Bioenergy and biofuels specialist Ndey Fatou Ann from The Gambia
Ndey Fatou Ann is currently in her fourth semester of the International Master's Program in Energy and Green Hydrogen (IMP-EGH) at the University of Togo. She is writing her master's thesis at the University of Rostock. The 32-year-old is focusing on bioenergy and biofuels in green hydrogen production. In this interview, she discusses the role of green hydrogen in her life and her future plans.
1. Please describe in 5 sentences what your master's thesis is all about.
My thesis will investigate the feasibility of producing biohydrogen in West Africa from agricultural residues to produce renewable energy. To produce biohydrogen two methods can be used: gasification and dark fermentation. With detailed comparison of these methods, the research will assess the economic feasibility to select the most scalable and sustainable approach. The findings of the study could contribute to the advancement of renewable energy solutions and strengthen the economic growth in the region.
2. In your opinion what is the most important use of green hydrogen?
Green hydrogen plays a vital role in the energy sector for power generation, heating and transportation fuels. These supports climate change mitigation efforts by reducing the emission of greenhouse gases. As compared to other renewable energies such as solar and wind, green hydrogen can be stored, transported and utilized during periods of low generation. Therefore, green hydrogen is important in transitioning to a more reliable and sustainable energy future especially in the developing countries.
3. What was your most memorable experience during the Master's Program?
In my second semester, I took part leading a team in the write up for a project initiated by Green Hydrogen students for the installation of a Solar Pumping Borehole at a remote and arid village in Niger called Bogol Hamal. It was a hands-on experience where all that was learnt in the past semesters was put in practice to solve local challenges in the community. The experience has a great impact at the grassroots level and I hope to replicate it in my future endeavors using biomass as a source of energy.
4. What advice would you give to future students in the field about green hydrogen?
The first and foremost advice I will give to incoming students is to master the basics areas such as renewable energy technologies, engineering and chemistry. Secondly, stay current, the field of green hydrogen is rapidly evolving with new research advancements in production methods. Thirdly, be innovative, approach your work with a sense of purpose and know that your contribution to the field could advance a sustainable future. Be bold to carry out research that will advance the scope of this novel field. Lastly, be collaborative and always find a way to network.
5. What are your professional plans/ ideas for the future?
My professional plan includes becoming a pioneer in the research and development of this novel field by contributing to advancing the production technologies basically focusing on the economic viabilities of processes. Engaging in policies and regulation to advance the adoption of green hydrogen.
6. Is there anything you would like to share?
By sharing experience and resources green hydrogen transition can be accelerated for more sustainable renewable energy production. The integration of expertise from different field will accelerate the potentials of using green hydrogen as an energy source for a cleaner and sustainable future.
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