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Yifeng Zhang
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Marie Curie (MSCA) PhD scholarship in solar-driven hybrid methane production technologies for bio-electrochemical CO2 utilization Technical University of Denmark in Denmark
Degree Level
PhD
Field of study
Chemistry
Funding
Available
Deadline
Feb 15, 2027
Country
Denmark
University
Technical University of Denmark
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Keywords
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About this position
This PhD scholarship at the Technical University of Denmark (DTU), within DTU Sustain - Department of Environmental and Resource Engineering, focuses on advancing solar-driven hybrid methane production for bio-electrochemical CO2 utilization. The project sits at the intersection of environmental engineering, biotechnology, electrochemistry, and process optimization, with the aim of improving the conversion of biogenic CO2 into methane.
You will work within the Water Technology and Processes (WTP) section in an interdisciplinary research environment. The research combines photo-bio-electrochemical technology with laboratory-scale experimentation, analytical characterization, and process development. The position emphasizes hands-on work with reactor systems, electrochemical biofilms, photocathodes, and advanced chemical and spectroscopic analysis.
- Cultivation and study of methanogenic archaea
- Coupling electrochemical biofilms to photocathodes
- Designing and running photo-bio-electrochemical experiments
- Characterizing direct interspecies electron transfer
- Optimizing operating conditions for performance and robustness
- Analyzing samples with techniques such as LC-MS, IC, and TOC
- Disseminating results through publications and conference presentations
The project is supervised and assessed by Professor Yifeng Zhang and the project team. DTU describes a large, international research setting with strong expertise in sustainable technologies, environmental resource engineering, and water-related processes.
This is a PhD scholarship funded through MSCA Doctoral Networks, and the appointment is for three years.
Funding details
Available
What's required
A two-year master's degree (120 ECTS points) or an equivalent degree at the same academic level is required. The ideal candidate should have a strong experimental background in environmental biotechnology, electrochemistry, or chemical reaction engineering, with experience in analytical chemistry techniques for metabolite detection and quantification. Good written and spoken English is required, along with the ability to work independently and collaboratively in an interdisciplinary research team.
How to apply
Apply online through the DTU application portal using the 'Apply now' link. Submit one PDF file in English containing a cover letter, CV, grade transcripts, BSc/MSc diploma with grading scale, and 1–2 recommendation letters. Applications must be submitted by 15 February 2027; you may apply before receiving the degree but cannot start before obtaining it.
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Professors
Professor at Technical University of Denmark
Denmark
Research Interests
Biochemical Engineering
Environmental Chemistry
Wastewater Treatment
High-temperature Oxidation
Bioreactor Technology
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Prepare your application
Review drafts and confirm requirements with the provider.