Mudassar Shaikh

- Master's thesis - Practical testing and techno-economic evaluation of the process combination of methanisation and membrane treatment for the production of renewable methane - Participation in the development and commissioning of a power-to-gas (PtG) pilot plant that integrates electrolysis and methanisation to produce renewable methane - Operating Power to gas Pilot plant for SNG production, Grid Supply, and Sector coupling - CO2 Capture, Storage and Transportation

Creation of a library in Dymola/Modelica for research, modeling and simulation of biogas plants

Conducted research and performed data analysis to optimize fuel cell systems' performance, utilizing ANSYS software. Implemented literature research to deepen understanding of hydrogen fuel-cell challenges and opportunities. Collaborated with the Hydrogen Fuel-cell Department to conduct simulations and support performance optimization projects.

Planning and construction of MSW biogas plants, monitoring of gas production, filtration, and system performance. Power generation from biogas using gas generators contributes to sustainable energy production. Preparation of technical data sheets and calculations to support decision-making for renewable energy projects. Developed technical designs for biogas plants and renewable fuel systems with a focus on green energy solutions.

Carrying out an experimental investigation into the influence of the piston crown and the effect of combustion ratio in petrol engines using natural gas and biogas as fuels for gas mobility. Introducing improvements in engine efficiency for various gaseous fuels and improving combustion processes. Introduction of producer gas in engine tests to improve the understanding of its performance in petrol engines.

Fuel cell Technologies, Heat and mass transfer, Wind Energy, Photovoltaic, Solar Thermal Energy