Eduard Vasilev

Optimisation of hydrogen power plant operation Development of calculation tools for hydrogen power plants (heat exchangers, hydrogen content, pipeline dimensioning, CO2 emissions, etc.); Negotiations with clients for power plant sales and services Singapore, South Korea, China, Hungary guided tours of hydrogen power plants and presentations for customers and visitors Economic evaluation (hydrogen power plant cost calculation, hydrogen and oxygen market price research, electricity price calculation etc.)

• Calculation of hydrogen power plant efficiency for Wilo customers (electrolyser, fuel cell efficiency) • Design of photovoltaic systems for Wilo customers • Research into the hydrogen market and its types • Hydrogen power plant management and control

• Research of patent formation, intellectual property • Analysis of problems and working with teams to develop solutions

• Analysis of the European maleic anhydride market • Development of the maleic anhydride application project in water treatment • Planning of the map of the largest chemical producers in Europe and export terminals • Documentary translation of English technical articles

• Optimization of crude and vacuum distillation unit • Economic analysis of distillation unit • Projected the increase of effectiveness of heavy oil residues processing

• Technical specifications • Experience in 1C program • Research of mainland pipelines and its diagnosis

- extensive research into the market dynamics of the hydrogen sector, analyzing trends, drivers, and opportunities for growth - investigation of oil and gas markets in Europe and Russia, exploring factors influencing supply and demand, regulatory frameworks, and geopolitical considerations - quantitative and qualitative research methods to gather and analyze data, providing valuable insights to stakeholders in the energy industry - publication of research findings in reputable academic journals

My Master's degree equips me with advanced knowledge and skills at the forefront of energy-efficient processes and sustainable technology. I delve into the design, optimization, and integration of industrial processes, exploring innovative solutions to enhance energy efficiency and reduce environmental impact. By combining cutting-edge research and practical applications, I am prepared to address complex challenges in the field of energy technology and sustainable future.

Master's degree in Chemical Engineering provided me with a comprehensive skill set, making me a sought-after professional in industries such as chemical manufacturing, pharmaceuticals, energy, environmental engineering, and materials science. The combination of theoretical knowledge and practical expertise enabled me to tackle complex challenges and drive advancements in various sectors.