The European Union is facing a pressing challenge to transition into a carbon neutral economy by 2050. Researchers from University of Stavanger are participating in a new research project to investigate the key elements of this transition.
Horizon Europe Programme
HORIZON-WIDERA-2021-ACCESS-03
Raoof Gholami
The intermediate target is 55% CO2 reduction emissions in comparison to 1990. Climate neutrality goals as dictated by the EU Climate Law and the EU’s “Fit for 55” package will be implemented via the EU Green Deal, namely the EU’s industrial strategy. However, careful strategic, large-scale investments in enabling technologies and processes are required which will be relevant to each member state’s strengths and weaknesses. This way, resilient societies can be built around sustainable energy transition pathways for each state with parallel re-direction of resources for transformation of knowledge into technologies and skills of the workforce within sustainable and functioning ecosystems.
Twinn2set is part of the Twinning Coordination and Support action, which aims to improve cooperation and capacity building between partners. In Twinn2set, we are collaborating with colleagues from the Institute of Geoenergy (FORTH) in Greece and IFP Énergies nouvelles (IFPEN) in France to investigate the key elements of the energy transition from an underground perspective (i.e., geothermal, CO2 storage and hydrogen storage), with a research focus on hydrogen storage in porous media, among others.
The project is coordinated by FORTH in Greece, while Prof. Raoof Gholami is the project leader representing the Department of Energy resources at UiS.
"In this project, we will share knowledge and help each other to improve our research capacity in underground hydrogen storage and help FORTH to establish a state-of-the-art laboratory on their campus," says Raoof Gholami.
Twinn2set had its kick-off in Chania Crete on October 2nd. This initiative acts as an associated collaborative project to the NCS2030 research centre at UiS and other research projects at the Department of Energy Resources.
Read more: Twinn2set project page
UiS team
Department of Energy Resources
Related articles
Impact Case: Eco-Friendly Hydrate Inhibitors: From University Research to Industry Innovation
Eco Inhibitors, a spin-off from the University of Stavanger, has brought breakthroughs to the oil and gas industry with ...
Advanced Power System Operations (AdPSO)
We conceptualize advanced operational functions as well as explore optimization methods and physics-informed AI to addre...
New methods for characterization of impurities in chalk
Tine Vigdel Bredal has investigated different methods for analyzing chalk at core level and right down to the smallest s...
UiS students won the Laurie Dake Challenge
Master students from University of Stavanger won the prestigious student competition during the geology conference EAGE ...
Yan Wu won the Skjæveland Award
For the first time, a master student was awarded the prize.
HyTack: Tackling the Challenges in Hydrogen Economy through Education and Research
The HyTack project aims at developing and providing an educational base in the field of hydrogen technology to the stude...
Data-driven mathematical modelling
Mathematical models enable a scientific understanding of natural phenomena around us, and the study and optimization of ...
Analytical Solutions Toolbox for Multiphase Core Analysis
Developing a digital toolbox for Special Core Analysis (SCAL).
Seismic inversion methods for reservoir characterisation
Nisar Ahmed has developed a workflow for seismic inversion methods to estimate the rock-properties in a reservoir.
Impact Case: The National IOR Centre of Norway
The National IOR Centre has provided cost efficient and environmentally friendly solutions for improved oil recovery on ...
Ghosts of Empire in the North Sea
We are a research collective that aims to shed light on the imperial logics embedded in extractive activities in the Nor...
Environmental risk assessment of enhanced oil recovery solutions
In his PhD work, Mehul Vora has contributed to new knowledge about the environmental risk related to shortlisted product...
Special Core Analysis – Modeling, Experimental Design and Upscaling
Prediction of subsurface multiphase or single-phase flow processes is challenging, but important for oil and gas product...
Industry awards to energy students
Repsol and Vår Energi awarded a total of nine prizes and NOK 350,000 to bachelor and master students at UiS.
What does the energy industry need?
Researchers at University of Stavanger have asked the industry to define their education needs in the years to come.
Large Offshore Wind Turbines: Structural design accounting for non-neutral wind conditions
How to reduce cost of energy for future large offshore wind turbines in free-wind and wake conditions by using full-scal...
Laboratories for drilling and well technology
Within the field of drilling and well-technology, there are several laboratories conected to the Faculty of Science and ...
3 million for green offshore research
UiS researchers got funding for Polish-Norwegian collaboration.
Won prize for best PhD project
Huong Huynh finished her PhD project at University of Stavanger October 2021. Now her PhD thesis has been selected as Be...
INTPART: Brazil-Norway Research Education and Competence transfer
The objective of this project is to establish long-term excellent collaboration within Improved Oil Recovery (IOR) educa...