electrode development -Synthesized the battery elements (electrodes and separators), building cells, supporting the team with usual daily laboratory tasks -Evaluated the data from cell-aging, cell capability tests, conductivity measurements (CompreDrive, Biologic, SEM) using OriginPro -Intensive literature research for battery development (Cathode Active Material particle coating and Lithium-free Anode concept) and implementation in the lab

- Synthesis of different Ti-based catalysts for Dehydrogenation - Experimental analysis of synthesized catalysts - Characterization of materials by methods, such as GC, XRD, ICP OES, BET - Evaluation of the measurements and correlations of the obtained data with Origin software

- Synthesis of different Ti-based catalysts for Dehydrogenation - Experimental analysis of synthesized catalysts - Characterization of materials by methods, such as GC, XRD, ICP OES, BET - Evaluation of the measurements and correlations of the obtained data with Origin software

FAU Lehrstuhl für Energieverfahrenstechnik (Chair of Energy Process Engineering) • Conducted experiments to evaluate the heat transfer performance of reactors. • Evaluated heat transfer dynamics and calculated the thermal conductivity of the catalyst. • Assisted the team in building the gas mixing station for the methanation plant. • Commissioned the reactor and conducted test experiments for methanation and tar saturation.

Supporting the Health&Safety and Environmental teams in daily tasks, such as waste management, site visits, controlling if plant operations comply with safety and environmental regulations of the HDPE&LDPE Plant, involvement in educational trainings.

Mentor at "Design School" for chemical engineers

Process engineering intern at H. Aliyev Oil Refinery

Process engineering intern at H. Aliyev Oil Refinery