Norway – PhD in Reservoir Simulation at NORCE Norwegian Research Centre

University:
NORCE Norwegian Research Centre

Country:
Norway

Deadline:

Fields:
Petroleum Engineering, Reservoir Engineering, Computer Science, Geoscience, Environmental Engineering

Are you passionate about advancing sustainable energy solutions and eager to develop innovative tools for understanding carbon storage in subsurface reservoirs? If you aim to contribute to climate change mitigation while building a strong research career in reservoir simulation and geochemical modeling, this opportunity at NORCE Norwegian Research Centre could be your next big step.

Strong expertise in reservoir engineering, computer science, and geoscience is increasingly essential as the world moves toward decarbonization. The challenge of safely and efficiently storing carbon dioxide underground is at the forefront of scientific and societal interest, and your research could have a tangible impact on the future of energy and environmental sustainability.

About The University Or Research Institute
NORCE Norwegian Research Centre is one of Norway's leading independent research institutes, recognized for its commitment to high-impact scientific research and innovation. Located in Norway, NORCE operates across several cities including Bergen, Stavanger, Haugesund, Kristiansand, Oslo, and Tromsø, fostering a collaborative and interdisciplinary academic environment. The Energy & Technology division at NORCE focuses on cutting-edge research in energy resources, including energy savings for the petroleum sector, geological carbon utilization and storage (CCUS), renewable energy, and advanced energy systems. With nearly 200 scientific employees and a strong network of collaborators, NORCE offers an inspiring setting for doctoral research, combining academic rigor with real-world applications that address local, national, and global challenges.

Norway itself is globally recognized for its high standard of living, outstanding natural beauty, and strong emphasis on sustainability and innovation. As a country that leads in both energy technology and environmental stewardship, Norway offers international researchers a unique environment to develop their careers while enjoying a vibrant cultural and academic life.

Research Topic and Significance
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The central research focus of this PhD position is the development and enhancement of a reservoir simulation tool (IORSim) for the safe and efficient storage of CO2 in subsurface reservoirs. As the world transitions away from fossil fuels, carbon capture and storage (CCS) has become an essential strategy for reducing greenhouse gas emissions. The safe underground storage of CO2 is a complex challenge, requiring a deep understanding of how CO2 interacts with geological formations over the long term.

Current simulation tools do not fully account for the intricate chemical and physical processes involved in CO2 storage, such as phase behavior and geochemical reactions. Improving these models is crucial for optimizing injection strategies, maximizing storage capacity, and ensuring long-term safety. Your research will directly contribute to more reliable and robust CCS operations, supporting global efforts to combat climate change.

Project Details
This PhD Project Is Part Of a Collaborative Effort Between NORCE, The Institute For Energy Technology (IFE), And The University Of Stavanger. The Project Aims To Further Develop IORSim, a State-of-the-art Reservoir Simulation Tool Designed To Model The Chemical Reactions Between Injected CO2 And Subsurface Minerals. The Research Will Involve

– Advancing simulation models to better capture the effects of CO2 phase behavior and geochemical reactions.

– Integrating field data, laboratory measurements, and other sources to improve model inputs.

– Applying machine learning techniques to select optimal datasets for various operational scenarios and storage lifetimes.

– Addressing Key Research Questions Such As

• How and under what conditions does CO2 or carbonated water affect reservoir chemistry?
• What are the timescales and conditions required for mineral trapping of CO2?
• How do geochemical reactions influence fluid transport in subsurface reservoirs?

The position is a 3-year PhD program carried out over 4 years, allowing for comprehensive research and professional development.

Candidate Profile
The Ideal Candidate For This Position Will Have
– A Master's degree in petroleum engineering, reservoir engineering, or computer science.

– Strong analytical skills and a keen interest in simulation modeling, geochemistry, or machine learning.

– Motivation to work in an interdisciplinary and collaborative research environment.

– Excellent communication skills and the ability to work both independently and as part of a team.

– A passion for addressing real-world challenges in sustainable energy and environmental protection.

This role is well-suited for candidates who are eager to expand their expertise in reservoir simulation, contribute to impactful research, and engage with a diverse network of academic and industry professionals.

Application Process
NORCE Offers a Dynamic And Supportive Research Environment, With Opportunities For Professional Growth And Collaboration. As a PhD Candidate, You Will Benefit From

– Exciting research tasks and access to leading experts in the field.

– Collaboration with academic staff and students from universities and colleges.

– Opportunities to expand your professional network through interdisciplinary work.

– Flexible and varied working conditions that support work-life balance.

– Comprehensive support for professional and personal development.

To apply, you must submit the following documents via the Jobbnorge recruitment portal:

– A brief account of your research interests and motivation for applying.

– The names and contact information of two references.

– CV (including a list of scientific publications).

– Transcripts, diplomas, and relevant certificates.

– Certified translations of all documents into English or a Scandinavian language.

Application deadline: 14th September 2025

For further details and to submit your application, please visit the official job posting:

Conclusion
This PhD position at NORCE Norwegian Research Centre offers a unique opportunity to contribute to the advancement of sustainable energy technologies and the global fight against climate change. If you are driven by scientific curiosity and a desire to make a meaningful impact, we encourage you to apply and take the next step in your academic and professional journey. Explore similar opportunities and stay informed about new positions in your field.

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