Dr. Habiba Khalid: - In life, as in science, my goal is to improve the lives of others

At UPWr, Dr. Khalid's research investigates microbial mechanisms that enhance biomethane production using typical carbon materials such as biochar, pyrolyzed at different temperatures, hydrochars, and activated carbon. – The project on which we’re working, aims to optimize and revolutionize the anaerobic digestion process, potentially leading to more efficient production of value-added bioproducts through genetic engineering and synthetic biotechnology. It’s financed by the Opus program – explains the scientist.

Dr. Khalid and Prof. Białowiec's collaborative efforts are particularly significant in the context of the European Union's ambitious climate and energy targets. Their research aligns with the objectives of the European Net Zero Alliance, which seeks to identify impactful and economical solutions for climate mitigation. – By exploring the potential of biogas as a renewable energy source, our work contributes to addressing waste management issues, mitigating climate change, and promoting rural development, all while working towards the goal of climate neutrality – says Dr. Khalid.

The effects of Dr. Khalid's research extend beyond the scientific community and impact society, the economy, and the environment. By enhancing the efficiency and sustainability of biomethane production, her work offers a viable solution to the dual challenges of waste management and energy production, aligning with broader goals of sustainable development and environmental conservation.

– Biogas, as a renewable energy source, offers a viable solution for waste management, climate change mitigation, and rural development. Our research advocates for an integrated energy system aimed at achieving climate neutrality, with industrial collaborations playing a key role in realizing practical solutions for achieving the goals of economic development and climate mitigation – explains Dr. Habiba Khalid, highlighting that her scientific goal is to conduct applicable research and produce innovative ideas that can make a difference. – In life, as in science, my goal is to improve the lives of others – she adds.

Road to Wrocław

Dr. Habiba Khalid stood out as a talented student in school, earning recognition from both teachers and peers. – I often supported my classmates in their studies, which convinced me that I have a predisposition for teaching. I was aware that by excelling in my studies, I could pave my way into the academic environment – the scientist reflects on why she decided to pursue a career in science, adding that she was also always impressed by highly educated women. – In the 1990s, the presence of women in the dominant sectors of the workforce in Pakistan, especially in the fields of science and engineering, was rare. Coming from a conservative country, where traditionally women focused on managing the household, my fascination with the achievements and independence of these women became an inspiration to pursue a higher education – she adds.

Dr. Khalid's journey into environmental science and renewable energy began during her undergraduate studies, where she developed a passion for renewable energy and environmental management systems.– Initially, I began with applying remote sensing and GIS tools to study the effects of climate change patterns on the environment and then looking into how renewables can contribute towards climate mitigation – says Dr. Habiba Khalid. This interest led her to start active laboratory research in the area of biofuel production from organic waste when she got the opportunity to work at the Biomass Energy and Environmental Engineering Research Center in the College of Chemical Engineering at Beijing University of Chemical Technology, China. She has been working in the same research area ever since. – Following my PhD, I undertook a postdoctoral role at the National Center of Technology Innovation in Synthetic Biology in China, focusing on converting syngas into biofuels and biochemicals. Our work involved refining the conversion process to ethanol and acetate using advanced synthetic biotechnology methods – adds Dr. Khalid.

She says she came to Wrocław because Professor Białowiec had been looking for a team member for his research project, and she turned out to be the perfect candidate. – My PhD research, which focused on using carbon materials to boost biomethane production, aligns closely with Professor Białowiec's work. Working here has been fulfilling, with Professor Białowiec proving to be an excellent mentor. I aim to further our scientific collaboration and innovate the anaerobic digestion process – says Dr. Habiba Khalid

Indeed, I was looking for a person to work on the project, but the hidden goal was to hire a person, committed, and passionate, who would bring new values to the team and be able to develop personally, but also support other team members. The search for such a person took a very long time. And I feel that this goal has been achieved – says Prof. Białowiec

In addition to its scientific and environmental significance, Dr. Khalid's research journey highlights the value of international collaboration in advancing scientific knowledge and innovation. Her transition from Pakistan to China, and now Poland, exemplifies how cross-cultural exchanges and diverse scientific partnerships can lead to significant advancements in research. – The power of international collaboration and the importance of interdisciplinary approaches drive forward the agenda of sustainable and renewable energy – says the scientist.

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