About the opportunity
DTU Chemical Engineering (AT-CERE) is seeking a motivated PhD student to accelerate the development of energy-efficient candidate technologies, such as electrochemical CO2 capture. Conventional methods are energy-intensive, and this research aims to reduce energy consumption and contribute to a net-zero scenario. The successful candidate will work in an ambitious, rapidly growing research environment alongside other PhD students, researchers, and technicians, performing experimental work on CO2 capture plants, laboratory experiments, literature studies, data analysis, and writing scientific papers.
Salary and benefits
- Fully funded 3-year PhD position with a competitive salary and allowance based on the collective agreement with the Danish Confederation of Professional Associations
- Opportunity to work in a leading technical university globally recognized for research, education, and innovation
- International and cross-disciplinary work environment featuring collegial respect and academic freedom
Who can apply?
- A Master's degree in chemical engineering or a similar field equivalent to a two-year master's degree (120 ECTS points)
- Knowledge of conventional CO2 capture technologies
- Experience with modeling of chemical engineering systems
- Structured approach to work tasks with attention to detail in reporting
- Ability to self-manage, work independently, plan and execute complex tasks, and engage constructively in a large, international, and cross-disciplinary environment
- Good English communication skills, spoken and written
- Candidates may apply prior to obtaining their Master's degree but cannot begin before receiving it
Required documents
- A letter motivating the application (cover letter)
- Curriculum vitae (CV)
- Grade transcripts and BSc/MSc diploma in English, including an official description of the grading scale
- All materials combined into one single PDF file
When to apply
- Application deadline is no later than 31 August 2026 at 23:59 Danish time
- Starting date is 1 December 2026
How to apply
- Open the online application link via the 'Apply now' button
- Fill out the online application form
- Attach all application materials in English as one single PDF file
Additional information
- Project manager contact: Rasmus Kirkeby via raskie@kt.dtu.dk
- Open-source background checks may be conducted on qualified candidates due to research in critical technology subject to special security and export control rules
- Relocation support includes access to the 'PhD relocation to Denmark and startup Zoom seminar'
Our Take on This Opportunity
This section reflects Open Opportunities’ own analysis of the opportunity from an applicant’s perspective.
You may be a strong fit if…
- You hold a relevant Master's degree in chemical engineering or an equivalent two-year master's program (120 ECTS points).
- You possess specific knowledge of conventional CO2 capture technologies and hands-on experience with modeling chemical engineering systems.
- You thrive in an international, cross-disciplinary academic setting and want to focus your research on experimental CO2 capture, utilization (PtX), and storage.
- You are comfortable with self-management, independent work planning, and executing complex technical tasks with attention to detail.
What should you think carefully about?
- The position requires on-site work in Kgs. Lyngby, Denmark, meaning relocation is necessary if you are not already based locally.
- Open-source background checks may be conducted on qualified candidates due to research involving critical technology subject to special security and export control rules.
- You must ensure your application materials, including transcripts, diplomas, and the cover letter, are fully combined into a single PDF file before the August 31, 2026 deadline.
- Candidates may apply prior to obtaining their Master's degree, but you must verify that you will receive it officially before the December 1, 2026 starting date.
How could this fit your current goals and plans?
This fully funded three-year PhD position is well-suited for someone looking to build a robust academic career or specialized technical expertise in net-zero technologies and experimental chemical engineering. By working in a rapidly growing research environment at DTU, you can gain high-level laboratory experience, publish scientific papers, and establish an international professional network in a critical global sector.
Our take
Master's graduates in chemical engineering seeking a structured, fully funded European doctoral opportunity in sustainability should seriously consider applying. Those unable to relocate on-site to Denmark or uncomfortable with export control background checks will find it less suitable.
Ready to apply?
Review the opportunity on the official website before applying.
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