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Matteo Gazzani
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2 PhD: Process Intensification and Electrification in the Chemical Industry Utrecht University in Netherlands
Degree Level
PhD
Field of study
Environmental Science
Funding
Two PhD positions for 1 year initially, with extension to a total of 4 years upon successful assessment; gross monthly salary €3,204–€4,051 based on a 38-hour week, plus 8% holiday pay, 8.3% year-end bonus, pension scheme, and partially paid parental leave.
Deadline
Dec 1, 2026
Country
Netherlands
University
Utrecht University
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About this position
These two PhD positions are part of the Dutch CO2URAGE project, which explores CO2 utilisation via reactive adsorption on intermittent green electricity. The project aims to enable competitive, defossilized chemical processes built around flexible CO2 capture and conversion systems, combining process intensification, electrification, and dynamic operation.
The research is hosted at Utrecht University, within the Copernicus Institute of Sustainable Development and the Energy & Resources group. The institute works at the intersection of energy, environmental, and sustainability sciences, with a strong track record in energy efficiency, low-carbon energy solutions, hydrogen, carbon capture and storage, and process and energy system modelling.
One PhD project focuses on process and system design and optimization. In this project, you will develop optimization models that capture dynamic features such as part-load behavior, ramping limits, operating windows, and startup/shutdown behavior. You will use these models to study design and operation across plant, cluster, and system scales, including interactions with renewable generation, batteries, hydrogen storage, electrolysers, heat supply, and broader infrastructure.
The second PhD project focuses on value chain design and environmental assessment. You will build a hybrid modelling framework that combines agent-based modelling and optimization to study deployment pathways, centralized versus decentralized options, and infrastructure needs. You will also assess large-scale deployment through consequential life cycle assessment.
The project is strongly interdisciplinary and involves collaboration with industrial and academic partners. The second position includes co-supervision at TU Delft with Prof. Andrea Ramirez, and may include part-time work there. The first project will work closely with industrial partners including RWE, DNV, TenneT, and Gasunie.
The positions are embedded in a research environment focused on the transition of the chemical industry toward renewable electricity and non-fossil feedstocks.
Funding details
Two PhD positions for 1 year initially, with extension to a total of 4 years upon successful assessment; gross monthly salary €3,204–€4,051 based on a 38-hour week, plus 8% holiday pay, 8.3% year-end bonus, pension scheme, and partially paid parental leave.
What's required
Applicants should have a master's degree in Engineering (possibly Chemical, Process, Mechanical, Energy or Electrical), Applied Physics, or a related field. The ideal candidate should have an excellent understanding of thermodynamics, process engineering, chemical and energy conversion technologies, and good mathematical and programming skills. Experience with Python, Matlab, or Julia is expected. For PhD position 1, experience with linear and mixed-integer linear programming is nice to have; for PhD position 2, experience with agent-based modelling and life cycle assessment is nice to have. Candidates should also have experience with statistics and large data analytics, strong affinity with sustainable development, excellent communication skills, and work proficiency in English. The role requires comfort in an interdisciplinary and international, diverse environment.
How to apply
Apply via the AcademicTransfer application page. If you are unsure whether you qualify, contact Matteo Gazzani at [email protected]. Submit your application before 2026-12-01.
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Professors
Professor at Utrecht University
Netherlands
Research Interests
Energy Engineering
Renewable Energy Systems
Industrial Engineering
Mechanical Engineering
Chemical Engineering
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