Geothermal Related PhD Opportunities at Groningen and TuDelft

Unraveling the Mysteries of Geological Reservoirs: PhD Opportunity at the University of Groningen and TuDelft (Civil Engineering and Geosciences)

By:Robert Buluma

Are you passionate about delving into the complexities of geological reservoirs? Do you have a knack for interdisciplinary research that bridges geoscience with societal impact considerations? If so, the University of Groningen and Tudelft has an exciting opportunity for you!

Background

Geological reservoirs, vital for energy production and storage, pose a challenge due to their inherent heterogeneity. The University of Groningen is at the forefront of tackling this challenge through the CrossScale project. This project, part of the DeepNL programme funded by the Dutch Research Council, aims to develop a groundbreaking methodology for better reservoir modeling. By understanding and quantifying geological heterogeneities, we can enhance the safety and sustainability of future geoenergy projects.

Project Description

We are seeking two PhD candidates to join us in this endeavor:

1. PhD Project 1: Based at the Energy and Sustainability Research Institute at the University of Groningen, this project focuses on characterizing sedimentary heterogeneities across scales.

2. PhD Project 2: Based at the Department of Geoscience and Engineering at the Delft University of Technology, this project involves high-resolution geological modeling and numerical simulations of geoenergy applications.

What Will You Do?

In PhD Project 1, you will map the Representative Elementary Volume (REV) scales of Rotliegend reservoirs. By integrating multi-scale geological and petrophysical data, you will determine key data necessary to define REV scales for specific reservoir settings. Through comprehensive analysis and experimentation, you will address critical research questions such as:

What are the relevant REV scales for flow and geomechanics in the Rotliegend of the Groningen field?

How can these REV scales be integrated into an upscaling methodology to improve predictions of flow and geomechanical behaviors?

What are the key geological heterogeneities crucial for defining REV scales and executing upscaling methods reliably for other geoenergy applications?

Why Join Them?

Collaborative Environment: Work closely with experts from diverse disciplines to develop innovative solution

Career Development: Enroll in our PhD training program and be part of a dynamic research community.

Inclusive Culture: We value diversity and provide an inclusive environment where everyone can thrive.

Qualifications and Application

Hold a relevant MSc degree in geoscience or applied geology.

Possess a basic understanding of geomechanics, fluid flow processes, and reservoir modeling.

Demonstrate excellent communication skills and a desire to work in an interdisciplinary environment.

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Submit your application by March 28, 2024, including a cover letter, curriculum vitae, transcripts, and contact details of potential referees.

Don't miss this opportunity to be part of groundbreaking research at the University of Groningen and TuDelft. Apply now and embark on a journey to unravel the mysteries of geological .

Application and Source:Tudelft rug Linkedin

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